Embed Size (px)
Citation preview
COLOR VIDEO CAMERA CAMERA ADAPTOR 1.5INCH ELECTRONIC VIEWFINDER ZOOM LENS
VOL. 2 Revised-1
BLOCK DIAGRAMS SEMICONDUCTORS SCHEMATIC DIAGRAMS BOARD ILLUSTRATIONS SPARE PARTS
CE:
q Pep ot Fs aay Oe Se. Be.
gfat™ NARRES
SERVI E F MANUAL
To prevent fire or shock hazard, do not expose the unit to rain or moisture.
To avoid electrical shock, do not open the cabinet. Refer servicing to qualified personnel only.
CAUTION RISK OF ELECTRIC SHOCK
DO NOT OPEN
CAUTION : TO REDUCE THE RISK OF ELECTRIC SHOCK,
DO NOT REMOVE COVER (OR BACK).
NO USER-SERVICEABLE PARTS INSIDE.
REFER SERVICING TO QUALIFIED SERVICE PERSONNEL.
This symbol is intended to alert the
user to the presence of uninsulated “dangerous voltage” within the prod-
uct’s enclosure that may be of suffi-
cient magnitude to constitute a risk of
electric shock to persons.
This symbol is intended to alert the
user to the presence of important
operating and maintenance (servicing)
instructions in the literature accompa-
nying the appliance.
Warning—This equipment generates, uses, and can radiate
radio frequency energy and if not installed and used in
accordance with the instructions manual, may cause
interference to radio communications. It has been tested and
found to comply with the limits for a Class A comuputing
device pursuant to Subpart J of Part 15 of FCC Rules, which
are designed to provide reasonable protection against such
interference when operated in a commercial environment.
Operation of this equipment in a residential area is likely to
cause interference in which case the user at his own
expense will be required to take whatever measures may be
required to correct the interference.
The shielded interface cable recommended in this manual
must be used with this equipment in order to comply with
the limits for a computing device pursuant to Subpart J of
Part 15 of FCC Rules.
ZOOM LENS
Focal length 8 to 80 mm
Zoom Manual and motorized, selectable
Zooming ratio: 10 x
Maximum aperture ratio
1.4
Manual and auto, selectable
1.4 to 16 and C (closed)
Range of object field (at the distance of 1.1 m)
W (wide angle): 622 x 829
(244/2 x 32 3/4 inches)
T (telephoto): 65 x 87 mm
(25/e x 34/2 inches)
Iris control
Minimum object distance
Lim
Filter thread 62 mm dia., 0.75 pitch
Mount Bayonet mount
Weight Approx. 920g (2 Ib) with fens hood
Supplied accesory
Operating instructions (1)
SPECIFICATIONS
Dimensions
c
a
163 (64/2) |
Unit: mm
(inches}
/
Design and specifications are subject to change without noice_
whe
Parts No.
3-707-037-01 3-707-544-01 3-707-545-01 3-707-546-01
SP
oooo
Description
LEVER, ZOOM CAP, FOOD FOOD CAP, DUST
VCL-810BK
COLOR VIDEO CAMERA
SPECIFICATIONS
Camera head (DXC-325/325P) and camera adaptor
(CA-325/325P)
| Sync system
Image device _Interline-transfer CCD, 3-chip
Picture elements 510 x 492 (hiv) (NTSC)
500 x 582 (hiv) (PAL) Sensing area 6.4mm x4.8mm (equivalent to a 1/2-inch
pickup tube)
Built-in filters 1: 3200 K 2: 5600 K + 1/8 ND
3: 5600 K
Lens mount Bayonet mount
Signal system EIA standards, NTSC color system
(for DXC 325) CCIR standards, PAL color system
(for DXC 325P)
Scanning system 525 lines, 2:1 interlace, 30 frames/sec.
(NTSC) 625 lines, 2:1 interlace, 25 frames/sec.
(PAL)
Scanning frequency Horizontal: 15.734 kHz (NTSC)
15.625 kHz (PAL)
Vertical: 59.94 Hz (NTSC)
50.00 Hz (PAL) ~
Internal
External with the BS or VBS signal supplied
to the GEN LOCK input connector or the
reference signal input to the VIRK;CCU/CMA connector from the GEN LOCK connector
of the CCU-M3/M3P
Horizontal resolution
530 lines (center)
Minimum illumination
Sensitivity
Gain selection
Video output
20 lux with F1.4, + 18 dB (NTSC)
20 lux with F1.4, + 18 dB (PAL)
2000 lux with F5.0, at 3200 K (NTSC)
2000 lux with F5.0, at 3200 K (PAL)
0 dB, 9 dB or 18 dB, selectable
Composite signal:
1.0 V(p-p), sync negative,
75 unbalanced
YIC separate signal:
Y: 1.0 Vp-p), sync negative,
75Q unbalanced
C: burst level 0.286 V (NTSC)
0.3 V (PAL)
75Q without sync
Signal to noise ratio
Registration
58 dB (NTSC)
56 dB (PAL)
0.05 % for Zone |
0.05 % for Zone II
0.05 % for Zone Ill
Inputs/Outputs VTR/ICCU/CMA connector: Sony Q-type,
14-pin
DC IN: XLR-type, 4-pin
MIC IN: XLR-type, 3-pin
GEN LOCK: BNC-type
VIDEO OUT: BNC-type
LENS: 1/2-inch lens connector (7-pin)
2/3-inch lens connector (6-pin)
VF: 8-pin
EAR: mini jack
INTERCOM: mini intercom
TITLE: 8-pin Power requirements
12V DC Power consumption
8 W (without viewfinder)
Operating temperature
-5°C to +45°C (23°F to 113°F) Storage temperature
—20°C to +60°C (—4°F to 140°F)
Weight 3 kg (4 Ib 7 02)
Dimensions See the illustrations below.
Unit: mm (inches)
179.8 (74/8) i
241.8 (9's)
[ Carrying case (LC-325)
Weight Approx. 4.4 kg 9 Ib 8 oz)
Dimensions Approx. 608 x 260 x 386 mm (wih/d)
(24 x 10's x 1544 inches)
| Accessories supplied
CCQ-2BRS camera cable (with Q-type 14-pin connectors)
(supplied with the DXC-325K/325PK/325L/325PL only) (1) CA-325/325P camera adaptor (supplied with the
DXC-325K/325PK/325L/325PL only) (1)
VCL-810BX zoom lens (supplied with the DXC-325K/325PK
only) (1) DXF-325/325CE electronic viewfinder (supplied with the
DXC-325K/325PK/325L/325PL only) (1)
LC-325 carrying case (supplied with the DXC-325K/325PK/
325L/325PL only) (1)
Lens cap (1)
Chart for flange focal length adjustment (1)
Design and specifications are subject to change without
notice.
D-1.
D-2.
D-3.
D-4.
D-5.
TABLE OF CONTENTS
BLOCK DIAGRAMS
OWepall ss eesria tae Bh 8 ees neta tip tos A-1
CCD Block Diagram --------++++2+ seer r eee A-5
IE-23 Block Diagram ----++--7++ ++ eset e eee A-9
PR-111 Block Diagram ---------+--+-+-++-> A-1l ES-1 Block Diagram fib) ac ashen ae vec Rca cera: Be aelene A-13
AT-53 Block Diagram ----+++++-+++++ scree A-15
SEMICONDUCTOR
Semiconductor i oadelssiet eg Genesee Wee hy: a cen en ects ien MORE testes Rec Rint B-1
SCHEMATIC DIAGRAMS AND BOARD
ILLUSTRATIONS
BC-15 DR-68 } Pasi ats i AM, dca mince Salient C-3
TG -38
CN - 242
PA-73
PA-74
PA-75 TR -23 cece teeter eee ees C-15
PR-111 pr-100 s bieanate WARS Maia Sera eet Suaneet C-20
VA-70
ES-1 CM - 22 : heaps ay Sass aiantia winls masters Mueaeeared 2 5 C-28
MX-18
AT-53 ited Gt CSOR Gates call Ee C-37 pus-289 >
Parts Information --++-++ +++ 7+ 0s res D-1 SCTEWS «occ ttre eee t een e een eees D-2
Exploded View ---+++0::sccrseeeeeeeeeeeees D-4
Packing Material and Accessories -------- D-13 Electrical Parts -+-+-+ e+e creer cee eee e tees D-15
SECTION A
BLOCK DIAGRAMS
= ROTATE
OVERALL BLOCK OVERALL BLOCK
-—— -—-
ee a a
poe y PR-111 (1/72) O hour,
a eo Ne PA-74 1B GAIN CONT suit
“DOBLE FE ]_v eos vineo | | | ce pottls v | SAMPLING i | | B DARK
Rat Sriaral ita
aiid
PA-75
RVG PBS Fo
TNO
9888 ae Pte
2 | lo 2. ———- s
i RI T ZOOM LENS Meise aes @ cps viDEO ROB DOUBLE 7 R GAIN
SAMPLING 4 a batt
PR-1 | | sie 09 ®)
8 S : gid mea ie, 2 NW eee tt pean oy 5) oe pet 1688 si PEDESTAL CONT z z & GAMMA CORRECT 3 8 2 s a n Men = CCD DRIVE PULSE = T
| ticurs a ee | |
PA-73 a +948 cont el 1} +1868 CONT 4
CORRELATED R CDS VIDEO DOUBLE = | ty on» + SAMPLING \ | PRE_BLKG
[} po aC ;
Fe ae pe Se, Y | | Gibb | B BAR 2 jtime en | @ BAR
11 BARS CONT R BAR alo ~ a|é 11 BLK aja a
= ar male >> = 5 apie CCD DRIVE PULSE <8\@ ele] 8
1
= <= ! a Sie - —————— i :
r CN-242 DR-68 TG-38 BC-15 | = [* TT —-4—-- ——- fe 4 =a
1 DRIVER - t———] BY DRIVE PULSE U pre aKa tI PRE BLKG |
cuit cLPTt 1 L QV DRIVE PULSE - —
a | PR-111 (2/2) 1 - RV DRIVE PULSE 1 2eMH? |__VCO CONT veo CONT -——— - ee -—
vco | | ck ck a se “7 car Oo 2 a
1 | Sica an ' “| ca
eee DRIVER | | xH2 SHUTTER EN SHUTTER EW | ! \ ' !
R H2
' Pa pw ys
Pa Ms | oniver | GEN. cuPa | cLP3 | _ - el
, | Peat eee J + SUB _PULSE SUB_PULSE 1 zs i
a 2s Video | mc wor AT-53 (1/2) ae ‘ a B_SuB DC = L te Sore Oe feet ret eos
To sus oc 1 TR sup pc 1 : 1 | L wt +1eap cont = _ |
! DO_CONT DO_cONT DO CONT ec suuTieR | aes piconr | DI CONT f D1 CONT ee ee CO
- SPEED D2 cont st D2 CONT | ‘D2 CONT SWITCH
1 SHP 1 i} f} ) f] |
' ; —— __]|
ee
is ! SW-281 | ae +94B CONT
SHD = my = T em on CCU/CHU CON | | +1848 CONT t 1 93 B SHD B SHD « 1B sp ! ' \8aB o- ———.
DEFECT [VIR] o-- wd gh OsST oa a A ee, Seater es CE COMPEN- | Vir
TR SHD Ta seo 4 UR sHo SATOR een en 3200°K a 3200°K © —
Bags auto VIR/CCU CONT
BARS CONT BARS i} 1 ' fe = ge ee -——— a | . = =
VF INT a3 = TO ES-1, VF VIDEO Sw
| VIR S/S ¢ )
| IRIS CLOSE ——
| IRIS CONT a Ans
elie ee eee —— ns ae os —_—_—-o 4
=5 A-1 A-2
OVERALL BLOCK OVERALL BLOCK
me co Ce
ES-1 MX-18 1PI 1P2 éi
Y-cH i vi Std Gut me EN VIDEO VBS GNC) ' MATRIX 2 P13 ! 750 DRIVER ©) ANP
4 vas (cc@ BLACK CLIP & B PR VIDEO CM-22
RVI HR OVI CAM/BAR_SW Y LEVEL COLOR 7 vco.ew |
J B PR VIDEO a CHR VIDEO (VF) |
f@ PR video | Igered eh Y + MATRI —
B PED CONT LR PR VIDEO | TRU AMP B/W ae? VIBES XB “> AMP.
Jor U CHROMA | oliz RV3 SAPRLEB) mapuaTor VF VIDEO _NF_ VIDEO
f Petar ceveL
ZEBRA IND or Ven : | i = oes LEVEL DETECT VE _CONT
BLACK CLIP & ' Ty = CAM/BAR SW €. SHUTTER IND.
YE IT Row PEs)
ee GAIN _UP_ IND.
ZEBRA CONT 1 AEC TALLY, VIEWFINDER | Le ee
L A ot Y Ges ANP
Al PAL v2 BLKG M Y out Cever CLEAN BLACK CLIP i‘ 4
CAM/BAR SW ‘CHROMA CHROMI P
AYA CHROMA OUT LEVEL
| | |
L me 2 TTI
| | | |
NTSC_ONLY ck i = V5 PULSE GEN Wr ' rind Tae
+ WHT CLIP _ R' caver iae% PAL_ONLY sc"HRea
- - SC COM] ew ock f
- DRIVER
- W PHASE |
“2 7 I
2 |
> bead, Abd tt . 4 SM oe at ee a a ! & } 422
= © 6 a ee 6 ee ee ee et -——
@ @ Tk : ee ee 1 © ©
- © @
L hen | TP | at-saaz2i rans sry | eos I
BPR VIDEO . R DARK I 1 @ PR VIDEO ° B DARK | al a at ee a WK —__1 ___ o ERROR | 1B PR VIDEO T | is weiecy @ DARK T
I E-23 Netenatiss fen of? REC TALLY TPL
| H PHASE fociet BL ERIVIDE 1 CONT \ @ PR VIDEO.
Y H PHASE «TD t k R PR ViDEO
@ e vt | + gts EAR Ww sc PHAxE wt NpEDcconT | @AIN UP_IND a aE at 10
’ ! - a io Y | pervect vide MICRO DE- B PED CONT | ee eae
1P3 BL re ! “Tcrs een sie aes Q 3 HOSTER | CA-325 ADAPTOR OFF | Twat cup en -° ‘ SOPIn CA-328
FEE ee i re | : | ? 7 _ is a! 3 SSCA ay ie { T BLACK BAL R VIDEO av RATIO LEVEL if 1 3200°K i -
WHITE = witb. ; | : vIR/ccu CONT | = VIR/CCU CONT
ETE ge bn at sshaavel PATI *bRtY 228 +1808 CRISP i ee 1 UP/DOWN CONT 8 zébha 6 y REC REVIEW CONT CONT AMP CRISPENING [ume EN a l sc pea | i ON SC 0/180 CONT |
tear a = = a aI +908/+1 848 CONT | IL SU BATT ALARM eaten CHR_VIDEG (VF)
ia arian DISPLAY Ae weed | rer COW VOLTAGE BATT IND | BATT IND J pret = DETECT DRIVER y SET
ul er PATI ALARM YER (UPON) ' SERIAL DA 4
fA s2 y OFF ; ' WA (GOWNZOFF) t BLKG i J c.sitrer Spo —E: SHUTTER EN ob =
LI QL DETAIL DETAIL = i]
‘ON fam a es ST ' | ant Ser
' ‘ wT I °
swiot +12v C REVIEW palance Bix A BLACK BAL , f Er _ J
; ‘as Sy Seekers: IRIS CLOSE fhe 3
set = ee Ae : a OVERALL BLOCK tnt (Mi IRIS CONT ol? aig DXC-325 (UC, J)
Ne eS ea eee mes rf Bie renee a re ee Oe DXC-325P (Ek) wh:
A-3 A-4
CCD BLOCK ih
DRIVER
-
ae i WY Pew ef
xt DEFECT "
COMPENSATOR
'
Blea atk a] : |
ice oO
ict ay EL AMP & \ { eta heer ieee Cold cLPt cuPt CLP3 CLP3 38 TeLPs _ s D274)
SHUTTER EN SHUTTER EN ve [2 ci /K--—--——_ CONT CONT u 7-2 | xSGt ont ee | D2 a
10 xSQ2 ' : {1-1 | ae DO_CONT DO CONT oN
DI CONT D! CONT 4 iDRLVE PULSE . - v DRIVER
D2 CONT D2 CONT 5 fo 362
14 I 1 8 | v2 oe Tote 2 aon 4 t
| E TIMING XSUB \ vi 2-9 1 PULSE TP (1-6 ] a ! [2-9]
GEN. | sat fi SL see. FA
RESET 1c5 Dé 174) t
a+" @D = et 1 10S en ee Eki [3-19] anh Dé (2/4)
y CLAMP [3-9 |
foapee '
co CONT VCO CONT XHI _ zs HS XH2 V DRIVER
we} C51) |
1 2, a3 4, a5 |
1
i}
ereer [ares FLD B SHD
ca ae pees [231 sw BEREREE A ADDRESS BUS ess R SHD
| Q10. a1 a12, a13
103 (173). Q6
I 2-8
t
rent! r 4
!
| 1€3 (3/3), Q7
ss : uy |}-— = RY. R ‘bm ans
eS
t
1 Le - -— eS
IB-DXC325-CCD/BLOCK ]
DR-68
C4
CCD BLOCK CCD BLOCK
DI
AMP &. pararical
D2 74)
10: PEAK Ne CLAMP
D2 (2/4)
DRIVE PULSE
7 v3 CLAMP }-—
y DR DRIVER P, saz
74) 23.
BV DRIVE PULSE
DRIVE PULSE
CLAMP D2 4/4)
r 1 CLAMP
1
ics D4 174)
PEAK fart
Vv DRIVER
az 03 a4. 5 a6 a7
BUFF SAMPLE H BUFF SFE 4—[ mer i eae
cyt BLEMISH
Qi2 a3
++ 4
a2, 3 4, 05 [ — iz
[a | pee
DRIVE PULSE
—
1C1, 162
° Q2i LPI 22
Sees ee Q17~a20
B CDS VIDEO [3-2 | — 16-2
|
Qi2 ata ais
tf arr |}
WEEN
+ Qa att ai2,a13
[esa
163.173). @6
sr i vay
Bue aps L
t 4 103 2/3), 08 L
J T [ DRIVE PULSE
>> RV DRIVE PULSE
Bo as 1¢2 073) Di u72) 95) BHt 1 & 6) upper
DRIVER | ,"] CLAMP
ic U7 Di 2/2) 95) Bp H2 1&6) upPER a
DRIVER CLAMP
1€2 @/3) 2.72) foo w [419 J
DRIVER
I (C1 @/3) 2.2/2)
SSS ae 1.13f gq uz [212 DRIVER i
1c2 @/3) RHI
7a a -
Ict G/3) 03 2/2) R H2 afauz [410
DRIVER
@ CDS VIDEO
R CDS VIDEO
| — ee ee
CCD BLOCK BC-15 BLOCK TG-38 BLOCK DR-68 BLOCK CN-242 BLOCK PA-73/74/75 BLOCK DXC-325 (J. UC) DXC=S25P (EX)
C-33B , UC) ONC Boe EX
1E-23 BLOCK 1E-23 BLOCK IM
PR
ET eee A u
*;NTSC ONLY *:NTSC ONLY
tcl
(WH DELAY LINE)
Lie LS. Le® cs CO ce Q31 Q10 @32~035 C20, C21 cot 036 ai2
PR vooto a ss QS, 06 929, 30
[ 2-3 } Sue @ VIDED @ VIDEO WHITE CLIP. BLACK CLIP.
G7, G& 043
L12, C34
f-* CRISPENING L10, C27
ana G15. O16 @39~042 LI, C31
937, @38 BUFF R VIDEO RV6
WHITE CLIP RESOLUTION ADS
PR
Cs}
IE-23 BLOCK DXC-325 (J, UC) DXC-325P (Ek)
+180B PR CONT +1868 CRISP RVs
PR-111 BLOCK PR-111 BLOCK ii
ay
R GAIN CONT RVI2 }3~B1 SI R GAIN
B_CONT 1 = = +90) ON
= DLs 7 RVIO
MB R WHT
1c6 026 a9 Ait
Es {we | ;
NV BUFF 9 ,
= 3 |2 i VA-70 (R*¢n) BOARD pr-109 i wc WHT CLIP _EN Lo} | H 19 cn) BOARD ERC) [to]
te [ire fOr LEVEL SET
i t at RVS 1P3 tt 1P4 ie ae 1 T MASTER
ety oa ? 2 RVI Tes WHT CLP [cama] ! B WHT t |AIN UP PRI GAIN RI
Fam t + : ie { ee i { cont | ae : ® | connec ’ aie aera We fe) CuIP ° R PR VIDEO feng, _ 6 -+ 2-Big] es Rv3 4 | e
R LEVEL CAM/BAR_SW rt CLAMP 4 Gi0-8) wB
| i i RY6 R BLACK TRACK iNG
AT {3-37} DETAIL {s]
6 BLACK 1s Al
TRACK ING | f < reyes
RvB B BLACK R 1 BIDEO TRACKING 2-2
i aes Tap} RPED_COMT
1c13 ry
++ aaa aa | Lea
4 AQ a VA-70 (@-e8) BOARD PR-109 iden) BOARD "W
1P9 G CDS VIDEO 13 vo (E] aj —— 2 F
teen eu
4 1 Boalt 1 e e 2 16 Va is Ly
5 i t
@ 1€ viDeO t | @ 7 VIDEO
: PeD CONT B GAIN CONT ! RV13 a B50}
at Bers} j O-—Fa sain i | aa
5 1
AS 11 VA=70 @-en) BOARD
: f TPH) 4 1P12
Q24 025 TPI3
. B cDS VIDEO ¢ t 13 2 - ba A BUFF Ree PR VIDEO
B LEVEL
+
: | ast | DC t =)
SET
SED CUNT {3-88} = 2 2-18] AT
PRE BLKG B25]
a + i fa ai2 |
1 i |
if cL F J Fo} CHR KEY VIDEO |
| 1c2 2 4, ‘ che. 3 i} 3 >= : 3 B BAR |
NABL | 7 nS “Oe BARS CONT ee coLoR 4 8 10, |AR: IN’ z_ wm Sd pant, Poi ae: 9 3 8 @ BAR
ier 72 MisRAtOR @eN. 34[BLKG | 6 Pi = 4 a ene
S| INV 5] 4 bp es ~
11
BLKG 5 p-ezd— “pat i x Lea] : '
WwW 13} 4
a3 B Cun 2 De RV2 vi COLOR BAR (r02-4 INV
panes oer PR-111 BLOCK 02 2
B CHR VIDEO 7 =De DXC-325P (Ek)
INV
se fog fiw Pt DXC~325 (J, UC)
TITLE
Ol
uB Q11-BASE Q10-BASE Q12-BASE
CA-325
AT
ES=1 BLOCK ii ES-1 BLOCK
AL MX-18. MT
9 PR VIDEO 55 sl 1PI ei ascie 1P2
RPR VIDEO Tai0 | 7 pace 1 io) 340ne Y ~ EN VIDEO 750 VBS BNC) %) J ; yee ray — es om CN1O4
B.PArW IES a ee DELAY 750 DRIVER as] 750 vas (cca) 0 a Aa = CA-325
A2_CW-22. NT Y LEVEL A rape VIDEO (EN)
€x22017 } 1P4 | ar2 Ter Ven | SHABACTER 9 | 2 1 CHROMA Q 06 VIDEO
Hq ne | eva AMP Za + Y ANP 9 PB VIDED VIR) Bw RET ViDEO (CCU. CA-325
nya R6O.C109 _1C4 HRM 1c2 ait 12] ae - ‘ VE_VIDEO &) cuto1 LPF 31 °] BUFF wp ENO
= BURST
LEVEL ! ig
+ ~ (ato _t ean] Seniags Q or U-ch 4 ZEBRA CONT
AMP. QW) LEVEL err
CARRIER BALANCE Y VIDEO ® MB a9 } {3-Bis}~ CA-325 8
Lt as catttss or Ice
Nv. syd ever CHROMA 0%) MB ee . art} {3-BI4] CA-325
: AYA H HROMA OUT LEVEL
y
20 yco CONT
BUFF p27 RO
1c8 ie 1cs } cL MB-190
GENLOCK -DRIVER Chieea eA . R29 118, C63 1 A 1c10 H 3 opNbeB war Eh a {x ae Flere Foire] or se"
CABLE COMP 9 TNT/EXT
SYNC + = CA-325
12 1c9 0/2) 7 a
5 FLD ia sc com al ver Lo] BS oo ~ —
: EXT SYNC 6 AM is a aiid rape
a [a2 | VE PAL)
10 6 BLKG 1s ct OUT BLKG OUT Wr “tT
u LALTR IN
FH OUT 7/8 Ad BLK-MT (NTSC _onty) 9
CHROMA INTRSE 17 TRAP H PHASE HROIN
SHIFTER WAV BLKG
SC_0°/180" CONT [are]
166
= SC DUTY SC PHASE I
19~2tH hee
H BLKG 1
|| 50K SET SHIFTER |
iT SC_PHASE CON
H PHASE CONT [aie]
A-13
SHIFTER 1/2H PULSE
GE
A-14
ES-1 BLOCK DXC-325 (J UC) DXC-325P (EK)
S] LO
AT-53 BLOCK AT-53 BLOCK il
r | 4 | y
1 | at | ICV2~iC14
thor | i 1c? t { Ripa vipeo re] i 2 18 } ie enc ++ |
1 1s ee Wa -—— ico HOLD BUFF
O20 Ben vineo | * mn g10-1.2 1e2 hal | wp -~— anil? BIZciaci ics R_DARK M46 +{Ho.D } BUFF
SAMPLE |10} B DARK {5-a13] PR
* oe 1 @ DARK th r 13! Fi cis :
PHASE CONT,
BLKG (LD 1 ante uy ie 1ca 35 [2-20] Lt ‘Ot €s
« aE Ro
a.
Qii-Fartrar @ PR VIDEO
=I
fl - ic cLP3 UD {=}
R31~R33 a3
od) L) D9, D10
1
¢ BLKG JL
1 Pa DETAIL is]
TITLE EW pr ITLE ENABLE 1-3]
—
Dé l [sep cLIP_EN 4 3
8 [|
R20~R33 BUFF t
MICRO PROCESO!
vtR/TCU
G@ BLACK BAL
SW-281__ 3200°K $2
TERT IRIS GATE
1 ‘AVERAGE DETECT
DI2. C26 PE PEAK
DETECK
MODE CONT: 7] PR ‘KOTO /WANU.
REMOTE +968 CONT
1C2-2P 1 MB | Sa gil
rae ti9eB cont swges we [earpeARS ONT _ by + . ee CONT owe!
w,go BARS CONT Fy | pars -S7 fon 1
NOLTPU'BATT ALARM. wo 3] iz ae a expose CONT swzet
a is 325 REC REVIEW | eat
(22:9 [2-22 +— 7” Ba RM CE 6 - uB
aor c. sittter Q2-Boes MB
| ONO © ULE" ae
pe eel Q3-Boee MB deerme nore a nena re eee Bere sO ea Ble eee Suse Pan aI Oa. J !
. a 1 E SHUT DO i E. SHUTTER (2-1) [Ea] ec
\ SPEED if [z-10}-= SRT Dt 7-3] BC
eerie ee ee
J 1 i - '
| DXC-325 (J, UC) | | DXC-325P (Ek) |
A-15 A-16 “ DXC~-325 (J, UC) 3-DXC325-ATS 3BLOCK DXC-325P (EK)
The circuit diagram of is obtained from the IC data book published by the manufacturer.
TYPE
1S8S119...... 188123......
25SA1226..... 25A1462.....
258C1623..... 258C2757.....
CXD1155Q... CXD1251Q...
DTA114YK...
DTC114YK...
HD44860B42...
HZ?ALL..... HZ?BLL.....
MB7114LPF....
MC14557BF....
MN1237AD... MN3801.....
DXC-325(J, UC)
DXC-325P(EK)
| SEMICONDUCTOR INDEX
SECTION B
SEMICONDUCTOR
B-1
TYPE PAGE
NJM1496M..... B-11l NJM2903M..... B-1il
NTM2369...... B-2
RD? ?M-B?..... B-2
SN74LS221NS..B-11
TC4001BF..... B-11 TC4051BF..... B-11 TC4053BF..... B-11 TC4069UBF....B-11
TC40HOOOF....B-12 TC40HOO8F....B-12 TC40HO27F....B-12 TC40HO032F. .B-12 TC40HO76AF...B-12 TC40H193F....B-12
TC4SO1F...... B-12 TC4S11F...... B-13 TC4S71F...... B-13 TC4S81F...... B-13 TC4SU69F..... B-13
TC74HCO4F....B-13 TC74HCO8F....B-13 TC74HC14F....B-13 TC74HC27F....B-13 TC74HC74F....B-13
TLO62ACPS....B-14 TLOG64CNS..... B-14 TLO82CPS..... B-14
HATLICNS..... B-14
yPC311G2..... B-14 uPC324G2..... B-14 uPC358G2..... B-14
uPD4053BG....B-11
XN4608....... B-2 XN6401....... B-2 XN6435....... B-2 XN6501....... B-2
DIODE, TRANSISTOR |
TOP VIEW [SCALE 4/1} TOP VIEW (SCALE 4/1)
182835 182837 =} 18955
+4
TOP VIEW (SCALE 4/1) TOP VIEW TOP VIEW
1$$123 {_ HZ 7 ALL MA122 MA123
a Ee HZ 7 BLL -
2 y
TOP VIEW (SCALE 4/1) RD ? ?MB? 4 eerie
3. t
1
TOP VIEW (SCALE 4/1) TOP VIEW (SCALE 4/1) 708 ViEW isCALE Gi TOP VIEW (SCALE 4/1} TOP VIEW (SCALE 4/1)
2SA1226 288798 2801623 a 2S09993 a 2SK94
2 28A1462 3 2SC2757
, 2SA812 NTM2369 2 1
1
TOP VIEW (SCALE 4/1) TOP VIEW (SCALE 4/1)
3SK163 [as DTCi14YK (Rt = 10K, R2 = 47K) [TAs DTA114YK (R1 = 10K, R2 = 47K) >N4608
[—
Ri at
le R2 | Qe”
XN6401 XN6501
XN6435
B-2 DXC-3254J, UC) DXC-325R (EK)
BX1340 (SONY)
SC LIMITER AND GENLOCK DRIVER — REAR VIEW —
GENLOCK ORIVER
Vb01+5v)
H H VR HR MODE MODE SC tNT/ CK INT EXT INTLATR CHROMA COM COM our out 1 COM EXT IN HD SYNC SC our IN 1N our IN OUT OUT in In IN
MODE SELECTION
MODE t|MoDE 2] MODE _] {1 [ntsc |
[Pat | 0; LOW LEVEL +) HIGH LEVEL
CX22017 (SONY)
VIDEO SIGNAL PROCESSOR — TOP VIEW —
CHROMA
3 fn tm BURST
DXC-325(J, UC)
DXC-325P(EK)
B-3
CX7930A (SONY) FLAT PACKAGE
C-MOS SYNC GENERATOR (NTSC, PAL-M, PAL, SECAM) - TOP VIEW —
vR in [1 |
CF out
Vo [2g] {[5v:Cx79308 }
27H ouT ev: cx7930
[26] cx in @)
AF sc our 4 SciN
LALT ovr VRIN HAN
BF/CBLK out HD our
LALTRIN SYNC out [4 | 25] CK our MBhoue
9 SC out SYNC ouT
7 T 07E our [5] HCOM ov neon ain ourl
cK BF/CB BLK our [6 | [23] HR ww saeae L®our.
O/E OuT
LALT our 22] MODE 2 1 MODE 5 CF our
2 HD out [8] 21] Move 116 mone: Four TEST
4F sc out [9] [20] ExT ww pa
4Fsc in [10] 19}SC out
ne {i} 118] NC
V0 out NC
nce [i3} 16] TEST in
LALTR IN
O/E :ODD/EVEN FIELD CF : COLOR FRAME PULSE
HCOM : H COMPARATOR
SYSTEM NTSC 910 FH
| PAL |NS5Fute2ry
INPUTS FUNCTION
INTERNAL
INVALID
0; LOW LEVEL (GND) TEST ‘O"' OPEN
HCOM ouT SC out CK IN CK ouT HRIN
FORP FORPM 74 2,
4Fsc s ~
is oA H RESET
GEN
4fsc 2. sc RESET} [Sc RESET ouT GEN GEN
PlFW/8 PMIFW/N6
MODE1 “yy é 6 s =
MODE 2-"]
ExT
=~ VDD
(+5V)
GND
LALT ouT
HD ouT
VOouT
SYNC Gut
GLK OUT
BF/CBLK ouT
O/E OUT
CF out
FH OUT
NTSC, PAL-M trievo 1,3)
NTSC FIELD 4- be FIELD
PAL, SECAM (Figo 4,2)
FIELD 4 FIELD 3—--e-
FIELD! — FIELD 2
FIELD 2 -=4=- FIELOS SYNC U u l J l I jj LLL l I I I U U U U L U een fee. 25H ape 2S Hoe — 25H of FIELO4 -b- FIELD}
FIELD 3 - Te FIELD 4 ‘ FIELO 2 ee FIELDS
= ras ae nonarsasarst a ae Be ee bee BH ne tee BH non nee 3H ----ef BF /CBLK / Pa. /. FIELO 4—nbe FIELD (pany) FIELOY sete 2 aT 1 1 roy
( ! T rey v erste Chale ke ius 2c ean 2a) sr amined (Fer nrc a / ro Wa —— 4 gt a ae | | vt (ies ED gy Te ga : \ ips mae cet NH ncn oc | LALT ¥ pee -
FIELO4 = FiELOS na SELOt =p “FIELD 2 - Z
J ie lees es | mes ae | LL 1 Le 4 LALT ¢ i as (PALM FIELD 2 -efhe- FIELD 3 BF/CBLK —
| l 1 J l J (SECAM) UU (ress [en = Eee fe ou aera
BF/CBLK I] Tors yy HO OL a WT Wu uu ru (NTSC) tie pe Noy Ses cape cual '
nn CD pe UU
vo J ax “LU i y—_F UL eaeteeeemre te er = — 20H ~ ene mel
vp O/E(Fv/2)
ane — oH — - oot
O/E (Fv/2) CF(FV/8) ——__|—____-} (PAL) Seen |
CFiFw/4) CFIFv/4) te Za) LL ___] Eee (SECAM) Lo 280.
CF(Fv/8) (PALM) Sa, weed
PAL, SECAM (Fie.ot,3)
FIELD 4 - FIELOT NTSC, PAL—M (Ficvo2,4) FIELO 2 FIELDS NTSC
SYNC FIELD 1 he FIELD 2 be— 2.5 ~-ef-— 2.5 —ofe— 2.54 —o| FIELD 3 ere FIELD 4 PM FIELO 4 —obe FieLDT =~.
FIELD 1 --te- FIELO 2 fi YT FIELO 3 —ete- FIELD 4 BF /CBLK fe este 10H 5 4
SYNC I a U in cPats FIELD 2 —obe- FIELD 3 bene BH eB eee 17 rr aay at FIELD 1 ~}e—FIELO 2 Soke dee Beets 10H ee
E FIELD 4 -=Le- FIELD 1 A Ge (aie ei dei ae ea ie (PALM) FIELD 3 ~-*te—FIELD 4 ALT ¢ 1 I T Pal) § FIELD 2. ope FIELD 3 fe he a a cia anes eres thee ol fe See i ie ded FIELD 4 -FIELO 2 » |
J Sar ae a a | o re ‘secam J UU aaa I Wee a we FIELO 3 ~+fe~-FIELO 4 EL. a a.5H =n eT eT 7 gag rg Oe po ca | cee a sp Ue it la ne i
BF / CBLK mi ig sad aves I al I rr (NTSC) - ee ‘eis 4 ak of Lf] , LLU te 2S d wo SU UU Ue Ba a | ae
vod
- a ESE ean, See LIT I. | oo —I UL Re terse :
SSS eo = i O/E(Fv/2) a on
vp im i oe a qj} CREB) SS az He eaeat ee 2 {Pai error! Ove (Fy/2) s re ares
(SECAM) aoa CF(Fy 74)
(NTSC) — =
CF(Fv/8 } ? ~~ : a 4 (PALM) a a ae fac i 1 J | | in |
Sct ~~ at | | ieee . CKIN, OF sc! (NTSC H PALM) i LJ LU
s¢
B-4 DXC-35U, UC) DXC-3ISP(EK)
ic
P>PAL,SECAM NINTSC, PALM CXA1065M (SONY) FLAT PACKAGE
INVERTING DRIVER FOR CCD CLOCK WITH POWER SAVE 4.
HR — TOP VIEW - 4 6. 344uS P:64.000yS
PASS 1yS N 6.286yS 4H _N263.557u5S N1537u$ “4 = Sr 7 ——-+
SYNCH LJ 4 P:a 652uS
Ng. 7249S :32.000pS obi OSH: NLT BPS (45.5 v10+25V)
SYNC:EQ L Vect > 2.396uS ;
N: 2.2358 ieee pasted sn ayn eee _P: 29.604yS
N: 29.543yS Vec 2-2 SYNC:V l + S.SV10+25Vi
es es ee Oe ray P:27.348yS N: 4,749yS N: 27029p5
BF/CBLK Ls 2.256 uS U fo—-effe- N:2514yS
‘ ee Rs
BLKIH P 31.912 yS Ls + N:10.756yS
Vec 4 (t 5.5V19425V)
XV1-XV4 } VERTICAL REGISTER TRANSMISSION CLOCK INPUT Vi - V4; VERTICAL REGISTER TRANSMISSION CLOCK OUTPUT
oe | a eee XSGI,XSG2;SENSER GATE PULSE INPUT SGi ,562;SENSER GATE PULSE OUTPUT
XNV; DRIVER INPUT NV; DRIVER OUTPUT PS ;POWER SAVE INPUT
Veco 1, BIAS VOLTAGE Vec 2-1,;V1 OUTPUT PULSE VOLTAGE Vee 2-2; V2 OUTPUT PULSE VOLTAGE C815 (SONY) Vec 2-3, V3 OUTPUT PULSE VOLTAGE
DTL AMPLIFIER Vec 2-4 ; V4 OUTPUT PULSE VOLTAGE — TOP VIEW — Vee 3;SG61,5G2 OUTPUT PULSE VOLTAGE
Vec4;NV OUTPUT PULSE VOLTAGE DL'ed ¥ IN YIN
vec3
xSG4
Y DTL+ OTL- OUT OUT OUT XSG 2
veo 2-1
vec 2-2
xv2
vee 2-3
xv 3
vee 2-4
xva
vec 4
XNV
PS
Veet
DXC-325(J, UC) B-5
DXC-325P(EK)
CXD1155Q (SONY) FLAT PACKAGE
C-MOS TIMING PULSE GENERATOR FOR - TOP VIEW —
spi our fy |
SHO out
SHP out
XV4 our
XV2 out
HTSG in
XV3 our
XVI
xSG2
XSGt
XPG
iO} | is] ey IN bo ts) a
z Zz - r = - = z 2
me 3 3 es oe ee ee - dewey vn - a 2 By o
we pee oO Pp w x x o a
= “«
MODE SELECTION ere CRITE eee: emi e! eee!
NORMAL FLICKERLESS | H ; VDD (FL2 [S50Hz OT e0nz TL; GND | MODE] | COLOR [ MODE2 | FRAME FIELD | MODE3 | CCIR
PARALLEL INPUT MODE
O
CCD CAMERA
Z 2 ee & Be oR Ee bE + = 2 56 6 5 2 2 55 2m wo 6 8 $664, oo &
wow - ww - nm dv ge vn OQ 3 9 GO: = Ae TS cw ao oO 426 a a J o D Ww no = = * x oO Oo OU = ak
is 1} ft In} || oO wo} [rn S| 5 is! t st] tse] | ro} |r)
NTSC [MODE4 [PARALLEL INPUT [ SERIAL INPUT
* MODES, MODE6 ; SEE TIMING CHART
(MODE 4="H") SHUTTER SPEED (S)
1; HIGH LEVEL 0 + LOW LEVEL X 7 DON'T CARE
ENB ; ELECTRONIC SHUTTER ENABLE INPUT DO-p2 ; SHUTTER SPEED MODE SIGNAL INPUT
SD ; DATA SAMPLE HOLD PULSE SHP ; PRE~CBARGE LEVEL SAMPLE HOLD PULSE
XV1-xXv4 ; VERTICAL REGISTER TRANSMISSION CLOCK OUTPUT
XH1,XH2 ; HORIZONTAL REGISTER TRANSMISSION CLOCK OUTPUT XSG1,XSG2 ; SENSOR GATE PULSE OUTPUT XDL1,XDL2 ; DELAY LINE CONTROL PULSE OUTPUT
XPG ; PRE-CHARGE GATE PULSE OUTPUT SP1,SP2 ; COLOR SEPARATION PULSE OUTPUT
CLP1-CLP3 ; CLAMP PULSE OUTPUT 1D ; LINE DISCRIMINATION PULSE OUTPUT
HTSG ; READ OUT STOP SIGNAL INPUT
TEST ; TEST MODE SIGNAL INPUT OSC ; OSCILLATING SIGNAL INPUT
XOSC ; INVERTED OSCILATING SIGNAL OUTPUT CK ; CLOCK INPUT
XCK ; INVERTED CLOCK OUTPUT
PBLK ; BLANKING CLEANING PULSE
XSUB ; ELECTRIC CHARGE DISCHARGING PULSE OUTPUT HD ; HORIZONTAL DRIVE INPUT VD ; VERTICAL DRIVE INPUT
HD IN
VO iw
XCK OuT
CK tN
OSC out
OSC iN
MODE? In
MODE 2 IN
MODE 3 in
DO IN
osc
cK
MODE 6 MODE 2
ve
HD
MODE 3
vo
MODE 1
test 2
HTSG
ODO/EVEN DETECTION
& INTERNAL LINE GENERATOR
COUNTER
xose
xCK
PALK
‘40-42
LATCH
MODE 5
23-25 00-d2
13,14 FLIFL2
ENB
MODE 4
HIGH
NTSC
SERIALS
PARALLEL
SELECTOR
SPEED SYSTEM TIMING
DECODER
CLPI~CLPS
44,45 XOL1, XOL2
16.17 XHI,XH2 .
2,312 SHD,SHP,XPG
10
4,5,8,9 XVI=xKVa
10,11 XSG1,x5G62
1,48 SP1,SP2
XSUB
SPI n. (7 ce Ga Tt sp2 1 im ime JL Tk fy
HIGH SPEED SYSTEM TIMING CCIR
xno SLL PASTA es
xck UU
ee SU aaa sup fi ps A sHo JUS i MHS nt LA
MODES ager A z an M *" Lsp2 moon m1 M
xpi1 tL rep
xDL2 Lu ‘ f r 1 i
mooes-'H| 581 : i | SP2 1 i Ue eee
4 i ~
moves (ere UU uu OPES= HT cup LAA es 9 a 9 | 2 ee
sPi 1 mt imal im
SP2 wot) He im
xee Uf : tees Den aren eee Dee ee
sHo MLL AAA es SPI J : QD oa
Usp2 1 Mr, J l
DXC-325 (J, UC)
DXC-325 P{EK)
ic
NTSC
aw cou j
COL
2
AAS AAA ANA
UU
UA LUAU
TAAL © BR S &
fA SL LLL iI
ht i
oe ee |e |
2
aw
On
HD
o
RAS iS
jE || ||) | | | o| ||
Q
fl Sl
INTERNAT UU At pana
xh DUUUUUUI
7H TUT
xPG TITTTTETTTITT ITA TTTTT TTT TTT TTT TTT TTT TTT TTT Te MT
SHP | { Lu TERRE RORUOU RE COHUHREROEBOROOEEERURGROROBHERET ALWIL ee
SHD i " 1 UROL COROURRO SOOO RSEURORRORREEBU OG DUUGGHEREHRGHanBE! EELLEEA TIL U ETL
SLL.
SAA
ser {JIA
SP2
OU PU
xOoL2 WLU UPS SAA LT A
Xvi
Xv2
XV3
Xv4
Vv MOO RISE PBLK
oET2 SUA LAA AAA TUT
CLPI
CLP2
CLP
XSUB
NTSC
Ada
JLLLi tt
TTT
i a
TTTTTTTt LLititit
492
WI
TTTTTTTT
WT TT {J
Hittite yt piri
Lid Hitilii ti tiit TTT
DUTT TTT tt I
{ LEI
1
1
HEH «0s
mT
eee ele
TTT TTT TT
rTTT
TTTTT
Lit tit |
TITTTTTLTITYI LP
TTT TUTTI TTT rrr TTT art T TTT I |
Lz [+ [éfe pohe raft] LL 492 493
491
PUPAE LI Hit
HELE TPT P ITP E TPP
Ln PLP j
I TTTT {
My TTT T1114 WELPY ILLITE tty Litt tl |
Jititi titty t
i[3[sl7{s 2}aleje
492 493 launes
nar ceeeeee Lititiit
WELLE TI tLe t it det ttt
5 ca (aS | a) Ra a | a
XSG2
ee
173] 51]7[9[nps3l
Lit bitiiien titit hud
TTTTITTTTT TTT TTT
TTTTITTTTTNTTTTTT TTT rr tu rr iit
LLPit Litt pe
| TTTTTTTT
TUTTTTTTT TTTTITTT +
m
N >
>
>
x x
x
xvi
copy JIILSI
ccp2 [III]
rp] =5
a EE
3 res
il
ols
ei
aa
oa
qE o
EESI
Be
S45
|
Cc
[ae
= 454
a
C [eal
C}
zi a=c f= -
a) Geb
a
ep See
4
=
os
—
a ae
|
2
me ae
aiee
ts
:
7 dae: ts earl nee eps)
PORE
3
ce
og gees
B FRE
ee
~—— a0al4 —----——_— LI
pak TITTTTL__CCCCST N ti STTTTITT TTT
B-7 DXC-325(J, UC)
D XC-325P(EK)
ve |
CCiIR
Bw cor Bw coL
Ho i ]
INTERNAL UU AEA ALN ie - 2 g g 3 3
xhe SUIT TULA ° g- 2 g 8 - 2 a me oan
x8 TUTTI ARAN
SHD EUEPPLEU VT ALT TEVA EP A
sei LJ LSA AAD LAA AAA A A A A AANA 5s | sj) | |
SP2 ILI
XOU SULLA TEN AP AAA AAA START
x02 LAU AAT
LAA A A IR A I AMARA SA LIL
ee |
LAN AAA ANNA AAA
a ea bi
H if
PBLK
Vv MOO RISE
CLP2 Se7 * ——<———"s ey
CLP3 ee ers eee ee aay
1D No ee
DETt
DET2
xsue SE ee aS
CCIR
vo
wo PUTITTTTTT TTT TTT TTT TIT TT
XSG1 = Spee
XSG2 ]
va FTTTTT TTT TTI TTT rt Hones XV3 TTT T TT TTT LIT
xve LELIILL ALE EP xvi | | Beis necaaeannenaceiacccle= =e LEP LIE ti
2 ccoour TTT TT T+ CUCL TT
cer LLLtLI AAPL AIL ccp2 LILILI LLLLiLtti it ptt tiLitit ao USERS co age ea eo LLLII LLL LL IE pax fTITITT TTT IT TTT tr PITT Trt
iovory TL NAPPA ASAE LL isegee
oe TTT TTT TTT TTT TITIUTTTTT TTT | ws PUTT TTT TTT TTT TT TTT TTT TT TTT TTT TTT TT TAS TTT TTT Tt
xv2 LELELL ILE ELE LED TELE AEELEE E avy LEELEP EPIL EE Ee
cone EEEEEE Eran SERBeEGEEUHauat SSUES “opr LLL ANAL tHLItilt NATL cLp2 | | LILLLLP ELL It LLibddda cePsLIL LI LL LELi ti itt tttti ditt tl LELLIL EL PE PEE EPP Te eax TITTT I 1 aE Si ee ST TT TTT
B-8 DXC-325 (J, UC)
DXC-325P(EK)
CxXD12510 (SONY)
C-MOS BLEMISH CORRECTOR FOR CCD IMAGER - TOP VIEW -
AT out COLOR
z =
eae 8 SE A2 out TG IN
(S] NTSC in |
= | | faces BLEMISH }--—~ | { ADDRESS AQ our XV3 IN eee p-i-*-} COUNTER
43 out XVIOIN I | i |: Anes
| A4 out H2 in Hf fee DECODER
Pole ien AS out H2G tw i
TH m FREO out SP3 IN + BLEMISH aro
al (nt 1S CORRECT srs XVCT out SP2 in t oHD
DO in SP1 IN
DI SHD In ROM ADDRESS
TIMING
sy bo 1] [6] 2 z z r i rt be ~ - 7 > 2 | 2
° ° ° °
eae cu fa] ao je ie je Fa
- wn 7) wn In XVCT AQ Al AZ AS AD AS
D1-D4 ; EXTERNAL ROM DATA INPUT __AO-AS ; EXTERNAL ROM ADDRESS OUTPUT
MODE SELECTION SP1-SP3 ; SAMPLE HOLD PULSE FOR BLEMISH CORRECTION ] Y od SHD ; DATA SAMPLE HOLD PULSE
NTSC [CCIR MODE NTSC MODE H2,H2G ; CLOCK INPUT FOR HORIZONTAL REGISTER TRANSMISSION COLOR) B/W MODE COLOR MODE XV1,XV3_; CLOCK INPUT FOR VERTICAL REGISTER TRANSMISSION
| 7 IC FOR TG: IC FOR TG: XVCT ; POWER CONTROL OUTPUT FOR EXTERNAL ROM CXD1149 USE | CXD1155/1156 USE HD ; HORIZONTAL DRIVE INPUT
VD ; VERTICAL DRIVE INPUT 1; HIGH LEVEL 0 ; LOW LEVEL
HD44860B42 (HITACHI) FLAT PACKAGE
C-MOS 4-BIT MICROPROCESSOR — TOP VIEW —
REO~RE3S RSO~R53 RAO~RAS on © 0 no N - Oo oaaqa0 oaaa
46~49! |17~20" 136 [od fe] fol fod f=} 15) £3) LS) Tis)
Ds [6] R63 RE RS Ra Pa oo GF ioe veo aerT dS pasit a0 sents ¥
om R61 ono 22 ROM a ati ay 28. ~ a
Di2 REO Mir 4096 X10 BIT wh) B84? = 26 (PROGRAM MEMORY) « RLG~R23
DIZ R33 Tesh, 256 X10 BIT INST. . (PATTERN MEMORY} DECODER| s s2~35
O14 R32 = mo RIOR ES
Z DIS R31 | je} | 26-39
R40 R30 Lec ey 7 ‘fey = ROO~ROS
R4 R23 | —_!
R42 R22 STACK. REGISTER
R43 R21 eee =e 00 o1
R50 R20 Ste 02 03
R5! INT1 a: : 04
5 D5 R52 36] INTO ottpe os R53 [35] R13 = ELLs os
3 6 RESET [34 Ri2 Err
br 5 O10
vob on t-O.3V 10 70V) 33 mt ° t] o12
fd aaa cise = NR le or NA MO ADORE SS—| 12 ors
Bo lz rH eek eE ING oo x Eb “ = z
DO-DIS ; DATA INPUT/OUTPUT RESET ; RESET INPUT Rom = ACL 2) neser ROO -RO3; OSC1,OSC2 ; OSCILLATOR INPUT 1S00%s8;8)T. 2 23 R10 -R13; INTO,INT1 | INTERRUPT INPUT z =. Ose1
R20 -R23; TEST > TEST INPUT Zz 7 20S , iT: 2 R30-R33; REGIST INPUT/OUTPUT es | HALT INPUT -— O52
R40-R43; ween RSO-R53;
=
RGO -R63; REGIST OUTPUT ee
DXC-325(J, UC) B-9 D XC-325P(E K)
MB7114LPF (FUJITSU) (ACCESS TIME = 50nS) FLAT PACKAGE
1024-BIT (256x4) PROM ~ TOP VIEW —
AO-A7 ,ADDRESS INPUTS
Di-D4 {DATA OUTPUTS
CE1,CE2 ;CHIP ENABLE INPUTS
1.024BIT (256 x4)
MEMORY CELL ARRAY
ADDRESS BUFFER
MULTIPLXER
MC14557BF (MOTOROLA) FLAT PACKAGE
C-MOS 1-T0-64-BIT VARIABLE LENGTH SHIFT REGISTER — TOP VIEW -
L2 (LENGTH CONTROL) IN Voolté ea oa
Li N [2] fs] L4 IN
RD «piRect RESET) IN [3 | [ia] ve IN ron CK1 ww [rs] L16 1 7
6 CkK2 ww E] L32 IN 3
- «cxn4 DB{OATAI IN 6 [13] Q our iCK2) >
DA (DATA) IN 10] @ our
BIGND [9]SA/B (DATA AOR SELECT) IN
LENGTH SELECT TRUTH TABLE
C32 Lie[Lé L4]L2[ LI] REGISTER LENGTH INPUTS [OUTPUT ofolofololo 1- BIT RD Sadik ticke| Q opefovotoys 2- BIT ofolriol os ofofofolilo] 3-BiT | ° o;ofofol+{1]| 4-8IT 0 o}ojols {ojo 5-8 o | Pep del [kee ‘ 1 ee eae Ue ee ce f Ca Salto haa H
3 iz i1fitofol ¢6i-sirT | 0+; LOW LEVEL Preps [ato 62. BIT +) HIGH LEVEL Tlilal?r[y [ot 63- BIT eS DONT CARE | tfrfafriiati 64- Bit ]
B-10
MN1237AD (MATSUSHITA)
CMOS INDICATES DATA OF 60 CHARACTERS CRT INTERFACE - TOP VIEW —
osc
DAO ose4
DAi Vv SYNC
DA 2 SYNC
DA 3 DOs
DA 4 poz
0A 5 po1
DA 6 poo
CDS voB ADM ; ADDRESS MODE SELECT IN DAO~ DAG ; DATA BUS INPUT
ADM vow DOO~ DO3 ; GENERAL OUTPUT HSYNC — 3H SYNC INPUT
TST Lol ; STROBE PULSE INPUT 0SC1,2 3 08C 1ST ; TEST vos | BACKGROUND OUTPUT vow ; CHARACTERS OUTPUT V SYNC — ; V SYNC INPUT
Lor ADM DOO DO! DO2 DOS
MEMORY ADDRESS REGISTER asa!
ICHARACTER HORIZONTAI VERTICAL CHARACTER SIZE POSITION POSITION CODE
REGISTER REGISTER REGISTER MEMORY (RAM)
DXC-325 dJ, UC)
DXC-325P (EK)
MN3801 (MATSUSHITA)
C-MOS CCD 1H DELAY LINE FOR NTSC ~ TOP VIEW —
vee
Vv RESET In
VIDEO out 4fsc our
VGC 4fsc IN
Voc VR
VIDEO iN
ELECTRIC CHARGE
g06aIT SHIFT
REGISTER
ELECTRIC CHARGE DETECT
T V RESET T Te
NJMI486M (JRC) FLAT PACKAGE
BALANCED MODULATOR/DEMODULATOR — TOP VIEW —
+S1G IN GAIN +516 tour?
GAIN ADJ ~SIG ~oOuT
GAIN ADJ +CAR_-CAR BIAS.
~SIGIN
BIAS IN
NJM2903M (JRC) FLAT PACKAGE
OPERATIONAL AMPLIFIER — TOP VIEW ~
SN74LS221NS (TH FLAT PACKAGE
TTL MONOSTABLE MULTIVIBRATOR WITH SCHMITT TRIGGER INPUT — TOP VIEW —
R Cc
Meera tt Ro B A (WPUTS OUTPUTS vel [i5} fsa} fia] fiz]. fs] ff] fo) Ro] Al B| O
| pes of x[ x] o o lj oy
6
Vec z l x{a[ x oF 2 i |x| o
[2 | t_J}o;Low LeveL Rp? S ' 1;HIGH LEVEL
L 3 ‘| LI]X; DONT CARE
cal 4 GNO_} ouTPUT PULSE WIDTH =0.7CR Jy i] ta] ts]
8
t+5¥) omeaa
B
| WJ Lg]
Lap dow—vee c R
+}alalo
Ro
DxXC-325(J, UC)
D XC-325P(E K)
TC4001BF (TOSHIBA) FLAT PACKAGE
CMOS 2-INPUT NOR GATE - TOP VIEW -
TC4051BF (TOSHIBA) FLAT PACKAGE
C-MOS 8&CHANNEL MULTIPLEXER/DEMUL TIPLEXER — TOP VIEW —
S4 in/ouT
S6 IN/ OUT $2 IN/ OUT
SC OUT/IN S4oIn/ ouT
$7 IN/OUT SO IN/OUT
$5 inv out $3 IN/OUT
A BINARY CONTROL } IN
¥ Vee” ;Voo— VEE= + 310 + 18V
fen[ c [8 J a [ON" CHANNEL | | ofofolTol oF polofot+ {tT Potof:ifol 2 | pofotrts [3s] PotipofTofT a] art Po 6 dos Low Leven Pops py Pt ich cever Pat xy x [xp oPen $x; pon't care
TC4053BF (TOSHIBA) FLAT PACKAGE uPD4053BG (NEC) FLAT PACKAGE
CMOS 2-CHANNEL MULTIPLEXER/DEMULTIPLEXER — TOP VIEW -
x1 inzourt [1]
XO IN/OUT
Y1 wour [3] IN / OUT stro. 3ju ye
YC IN/OUT [4] IN / OUT 5 Orel ay ©
YO wwe ouT IN / OUT 124120 3{z1 ze
EN NN IN / OUT yeh 4. LL (6 EN
AtLAZ iN 7 OUT
EN Vee 6 ra
IN / OUT
vec™ ;voo~ Vee = + 310+ 18V
0; LOW LEVEL 1, HIGH LEVEL X; DONT CARE,
TC4069UBF (TOSHIBA) FLAT PACKAGE
C-MOS INVERTER - TOP VIEW —
ate v=a-d>y
Yea
EH [i fo | O.LOW LEVEL 13 HIGH LEVEL
>| O,;LOW LEVEL
1, HIGH LEVEL
15 1 dt XC HS,
OPE: IN / OUT wofax&
cic |
TC4OHOOOF (TOSHIBA) FLAT PACKAGE
C-MOS 2INPUT NAND GATE — TOP VIEW -
0, LOW LEVEL 1, HIGH LEVEL
TC40HO08F (TOSHIBA) FLAT PACKAGE
C-MOS 2INPUT POSITIVE-AND GATE - TOP VIEW -
TC40H027F (TOSHIBA) FLAT PACKAGE
C-MOS 3INPUT POSITIVE-NOR GATE - TOP VIEW —
TC4OHO32F (TOSHIBA) FLAT PACKAGE
C-MOS 2INPUT POSITIVE-OR GATE - TOP VIEW —
O;LOW LEVEL
1; HIGH LEVEL
O;LOW LEVEL
13 HIGH LEVEL
LEVEL
TC40HO76AF (TOSHIBA) FLAT PACKAGE
CMOS HIGH SPEED EDGE TRIGGER TYPE J-K FLIP-FLOP WITH DIRECT SET/RESET - TOP VIEW —
0, LOW LEVEL
1, HIGH LEVEL aj—|-|—|-lolo|~ x) | O]-/O| x] x) xje
TC40H193F (TOSHIBA) FLAT PACKAGE
C-MOS PRESETTABLE SYNCHRONOUS 4-BIT UP/DOWN COUNTER — TOP VIEW —
Broara Biin[4 | a 20 ee,
Q8 our 'S] AtoaTa ain
QA out '4]RocreseT) in _f™
-£ TON toown crockiin [4] [13] BRW ‘ BORROW} OUT
TUPt uP CLOCK) IN CO tcaRRYouT
ac our [6] [11] PE (PRESET ENABLE)IN
QD our 140] C toata coin
[S]}Dioata pin
CONTROL INPUTS Fcount | ourpurs [Ro[ Pe [tup[ton| “Oe COUNT Tooyoc [oa [oa
x | x [ x [RESET TO ZERO [0 0 ° o [x | x [PReser 1 ofofof4 4 + 1 UP COUNT 2 ie) ie} 1 (e]
1_| +] £ [DOWN COUNT ee ae eS ee 4 4 4 [NO COUNT 4 ie) 4 ° fe)
0; LOW LEVEL 5 o}s+ fof 52 1; HIGH LEVEL ofiftito 58 X; DONT CARE. of1 [1 j4 4s
1 fo foto] = thes 9 fr ypo loli iso
¢o: Tup oa 08-0C oD {10 1/0 ito [1 TuP f 1 j_ 44 4 oj 1
r 12 tpt to] o- | COUNT = 15 13 1 1 ie) 1
cs fA: B= C20:MIGHI 14 pape | CT To
15 i ae
paw: fon GA. OB OC OD
ox LL t = COUNT=O
(A: 8=C-70-+LOW)
arw =
TC4SO1F (TOSHIBA) FLAT PACKAGE
CMOS 2-INPUT NOR GATE — TOP VIEW —
rom = od’
AB
0; LOW LEVEL 1 HIGH LEVEL
B-12 DXC-325¢J, UC)
DXC-325P (EK)
TC4S11F (TOSHIBA) FLAT PACKAGE
C-MOS 2INPUT HAND GATE ~ TOP VIEW -
0, LOW LEVEL
1) HIGH LEVEL
TC4S71F (TOSHIBA) FLAT PACKAGE
C-MOS 2INPUT OR GATE — TOP VIEW —
TC74HCO8F (TOSHIBA) FLAT PACKAGE
C-MOS 2-INPUT AND GATE — TOP VIEW -
TC74HC14F (TOSHIBA) FLAT PACKAGE
C-MOS SCHMITT TRIGGER INVERTER - TOP VIEW -
[fifi jisHiGH LeveL
O;LOW LEVEL {HIGH LEVEL
[Li fs fijt; HIGH LEVEL (MINI MOLD PACKAGE}
TC4S81F (TOSHIBA) FLAT PACKAGE
C-MOS 2:INPUT AND GATE — TOP VIEW -
TC74HC27F (TOSHIBA) FLAT PACKAGE
C-MOS 3LINE POSITIVE-NOR GATE — TOP VIEW —
TC4SUB9F (TOSHIBA) FLAT PACKAGE
C-MOS INVERTER BUFFER — TOP VIEW - [a+ [4 }o]}s HIGH LEVEL
Y=A [a | ¥ |
bot] TC74HC74F (TOSHIBA) FLAT PACKAGE
Lito] C-MOS D-TYPE FLIP FLOP WITH DIRECT SET/RESET 0, LOW LEVEL — TOP VIEW — 1, HIGH LEVEL
INPUTS [OUTPUTS } 0 Jon+t |OnF{
ear)
cam +2 1to+6V}
TC74HCO4F (TOSHIBA) FLAT PACKAGE
C-MOS INVERTER — TOP VIEW -
O;LOW LEVEL
1, HIGH LEVEL
X;DONT CARE 4"; NONSTABLE
O:LOW LEVEL
4: HIGH LEVEL
%* Voo HC,HCU;, +210+6V
HCT; +5V
B-13 D xC-325(J, UC)
D XC-325P(E K)
TLOG2ACPS (TI) FLAT PACKAGE
OPERATIONAL AMPLIFIER
(JFET INPUT) ~ TOP VIEW —
TLOGACNS (TI) FLAT PACKAGE
OPERATIONAL AMPLIFIER (J FETINPUT) — TOP VIEW -
TLOB2CPS (TI) FLAT PACKAGE
OPERATIONAL AMPLIFIER (J FETANPUT) — TOP VIEW —
UATTICNS (TH
VOLTAGE COMPARATOR — TOP VIEW —
FS} INHIBIT
INHIBIT
uPC311G2 (NEC) FLAT PACKAGE
VOLTAGE COMPARATOR - TOP VIEW —
uPC324G2 (NEC) FLAT PACKAGE
QUAD. OP AMPLIFIER - TOP VIEW —
$ 14
2 13 LA AA
3 i2]
4] Vcc GND [tt tH3lo+ 30V)
5 10 i+» gt
6 3
Z 6
uPC358G2 (NEC) FLAT PACKAGE
DUAL OPERATIONAL AMPLIFIERS — TOP VIEW -
B-14 DXC-325 (J, UC)
DXC-325 PIEK)
= 1-23 |
IE-23
NOTE:
1.
2.
All voltage are dc, measured with a digital
voltmeter. (input impedance: 10M22)
All waveforms are taken and DC voltage is
measured in condition below.
Set camera FILTER selector to 1 position.
Set camera BARS/WB selector to 3200°K
position.
Set camera GAIN selector to 0dB position.
Set camera Sl switch/IE-23 board (DTL
ON/OFF) to ON position.
Shoot the grayscale chart. Adjust lens
iris so that a white level is 1OOIRE (For
NTSC) or 700mV (For PAL) on the waveform
monitor.
CN1-ipin
CN2-2pin
IC1-6pin
1C1-3pin
CN2-3 pin
CN1-5pin TP4
OXC-325 (UC) DXC-325P (EK)
AT-53
NOTE:
1. All voltage are dc, measured with a digital
voltmeter. (input impedance: 10M.)
2. All waveforms are taken in condition below.
. Shoot the grayscale pattern on _ the
pattern box. Adjust lens iris so that a
white level is 100IRE (For NTSC) or 700mV
(For PAL) using the waveform monitor.
CN2-5, 6, 7
Q13-emitter
1C7-1pin
IC7-7pin
1C4-12pin
4 MHz
1C9-23pin
DXC-325(LSC) DXC-32 €EK)
SECTION C
SCHEMATIC DIAGRAMS AND BOARD ILLUSTRATIONS
VA-70G Board
VA-70R Board PR-109 Board
PR-109 Board
PR-109 Board VA-70B Board
BKG-4 Board
(For J, UC)
ES-1 Board
MB-190 Board a
TG-18 ee \Z
' MG CM-22 Board
| [b> aH | MX-18 Board tad] ™ PA-75 Board ; oh :
7 PA-74 ate)
BC-15 Board
} AT-53 Board
SS PR-111 Board
PA-73 Board SS S | LS IE-23 Board
Th '
CN-242 Board Ne Lore ms if Board
SW -282 Board oer
DXC-325 (J, UC) -
DXC-325P (EK)
BC-15, DR-68, TG-38 BC-15, DA-68, TG6-38
BC-45 soand §=| Ser.NO.40004-11720 (UC) TG-38 BoaRD | Ser.NO.10004-41720 (UC) DR-68 BoaRd | Ser.NO.10004-11720 (UC) 30001-30840 (uJ)
40004-42530 (EK) 30001-30840 (u) 40001-42530 (EK)
30004-30840 (J) 40001-42530 (EK)
TG-38 (1-627-932-11) DR-68 (1-627-927-11)
CN1 c-1 CN1 A-2 CN2 A-1 CN2 B-1 CN3 Cc-2 CN3 D-1 CN4 A-2 CN4 C-2
CPl C-2 D1 A-1 D2 A-l
D13 B-2 D3 A-2 D4 C-1
Icl B-l D5 c-2
IC2 c-1 D6 A-1
Ic3 A-2 D7 A-2
Ic4 A-1 D8 c-2 IC5 B-2 D9 D-1 ICc6 A-2 Dll B-1l
D12 c-1 Q2 A-2 eis
Icl D-2 : Ic2 D-1 Ic3 D-1 IC4 A-2 Ic5 C-2
1-627-937-11 COMPONENT SIDE Ql B-1 Q2 D-1 a) 7 Q3 D-1 COMPONENT SIDE
Q4 D-1 Q5 D-1 Q6 D-2 Q7 D-1 Q8 D-1 Q9 B-1 Q10 Cc-1 Qll c-1 Q12 Cc-1 Q13 c-1 Q14 A-1
RV1 D-1 RV2 D-1 RV3 D-1 RV4 D-2
C-3 (a) C-4 (a) DXC-325 (J, UC)
DXC-325P (EK)
BC-15, DR-68, TG6-38 === DR-68, TG-38
BC-15 BOARD Ser .NO.14721- TG-38 BoaRD =| Ser .NO.417241- 30841- 30841- 42531- 42531-
BC-15 (1-627-937-12) TG-38 (1-627-932-12)
CN1 A-2 CN1 A-1 CN2 C-2 CN2 Cc-1 CN6 A-1 CN3 A-2 CN7 A-1 CN4 C-2 CN8 B-2 CN9 B-1 CPl A-2
D1 Cc-1
Icl B-1 IC2 A-1 Ic3 C-2 Ic4 c-1 Ic5 B-2 ICc6 C-2
Q2 C-2
1-627-937-12 COMPONENT SIDE
C-3 (b)
DR-68 soanD | Ser.NO.4417241-
30841-
42531-
DR-68 (1-627-927-12)
Q 2 w
aQAUwWY terete NREEN
ty = w '
iw] a
ee ee ete BPRPENNENENEE WN D12
Icl Ic2 Ic3 Ic4 ICc5
Bar dane a ba da par
HPHEEP EEE RP ENP PP Pe NNEED
Cre
Ql Q2 Q3 Q4 Q5 Q6
Q8 Q9 Q10 Qll Q12 Q13 Q14
NEE
RV1 RV2 RV3 RV4
TPl TP2 TP3 TP4 TP5 aAaaNADNAa eh weed PAAAN
1
PRED eH
C-4 (b) DXC-325 (u, UC) DXC-325P (EK)
CCD ELOCK
BC-15 DR-68 1TG-38 i CCD BLOCK
BC-15 DR-68 TG-38
cNt cmt
( +15¥ OUT +i5v_IN if — <= oa —— — ___+isv OUT Wi W
| +30V_ OUT +30V_IN oe a +30V_ OUT 10 {10
+6V OUT +6V_IN — — = — ———— +6¥ OUT 9 gets
MB +8.5¥ OUT +8.5¥_ IN —
me A eyevici! aa ees pre aa ae +8.5¥ QUT 8 x 8
+SV OUT +5V IN x a dale —- oe L +5¥ OUT 7 Zz
R37 400
CLP! OUT CLP1 IN cLPY } ba aR 700
1 1
CLP3 OUT CLPa_IN CLP3 re
P BLK OUT P BLK IN P BLK — >
DIN HD_OUT DIN +
vD_IN VD _OUT vo_IN mae T
‘GND CP OO IN 28MHz () OUT .
CP (@) IN 28MHz (@) OUT Fino 1c abla toe
@ND @ND i cxDTiss:
12 1 I A EY ca 66
w 22 ce taicus: i tov ord: | 0.022
2 cP (@) OUT Aa 42 tot
137|38|39}40|41]42|43[44|45]46]67] 48 rwaman-cngeng ea-S5saakeas # dda8e@*3e
:
R6 36) o $$ 1
10K aq] NC a set be
HD ‘SHD Ch] i 1
4 3 RY. 2s vo sHP
ry
Vss our + 4 Me aad XK wee 4 P BLK OUT |
& Xxv2 XV4_ OUT
ioe a cK 2 ou’ 7
t nD 1 @xD XV2_ OUT
30} 7 RZ 22m 35} 08S nts fe We @ND_OUT
Sa] O8¢ ws3 fF + XV3_OUT
37] MODE! wt be xv1_ OUT
221 age FF ye) MODE? xsa2 [>
‘
35] NODES xsat F> Vecs. —————
1 Do ss xPa
XNV ——_—_
ais 22 Nvgeo ce
an e a Baedeadas a sages eeezeda
xv3 x
2af2af2z|21]2o]r 9] e171 6] 15] 14]13 a7
xv2
XxS@2_OUT XS02_IN
' cut xs@1_ OUT xsat_ IN
NC N.C. XP@_ OUT XPQ_IN
€s CO CONT IN vCO CONT OUT VCO CONT IN XH2 OUT XH2_1N
at DO IW DO OUT 9 DO CONT IN ee XH OUT XHT_IN
at DI WW Di out a Di CONT IN ima XSUB_OUT XSUB_IN
aT D2 IN D2 OUT 7 D2 CONT IN |
at SHUT EN IN, SHUT EN OUT 6 [SHUT EN CONT IN
MB G3-BASE
Ich 4 TC74HCOSF
3 4 6 6
2 8 ut # 14)
| tot 13 94 \t6 LI eH
1 1 1
12 2 Maps 10
2 W 5
Reg RY E RIO - a a 22u F 22u F 22K
10v 0.022 9 8
3
| ' 1 1c2
| | | TC74HC27F s|_ fh 4
z
1 ! i} y TI ? I 5]
RIB ii
106 az 1¢5 vo a sf wB71T4LPF 2SA812 cxDi251 cs
Ss a ms
' i 1 = = ne eas are =
1
nat sat
1C3. MC74HC76F
1 tot '32|31|30|29|28)27)26]25 gio git
sory
281623 2SA81;
=s226sa82 sre atz =. 4 ae in;
rc) 8g xv3 oa VLA vo FoF
cna: a3 1. ae 1D 20tR = in
gS [Eazg-——— 9 FLD IN AA WEF 1K ar Or
10 NOC. As a Ha ES nat 1PR 3 2CK Fe |
uW N.C. FREQ spa FS 10 2PR ES
xvcT sp2 Fe 1a zai
Dp spt ES Vss 2a
D2 SHD
o2G2eead BAP SEES OOP AP 2]s 34} iSite
R29 = AIO = AGI = R32 100% 108 100% 100%
CN2 CNS
. a XRST_OUT n XRST_IN ao —
022 2 RST P_OUT 6 RST IN =
£36 res — ‘$P10 (SHD) 4 SP! IN — San
Wr ~ ‘SP20 (SHD) 3 SP2 IN
- _$P30 SHO) 2 SPIN Ee
yy SHP_OUT 7 SHP_IN
CN-242 BOARD Ser .NO. 10004-41720 (UC) 30001-30840 (u) 40001-42530 (EK)
C-9 (a)
| CN-242, PA-73, PA-74, PA-75 === CN-242, PA-73, PA-74, PA-75
PA-75 soarnp | Ser.NO.4100041-141720 (UC) 30004-30840 (vu) 40001-42530 (EK)
PA-74 Board | Ser.NO.10001-41720 (UC) 30001-30840 (uJ)
40001-42530 (EK)
PA-73 Board =| Ser.NO.40004-14720 (UC) 30004-30840 (vu) 40001-42530 (EK)
C-10 (a) DXC-325 Cu, UC) DXC-32\F (EK)
CN-242, PA-73, PA-74, PA-75 CN-242, PA-73, PA-74, PA-75 il CN-242 BOARD Ser .NO.44724- PA-75 BOARD Ser .NO. 41721-
30841- 30841-
42531-
ben PA-74 BOARD Ser .NO. 41724-
30841- ey ee
Poe C26 ROLL
PA-73 BOARD Ser .NO. 44724-
: pxc-33 (J, UC) C-9 (b) C-10 (b) DXC-3aF (EK)
CCD BLOCK
CN-242 PA-73 74 75
CCD BLOCK
CN-242 PA-73 74 75 ll
RESET B SHO OUT B SHD IN ‘SHP_OUT ane ae
tom a2 93 4 95 a6 7
2-7 7 B SHD_IN 2SA812 3SK163-1 28C1623 2SAB12 — 3SK163-1 2801623 DR 2-13 3 +8. 5V_ IN - +8, SV OUT +8. 5V_IN + if — cel
2-5 5 Pain + P@ OUT Pa_IN mack ata ais ai ae Pav, ace = Bele oP Le + B H2 OUT 8 H2 OUT a spt eae
4 a2 (24) as (4) ASS
l
Tt tov 7 c9 af maa pi Th [0.022 > H¢ ) FE eR ReneS ET
A scotc | MET SS a Pe | at) sada sme cnt Na cut \
! 20 Par ae 12 BV‘ IN + + { B V4 OUT 9 9 BS IN r 3] 4 D GND | Geog
DR att B V3 IN B V3 OUT 8 8 BV3_IN f 5] ¥3 2 ne | H+ 2-10 B V2 IN B V2 OUT 7 B V2 IN + av20, MI
ri at =| v8 Pa ne om 3 > Re fre |
me Tk WW & 1s2as7 =| 2 OND ve ‘SuB OUT SUB_IN _ vy PD - nia uch Res
rT VSI IN iz: @ND R2 TOK Ov £33. = 00 B VSUB OU = @ VSUB a] ve Aono Fe Lh 16K To-a22 BVI OUT BVI IN A QND Vss seaee
} 9 fiz | a2 a6 aig peor 2 Mu_IN To] Yo! Vea om lat Q26 fs ho ag
es +15V_ IN +159 OUT +15V_IN Voo2 VOUT —}——— () {€) eal @ VSUB_IN @ND 4 ‘GND. 4
eT I t RIS 10% t $$ Qui Rik +6)
16¥ 0 Zi XHI IN ca C3. c? RI6 CIS 4 4(—
xH2 TN & onits Tip pe POT 1 ade idioel 41 C4 des [ 4[ 027 {2>o = BY 15 33 +: Rt 1 2 RB LS Re Ra? t cis R27
poe 7 tba TA 25V 16 680 16V F [an TP 25¥ 74700 2200 19y LT 150
330 op + [- 'ot C1 al 924 Qui at2 Q13
Y 1CX026-L 28C2757 28C1623 2SA812 38K163-1 2801623 SPy08 cs = a ee By fo errr Ek emt a ecceeeeenee tee eames” Sr) esteem ag” tii ee oS
ot 2 La
i pa beg ne nz 1
be one] OF a RESET =
ia) 2 3, Qs as 06, a7 a8 a9 Q10 aed
2SA812 3SK163-1 28C1623 2SA812 3SK163-1 28C1623 284812 —38K163-1 28C 1623 <T + + +
Ne [| 2 [ 2h Ft ag aio fe [a sow 33" g7 4700 ‘
xii [30 «| € Bede al mam | a ae et ) tp} a 2 | Poin Wr ye i tsi I [a "i Yoiea © tu upad t a
C19 pty ee ak i Unf Be FIR Ot 2
PT)
13502 sua OUT SUB PULSE IN 18 ii R@ V4 OUT RQ vs IN fo] ge
re7aticoar |_| 1 p 2 RG V3 OUT RQ v3 IN he 1H}
7 +
Ra V2 OUT Ra V2 IN RU R28
1C2 re] RD 1800 TC74HCOME 22 @ YSUB OUT @ VSUB IN het 4 RE VI OUT Ra vi IN he ee: as aig ay
Pat RH —t 1, ye 3 22 { tisvouT +15¥_ OUT [+isvin it {) {)
She. {___ ao & an m Des a —
He ng
a ut ‘ 16 & R30 680 16¥ 4700 aly F 156
a 913 ! gis 916. 28C2757 28C1623 2812 38K163- 28C1623
oR ds
ee
a2 93 a4 5 96 a7 2S8A812 SSK163-1 28C1623 2SA812 -3SK163-1 2916.23
+8. SV OUT +- + +- S an ae I 5 i+ P@ OUT
7 RHI OUT Sei 03 FRE, Foo 96 a D {7 RH? OUT
sg az GL) as f 0 R43 iv 7 co () C) 2h [0.022 LS
RY Ristcrotciy AS Ra C12 cy! 20 an Sou 7 0.1 7 dre Ft Sou Sap F 2F Se
wz cN7 cnt 0 3-10 10 RG Vé IN + RG v4 OUT 9 Ra V4 IN | - 617
DR 3-9 9 AG V3 IN Ra@_v3 OUT a RG V3 IN — hey mayer 3-8 8 RQ V2_IN + RQ_V2 OUT 7 RQ V2 IN 7
= -—+ cn2 [ a
1s
SUB/IN, iS sa Raz L 25 cS >, ¢: te R VSUB IN bef 4 B j 10% Tethey +800 7 RQ Vi IN + sare
gi2 ae (3 Ls @ND ar oa a ty ore rsol 3 ———_—_-_—— t— +15¥_ OUT 13 j~ () + Ape
= = F an + m 16v RS
dt H€) jaw 1 TS af ch af cS alas x Tem try $a, De a Td oo oath ae Fz
toi ich at 24 ont 12 913 1CX026-L 28C2757 28C1623 2SA812-3SK163-1 280162) a a pS a ee NI A a ee em eee NG pie a i a eg an ee neste en RG CAS a ieee 5 eee A ta
ccD BLOCK CcD BLOCK
CN-242 PA-73 74 75 CN-242 PA-73 74 75
2D BLOCK
13:74 75 I
SHP OUT 1
ows a2 93 04 95, 6 a 28AB12-3SK163-1 28C1623 2SAB12 3SK163-1 281623
pcsenmene +8. 5¥ OUT +8.5V_IN ot ~- ~~» +
Pa out 3 Pa IN R12 4 a3 9 07 +4 B Hi OUT 2 BHI OUT : 33x #1700 Bye a
——— | H. 7 BAZ OUT iz Baz our +t dale be fas !
| 21h [0.022 ©)
Soe 7 GP 7 Gop F toe See Gh # oh Fie CN3 CNT
1 1 20) ce c17 Qt7 ' B vs OUT >| vs Donn f= ir at] 28C1623 2801623
4 B V3 OUT v3 H2 1 3 gis 920 421 922
B v2 our : 7 a 28C1623 28C1623 28812 28C1623
d =| SB Pa + oe -
TEE W thr | | How ow — ‘SUB OUT SUB_IN 7% PD 2 th io + oo 3 Ras R32 by Rao 1
aS ees) B VSUB OUT @ VSUB IN + ai A QND 0 T SY To. a22f 1800 a id
BVI OUT BVI IN A GND Vss 4 vu out vo_IN t Yoo 1 Vea 026
{pe A +15 OUT +15V IN i Voo 2 OUT ()
‘@ND @nD # an
26 HE €) B CDS VIDEO 00 OUT ct9 bh 4
Hi 1 LE, Re Lat ? B CDS VIDEO (@) OUT
' Th op HT IBY 4700 200 16y in
rot 1cx026-L 28C2757 2sc1623 28A812 La ei ee
EoRa Oe cee oe 92 93 a4 95 96 a7 8 99. 910
25A812-38K163-1 28C1623 2SAB12 3SK163-1 28C1623 28AB12 3SK163-1 28C1623 |
+8, SV OUT ut +8.5v_1N t *
SHP_OUT 5 SHP_IN ae | iat Eu Feo 99 ara
eee tat | = C o B Me ‘SHD = OUT 3 8 K) ) ae ety {) wes
Pa out fev 7 co 0
@ HI OUT iv 7, ©)
@ H2 OUT ) aH He] Bi | TE Fe Nz {2 [ SuB PULSE IN , P=] Qi7, 919. = Ra v4 IN [3] he] 4 sf 2801623 28¢1623 1
{4 | RQ v3 IN :
[3] gig 920 21 922 pe co : 28¢1623 28¢1623 28A812 281623 y ‘SUB Pa +— + 2 eee
cnt D1 [te | 182837 i bs “hs | = t+ (aavzour Tt} Tra v2 iw vl PD naz i R25 R28 R92 aa? rug
| t @ VSUB OUT }—To @ VSUB IN ees es, vw ‘A @ND 4 10k Too 8S2 + 1600 1800 470 ‘3300 a7 \
Ra V1 OUT {2 | RQ VION A QND Vss fiz] Yu_IN Vo! Vea a24 ie uPt 022
15v OUT rH F15V_IN vm 2 VOUT pe t) (€) Ea C) Re gY A
and | 3 I & ait a Ran cus
be S 2 +€ t) @ GDS VIDEO 00 OUT e-a—o-f
ar S @ CDS VIDEO (a) OUT = Cpa °°
470 HOT 16y
lg 1cx026-L ass? astie23 251812, —_-38K163-1 id Dw ee Fe ee ee ee ee +
ns wz +——++—+ RST OUT RESET
tT Ty A SHO OUT me R SHD IN PA-73
ee ee ‘SHP_OUT j |} | SHP_IN + 1
a2 93 4 a5 6 a7 2SAB12 SSK163-1 28C1623 2SA812 3SK163-1 28C1623
+8.5V OUT 10 10 an ee P@ OUT 3 |—+ a melas a3 Te ioe R19 07
| | AAI OUT 2 3 3x F 4760 . 33k Wo 4700 33x O
eines 2 = pene OUT u 4 + 8 a2 ay (as ’ (5 '
ih ToS €) fer ‘ S ©) au mEpeToh $s at] aaah ene
! 20 17, aig ci RG V4 OUT RG V4 IN + z| V4 D @ND he] ay 2sth323 28C1623 |
tTHo R@_¥3 OUT RG v3 IN 5] 3 Hb + 1 tice 2088 oii int
RQ v2 OUT RG V2 IN TPY2 0 ERS 28C1623 28C1623 2SA812 2801623
im t | SB rate L :
fee w titi | | Pm Me SuB_IN re vt PD A R32 ony
3 7 4 C22
R VSUB OUT f VSUB_IN + + ve A QND abba 80 a ee !
R@_¥) OUT RO VIN rs] 5 vss Be ns 013 _
vu OUT VL_IN SSS eee a Voo ! Yao in| D 3 P ae Pt 022
+1S¥ OUT +15V_IN Yoo 2 OUT etl ()
OND nD ()
& aes Ss cna
i€ R cbs vibeo ouT | 2 |+-@-21—O-f-319 (24 a ¥ i, PR
ad ol SEL Ft Lr0doe. a Sf +L F&F cs Ra R39 R cps video @ out | 1 b-524
ame Sokeo BUF oa vay ¥ fap abv F470 ee a Bio
ae 1ex026-L as7s7 astté23 2nl2—asxt63-1 astiazs — . OLE eee eC Ce - -——- - -— - ee ee ee ee ee
Ser .No.10001-11270 (UC) 30004-30810 (uv) 40001-42080 (EK)
TE-23_(1-627-933-11,12) YE-23_(1-627-933-11,12)
CNl El CNl E-1 CN2 A-1 CN2 A-1
D1 c-2 D1 c-2 D2 A-3 D2 A-3
El c-4 El c-4
Icl E-2 Icl E-2
Ic2._B+3 Ic2_B-3 Ic3C-l 1c3. C=
Ql A-1 Ql A-1
93 E-4 Q3 E-4 Q4 E-4 Q4 E-4 Q5 D-3 Q5 D-3
Q6 D-3 Q6 D-3
Q7 D-3 Q7 D-3
Q8 D-3 Q8 D-3
Q9 D-3 Q9 D-3
Q10. +2 QlO0.-E-2 Ql2. +3 Ql2.E-3 Q13. 0 A-1 Q13. 0 A-1 Ql4. 4 Ql4. A~-4 Ql5A-3 Q15 A Ql6 = A-3 Qlé = A-3 Ql7—s A-4 Ql7.—sA--4 Ql8 0s B+4 Ql8 ss B-4 Q19 +4 Q19sB-4 020 B-3 020 B-3 Q21. -B-2 Q21-B-2 Q22B-3 Q22.B-3 Q23. +3 Q23.-B-3 Q24 0 C-4 Q24 C4 Q25. C-1 Q25. C-1 Q27. 0 C-2 Q27.C-2 0280 F-4 ; 1 Q28 8=F-4 Q29.—D=3 te Q29. 0 D-3 Q30 »-—D-3 Q30 = D-3 Q31 D-2 Q31 D-2 Q32.-E-3 Q32. 0 -E-3 033 «E-3 033. «E+3 034 = -E-3 Q34 9 -E-3 Q35 D-3 Q35_D-3 036 = E-3 036 9 E+3 Q37. 0 A-2 Q37A-2 Q38 = A-2 Q38 = A-2 939. A-4 Q39 0 A~4 040 = A-4 Q40 9 A-4 Q41A-4 Q41A-4 Q42 AMA O42. A-4 043-3 043. -D-3 Q44. 0 C-4 Q44.«C-4
RV1 E-4 RV1 E-4
RV2 F-2 RV2 F-2
RV3 A-4 RV3 A-4
RV4 B-2 RV4 B-2
RV5—B-4 RV5B-4 RV6 B-4 RV6 B-4
Sl c-4 Sl c-4
TPl E-3 TPl E-3
TP2 A~4 TP2 A-4
TP3 B-3 TP3 B-3
TP4 c-4 TP4 C-4
C-15 (a) C-46 (a) DXC-325 (J, UC) DXC-325P (Ek)
| IE-23 ===! 1e-23 |
Ser .No.11271- (UC) 30844- (u) 42081- (EK)
IE-23 (1-627-933-11,12) IE-23 (1-627-933-11,12)
CN1l E-1 CN1 E-1
CN2 A-1 CN2 A-1
D1 C-2 D1 C-2
D2 A-3 D2 A-3
El C-4 El c-4
Icl E-2 Icl E-2
Ic2 B-3 Ic2 B-3
Ic3 C-1 ICc3 C-1
Ql A-1 Ql A-1
Q3 E-4 Q3 E-4
Q4 E-4 Q4 E-4
Q5 D-3 Q5 D-3
Q6 D-3 Q6 D-3
Q7 D-3 Q7 D-3
Q8 D-3 Q8 D-3
Q9 D-3 Q9 D-3
Q10 E-2 Q10 E-2
Q12 E-3 Q12 E-3
Q13 A-1 Q13 A-1
Q14 A-4 Q14 A-4
Q15 A-3 Q15 A-3
Q16 A-3 Q16 A-3
Q17 A-4 Q17 A-4
Q18 B-4 Q18 B-4
Q19 B-4 Q19 B-4
Q20 B-3 Q20 B-3
Q21 B-2 Q21 B-2
Q22 B-3 Q22 B-3
Q23 B-3 Q23 B-3
Q24 c-4 Q24 C-4
Q25 Cc-1 Q25 C-1
Q27 C-2 Q27 C-2
Q28 F-4 Q28 F-4
Q29 D-3 Q29 D-3
Q30 D-3 Q30 D-3
Q31 D-2 Q31 D-2
Q32 E-3 Q32 E-3
Q33 E-3 ~ Q33 E-3
Q34 E-3 Q34 E-3
Q35 D-3 Q35 D-3 Q36 E-3 Q36 E-3
Q37 A-2 Q37 A-2
Q38 A-2 Q38 A-2
Q39 A-4 Q39 A-4
Q40 A-4 Q40 A-4
Q41 A-4 Q41 A-4
Q42 A-4 Q42 A-4
Q43 D-3 Q43 D-3
Q44 C-4 Q44 Cc-4
RV1 E-4 RV1 E-4
RV2 F-2 RV2 F-2
RV3 A-4 RV3 A-4
RV4 B-2 RV4 B-2
RV5 B-4 RV5 B-4
RV6 B-4 RV6 B-4
Sl C-4— Sl c-4
TPl E-3 TPl E-3
TP2 A-4 TP2 A-4
TP3 B-3 TP3 B-3
TP4 c-4 TP4 c-4
DXC-32§ (U, UC) C-45 (b) C16 (b) DXC-325P (EK)
1E-23 IE-23
or iy 95 96 a7 08 a3 029. 930 a9 a3) oe 28C1623 ; 28C1623 2SAB12 2SA8I2 2SC1623 2SABI2 2SAB12 281623 28C1623 28AB12. 2SA1226 oT aio eo is fait, Asaae eT
tbh 43801 284812 28C1623 28C1623 2SA1226 2SABI2 2801226 2SA1226 5 + +—+ - -—+ °
[2-9 | tesv in 10 @AVI:CCD BIAS 1044 [ze] +svin | 8 Ln 27 *V_IN Rog 18 ai $ Bio 3500 RY AI? Es & Nok 1 [RE] o20 Lee % -
x abs , aH) :
cna a ~ e; 3h R83 72uHe) oy ae 19 [z-3[ ar vipeo in] () CH. 1 31 asa tT OO
4 RIS 1SQpH 2 3 Q3s 14 4 £2, * £700 pia Hadi a 4 Le Cy fr 8 CHANGE INFORMATION a iv a i aN J ys
BL ie ny f - a2 3F mI ES 8 a ote 2SA812 49921 = [uc
m2 2 * = =25a1226| 30611 — Se Pye gila.ig, 7a l= Se a | SS pe Tee Tey = aE on O wire e” a I | sans: yp * 2 a1 O27 a @in S I dre duet bays eo, +o, Luz, £475 A =2841226
ai I ai 4700 F 331 P25 7700 (ie N 7 620 N 7 680N F2200 2RUe amy DELETE| cna 3300 go’ fife a gs Bp P | 240 P ue 1A osy
2 ee 22MF /6..99 j2-[ aT “ A epaeaake ah)
rec iby te & 10P —> i ee el af x # QRV2:1H GAIN = = [2-sf svn ne 4h it CN & %
[i-sT curs in] Soa a . i 044 : toe
a 10¥,
4 Q6e Le » agaei2 5a 93 9 t ascié23 28¢ Be
NI Ic3) 25 a7. 037, o3B 39, oso G4 ass 042 91 916 917, 918 919, 920 922 92 flora s HE TCASUS9F 2801623 2SABI2 2SC1623 | 2SA812 2SAB12 astieaa | 2snsi2 2skl226 2sctez3 29asi2 2st2%57 2802957 2802757 28C1623 28C1623 28C1623 28¢1623 Bs cS 2st623 2stté23
[ize [ +18 cont in] =~
+ i oy ie Tema eT:
Bary Sh YS cnt a r S00
L-4] conn av ©) a ‘al {) or han oe
cn2 : . ; ny .
: : AG ae f 1P3 * ; 7 tay
a7 ©) 1Q| | # 3 € Ly 2 eh
6 = > Ps RYS 108
fey i BS Tis 3600 7S TO FE
S 1P6 : C28 RS) : @AV6: RESOLUTION Ge #5) Sway Mia @RVS:CRISPENING Z
t j QAVS:DTL LEVEL cN2
uj SisDTL ONaFF jt se
IE-23 BOARD
C-17 C-18
1 po ees DxC3 IN| |
PR-109, PR-414, VA-70 PR-109, PR-114, VA-70
PR-444 BOARD Ser .No. 40001-11270 (UC) 30001-30810 (uJ)
40001-42080 (EK)
PR-111 (1-627—935-11,12) Prodi) Cregri93och hte) CN1 E-1 Q16 D-2 a3 i a ae
z CN2 A-1 Q17 D-2 CN2 A-1 Q17 D-2 CN3 D-1 Q18 D-3 CN3 D-1 Q18 D-3 _
Q19 F-2 Q19 F-2 “3” D1 c-3 Q20 F-3 D1 c-3 Q20 F-3 23 - -
: 3 D2 c-3 Q21 E-4 D2 c-3 Q21 E-4 ae - - 22 D3 D-4 022 F-2 D3 D-4 Q22 F-2 s = 2 : D6 F-3 Q23 F-2 D6 F-3 023 F-2 z = = D7 F-2 Q24 F-3 D7 F-2 Q24 F-3 - - D8 F-3 Q25 F-4 D8 F-3 Q25 F-4 e = D9 F-1 Q26 E-2 D9 F-1 026 E-2 - -
aon ie: D10 E-3 Q31 D-2 - Q31 D-2
- = D12 D-2 Q32 D-3 D12 D-2 Q32 D-3 - - D13 D-3 Q33 E-4 D13 D-3 Q33 E-4
DL1 A-3 Q34 E-4 DL1 A-3 Q34 E-4 A-2 DL2 A-2
ae A-4 1 DL3 A-4 RV1 A-1l a tes fae RV2 A-1
RV3 F-3 RV3 F-3 - = El A-4 RV4 F-2 El A-4 RV ig
RV5 F-3 - 7 ‘
ue a5 a ee Icl c-2 RV6 F-4 qe ae me ICc2 c-3 RV7 F-4 RV7 F-4
- IC3 c-4 RV8 F-4 ICc3 c-4 RV8 F-4 = Ic4 B-3 RV9 A-2 IC4 B-3 RV9 A-2 - Ic5 E-2 RV10 A-3 ICc5 E-2 RV10 A-3
ICc6 E-2 RV11 A-3 IC6 E-2 RV11 = A-3 IC7 B-4 RV12. -F-4 IC7 B-4 RV12.-F-4 Ics F-1 RV13.E-4 Ic8 F-1 RV13. E-4 Ic9 E-3 RV14 A-4 ICQ E-3 RV14 A-4 ICl0 E-4 RV15 A-4 IC1l0 E-4 RV15 A-4 ICll E-4 RV16 A-4 ICll E-4 RV16 A-4 Icl2 E-3 Icl2. E-3
13. F-l Ic13. F-1 TP3 F-2 33 oon B-1 aed ae Icl4. B-1l TP4 E-3 z ae ee z Ic1l5 A-l TP5 A-3 Icl5 A-1 TP5 A-3
- ICl6 B-2 TP7 F-2 Icl6é B-2 TP7 F-2 Icl7 B-4 TP8 E-2 Icl7. B-4 TP8 E-2
TP9 A-2 Ql B-2 TPL ao 8: " ° 5 to faa. Oe = ; Q2 A-2 TP12 E-3 Q2 A-2 TP12 E-3
Q3 A-2 TP13 A-4 Q3 A-2 TP13. 9 A-4 4 B-4 Q4 B-4 Q Q5 c-4 Q5 c-4 Q6 E-3 Q6 E-3 Q7 E-1 Q7 E-1 Q8 E-1 08 E-1 Q9 E-2 Q9 E-2 Q10 A-4 Q10 A-4 Qll A-4 Qll A-4 Q12 A-4 Q12 A-4 Q13 A-2 Q13 A-2 Q14 D-4 D-4 Q14 Q15 D-4 Q15 D-4
C-20 (a) C-24 (a)
C-24 (a)
PR-109, PR-114, VA-70 === PR-109, PR-114, VA-70
PR-111 (1-627-935-11,12)
CN1 E-1 Q16 D-2 CN2 A-1 Ql7 D-2 CN3 D-1 Q18 D-3
Q19 F-2 D1 C-3 Q20 F-3 D2 Cc-3 Q21 E-4 D3 D-4 Q22 F-2 D6 F-3 Q23 F-2 D7 F-2 Q24 F-3 D8 F-3 Q25 F-4 D9 F-1 Q26 E-2 D10 E-3 Q31 D-2 D12 D-2 Q32 D-3 D13 D-3 Q33 E-4 DL1 A-3 Q34 E-4 DL2 A-2 DL3 A-4 RV1 A-1
RV2 A-1 RV3 F-3
El A-4 RvV4 F-2 RV5 F-3
Icl c-2 RV6 F-4 ICc2 C-3 RV7 F-4 Ic3 c-4 RV8 F-4 Ic4 B-3 RV9 A-2 ICc5 E-2 RV1O A-3 Ic6 E-2 RV11 A-3 Ic7 B-4 RV12 F-4 Ic8 F-1 RV13 E-4 1c9 E-3 RV14 A-4 Ic10 E-4 RV15 A-4 Icll E-4 RV16 A-4 Ic12 E-3 IC13 F-1 TP3 F-2 Icl4 B-1 TP4 E-3 Ic15 A-1 TPS A-3 IC16 B-2 TP7 F-2 Icl7 B-4 TP8 E-2
TP9 A-2 Ql B-2 TP1ll F-3 Q2 A-2 TP12 E-3 Q3 A-2 TP13 A-4 Q4 B-4 Q5 c-4 Q6 E-3 Q7 E-1 Q8 E-1 Q9 E-2 Q10 A-4 Qll A-4 Q12 A-4 Q13 A-2 Q14 D-4 Qi5 D-4
VA-70 BOARD
PR-4109 BOARD
a we oe
ets +B,
2 =. 8.
Ser .No. 10001-44270 (UC) 30001-30810 (uJ)
40001-42080 (EK)
Ser .No. 10001-11270
30001-30810
40001-42080
(UC) (J) (EK)
= 044-§27-926-12
C-22 (a) DXC-2S (yu, UC) DXC-25P (EK)
PR-109, PR-114, VA-70 PR-109, PR-141, VA-70 Hl
PR-4141 BOARD Ser .No.141271-
30811-
42081-
PR-11l (1-627-935-11,12) PR-111 (1-627-935-11,12)
cN1 E-1 Q16 D-2 cNl E-1 Q16 D-2 CN2 A-1 Q17 D-2 CN2 A-1 Ql7 D-2 CN3 D-1 Q18 D-3 re CN3 D-1 Q18 D-3
Q19 F-2 $8 Q19 F-2 D1 Cc-3 Q20 F-3 22 D1 c-3 Q20 F-3 D2 C-3 Q21 E-4 of D2 c-3 Q21 E-4 D3 D-4 Q22 F-2 oo D3 D-4 Q22 F-2 D6 Bog: 5023 F~2 3¢7 D6 Ras. <994 F-2 D7 F-2 Q24 F-3 2 D7 F-2 Q24 F-3 D8 F-3 Q25 F-4 : D8 F-3 Q25 F-4 D9 F-1 Q26 E-2 “—~ D9 F-1 Q26 E-2 D10 E-3 Q31 D-2 + D10 E-3 Q31 D-2 D12 D-2 Q32 D-3 i D12 D-2 Q32 D-3 D13 D-3 Q33 E-4 i a D13 D-3 Q33 E-4
DL1 A-3 Q34 E-4 = L: DL1 A-3 34 E-4 DL2 A-2 as pit’ DL2 A-2 DL3 A-4 RV1 A-1 Bo 1s DL3 A-4 RV1 A-1
RV2 A-1 ne aa RV2 A-l RV3 F-3 a ed RV3 F-3
El A-4 RV4 F-2 eA El A-4 RV4 F-2 RV5 F-3 RV5 F-3
Icl C-2 RV6 F-4 Tcl Cc-2 RV6 F-4 Ic2 c-3 RV7 F-4 IC2 c-3 RV7 F-4 Ic3 c-4 RV8 F-4 Ic3 c-4 RV8 F-4 Ic4 B-3 RV9 A-2 Ic4 B-3 RV9 A-2
IC5 E-2 RV1O = A-3 Ics E-2 RV10 = A-3 IC6 E-2 RV1l ss A-3 IC6 E-2 RV11l = A-3 IC7 B-4 RV12. -F-4 IC7 B-4 RV12 F-4 Ic8 P-1 RV13.E-4 Ic8 F-1 RV13. E-4 Ic9 E-3 RV14 = A-4 Ic9 E-3 RV14 = A-4 Icl0 = =E-4 RV15 A-4 IclO E-4 RV1I5 A-4 Icll E-4 RV16 = A-4 = Icll E-4 RV16 = A-4 Icl2. E-3 ue Icl2 E-3 Ic13 F-1 TP3 F-2 #5 Ic13 F-1 TP 3 F-2 Icl4)— B-1 TPA E-3 2 Icl4 B-1 TP4 E-3 Ic15 A-1 TP5 A-3 i: IC15 A-1 TPS A-3 ICl6 B-2 TP7 F-2 IC16 B-2 TP7 F-2 IC17 B-4 TP8 E-2 IC17 B-4 TP8 E-2
TP9 A-2 TP9 A-2 Ql B-2 TP1l = F-3 Ql B-2 TP1l F-3 Q2 A-2 TP12 = E-3 Q2 A-2 TP12 E-3 Q3 A-2 TP13 A-4 Q3 A-2 TP13 A-4 Q4 B-4 Q4 B-4 Q5 c-4 Q5 c-4 Q6 E-3 Q6 E-3 Q7 E-1 Q7 E-1 Q8 E-1 Q8 E-1 Q9 E-2 Q9 E-2 Q10 A-4 Q10 A-4 Qll A-4 Qll A-4 Q12 A-4 Q12 A-4 Q13 A-2 Q13 A-2 Q14 D-4 Q14 D-4 Q15 D-4 Q15 D-4
C-20 (b) C-214 (b)
PR-4109, PR-141, VA-70 === PR-109, PR-141, VA-70
VA-70 BOARD Ser .NO. 41271-42090 (UC) 30841-30980 (uJ)
42081-42850 (EK)
PR-111 (1-627-935-11,12)
CN1 E-1 Q16 D-2 CN2 A-l Q17 D-2 CN3 D-1 Q18 D-3
: Q19 F-2 t. D1 C-3 = Q20 F-3 - D2 c-3 Q21 E-4 = = D3 D-4 Q22 F-2 5 : D6 F-3 Q23 F-2 y
deny, D7 F-2 Q24 B=35 oy meee an D8 F-3 Q25 F-4 g+ D9 F-1 Q26 E-2 22 D10 E-3 Q31 D-2 es
D12 D-2 Q32 D-3 S D13 D-3 Q33 E-4 PS DL1 A-3 Q34 E-4 5 DL2 A-2 #. DL3 A-4 RV1 A-1 ou
RV2 A-1 RV3 F-3
El A-4 RV4 F-2 RV5 F-3
ICl C-2 RV6 F-4 E IC2 c-3 RV7 F-4 Ic3 c-4 RV8 F-4 Ic4 B-3 RV9 A-2 IC5 E-2 RV10 A-3 IC6 E-2 RV1l = A-3 IC7 B-4 RV12.F-4 Ics F-1 RV13.E~4
ee PR-109 soanp =| Ser .No. 11274- Icl0 E-4 RV15 A-4 ICll E-4 RV16 A-4 30841- ICl2 E-3 42081- Icl3. F-l TP3 F-2 Icl4 B-l TP4 E-3 IC1l5 A-l TP5 A-3 Icl6 B-2 TP7 F-2 Icl7 B-4 TP8 E-2
TP9 A-2 Ql B-2 TP1l = F-3 Q2 A-2 TP12 E-3 Q3 A-2 TP13 A-4 Q4 B-4 Q5 c-4 06 E-3 Q7 E-1 08 E-1 Q9 E-2 Q10 A-4 Qll A-4 Q12 A-4 Q13 A-2 Q14 D-4 - Q15 D-4
C~24 (b) C~22 (b) DXC-323 Cu, UC) DXC-32'P> (Ek)
PR-109, PR-111, VA-70 === PA-109, PR-111, VA-70
| eal oa So isu] a j=] Zz a @) w VA-70 BOARD
SOLDERING en ca ea _ we 1-627-925-12
DXC~3? 5 (v, UC) DXC-32 SP (EK) C-22 (c) C-214 (c)
PR-111
NOTE: TP3 TP12 TP9 BARS (For NTSC)
1. All voltage are dc, measured with a digital
voltmeter. (input impedance: 10MQ)
2. All waveforms are taken and DC voltage is
measured in condition below.
. Set camera FILTER selector to 1 position. BARS WB: BARS
. Set camera GAIN selector to OdB position.
- Shoot the grayscale pattern on the
pattern box. Adjust lens iris so that a JEZ
white level is lOOIRE (For NTSC) or 700mV TPS TPQ BARS (For PAL)
(For PAL) using the waveform monitor. 300 mVp-p
? ae
BARS WB: 3200°K BARS WB: BARS
TP11 TP13 TP5 BARS (For NTSC)
to
1.4 Vp-p
BARS WB: BARS BARS WB: 3200°K
TP4 TP5 BARS. (For PAL) TP13 BARS (For NTSC)
BARS WB: BARS BARS WB: BARS
TP8 TP13 BARS (For PAL) TPO
600 mVp-p
BARS WB: 3200°K BARS WB: BARS
DXC-32) ( UC) DXC-32'P (EK)
PR109 PR-1110 === PR-111-PR-109
1€12 O34 Os Hci 933, ais Ico Q16 a7 3)
16
TC4SOIF 2801623 2SA812 TC4SU69F 2801623 2SA812 TC4SBIF 28C1623 2SA812 2SAB12
ascsza
3 i mm tupdag cN3 034 oe ore ee
06 1 se [9-4 } [ees PBLKG IN 9 RE fio) 4 (C) 7 gig 2 Pot Gy
ey i cz C46 25 6
es [2-23 23 vot . te YY ig e/ 8 w
) 470 ag 1090 22
= aa ‘ 3 Ov ©) ie oe os
1Ov tov 6.3 6. 3V O4 CN?
i 7) = ©) ae
D3.
R37
ft GND i? be
cna ® Bae Bx age Phy Be
5 oa ee
(re vine GOT Taz} — aL cut
oF CN?
“Sv IN 1
_ 2 pn
[az SEyIN [ent oe ey ae wv cir
% Tr a
wos i
. es
CN & i
= 9-8 B24 CLP3 IN BC to} ry ae CLP IN . +
Cait - 7 a SnSEEEEEEEEE Ce
>
JU PRE BLKG@
Ur PRE BLKG
%
tHe
[c] {sass
\c1g C6 ies a76 a9 97 98 913, aig 2
TCéSBIF TCASBIF DTATIGYK DICHiayk DTATTaYK DICH PAYK 2801623 Tee Re astiea 2stiezs t R GAIN CONT IN
Wy — 9 — R DARK iN }
i pee TPS 2 {> pe | fro. Saw | 680s | RN 12 WHITE BLKG R QUT es SHIFT ; > cue CELAN 7 2 - i = J {Pr vibes OUT arr }-—al PR Video oo oUT [aii } CLAMP 9 2 Me ‘4 :
5 43 16 W 14 15 *, cH ‘ ts . sv :
Nz
2 ; eG : Ts smi 1 = QAVIZ:R GAIN @RV3:R LEV.
+ i ‘di; 2801623 182635 182837 T a VA-70R @avie:R PED 2SA812
4 ia QRV6iR BLACK TRACKING if i alt, ir} Rot ua R88 R19 AIT £ R 2\ 3 7 it 3
cus fap 1 Pp 2g yi a. a7 7 10 Ff arg QRVI:MASTER wHiT CLIP Vox Toot (Gee F896 1P3 1s 4 (Pr ig 7 QAVIO:R WHIT CLIP O TPA rr 7
at (=z7}—4a7] tt ) ) ayia m3 | aig rr
NI f2{ 6) S Es SS co) QRVINGB WHIT CLIP ‘ve 4m tw ©) | 1 Mos tn an
ve [e}-—~(6 Tviae8 cont on] ll | |
o
i 3 hoy \ - baal’ Ro ia " [s han 126
cna 38 cs é c S) 8 all wath. Ey” ay (F2e}- [are 908 cot J »——18) ye 7? See MB 1C2-2P 19
Cat I
16) % mare] te ae) ce CNS
[| i eRII7 18k aT CET) eg Et WHITE CLIP EN a J | Pa-73 [3-2 [B19 [ R CDS VIDEO IN
CNS
[19} [os [a Pep co] *" frat toro] uns pep conte} 1]
[
L |—
cn iz
«@}—~—O ma ~~ CN3
at (S+}—{o7 [oat J cN3
at EG} fae 0 ae]
GQRV7:@ BLACK TRACKING . 922 3 ane t+—— | astiéea asttézs co wt vA-708
I B 17
me 022 0 Tk i
ic
| I ces ms rH 1 i Ws a |
= 4 = :
rn 1P9 @ our cna fy.
seat we @23
8 ©) Ran
cna
% [ez [cos videot@ in] | T |
cna pa-78 [3-2 }-—+{ 520 [a cos viDEO 001]
tT — oma = ie
ad : er Ri © Ge} ae eo} +
+— a
cna
is. [2-15} —t at cna
' 924925 LI ! ICA 1
[213}-—-[aisT 8 ore} i = | clbfor asci623 2stie2a L vA-708 | > @iaview-ren pacts Jonvie: t
@AVe:B BLACK TRACKING | T im im
| 2| [3 1 12 5 [a zh) |
i 15 # 88 TPH il
| TP12 \
aia 4m te ©) 134 22 DC 19 i wate | [Buca 8 our ona
4700 bs ry a SHIFT ; “loco
— De wil 9 7 tt i 9 whe Awe
av 6 CLAMP ai ©)
[Tf as 5[6l« az \
+h SA
C29
cm For pe Sv BF ia Te
6 3y | a 4 on + ils
T QRVIS:B GAIN @AVS:B Lev. i= a jar) a ary 93 116 a 117 95 icy \c2 ows 2SC2787 TCAS7IF —-2SC2757_—«TCASIF «= -aSC2757 —TeASTIF 2802757 TATA 2841226 TC4oHOZ7F TesoHT93F
wes ar [2i8}—+f 88 Te Pep cont iw]
t
nat
La}—-{pu [ine enapce | T = =a di
! o_O 16 A25 ss rio ato Aze T im
: reaoHaosr 28812 2Sbi2 288. =
ABI2 @AV2;CB LEV. i ;
| sare CNT al ct oo OUT 1 1
cei) + RE + Ri2
Rv? td]
B80 2100 FoF | » ir ity Sip + £2) + £33, Rar $ pas $ pas
> 4 > 4 7 > 4 5 5 1007 aw Say ae Toe 10x F 19K # 10K
:
: ae [a [<p “ : =I
2 ‘ 9 Z 9 8 $08: aiz
} 'D =i © ee |
+ RI +f, * OR? “Rg, 10 z R32
!
8200 8. 8200 1200
3 10K RN qu
;
cna Pe Av Ae e [{« 827 $n sw 12 ©)
os i
4 [oR cana in}
hie ee
M102 73S [CHARA IN () () ) ) eee ete aw B[7 ye Dee an EDS . 12) > sre pe ©) Gece
C18
cna
~ ae Sh ae a oo)
PR-111 BOARD SURI —+{ a3 |B CHARA IN |
GAvisce wiDTH if bi
Cys {pe [key in] or TeaoHO32F TC4OHOOOF
CN3
a
z & es [2-a9 [ais] BLKG IN
ROS 1k at [22 | ar] BARS CONT IN “te
UC) ies c-24 )
A oe, +8.SV OUT 9
+5V OUT 8
Cy +5¥ QUT 7
~5¥ OUT Ss Ch rer — pe} cut
[aro s)
Na
R_PR VIDEO x) ouT | Alt |
CN2
€s
Q10-Bose MB
mr}
NS
@ RV VIDEO WO OUT | Alo]
@r vipeooouT | 3 |
cN3
Qit-Bese MB
(errr } a ie GI2-Bose MB
PR-111 BOARD
PR-109° PR-111 PR-111 PR-109
® or B) PED CONT IN MASTER PED CONT IN
a 92 93 1c1 as as 96 a7 162 ga a9 13 ai ait a2 28C1623 28C1623 281623 TLo62cPs 28K94 2841226 281623 281623 TLos2cPs 282757 2SK94 28C1623 Prva XN6401 XN6SO1
+a.5v IN (> | T
+sv IN| (7) - °
R2 R26 cis} A268. i So tt a me R38 mt >
u
a a2 re aia 10K
©) is 08 5
2) z fh a) a Bs c7 Cd ci <: #
mL oor 7 0.01
BR go A Pe a7 1 ie 2 id Me << 0.01
sia IN + < § AL) ' Cy,
as
i@l # Bb Lt By et ee a Bees Bt Bt Br el tay q :@: th ae l@!
love sv IN + Te ® 10.100 sta
+t — 33) 2.8v aut is (a BR
curt in @)— i¢ He (17) sia out 2
PED ADY 1N (9) @RV! GAMMA BALANCE @RV2 GAMMA ADJUST (14) BLKG CLEANING (11) WHITE CLIP IN (16) cLP2 IN
2) sig IN 2 i) sig our 1
PR-109
eR Ct @ 330K 22P a 03 04 os 96 910 912 013 916 Icl 07 Q15. gis R 330K 22P 296 2946 281623 2801623 2SA1226 2SA1226 28K96 28K56 XN4608 28C1623 NMI A96M 28A812-2SC2757 —_XN6SO1 2SA812 we B 220K 47P (ig) * CLIP LEVEL 1W * NOTE
+8. SV T
ww ® [BOARD REF No | CHANGE INFORMATION SER No
C23 & S 100P_ —= S6P 10921 ong nigher (UC) " Rt. 4, 7,10 10K 8200 3061! and nigner (J)
sia in @) R25 & 11 47k _—= 2200 41521 an nigner EK)
Pa 3300 —~ 2700 18K 11271 ong higher (UC)
wes BOS TMS BO fay 30811 ond nigner W) fracas 42081 and higher (EK) e200" See-c 1S15SS —= 182835
L.. t R. Gen SP —= 22P $1@ OUT Beh 22P —= 47P
ai Ren 470K —= 330K ars @cn 680K —= 330K | 10921 ong nigner (uc)
30611 ang nigher WJ) R4I DI.D2 = __ R41, 42 | 42081 and nigner (EK)
+1868 cont (3) VA-70 R42 1$2835 1M
‘9aB CONT & + © ot Re ADD
ann (7)
% 11271 ona nigher (UC) aie ADD 30811 and nigner (J)
“sv © 42081 ona nigner (EK)
TRACKING (4)
PRE BLKG (9)
PRE BLKG (10)
GAIN coNT (1i)}—
PREKNEE (12) i 7 TLoszces | 28k96
o Tra oD 3 Qiu
iy s ! CB pry re 2 wy, H : H
& s : oO} } ®: av i@} : '
% tata i@: @ foe % sshas Oz 022 :® : :@ H
0 of © ‘ oi @!
hs i@: :@) Ma i ©} :@:
cLPt (> : . i i ® :
vcLP (i) tad Eines!
VA-70 BOARD
C-25 C-26
B-DEC325-PRI 11M
| |!
BKG-4, CM-22, ES-4, MX-18 BKG-4, CM-22, ES-4, MX-18 = nu
ES-41 BOARD Ser .No. 10004-41270 (UC) B 30004-30810 (uJ)
40001-42080 (EK)
ES-1 (1-627-936-11) ES-1 (1-627-936-11)
CN1 D-4 CN1 D-4
CPl B-3 CP1l B-3
D1 D-2 D1 D-2 ry J
DL1 E-1 @ aaa cg ope Ee DL1 E-1
El E-4 p= le abr Gees e; El E-4 E2 B-1 % : 7 i eet E2 B-1 C
FL1 E-4 FL1 E-4
ICl D-1 Icl D-1 IC2 c-2 IC2 C-2 IC3 D-3 IC3 D-3 Ic4 C-2 z IC4 c-2 Ic5 A-2 5 IC5 A-2 IC6 B-1 & IC6 B-1 Ic7 C-2 e32 IC7 C-2 ICc8 B-2 i Ic8 B-2 Ic9 B-1 at az Ic9 B-1 Icl0 B-2 : Icl0 B-2
Lvl E-3 A LVl E-3 e275 °
Ql D-1 Ql D-1 Q2 E-1 Q2 E-1 Q3 F-1 Q3 F-1 Q4 E-1 Q4 E-1 Q5 E-1 Q5 E-1 M 06 D-1 Q6 D-1 Q7 D-2 Q7 D-2 Q8 D-2 Q8 D-2 Q9 D-2 Q9 D-2 Q10 C-2 Q10 C-2 Qll c-1 Qll C-1 Ql2 F-2 Q12 F-2 Q13 F-2 Q13 F-2 Q14 c-3 Q14 C-3 Q15 D-3 Q15 D-3 Q20 A-2 Q20 A-2
RV1 D-1 RV1 D-1 RV2 E-2 RV2 E-2 RV3 E-3 RV3 E-3 RV4 E-3 RV4 E-3 RV5 D-3 RV5 D-3 RV6 D-2 RV6 D-2 RV7 c-1 RV7 C-1 RV8 B-4 RV8 B-4
TPl F-1 TP1 F-1 TP2 E-2 TP2 E-2 TP3 E-4 TP3 E-4 TP5 C-1 TP5 Cc-1 TP6 F-4 TP6 F-4
C-28 (a) C-29 (a)
BKG-4, CM-22, ES-41, MX-418 BKG-4, CM-22, ES-41, MX-18
BKG-4 BOARD (NTSC ONLY)
ES-] (1-627-936-11)
DXC-325P (Ek)
CNl D-4
CPl B-3
D1 D-2
i DLl E-1
ss El E-4 Be E2 B-1 CM-22 BoanD =| Ser.No. 10004-11270 (UC)
np OE 30001-30810 (u) oy FLl1 E-4 : 40001-42080 (EK)
: Icl D-1
C2 C2 Ic3._D=3 ICc4 C=2
: Ic5 A-2 Be IC6 B-1 33 ICc7 C-2 . Ic8-B-2
Ico B-1 ICl0 B+2
Lvl E-3
Ql D-1 Q2 E-1
Q3 F-1 fe ea Ser .No. 10004-41270 (UC) re MX-18 BOARD pa es ae 30001-30810 (J)
08 D-2 40001-42080 (EK) Q9 D-2 Ql0 C-2 Qll = C-1 Ql2 0 P-2 Ql3.F-2 Ql4. C3 Ql5 ss D-3 Q20 = A-2
RV1 D-1
RV2 E-2
RV3 E-3
RV4 E-3
RV5 D-3
RV6 D-2
RV7 C1 RV8 B-4
TPl F-1 TP2 -E-2 TP3 E+4 TP5 = C-1 TP6 -F-4
c-29 (a) e230 (8) DXC-325 (v, UC) |
BKG-4, CM-22, ES-1, MX-18 BKG-4, CM-22, ES-1, MX-18 === BkG-. i
ES-4 BOARD Ser .No.141271- BK
30811-
42081-
ES" (-627-936~12) ES-1 (1-627-936-12
ee a CN1 E-1
CPl1 -B-3 CPl = B-3
D1 D-2 Dl D-2
Pie eae DL1 E~1
ee es El E-4 ae pee E2 B-1
FLL E-4 FLL E-4
aed’ Spee Icl D-1 ueet eee Te2.. G22 CM wee ae LC3 D-3 a, lee = Ic C-2 ICS A-2 3 ee eee
coe. eed 2a Icé B+ ee See &, IC? ¢-2 ae IC8- B-2 oe en Ico B-1 BAM eRe ICcl0. B-2
ove se Lvl E-3
Qu aie Ql D-1 02 E-1 oe 22 93 oie Q3 F-1 Q4 E-1 ai a 95 E-1 Ae ae
06 eae 06 D-1 Q7 ee Q7 D-2 Q8 a 08 D-2 0° ee Q9 D-2 glo. c-2 Bio feo ax
a eee Qll = c-1 a oe Ql2.P-2 013. F+2 a ae
ee 014. C-3 015-3 Sie ace Q20. +2 Boh; ee
RV1D-1 ae eet RV2-E-2 RV2_E-2 RV3.OES3 RV3.«E-3 RV4.P=3 a eee RVS5D=3 RV5-D=3 RV6 D-2 ee = RV7 C= RV7 C1 RV8 BA a. ae
[Pl -F-3 pike ats TP2 = A-4 TP2 = A-4 TP3 -B-3 to es TP4 C4 TP4 = C~4 T?5 C-l TPS C-1 TP6 -F-4 fee eee
C-28 (b) C-29 (b)
:
'
C-29 (b)
BKG-4, CM-22, ES-1, MX-18
ES-1 (1-627-936-12)
CN1
CPl
D1
DL1
El E2
FL1
Icl
TPl
E-1
5 eater eae we os ko NRPNNHNNWNHEHE
tf ' Ww
rrrrded
NWWNNHENNNNEPEPEP EEE
!
PRNYWWWDHE
t(roetta
Be BW Bw NaOanrmy Boo THM TR a a oe
BKG-4, CM-22, ES-1, MX-18
BKG-4 BOARD (NTSC ONLY)
CM-22 BOARD Ser .No.14274-
308441-
42081-
Least
z is ie
MX~-418 BOARD Ser .No. 11274-
3084141- 42081-
C-30 {b) DXC-3% (uv, UC) DXC-325 P (EK)
ES-1
NOTE:
1. All voltage are dc, measured with a digital
voltmeter. (input impedance: 10M22)
2. All waveforms are taken and DC voltage is
measured in condition below.
. Set camera BARS/WB selector to BARS
position.
. Supply a color-bar signal to the GEN LOCK
IN terminal.
3. DC voltage is measured in condition below.
. Work the camera in the INT mode.
MX-18 12pin
TP1
TP3
TP6
TP4
B20
| ES-1 == Es-1 |
A21
TP2 (VIDEO OUT) B21
DXC-32 UC) DXC-32iF (EK)
BKG-4 CM-22 FS~4 SS ES-1 BKG-4 CM-22
MX-18 = MX-18
at ———- a N103. CA-325
a CA-325 A19 | PB/RET VIDEO_IN eres eee os at [2-26 43_[ CHARA VIDEO (WF) IN me == = ae = a ue = a xwodo!
EL RT TP xnseo8 [as [76 svn] + ‘ - fa wg
mG > + T — — —
# 180 1P}
a n ae i —-- SES 1 ~ 7 YcH 2 RWC i i MATRIX 1 Baad IN OUT st Qi |
AMP 1 i Lob i
C12 TPS Ls ares 1 47 |
Tar VCH oh Q ML oT hae MATRIX Vegy + BUFF de 4
! AM Z BUFF = i 1P6 i tt fe 7B 8
FSS 758 CW asz 1 Qoeru xO fe as M45 Ld - or 79 Le109 ~ SNC6 9K @ 47000 E 820000) MATRIX fail ANP BUFF }-=(1) "pe | i LI TRB) © poe Ti —+ l LH) | CA-325 {a8 | PR VIDEO @ND et wg AYS ay to I i, fe daz Loy 158 par M28 £9. [a [oH O : & O—O -—— - ——_ - "3 [7 Te i @RVS;SET UP LEV aL c: Ro aia ao +L cg
7G 1 a AIS, [aw | we | ah bi ls Ga (i Lar [sv in + ao +
ich ans ais, ee cg a T a a12 ; 1 oT #9, TCAO69UBF 28A812 2st 1823 UiZEBRA OFF TCAOHG?6aF eh Bey M0501 xMIS01 + ro. 1
A
SOR
an ime is 170
8 6 7 3 2s ere Eo a Bae m4 LA! 46 : ) O “ r- | R109 1008
.
Ret 2b Re eee Be Bee 0 at [2-23] (Bi3[ ZEBRA CONT IN Ae
@RV6;SYNC LEV 20 @Lvi:wap PHASE a 1
@RV3: CHROMA LEV (VBS) @RV4:CHROWA LEV (OUT)
TS O-+
“10g 15 1 oh 1B-38 @RV7:8C FREQ “109 2 0 hide os : 18-37 28K94 ah
+ a6 —-— + 16 13 1s. 47H ’
er Rv? : 2200 Baty )omy =
2 SSO (TG Od 0) Oc azo ROT . | 500 ! oe)
Less 53. cas 1 ‘SU DUTY i re | Nal Ot 0. OF 0.01 50% SET ! ca 10K 1
! | tonal cap | | MY | 39. 70
Ml pee | ieee are Paty ony ol Ay maT" KT i | ic10 !
€X7930A ‘SC PHASE CONT IN —- 4. ar te aa _ SC_O/s CONT IN 8201 1 + tftp t i
10) ; a t 4FSC IN ie | ate” th Farehe bit sc out
sdb if Q q 4FSC OUT % Lila cre tog
a, 0.0100 o BFC Bie wei) | tm = cK ON ice i Mle ag [ee dl nig | : hore 7 16y ta 19y 19y toy 7 0.4 i 2s BLK OUT — ae
vA TTA rary ary cK OUT
Vmesv) vec #9¥) SYNC OUT po a:
Pe i ck sc COM sw74t$3214S LALTR OUT INT SCH COM a es pane fa ee ane Vee 1 @5¥) Vee 2 OW) 4
s —4 BUFF LIMITER EXT SC INT/EXT 20 ay CF oUt
10 1 a _ ca-325 ——«[ 073] GEN (00k VIDED BOTW ] Cin}. | che | ; ve = Biter eee OSs ==
Fc 1s vp OUT —t. i ate VA BEF - - LALTR IN
woe 4° = ae 12 7 aa PULSE] | 1975
15 4D QUT Laem) LSHIF BX- 1337 : En Lia OE OUT — 3aaH
Saaen
23 pie [m0) C64 = HR IN < a FH OUT F-~-0----o- nn ce) 3
21 wopber — ts AO P| heen ee ee
TEST 9 Lari [420 | ‘SYNC_GND £2 22) one? {Az2 | GEN LOCK VIDEO @ IN ry O ai >
+ Pi as
| | | _ ) at [2-20 Bis | _H PHAUSE CONT IN MB R29 BIS CLOW
DXC-325P (EK) c-31 C-32
Q3 Q4 Qs 2SA812 XN6S01—-XN640T
BKG-4 CM-22 ES-1
MX-18
ES-1 BKG-4 CM-22
MX-18 i
a VBS (CCO)_00 OUT CA-325 6 1C1 a7 ag a9 1¢2 Qi
yy 2st1623 #ATVICHS 2sc2757 2SA812 xN6501 TC4OS3BF — 2SC1623 Babin 7
225H + + + + ens
R73 + Re Re th + ibox 0 q Tou ae
cw
ahh
fe oho tov 680 gg 3
4 $5 Pell 1S Di og 1 1008 182835 10x Ww Cas 1
tov 1 be. > ee 2 ie fr 3 one ©) =~ATs ; eae mi lag 7 =
4 Alt 68 e
af Soa} cre Avs 24 a to th 47 + R37 2a 1G iy # Hak Si0o FUOT cos # Rn FOO | 7 iv a
a a3
naz gAas Ras = th co hood 2 10m 1 10% 10 10¥ LB M
16¥ 26H yes SO
QRVI:ZEBRA LEVEL SET QRV2: LUMINANCE LEV. 012 013
XN6501 XN650} Ic Ic XN6401 XN6501
2 1
) ! | ! | s
‘| Pere ae
20 nag th 22 707 tov oun
=
+ Ne —o ‘R102 10K
+14
~ NTSC_ONLY Fe ee eta ae gids Sa he Te ee ce Ob pe a rahe de 7 |
RYe a cw 1 | eer i at eet NE, !
8 + 1 | BKG-4 | | 1 1 !
+. | i wats 172 W PULSE] [19-214 eee eee TW GEN SHIFTER !
I 1 i} | 1 J
2¢77 rr Ri
‘JR18 20H 4 ————
RO iw we
CNION VF_VIDEO 00 OUT Pin
VBS GNC) @ out | ate} CNIO6 ves ccO @ouT | Ala} asane PB RET VIDEO@ | tat
CNIOI VF VIDEO @ OUT gue LUMINANCE @ OUT | A10 |
CA-325 CHROMA (@) OUT | A12 |
LUMINANCE 00 OUT | Ad | CA-325,
CHROMA OO OUT | Att | CA-325,
B22
B23
veo CONT OUT VD_OUT
CA-325, [__svac our faz} 8.
aT
fais oa [___aika our [820]
COSVOHOOOO
ES-1 BOARD
Q2 XN4608
)
ain G>
XN6401 XN6S01 XN4608
RING
(0) ¥ out
BIN ® TOP VIEW
an (6) ef 10
Mk RVISY LEVEL
(3) SYNC IN 99 o 95
XN6501 2SC1623 XN6d0t
Fado 1 Lo 4
: @) RI .
00 2670" Fw-c 1a out P2550 :RN-C fh
N * NOTE
REF No | CHANGE INFORMATION | SER_No ro92t - (uc)
'c6 | BX-1339A ——» 1B-38 | 30611 - W) 41521 - (€K)
182835 on cuz
+5¥ (i) i 28
2SAB12 9
XN6401 GQOOGOOOO
OOOO
0.047 ———» ADD 680 —~ ADD
2.2K ——» DELETE 8.2K ——» DELETE
W271
30811 42081
and higher and nigner and nigher
S6MH ———» 39MH (NTSC)
RV2;BURST PHASE RV4:Q(V) CAL
RV3:;BURST LEVEL
MX-18 BOARD BF IN
22P ———> ADD 11720
30841
cxiitny | vi 2SC1623-TIL4 Q!
28C1623-TIL4
RS RASC
V2 CAL. BAL_@ W) RVI CAL BAL TU}
{
93 2S8C1623-TIL4
BKG-4 BOARD (NTSC) 21H = 20H 19H
La
CM-22 BOARD OUT
C-34
ee ee ee ee - . . ee - - . L.-
(OROROZORS) ®O@OOOO J
=== __ AT-53, DUS-289 o re) \ = ran] o ~ _ <
oO 2 oS Ss 34) + fn) t
bn} So (=) oO wt oO za [= @ (2) AT-53 BoaAD 30001-30810 (uv) 40001-42080 (EK)
AT-53 (1-627-913-11)
AT-53 (1-627-913-11)
OMMONUOUOUINN
HAR
AONMNA
AAR
ANTAMON
mo
add
OVUAA
tO D lo Ke lo ke!
| ee
ee ARAAMEmHOUOmMGMOUUOUMMANKH
A
COHNM
ood
acncoo
ree ue TI igh EOC TR
VVAARHRAAREHUORMMUUOUUANMAKA
COANMTNOMODOHDOM@
AoA
eR
AT
AAT
THNANANN
ChOlOl
Ol
OL
OF
OF
OF
OL
Or
OL
Or
Oh
Q29 Q30
Q35 ANN
TOO
D
mm9mnann
ocoo
oaoo
ANMTNON AD aAggaagaAaAAA
Ql4 Q15 W
OR
DHOrRAHS
HAM
ANNANNM
Acoaoaoa00
0
Q31 Q32 Q33 Q34 Q35
RB1
RV1 RV2 RV3
VOTE
Te
TT
ere
re
tree
s tee
| AAUOUUTERMOAAHDOURAAHUUAAUCK
A
SCANMPTODNOANMATMN
ANMNPTMNOR
DDN
ATH
TAA
ANANANANANNA
aAaAAAAAAANANAAAANAANANAANAARAAAAAAA
D27 RB1
I!
AHUUMEORMAAHWMUURAAMUUAARAUKKK A
SCANMTODHOHAANMATNON AAR A AAA ANANANAANAN
aaaaqaaaaananaananaaaa
D-5 El
Tacttoick ea he ie tee
TOORAHR
VRAVAARAYUA
AN
SSSses
sa
wor
fi.
A fsa)
[ony
[ame
ale
Bre
nese
4 DAMA
BAH
Icl
IC10 Icll
N stn Om © OVVVV0NU
HHH
HAY
El
Herre
onwor
to
ttt
tb
tb
bt
teoboob
eto
UBAUMMMNUM
Heth
&
om
sun
ANMTNONOAHR
AAA
ANNNNNNNN
HHH
XK
OTMMAANAANATTAAMNOADMAM
AA
Le
ee
A |
UMHONVVAANNAKKTANMMANYD
CHANMTNON
AHO
ANSNOR
OH
HAH
HAHAH
AN
VVVVVVVVVVVVVVVVVUU
HHH
HH
HHH
HHH
RAHA
Qa « o-4 (=) a o @o \ Ww) = a
Xl
Peron
grr Ter ereT Ts ra
UVUHmMORUOUAANMNAKAAA
am
NOMTINWO Mm CO on in nan ie na OVOUVVO00U HHRHARR
Ic19 Ic20
DXC-325 (J, UC) DXC-325P (EK)
C-38 (a) C-37 (a)
AT-53, DUS-289 DUS-289
AT-53 BOARD Ser .No.11274- (UC) 30811- (u) 42081- (EK)
AT-53 (1-627—-913-12) AT-53 (1-627-913-12)
CN1 E-7 Q4 c-5 CN1 E-7 Q4 c-5 CN2 C-7 Q5 C-5 CN2 C-7 Q5 c-5 CN3 A-6 Q6 D-5 CN3 A-6 Q6 D-5 CN4 A-5 Q9 D-5 CN4 A-5 Q9 D-5
Q10 E-6 Q10 E-6 D1 D-6 Qll F-6 D1 D-6 Qll F-6 D2 E-4 Q12 E-5 D2 E-4 Q12 E-5 D3 G-1 Q13 D-2 D4 G-6 Q13 D-2 D4 G-6 Ql4 F-2 D5 H-3 Ql4 F-2 D5 H-3 Q15 F-1 D6 H-2 Q15 F-1 D6 H-2 Q16 F-1 D7 H-4 Q16 F-1 D7 H-4 Q17 G-1 D8 B-7 Q17 G-1 D8 B-7 Q18 G-1 D9 E-4 Q18 G-1 D9 E-4 Q19 F-6 D10 E-4 Q19 F-6 D10 E-4 Q20 H-3 Dll E-4 Q20 H-3 Dll E-4 Q27 B-2 D12 G-5 Q27 B-2 D12 G-5 Q28 C-1 D13 G-4 Q28 C-1 D13 G-4 Q29 c-l D14 F-6 Q29 c-1 D14 F-6 Q30 C-1 D16 E-7 030 Cc-1 D16 E-7 Q31 B-1 D18 D-1 Q31 B-1 D18 D-1 Q32 B-2 D19 E-1 Q32 B-2 D19 E-1 Q33 B-1 D20 c-4 Q33 B-1 D20 c-4 Q34 A-5 D21 C-3 Q34 A-5 D21 C-3 Q35 E-2 D22 D-2 035 E-2 D22 D-2 D23 D-3 036 D-7 D23 D-3 RB1 D-3 D24 C-1 D24 C-1 D25 A-4 RB1 D-3 D25 A-4 RV1 H-1 D26 A-6 D26 A-6 RV2 G-4 D27 A-5 RV1 H-1 D27 A-5 RV3 G-5 RV2 G-4
RV4 E-1 El D-5 RV3 G-5 El D-5 RV5 E-5 RV4 E-1
RV6 E-6 Icl C-6 RV5 E-5 Icl C-6 Ic2 E-4 RV6 E-6 IC2 E-4 sl Cc-1 C3 H-3 Ic4 F-5 S2 E-7 Ic4 F-5 sl c-1 Ic5 G-3 S3 D-7 Ics G-3 S2 E-7 IC6 D-1 S4 C-7 IC6 D-1 $3 D-7 IC7 G-2 s5 B-7 IC7 G-2 S4 C-7 IC8 C-2 S6 B-6 Ic8 C-2 S5 B-7 IC10 D-4 S7 B-5 Ic9 E-3 S6 B-6 Icll D-4 S8 C-6 IclO0 = D-4 s7 B-5 IC12.-B-4 s9 B-7 Icll D-4 S8 C-6 Icl3.B-5 Icl2._B-4 s9 B-7 Icl4 = A-6 TP3 F-6 IC13. B=5 IC15 A-4 TP4 A-2 Icl4s- A-6 TP3 F-6 Icl6 =D-3 TP5 F-3 Icl5 A-4 TP4 A-2 IC17 B-2 ICl6 = D-3 TP5 F-3 Ic18 B-3 Xl F-4 IC17 —B-2 Icl9 B-4 ICc18 B-3 Xl F-4 Ic20. C-2 Icl9 B-4
Ic20 C-2 Ic21 F-7
DUS-289 BOARD
; - DXC-325 (J, UC) C-37 (b)
C-38 (b) DXC-325P (EK)
AT-53
ica ict 0s 06 a10 au ai2 1C4 ez TC4069UBF ie #PC40S3BG XN6501 XN6501 eon XN4608 28K9%4 TLOGACNS #PC3IIG2
28C1623 _ oom
24 SVN + + - + Tiree R21
T
4700 10% -
| my fgg! % s2bas iS 10v 1 Ra ae — as
= os We Z Q10-Eaitier 6 PRIN THe ie Q12-Enttier 2-7 BOPR_IN tos 4A202 |
‘ai ce 400 i :
soy R203 ots — eee = =
[ ¥06 Qii-Eettter @ PRIN TH tr al? i
¢6 _ ¢: r “Ay ! tv R7 ! Ri64 i
Le 4 _# o9 = Ww C es _ ee HY (PV R20
It @ 7 Cog R24 igigt - % RISB 1009 F 10x
25 na?
. ES ve cu paces 2By iad 6. 3y Ov
mee ‘Bo tit a ig, me bas Fl i a ae a aa PB ; ag i Lela yd gd g T1058. *T alts si aves: 2
+ +. a a ames
oN 8 BLK IN + 1D cLP3 IN + }
1 +
110 ran) 112 7 1C4051 BF TC40S1BF TLO6SCHS: Th
O19 *1C2) 920,
aseiea 28C1623 © TCASUS9F —28C1623 103 NUM2903M IC8
Ga) ttt * 4 rear ‘Ral 1
+--+ tio Te
Ree 10%
D4 182835 Z
' im RSQ. 10x e193, ro}
RVI:L. LIGHT : aig 33,5600 sd + i Le
Gs Y sgt 8, : 3 D5 R50 is 1 | 182897 560 Eis azo} f3)
©) nes fa 7 1¢9
1 wee bet. HD44860B42
2 Be.
| Bot “ RAD ry
1
Math? [4-2] WHT BALIN Coco —-—-+ cI
sw338! {3-1 [ BARC CONT IN é
130837 Ti
St 1 QRV2:IRIS MODE T! ‘ea
7 4 1c4 ‘ tudéicns QavarIRIS SET rudééens TCAOSSBF QRV4:ABL SET TLoRzcrs + -
+ iM RI BI3 Tus 1287 We # rib ou F100 ave 2208
' H 2 : Rae
Et 1P3 (0h
Dg, R77 O 182637 00 r> >t
can 10
i} tev
So R76 R78 Fal gos woah S 10k in Ww sop IW 47007 tv
' +
PR DETAIL IN +
' T C17, 921 Fi TCsOOIBE —-28C1623 - |
27 ‘R133 3300 —
107 p 107 078 1c18 26] u | TLOS&CHS reddS5BF ruaéiens Mey 284812 1C4069UBF te
034 933, 032, 930 931 929 #6200
J 2801623 ‘25C1623 2501623, 2SAB12—-28C1623 ‘2SA812 azu
— -
= buss tae ue aus sid 027 Shir . oe =P 182837 03s ALB rr poz
oda i pte ik ; +1808 5] ADM por
! 1 : 7 3200°K 09 LDI Deo R103 F: R109
c36 ir ry cae i { | iNT Le rae Sreoeteus i shy 4382 mE ie sov ype j SC 0/160° — [be aq H SYNC osc2 ui fy i : es : Ao ene BATT ALARM 74 ¥ sync
3 ‘ 5 hie PRESET (RO3 TST osc!
R99 Ge Lave R107 + 2 LF bien coe Ry ig di eee | 7s YOv 10% 100% ¥ sits \ev #220070. 047 Von Wey eon T41
T Bs 7 Sw-781 i +1808 CONT IN = |
sw,76! +94aB CONT IN 3 ES a =f
$ tt eens = 1 7 pane © 4 4
8. d3-Bos0 1-8 | BATT ALARM S.DATA IN = = pu = =e a
SW= 281 5O°K IN 4 + Sweg t MBOIC!-7Pin a
~ ——-
uw — =
es [1-523] + as és at ot ae Fete,
C-39 C-40 j }
AT-530 === aT-53 | AT-53
O10 Qty O12 14 iC? ¥nds01 w0icoo8 ¥Ne608 28054 TLOeécus wPC3t162
+ aa + + t 1 1B FR
% i s2ba5 — TATL_ENABLE OUT PR {IRIS CLOSE OUT gener MB -— = in
IC. 1c406SuBe |
7 aa S a — + - BARS CONT OUT 3-a7] PR
a 4 Hl ———$— — - : = —__— D WHT CLIP EN OUT fsa} PR
ue ‘ SHUTT Py See ee tl — ~ eee BS
— € SHUT DO OUT
_ Talal lal Tg Je de Ie TI EST a? oi 1 20 24 we T a: Bal H beso Hal He oe a5 1 ah ale ay L owned E SHUT D2 Out Ot 16. BV tov ‘ov Yov Toy tov 16v tov ete
IR ae Re aye aye OF Sr Peaa Tesi le VT 6. 3: oe d
Q3-Hose, MB + ig + 53 ON Q ° IW
OFF 0 E SHUTTER EN CONT OUT - Tse
+ UP DOWN CONT 9UT iPIN BLACK BAL | W282
ae SMeTH
+ 7 be Icio ic 112 119 1C14 i 1C4051BF 1C4051BF TLO64CNS TLO64CNS —-TLOG4CNS | {as chose oT G5-Base. Ma
2 fe mo Hf, T 917, a18 919 ¥ 1021 +++
737 Ica 2801623 TCaSU69F == 2SC1623 i i “ ae eid NUM2903M nuwi0oM rab Supe a8
+ + i Te Bt + R. GAIN CONT QUT
Fane ab 3 tor it B. GAIN CONT QUT R. DARK OUT PR
ees B.DARK QUT c19 Rv = HS we eo 5 { 1 @. DARK OUT
] @AVIGL. LIGHT > est : ag a. 2 WH ara Bo a + 4 ° .
oan | . RSO y “ 7 : ad j F sor 888 a a7 4? : % a20
4 Pad + —_ fy
4[ O18 2 1283s oN 360 far thi 1s
—————}-— 0 PHASE CONT DUT [2-20] {i-a14] Es
drolax ©
QRVS:H PHASE CONT @RV6:SC PHASE CONT
SC_PHASE CONT OUT | 1-9} {i-pis] Es
ics 7 ico 1 iSdens TCA0S3BF QAVAABL SET TLo82cPs
1¢20 1c19 1c15 TCAS71F TC40S3BF TC40S3BF
R.RED CONT OI B.RED CONT Ol MB
r +9aB CONT OU 1C2-2Pin
+86B CONT OW
fa th am) ha 1
sho _'® ° ayy yc 4 ‘0
R125, B08) olay *
DISP MODE —> + EN Vee
a ’ | REC REVIEW CON] OUT
sent a |
lor Fes ———-{aeana cont or [2-23}—~+{-nig} es
7] SER D C62 7 663
ae cig “ta DAO gy He ey, 888 - J 1888, 8, ict R
‘Gap tedblcus he 254812 1C4069UBF 25| 1S? DAS vow rid : oo CHARA VIDEO WFoUT of 1-A3] £S ay n 933, 932 930 931 929 #8200 HLT Daz 8 O27
2sci623 28ci623 2stio23 2SAB12 28Ci623 28kB12 ‘ava Dag HOE <x 1 nw as es TiDEO WaT | 2 7] es 5 ue 2) nese = DAA QD CHR VIDEU EN UT Aa] ES
ne 30 a INTO DAS 8 -—_— - ———— - cay _ ae 908 bse poa FS 3 36 > 25, neal 5 . =<
itsr ee fa VY ecu 1D 18 p02 HZ : )> ___eCU TWIN eens ene i * CONT OUT . ane gi +1043 ‘ADW po! < Seite: coma
8 Z St iW 8171 ana ®™ ope 3200°K bo ups Doo F a4 te ! -_ INT! Rea ig eae Ee ‘ ' ase B>o--——w— 9+ TH VIR/CCU CONT WT —> CA-325
es a3! sc 07180 |» yay H SYNC sce 1 2sti623 ae . VIR/CCU CONT WT 34 }-—» swe 78 1 t) BATT ALARM qv SYNC $83 SC nego) ae 2/00 AS RIGS, 3 al L 0 180° V0 <>] PRESET ROS 1st osct eee, a, errata \
aL 097 al Cos T/T (ASO)
|
226 t R46 + C66 Rib 1OaF SRISI* Cod R137 Ac C59 70 + C71 sa 182835 16V F 220070. 047 10m TOV ¥ 108 70.08 ote 108 10008 22> 330 T 1S0p Ss
J T
t + ~ i - * NOTE t T _ REF No | CHANGE INFORMATION SER No |
: Ae es 2 _ a ai R201, R202| 100 ——— ADD 1Os71 - we) ae 0361 -
40921 - (EK) \ + ler FCaSUaSE 11271 ond nighor 1 if _ ~ 4 £49 30811 ona nignor
poo, 2081 ond niger AT-53 2 =~ vs
C6S 8. 3735V——=1 OMF/16V peat ue DxC-325
t 42851 - (EK) j
E DXC325—-AT 53M
FUUETTUUI
MB- 4190 FRAME SW-284, SW-282
SW-281 BOAAD
SW-282 BOARD
C-42 (a)
MB- 4190 SW-281, SW-282 FRAME i FRAME Sy;
MB-490 soaRD Ser .No. 10004-40250 (UC) 30001-30150 (uv)
40001-40350 (EK)
MB-190 (1-627-914-11,12)
CN1 CN2 CN3 CN4 CN5 CN6 CN7 CN8 CN9 CN10 CN11 CN13 CN14 CN15 CN16 CN17 CN18 CN19 CN21 CN22
ret t ttt ttt treet
NWPRPWUUUONHDHODUO PHATE N &
1
He ooo
D1 D2 D3
Icl Ic2 Ic3
(4
WO
{ NO PUl
Ql Q2 Q3 Q4 Q5 Q6 Q7 Q8 Q9 Q10 Qll Q12
ooo°o
1
WWOUORRFrFRrFWOWUOAUUI HHUOQOQUMTMHH ES DW AHS WOM Ee Es cee Ree ee arco ee) aa
C-43 (a) | |
|
SW-281, SW-2B82 MB-190
FRAME FRAME MB-190 SW-281, SW-282
IN rd - lanl bool | bu Coal it ~ IN
vs)
ooo
oooeo
| STANAMEAANANDNHONANNNMA
AME
Ane
arom
N
MOM
ONDNHDARAHAANDAHAOA
et)
bi
ft
ti
hk
bb
Ped
Ped
bt
bb
Pe
OP
aD
CLE
Ud
[CUE
Pd
ae
had VOOM
MA
MONK
HMHAMOEHDARHA
mo
HM
[s0)
SAR
HH
Ama
wOUOURHH
oO
an
el
CAMTNUOMAHAN
' ANMNSTMOUORM
DD
TAR
DRA
RATA
AANN
ANN
ton!
onAN
QM
2ZAZAAZAAZAAAAAAAAZAAZAZAZAASAZAZRBS
ANM
VVO
D
AAMTNORAMADNAA
=
VVIVVVVVVVVVVVVVVVVVNYU
AAA
HHA
Ay
aAoaoaaoagdoo
oo
~~ ~~ Oo > 7wW — —— oo & mww a=™M ooo
amy
1d st ot ooo ooo ooo
am?
IN
oO
z
ee ° x cq fal
@
' (>) + ea a 1 é Q N
[am Oo ooo ooceo
o-4
|
PNAMATAHAADADHONAMNNMONMAWMOE
Add
Tom
N
MUN
ONDNNDHAAHADAHAA
=)
eo
Trtrrtrtibtrebttrtarrarrtrtra
tid
Lid
1
tertrrtrrrrada
a
mM)
OUUMNMAMNM
REA
ADOEH
EACH
GEA
SHM
M
BAA
Ah
HOUDHH
So ° ao a
“”
eo
CHMANORADHDHAN
@
b| ZSSESERSSESSEERSE
ESS
am
SSS
Sy
aa8
NOMNSTMOWOM DAHA
=
5
VOVUVVDOVOVUVDOVUVUUUVUVUUUUUDOD
AAQ
HHH
&
ADWCCAOCADVACACa
DXC-326(J), UC) DXC-32 (EK)
C-44 (a) C-43 (a)
MB-190 FRAME SW-281, SW-282 MB-190 ERAME MB-
SW-281, SW-282 FRAME SW- il SW-281 BOARD MB-4190 BOARD Ser .No. 10251-
30151-
40351-
MB-190 (1-627-914-11,12)
CN1 CN2 CN3 CN4 CN5 CN6 CN7 CN8 CN9 CN10 CN11 CN13 CN14 CN15 CN16 CN17 CN18 CN19 CN21 CN22
|
|
Soe Pe eae
OU PATE b
D1 SW-2B82 BOARD D2
D3 mo Oe ee ne
PREF SW ERRPWUUUONDO ooo
Icl Ic2 Ic3
I
WO Pr
Pul
Ql Q2 Q3 Q4 Q5 Q6 Q7 Q8 Q9 Q10 Qll Q12
|
RrPreroOWNoOUU NS ooo ee tre DW AHS ww
? eH fo)
< to
HH 1 Oo 0
C-42 (b) C-43 (b)
MB-190 MB-190 sw-281, sW-282 FRAME FRAME cw-291, sw-282
MB-190 BOARD Ser .No. 10251-
30151- 40351-
MB-190_ (1-627-914-11,12) MB-190 (1-627-914-11,12) CN1 G-4 CN1 G-4 CN2 G-2 CN2 G-2 CN3 G-1 CN3 G-1l CN4 H-7 CN4 H-7 CN5 K-4 CN5 K-4 CN6 A-4 CN6 A-4 CN7 —B-9 CN7 —B-9 CN8 A-8 CN8 A-8 CN9 F-9 CN9 F-9 CN10 A-6 CN10 A-6 CN11 L-2 CN11 L-2 CN13 D-9 CN13 D-9 CN14 H-5 CNn14 H-5 CN15 H-5 CNIS -H-5 CN16 1-5 CN16-I-5 CN17 H-3 CN17 H-3 CN18 L-1 CN18 L-1 CN19 A-4 CN19 A-4 CN21 1-3 CN21 1-3 CN22 E-7 CN22 E-7
D1 H-10 D1 H-10 D2 H-10 D2 H-10 D3 E-10 D3 E-10 Icl M-4 Icl M-4 Ic2 I-8 IC2 1-8 Ic3 K-3 Ic3 K-3
PUl B-2 PUL] B-2
Ql M-5 Ql M-5 Q2 L-5 Q2 L-5 Q3 I-8 Q3 I-8 Q4 I-9 Q4 I-9 05 E-9 05 E-9 Q6 F-10 Q6 F-10 Q7 F-10 Q7 F-10 Q8 G-10 Q8 G-10 Q9 G-10 Q9 G-10 glo J-9 glo J-9 gill 1-9 gill -9 Q12 I-9 Q12 I-9
C-43 (b) C-44 (b) DXC-325 (J, UC) DXC-32\ (Ek)
|
f 7
! Ui
-SP
ON!
ANUJ
LG
AnKS
2
AMO
1NO03
1G
if
HS
3
+ Ty
6-S|
Ni 4NOd
OG
inns
3
AO
1NOD
OG
LAHS
3
4 Ni
LNOD
ZG
_ifH
S 3
2M
1NOD
70
_LNHS
3 '
=}
Ni os
uva
& ino
xevd
@ 1
ANOD
NIVS
¥
APO
iNO3
NID
© PARTS
als
wn
[5]
1NOD
NivO
@ 490
1NO2
NI
VO
& san
Bd j
| auvG
8 ind
xuvd
w
aie
s eva
8 10
Aw
d 8
=F
Flg)|-|-|3
2 g
i 1No3
Gla
@ 1nd
INO)
O34
@
/ Sis
elelelSllelalelc
Bi
ls! 15/818
s3y4
Cy
Fe
| NivaNO>
G3a
8 Tho"
1no2
aa
a <
ee
ie
S188
8)
allel
5S
lel2iefalelals|s
td
g
{ i
INO]
35¥Hd
4 If0
NO)
3SvH
d H
far
eicl
e|>/
S/4[
S[o/
@ Z|
2 g[
Sls
INO)
C3
d S¥
A ind
1NO?
Gag
Sym
i alolejet
tte]
2 a
ie _1N0DNQ)
ABN
9BU
IND_INDD
IAS
53D
| x
NI _I
NO>
Veea2
470
1NOD
vuaaz
er
ete
NEGA
OaGTA
BHO
NO
(3M
O301
A BH
D eo
ERS
teat
= Ni
_INO
D 99
ULA
1NG_
1NOD
99
9 BIA
ip
sis
z s|5
zlzlz
Ni ND
O3IA
BHO
AD
WD
O301A
BHO
a3
Ee
3/3
=|=|
=|2
o “Ni_INQD
G°8i+
190
1NO2
@eai
+ ig
g slZis
Elz
212/2)./3/5/3
++
iz
ae
Ni NO
D G6
4 NO
LNOD
Go
6+
2 =\5
Sfa[
s |e]
2]81
8)2)
2)2/
5)5/
5)8)
— ag
q
aN
‘No
ra
be
ales
z/z
vlalal>|Sisla
‘No
ane
a
als
Ela
f=
ald
BIBS
} 2/°/P
la io
ais
ala
eloj
mio
+
ON
ON
y tote
i
+——
NI_i
NOD
Si¥I
10
1NO2
Slut
|
oO
aha
Wt 31
@YN3
FUL
4N0_376YN3
3UWIL
= a
ind
one
NI
One
ind
Jivi3sa
NI Ti
vi3d
1no_GA
ind
ea9
Yivd'S
MUVIV
Live
Nt
1NO}
3SYHd
2S
vivd's nuvi Live
4NO
LNOI
3SYHd
IS
+
NI_3
@YN3
OK
1NG
37GVN3
IK
ino
NYY
L1ve
Nionavv
Liva
NI
3807
3 Siut
4nd
3807
3 Si
u
| | | |
a eat
| | | | | |
S stele
= =
~ .
S 5
slzl
eigl
e/3}
[5/3/5/2!=|_
6 2lalslal3is
isis
alsl
|. st
Lt |
(Bl2
le
818]
12/
8) 12/
8) |
2/5
al
|=
zl2l
2)_/
3)5
z ~
Tle
id
s e
bmg
co}
= Zizlz
as
Bea
ee
es
oie
oe
bb]
i 5
(CSetSlE
lg} (gie
s i2ie
i2| (2)
[2
a} fl
e lel
e|=(e(
=/3|
(3l3|
(Siele
lelele
allele:
alg}
lela]
lelsl
lzlel
(EE
14/8
{5/3
)x
(8/5
SygyEloleiersl
SleiSisiFig)
jg] je
al |3
/818
ls/5
|-|2
/2]
fala}
|® 318
818
/a|Sla]-/sla/s
SIS]
15/5]
[sist
[Fle
ale
z(®|x
olal
a/si
ale
- 18
alels|
{gle
«lel
[=] 1&
eo}
78/8
2\r|/3/8
212
Io
2]2
Sl2
ales
coal
bd
OO
bd
bed
i
bead
PS gle
e/g
a/2/2/S/3\
o
SSIS
Si
ziZy
E]
[SHlSlSisls)
|e] i=
“i>|
>lzl
@lai
gie!
je
je)
y+ *
Byrje
315/515
gig
8/8}
gig)
|b
cars
3/5
|5
e(Qie
= ~¢
a]
JE/FISt5}
[RISE
‘ Ed
les
|S
]aa]
713]?
aig
> Marat)
5/3
5 “13h
a l
g wells
alm!
Joj
o} fa
le
Ps)
: Pal
Plel-lel
s[-[]_
8 Aas
Di
a a
a 00
no
an
m-«aeo
D 5
CU
< CELE
3 cal
& la
|
F
_t
eeer
eee
(
ao
3259
a
she
Nw
B556
a i
en
ee
ne
oe
Sa
SER
reece
ee
eee
Fa
is
a gs
=
a
{fe
[ere]
in
co
~ a!
1
~ es
ee
m
wo
ane
=<
goxuk
=
| in
AS
“i
a
Ind
4s
©
Wi OHS
6
nN
ae
8 we
ino
* GHS
NI
o#
CHS
n
ude
6°
ei
oe
,
if
Sela
-
Q
InO
9A
O78
NLA
0/8
z
58
geZo
[ei
inca
og
ing
ms
NI
Md
4NO
£A
B/Y
NI
EA
Ou
oO
on
brai
ns
—
c—L en
inos
ta]
! co
FEE\O
Oy-”
a ea
eT
Ni_1d19
ino
1379
10
0 tA
Ou
ZA
O/
u WN
NOOO
ee eral
eas
Ni ta
79
ind
e419
1n0_YA
NI_YA
Xx
1N0_
1A
O7u
TA O7
8 I
|
Nt
8d
Ano
»1dd
ANd
dHS
NI
dHS
ino
3G
ans
wu
z=
Ne
4nd
13838
NI
13838
n
eae:
Ni GH
ind
nad
Nina
¢
(i
sree!
NI
GA
ind
GHS
8 NI
GHS
8 4n
0 387d
ns
NI
3S7Nd
ans
I
pore
NI
ad
1nd
d3
ing
GHS
&
NI
GHS
@
anO
#
1383
4 Ni
# 4383u
lJ
CTT
7 in
d 1412
4nd
00
d3
ind
GHS
Wu
NI
GHS
Bu
ind
13538
Nt
13838
S
es
SA
|
undead
4no_1383u
X
Ni
1383
8 X
-——
[tno
as]
<x
|
u ae
‘iNO
ASI+
NI
ASI+
‘iNO
ASi+
NI
ASL+
ind
TA
NIA
o&
8
()
©
@)
7 ft
a
4N0
1NO2
ODA
Ni
LNOD
ODA
1nd
AQE+
NI
AQE+
1n0
AS
‘8+
Nt
AS
‘@+
'
le
Sea
z a
ind
1N03
00
NI
4NO2
OG
An
AL+
NI
AL+
ind
vA
@
NEPA
a
a-
32
©
©
$e
1nd
_1N0
3 ia
Nt
NOD
10
INO
AS
"8+
Ni_A
S “8
+ ind
6A
@
NEA
G
*ELORAO
0 n
1nd
ino)
2a
NI
1NOD
20
1n0_
AS+
1nd
ZA
@
NI
ZA
@
a iS)
eee
Ne
NO
N3
LMHS
Nt
N32
LAKH
S 4n
d BN
S x
NI
Gms
xX
ind
1A
@&
NIA
@&
|
eae
NI
AS+
AMO
tH
xX
NI
oOIH
X
4nd
30
ans
@ Ni
3d
ans
@
1
(Cree
ee
7 NT
AS
“+
NO
AS
‘B+
NI
AS
“8+
4nO
ZH
X
NI
ZH
X
ino
GHS
&
i
M—————-
4 NI
AG+
And
AL+
NI
AL+
ind
Bd
x Ni
Ba
X
ON
ee
ean
5
A Ae
NI
AOE+
1nd
AQE+
NI
AOE+
ind
18S
S$
1 49S
X ind
82
—_————E
NE
ASI+
ind
ASI+
NI
ASI+
ino
zas
x Ni
ZBS
xX
ind
3a
as
8 -
me
1N0_A9+
|
a
1nd
tH
xX
1
——,
4no
tH
xX
‘-
-lzl
5 a
Ae
ate
ee
Ee
ree
fo
eee
Se
eset
ell
ein
ey
Boe
ee
ae
3}-|
8 =
1 Li
ee Tino
aus]
1 [ze
5
= fees
elzlel
lslgl
e +
[ing
sassy]
: =
i]
1nd_
1383
y \
z/5|8
g
o
oa] iw)
: Le
ezrin
wd
(i
hei efi Tino
asin
g ans
|
! Zz
spol
ifease
|
a
s}O>r
e~e| imme
|
| j
i -
324
GTI
oe |
ine
ere
|
ies
hoy
1 s83)-6:
Cy S&S
O28
' =
= z
ee] anne
|
: §
n
| e—{s [ino
ac
ens
@
|
= -
o> [ae
alos
(Ze
z =
ete] ioe]
! &
a = o
[oo
una
oaci
a sa
a eo]
Z|
ez] in eT
-_—-_-_--
N
L@
ino
oaai
n sa
a eT
|
i ino te
I na
ena
=
1 [nea
oe
Tr
pe ey [ina
en
ey]
”
EY
sje] Vino vow
|
ot |
Ni
astn
g an
s [fe
e—{ 2 [ing
asin
ans
|
[kis
13sa
u |
' p—po [ino
13sa
8 tND
ond
es Tre
ee; [ino
Asis]
[aT
sayin
wt
[
Nt
as‘e
s |
aif ino
sae
|
e—fo [ined
|
es [ino
aa
nse
|
ee [oo
! Cy
Od
~ eo
[inte
|
lt es
[sno
as]
Ss
[Ni
gus
oT
ey fino
aise
|
a}
|3
N
[Ns
ais
|
Sy Oe
zlole
1 4
a
sz [ino
ine
Be
=
ee Oe 77
ey A
ul
le
n
sna
! Z
5
~ s—p
et
[ino
aes
7
es
hia
po
[ano
sasa
u !
OKD
: i)
r
a
is
ee cr
5 ‘
hee
in a
| fb
8
1
[ing
"asing
ens]
1!
3)
e—{
oi
[ino
as
ae
|
\ oe [ime]
f(t
ee |
ino
ta
oT
Cy Od s—
9 [ino
in
oe
|
par
a
he!
Ls
|
ino
oa
ns
a]
8
wo
eee
ee pines
—
fz]
inoive
‘|
|
iy A
258
é
284-3
Or
DM
To
3S
“Te
mw NN
MO
i
OO
XS
Sw-281 sw-282 FRAME -281 SW-282 i .-— -—-
Tene DC-DC_CONVERTER f2-at2] CHROMINANCE @ouT | 1 | [oO | +6¥_ IN
—-— J2-a1i{ CHROMINANCE OO OUT | 2 | | @ | +15V_ IN 2-a1o]_ LUMINANCE @oOuT | 3 | | @ | +30 IN BEY Sry wnteute ae
eee “DC CONVERTER INT. Mic #5WouT | 3 -—-2 ! =SV_IN ee
ee ee [vw inn xo] 1 J ee
PR-111 +5V_ IN
om , 8 @, A pT ar}, aon ano or A 2[ seo sy out aN fe DEO OUT [sf sr +5¥_ QUT CHR VIDEO (VF) OUT ge | veo our fel ev ow ev OT tae em OT [rv deo our [5] +8.5V OUT +8. SV OUT BPR VIDEO IN R UNREG (+12¥) OUT tpeo aut | 6] +8.5V OUT +8. 5V_OUT @ PR VIDEO IN s UNREG (GND) CIN 7{ BARS CONT OUT _ [22-29] nC R PR VIDEO IN wWT OUT [6] WC ENABLE OUT | 4-3 + BPR VIDEO OUT PR VIDEO GND IN {ano chassis) IWT QUT [9] BPR VIDEO IN + . @ PR VIDEO OUT LUMINANCE IN 00 = ‘QND (CHASS1S) ConT IN [to] _@ PR VIDEO IN + R PR VIDEO OUT LUMINANCE IN (@ Mic ouT
MIC OUT 00
fd MIC OUT @
zie REC TALLY IN a
al>
[en chassis) | {an ichassisy | {wic our |
INABLE - PR VIDEO QND OUT CHROMINANCE 1 00) p tt TT [mic out oo | : 1 PR VIDEO GND CHROMINANCE IN (@ Y wicouT@ |
B DARK QUT ZEBRA CONT OUT vas (Cc@ IN @ an Cae ONT QUT @ DARK OUT H PHASE CONT OUT VBS (CC@ 1N 00 [REC TALLY IN | ONT OUT R_DARK OUT ‘SC_PHASE CONT OUT ea ee
i [ref +948 cont our | SC_0:180 CONT OUT | +1868 cont our [22-4] VF VIDEO _1W ee
: a VF_VIDEO_1N 00 [3-aro] a Deon [rof Biko our |-820] a ae Deo iw fof 3 ee Dee Deo iw [2i{ wo our 2-2] SYNC_IN 00 Pc coon [2 ce GEN LOCK VIDEO OUT ry our feaf wo out fea] vo IN GEN LOCK VIDEO OUT 00 our feat ct or @ xCL_OUT 1) Brazof sync our @ | voor fes[ ce ut oo XCL_OUT 00
fe-aval PB RET ViDEO IN @ | [2-atol PB RET VIDEO IN 00 | a VF VIDEO CONT IN
ry | | fe-aa{ vas cca out @ | TI Je-ate{ vas cca out 00 |
Pc jal i [22-6] vTR CCU CONT OUT
fo J2-a12| CHROMINANCE OUT (a) | t f2-Att] CHROMINANCE OUT 00_]
fa-ato| LUMINANCE OUT @ | | fava] Low ance out oo | t [2-A8| PR VIDEO @ND OUT |
1A EES 3 EE) a [2-a7]_R PR VIDEO ouT | astléza te7kitzoF 272 re7uezar “sa num7903M 172) nsw2sbh av2 28c1623 2801623 2 83 2sis23 +5V relist a10 ont a2 1 Os 06 a7 =) 28? [2-a6| @ PR VIDEO ouT |
Eeaeeeeceeeenres? (EID T uwrea +12v_78A812_28A812_ 2SA812 shia 254812. 2894 zsctez3 250999 258798 [2-A5[ BPR video ouT | B17 eS ee bar amr rs ae] a ao [z2-9fhec Review cont our] Bra
rf [ea | (o} [nc at |
ah Pd Beh d| }—{_wesv oor [m0 | > P49 a" C) QO eee SE
a s wy Ne es Sc 23 8 a ae cs og ET
0.01 R P| i UNRE@ @12v) IN| B22 | i de E UNREG (GND) IN | Az3 |
UNREG (QND) IW | B23 |
po nc Taz 4 }— [ne Tae | TOLEME NA SOE CA~325
{awn crassisy [125 [___anp tcHassi@ [825 |
1
1
2T-lele | Sloph|b !
= =| ele z{z)=
z =| 2}, |7/7|=/2 zlz] |*/=|=] Jz[sts|s 2|~ el )zfele Tl" lelzl|_l=felere) |fel2lay_ lel = ele S/216)315) 2/2] | 1212 -|S/S/Sl=z/zloigiolsials 8/8]a]2]2)8] al9)°18]8]xlz8/S)/x/a)o/_|5/5/8]a/a}o] 216 g/o1S ou glee S/E(S1Slalal_isis|slaie als SES ee BB eile lel | Zlelelel| (se 1 3/2 x lfAleliz(2(tlelels[Sle| ai aia] fajcjEE) p+/S +15 EIN | s}a f=] ale} J@/413! |olalelo a
“Tee il Lal a MB-190
Masa ee = * CHANGE INFORMATION
! PR-111 on I E-23 ! BOARD REF.NO DESCRIPTION EFECTIVE SER. NO
= lee a a T0921 ~ Wo) 3/5/3121 3/5/21 3ls/si_|_leiai_lelele) (Slzlelel | lslé , [keer aT ida ance aC) (ee 313s) e el Slelel= |) 51 Siclc (SIE lElElelclelelel<lZ/@lz [wor fa | 41521 -_€K) [2 /918]=)3| 2133/2) 2 (cic! 8/3 /c//9|5/=13/ 8) 8/812 |") 218 pour Te BlS]9/9] 0] 3] 3 10/5}5] S| 2} v/8/Sl x Sajalay~|o/21S BS eS eS) ee oie el ololelayelslalels|s|5l2/8/Sol 4 [curs ours Is | ' el elS/ S/S |e] S18 2 aia/a |S) 2/2 )s) | Stelle! *|S]2|= [sieen cont oor | 6 |e | Hla fel eB) Sole e/e]=| 5/51/2212) [acti] | lale see lelR) Eile l eal | lelel jolala) fn 5
SS]S 2/3) Silat Ct \ nz | cw
: !
[oie vioeo in | FRAME WIRING \ MB-190 BOARD
Be SW-281 BOARD
' { SW-282 BOARD a J, UC)
AT-53 a DXC-325P (Ek) (ety ec nec ee ee Ee Glens 2
C-47 C-48
(B=DXC325-FRAME/M
SECTION D
SPARE PARTS
D-1. PARTS INFORMATION
1. Safety Related Component Warning
Components identified by shading marked with ! on the schematic diagrams, exploded views and electrical spare parts list are critical to safe operation. Replace these components with Sony parts whose parts numbers appear as shown in this manual or in service manual supplements published by Sony.
. Replacement Parts supplied from Sony Parts Center will sometimes have different shape and outside view from the parts which actually’ in use. This is due to "accommodating the improved parts and/or engineering changes” or “standardization of genuine parts." This manual's exploded view and electrical spare parts lists are indicating the parts numbers of "the standardized genuine parts at present." Regarding engineering parts and diagrams changes in our engineering department, refer SONY service bulletions and service manua} supplements.
. The parts marked with "S" in the SP column of the exploded views and electical spare parts Vist are nomally required for routine service work. Orders for parts marked with "O" will be processed, but allow for additional delivery time.
. Item with no parts number and/or no description are not stocked because they are seldom required for routine service.
. Abbreviation
CONNECTOR JACK VARIABLE RESISTOR VARIABLE CAPACITOR INDUCTOR SWITCH DIODE VARTABLE INDUCTOR TRANSFORMER DELAY LINE TRANSISTOR OSCILLATOR
DxC-325(J,UC) DXC-325P( EK)
FILTER RESISTOR
All capacitors are in micro farads unless otherwise specified.
All inductors are in micro henries unless otherwise specified. All resistors are in ohms.
SCREWS |
D-2
D-2. SCREWS
+B [ +B +B [ +K
Bzn-N Ban-N Cr-N Cr-N
@) @) © 4 @ = i
pot -621-0 . ace fn Ee -00 — 77 1-682- B ay peor 682-000-0060 ae
|
SIZE = SIZE = SIZE oe | SIZE ve .
2x3 772-00 3x3 544-09 3x3 544-04 3x4 245-04
x4 772-10 x4 545-09 x4 545-04 x5 246-04 . x5 772-20 x5 546-09 x5 546-04 x6 247-04
x6 772-30 x6 547-09 x6 547-04 x8 248-04 x8 772-40 x8 548-09 x8 548-04 x 10 249-04
x10 772-50 x 10 549-09 x 10 549-04 x 12 250-04
x12 772-60 x12 550-09 x12 550-04 x 14 251-04
x14 772-70 x 14 551-09 x 14 551-04 x 16 252-04 x 16 772-80 x 16 552-09 x 16 552-04 x 20 253-04
x 20 ~ bes 553-09 x 20 553-04 | ee x 30 555-09 _| 4x6 260-04
2.6x3 775-00 4x4 558-04 x8 261-04
x4 775-10 4x4 558-09 x5 559-04 x 10 262-04 x5 775-20 x5 559-09 x6 560-04 x 12 263-04
x6 773-95 x6 560-09 x8 561-04 x14 264-04 x8 775-40 x8 561-09 x 10 562-04 x 16 265-04 x 10 775-50 x10 562-09 x 12 563-04 x 20 266-04
x12 775-60 x 14 564-04 x14 775-70
x 16 775-80
x 20 775-90
+B
Cr-N
a 7-621-000-00 34
\}
Parts SIZE | Ne:
2x3 772-08
x4 772-18
x5 771-06
x6 772-38
x8 772-48
x 10 772-58
x 12 772-68
x 14 772-78
x 16 772-88
x 20 -
2.6x 3 775-08
x4 773-86
x5 770-87
x6 770-67 : x8 770-99
| x 10 773-87
x 12 775-68
x 14 775-78
x 16 775-88
x 20 773-91
DXC-325(J,UC) DXC-325P(EK)
PRECISION +K
Bzn-N
@ ===
y—7-627-000-00 —| = |
Parts SIZE No.
a
1.7x 1.8 -
x2 450-28
x 2.2 -
x 2.5 450-48
x 2.8 -
x3 450-58
x 3.5 -
x4 450-78
x 4.5 -
x5 450-98
x 5.5 -
x6 _
2x2 452-08
x 2.2 452-88
x 2.5 452-48
x 2.8 -
x3 452-18
x 3.5 452-98
x4 452-28
x 4.5 -
x5 452-38
x §.5 _
x6 452-58
x7 452-68
x8 452-78 [i cron ae
2.6 x 3.5 -
x4 -
x 4.5 454-28
x5 454-38
x 5.5 -
x6 -
x7 -
x8 -
DxC-325(J,UC) DXC-325P( EK)
PRECISION +P
Bzn-N
© t= / 7-627-000-00 =
Parts SIZE No.
1.7 x 1.6 552-18
x 1.8 -
x2 552-28
x 2.2 -
x 2.5 552-08
x 2.8 -
x3 552-38
x 3.5 552-78
x4 552-48
x 4,5 -
x5 552-58
x 5.5 -
x6 _ |
2x 1.8 554-38
x2 553-18
x 2.2 -
x 2.5 553-28
x 2.8 554-58
x3 553-38
x 3.5 554-18
x4 553-48
x 4.5 553-58
x5 554-28
x 5.5 -
x6 553-68
x7 553-88
x8 553-98
HEXAGON SET SCREW
(FLAT)
SNCM6-PD
Va 7-621-00
T
4
Bzn-N
So , 7-621-000-00 == N
| TOTSUB
SCREWS
BOLT, HEXAGON
SOCKET
SNCM6 BZn-N4
x8 911-40 a
2.6x3 912-00
x4 912-10
x5 912-20
x6 912-30
x8 912-40
| x 10 912-50
j x 12 912-60
x 14 912-70
x 16 912-80
{ * 20 912-90
(3) bir 3 -— 7-683-0010-00
Cae — Parts
SIZE No. |
t 3x4 401-04
3x5 402-04
3x6 403-04
3x8 404-04
3x10 405-04
3x 12 406-04
3x 14 407-04
3x 16 408-04
3x 20 410-04
4x5 417-04
4x6 418-04
4x8 419-04
4x10 420-04
4x12 421-04
4x 14 422-04
4x 16 423-04
4x 20 425-04
427-04
6x 10 452-04
6x 12 453-04
6x14 454.04
6x 16 455.04
6 x 20 457-04
6x 25 459-04
6 x 30 461-04
6x 35 463-04
6x 40 465-04
6x 45 466-04
6 x 55 468-04
8x 12 470.04
8x 14 471-04
8x 16 472.04
8 x 20 473-04
8x 25 47404
8x 30 475.04
8x 35 476-04
8x 40 477.04
8x 45 478-04
8x 50 L 479-04
D-3. EXPLODED VIEW
[ccd BLOCK]
No.
1
2
[oa] ot WwW
aw
10
11 12 13 14 15
16
18 19 20
21 22 23
Parts No.
A-7575-123-A A-7575-124-A A-7513-829-A Ser No. 10001
30001 40001
A-7515-001-A Ser No. 11721
30841 42531
A-7513-830-A Ser No. 10001
30001 40001
A-7513-998-A Ser No. 11721
30841 42531
A-7513-831-A A-7513-832-A A-7513-833-A
A-7513-835-A Ser No. 10001
30001 40001
A-7513-997-A Ser No. 11721
30841 42531
A-7513-836-A 1-547-301-11 Ser No. 10001
40001 1-547-301-12 Ser No, 10571
40921 1-553-739-21 1-554-486-00
1-627-922-11 3-672-253-11 3-676-244-00 3-678-629-00 3-678-632-00
3-678-684-00 3-699-047-01 3-699-106-01 3-699-112-01 3-699-133-01
3-699-144-01 3-699-146-01 3-701-506-01
SP Description
s CCD UNIT ASSY (N) s CCD UNIT ASSY (P) o MOUNTED CIRCUIT B to 11720(UC) to 30840(J) to 42530(EK) o MOUNTED CIRCUIT BOARD and higher(UC) and higher(J) and higher(EK) o MOUNTED CIRCUIT BOARD to 11720(UC) to 30840(J) to 42530(EK) o MOUNTED CIRCUIT BOARD and nioher| a) and higher(J) and higher({£K) s MOUNTED CIRCUIT BOARD s MOUNTED CIRCUIT BOARD s MOUNTED CIRCUIT BOARD
OARD
s MOUNTED CIRCUIT BOARD to 11720(UC) to 30840(J) to 42530(EK) o MOUNTED CIRCUIT BOARD and higher(UC) and higher(J) and higher(EK) s MOUNTED CIRCUIT BOARD o FILTER UNIT, OPTICAL to 10570(UC) to 40920(EK) o FILTER UNIT, OPTICAL and a and higher(EK
(N) “TG-38"
(N) “TG-38"
(P) "T6-38"
(P) "TG-38"
"DA-73"
“PA-74" "PA-75"
"DR-68"
"DR-68"
“CN-242"
s SWITCH, KEY BOARD "VTR" "“UP/ON” s SWITCH, TOGGLE "AUTO W/B BAL"
PRINTED CIRCUIT BOARD RUBBER, CONDUCTIVE COVER, SWITCH LEVER, MOUNT PACKING, KNOB OoOunNunoaon
HOLDER, CABLE KNOB, FILTER PANEL, FRONT LABEL, RED COVER, BLOCK SHIELD eoo0ounnd
s CAP, MOUNT PLATE, BLOCK SHIELD fo)
"SW-282"
Ss SET SCREW, DUBLE POINT 3x4
D-4 DXC-325 (UC) DXC-325P (EK)
CCD BLOCK | Z CCD BLOCK
CCD BLOCK
D-6
ea
/
y, SY
,
WIN JUIN
\ “fel
) *
fe
/
= 5
= Aes >
if:
:
\ re
AL
‘ o
arta)
DXC- 325(UC) DXC -325P(EK)
CHASSIS (1) BLOCK CHASSIS(1) BLOCK |
CHASSIS(1) BLOCK
Le HEXAGON SOCKET aR
4x20 | BB S -
(29) @, ox, +8 2.6x
ae (oN
Fn ek o - a Sa Cc ! Rea i ‘S CaN
D-7 DXC~325(UC) DXC~325P(EK)
[CHASSIS (1) BLOCK]
No.
On Ww ror
Parts No.
A-7420-144-A X-3664-212-2 1-542-112-11 1-553-972-00 1-561-320-00
1-561-781-41 1-565-653-11 1-570-854-11 1-627-915-11 2-277-468-01
3-641-622-00 3-657-700-00 3-664-213-00 3-664-218-00 3-664-228-00
3-672-213-00 3-675-963-02 3-675-964-01 3-675-965-01 3-676-379-00
3-680-605-00 3-682-718-02 3-682-758-01 3-682-759-01 3-682-760-01
3-699-110-01 3-699-111-01 3-699-113-02 1-562-222-41 3-699-126-01
3-699-129-01 3-699-131-01 3-699-132-01 3-699-145-01
3-699-176-01 1-562-151-11 X-2536-714-1 3-699-104-02
DXC-325(UC) DXC-325P (EK)
SP
ooo°o ouvoond eoooo°0 NANnNNnNNN oooon nNonunn unununa
ooo;]0
Description
HANDLE ASSY SHOE ASSY (B), T MICROPHONE (C-2025) SWITCH, TOGGLE "POWER" SOCKET, DIN 8P "VF"
CONNECTOR, BNC "VIDEO OUT" CONNECTOR, SMALL TYPE 8P "TITLE" SWITCH, SLIDE "GAIN" “BARS WB" PRINTED CIRCUIT BOARD "SW-281" PLATE, ORNAMENTAL, CAMERA SHOE (8)
SPRING, COMPRESSION BRACKET ACCESSORY SCREW, STOPPER SHOE PLATE, SPRING
SHEET, ADHESIVE FOOT, FRONT, RUBBER FOOT, REAR, RUBBER SPACER SCREW, BUSHING (M5)
CAP, SLIDE SHOE, VF SLIDE SPACER RING, LOCK SCREW (M7-0.75), ADJUSTMENT
BRACKET (A) BRACKET (B) PLATE, CONNECTOR RECEPTACLE, 6P FEMALE PLATE, BLIND
STOPPER, SW GUIDE, PC BOARD LABEL, SW PLATE, GROUND
STOPPER (2) PLUG, HOUSING 6P WINDSCREEN ASSY CABINET
D-9
[CHASSIS (2) BLOCK]
No. Parts No. SP Description
1 A-7420-141-B o PLATE (RIGHT) (N) ASSY, SIDE A-7420-142-A o PLATE (RIGHT) (P) ASSY, SIDE Ser No. 40001 to 40150 A-7420-142-B o PLATE (RIGHT) (P) ASSY, SIDE Ser No. 40151 and higher
2 A-7420-143-A o PLATE (LEFT) ASSY, SIDE 3 A-7513-837-A 0 MOUNTED CIRCUIT BOARD"AT-53" 4 A-7513-838-A o MOUNTED CIRCUIT BOARD"MB-190" 5 A-7513-839-A o MOUNTED CIRCUIT BOARD (N)
Meg_yM
A-7513-843-A o MOUNTED CIRCUIT BOARD (P) "ES-1"
6 A-7513-840-A o MOUNTED CIRCUIT BOARD (N)
"MX-18" A-7513-844-A o MOUNTED CIRCUIT BOARD (P)
“MX-18" 7 A-7513-841-A o MOUNTED CIRCUIT BOARD (N)
"CM-22" A-7513-845-A o MOUNTED CIRCUIT BOARD (P)
"CM-22" 8 A-7513-842-A o MOUNTED CIRCUIT BOARD" BKG-4"
(NTSC ONLY) 9 A-7513-846-A o MOUNTED CIRCUIT BOARD (N)
“PR-111" A-7513-847-A o MOUNTED CIRCUIT BOARD (P)
"PR-111" 10 A-7513-848-A o MOUNTED CIRCUIT BOARD'PR-109"
11 A-7513-849-A o MOUNTED CIRCUIT BOARD" VA-70R" 12 A-7513-850-A o MOUNTED CIRCUIT BOARD"VA-70G" 13 A-7513-851-A o MOUNTED CIRCUIT BOARD"VA-70B" 14 A-7513-853-A o MOUNTED CIRCUIT BOARD (N)
"TE-23" A-7513-854-A o MOUNTED CIRCUIT BOARD (P)
"TE-23" 15 1-237-605-11 s RES, VER, METAL 10K “PHASE H"
"PHASE SC"
No.
16 17 18
19 20
21
23 24 25
26
27
28 29 30
31
Parts No.
1-554-303-11 1-554-364-00 1-570-865-11
1-571-678-11 1-574-144-11
1-574-145-11 3-672-253-11 3-676-244-00 3-680-605-00 3-699-107-01
3-699-121-01 Ser No. 40001 3-699-121-02 Ser No. 10001
40151 3-699-122-01 3-699-122-11 3-699-125-01 3-699-126-01 3-699-127-01 Ser No. 10001
40001 3-699-170-01 Sre No. 10571
30361 40921
3-699-128-01 Ser No. 10001
40001 3-699-171-01 Sre No. 10571
40921 3-699-135-01 3-699-136-01 3-699-137-01 3-699-178-01 Ser NO. 42081
3-699-179-01 Ser No. 11271
30811 42081
SP Description
S SWITCH,PUSH “REC REVIEW" S SWITCH, SLIDE "DISP CHG" s SWITCH, SLIDE "SC" “SHUTTER"
“ABC” "ZEBRA" SWITCH, ROTARY “SHUTTER SPEED" WIRE, FLAT TYPE (10 CORE) on
WIRE, FLAT TYPE (30 CORE) RUBBER, CONDUCTIVE COVER, SWITCH CAP, SLIDE PLATE (RIGHT), oounoo SIDE
o PLATE, SLIDE to 40150(EK) o PLATE, SLIDE and higher(UuC) and higher(EK) o LABEL (B), SW (N) o LABEL (B), SW (P) s KNOB, DISPCHG o PLATE, BLIND o BRACKET (A), AT to 10570(UC) to 40920( EK) o BRACKET EER AT and higher(UC) and higher(J 3) and higher(EK)
Oo BRACKET (B), AT to 10570(UC to 40920( EK o BRACKET (LOWER), AT and are) and higher o PLATE, SW o LABEL (A), SW s PAD (C), SIDE o PLATE, SHIELD ES and higher(EK)
B ) ) LO UC EK
o PLATE, SHIELD IE and higher(UC) and higher(J) and higher(EK)
DXC-325 (UC) DXC-325P(EK)
CHASSIS(2) BLOCK | | CHASSIS (2) BLOCK
CHASSIS(2) BLOCK
D-i1 DXC - 325(UC) DXC - 325P(EK)
D-4. PACKING MATERIAL AND ACCESSORIES
No.
1
Wh
Parts No.
3-699-158-01 3-699-159-01 3-699-160-01 3-699-161-01 3-699-162-01 3-701-630-01 3-786-608~11
SP Description
CARTON, INDIVIDUAL DXC-325K( CARTON, INDIVIDUAL DXC-325PK CARTON, INDIVIDUAL DXC~325L( CARTON, INDIVIDUAL DXC-325PL CUSHION BAG, POLY MANUAL, INSTRUCTION
aS my me
mwmoooocoad
CCQ-2BRS
VCT-12 (For UC)
D-13
No.
NR
Bw
Parts No.
3-699-154-01 3-699-155-01 3-699-156-01 3-699-157-01 3-701-630-01 3-786-608-01 3-786-608-31 3-786-608-41 3-786-608-51
SP
mwunuununooodad
Description
CUSHION (REAR) CARTON, INDIVIDUAL DXC-325PH(EK) CARTON, INDIVIDUAL DXC-325H(J,UC) CUTION (FRONT) BAG, POLY MANUAL, INSTRUCTION( MANUAL, INSTRUCTION( MANUAL, INSTRUCTION( MANUAL, INSTRUCTION(
J,UC) UC EK EK
U ) ) )
D-14
D-5. ELECTRICAL PARTS
Part No.
CAPACITOR, CHIP TANTALUM
O.luF - 47uF +-10%/+-20% 6.
1-135-070-00 1-135-071-21 1-135-072-21 1-135-073-00 1-135-083-00
1-135-074-21 1-135-087-21 1-135-075-21 1-135-091-21 1-135-076-21
1-135-084-21 1-135-077-21 1-135-088-21 1-135-078-21 1-135-092-21
1-135-079-21 1-135-096-21 1-135-085-21 1-135-100-21 1-135-089-21
1-135-093-21 1-135-097-21 1-135-101-21 1-135-098-21
DXC-325P (EK)
nNnNununnn nAunNunwY nunnun nyuNnunnn
nunn
CAP, CAP, CAP, CAP, CAP,
CAP, CAP, CAP, CAP, CAP,
CAP, CAP, CAP, CAP, CAP,
CAP, CAP, CAP, CAP, CAP,
CAP , CAP , CAP, CAP ,
CHIP CHIP CHIP CHIP CHIP
CHIP CHIP CHIP CHIP CHIP
CHIP CHIP CHIP CHIP CHIP
CHIP CHIP CHIP CHIP CHIP
CHIP CHIP CHIP CHIP
SP Description
3V/10V/16V/20V/25V/35V
TANTALUM TANTALUM TANTALUM TANTALUM TANTALUM
TANTALUM TANTALUM TANTALUM TANTALUM TANTALUM
TANTALUM TANTALUM TANTALUM TANTALUM TANTALUM
TANTALUM TANTALUM TANTALUM TANTALUM TANTALUM
TANTALUM TANTALUM TANTALUM TANTALUM
0.
rPrOOo ooO00 oo
WNDMR Re WwWNMMuWMn
1 15 20d «33 47
-47 .68 .68
COON Ww
10% 10% 10% 10% 10%
10% 10% 10% 10% 10%
10% 10% 10% 10% 10%
10% 10% 10% 10% 10%
10% 10%
35V 35V 35V 35V 25V
35V 20V 35V 16V 35V
25V 35V 20V 35V 16V
35V 10V 25V 6.3 20V
16V 10V
V
10% 6.3V 10% 6.3V
Part No. SP Description
CAPACITOR, CHIP CERAMIC
lpF - 4pF CH +-0.25pF SOV 6pF - 8pF CH +-0.5pF 50V 10pF - 1000pF CH +-5% SOV 1500pF - 6800pF B +-10% 5O0V O.OluF - 0.015uF B +-10% SOV 0.033uF - 0.047uF F +80/-20% 50V 0.068uF - O.1luF F +80/-20% 25V
1-163-083-00 s CAP, CHIP CERAMIC ipF +-0.25pF 5 1-163-085-00 s CAP, CHIP CERAMIC 2pF +-0.25pF 5 1-163-087-00 s CAP, CHIP CERAMIC 4pF +-0.25pF 5 1-163-089-00 s CAP, CHIP CERAMIC 6pF +-0.5pF 50 1-163-091-00 s CAP, CHIP CERAMIC 8pF +-0.5pF 50
1-163-093-00 s CAP, CHIP CERAMIC 10pF 5% SOV 1-163-097-00 s CAP, CHIP CERAMIC 15pF 5% 50V 1-163-101-00 s CAP, CHIP CERAMIC 22pF 5% 50V 1-163-105-00 s CAP, CHIP CERAMIC 33pF 5% SOV 1-163-109-00 s CAP, CHIP CERAMIC 47pF 5% 50V
1-163-113-00 s CAP, CHIP CERAMIC 68pF 5% 50V 1-163-117-00 s CAP, CHIP CERAMIC 100pF 5% 50V 1-163-121-00 s CAP, CHIP CERAMIC 150pF 5% SOV 1-163-125-00 s CAP, CHIP CERAMIC 220pF 5% SOV 1-163-129-00 s CAP, CHIP CERAMIC 330pF 5% 50V
1-163-133-00 s CAP, CHIP CERAMIC 470pF 5% 50V 1-163-137-00 s CAP, CHIP CERAMIC 680pF 5% SOV 1-163-141-00 s CAP, CHIP CERAMIC 1000pF 5% 50V 1-163-145-00 s CAP, CHIP CERAMIC 1500pF 10% SOV 1-163-013-00 s CAP, CHIP CERAMIC 2200pF 10% SOV
1-163-015-00 s CAP, CHIP CERAMIC 3300pF 10% 50V 1-163-017-00 s CAP, CHIP CERAMIC 4700pF 10% 50V 1-163-019-00 s CAP, CHIP CERAMIC 6800pF 10% 50V 1-163-021-00 s CAP, CHIP CERAMIC 0.01 10% Sov 1-163-023-00 s CAP, CHIP CERAMIC 0.015 10% 50V
1-163-034-00 s CAP, CHIP CERAMIC 0.033 50V 1-163-035-00 s CAP, CHIP CERAMIC 0.047 50V 1-163-036-00 s CAP, CHIP CERAMIC 0.068 50V 1-163-038-00 s CAP, CHIP CERAMIC 0.1 50V
Part No.
RESISTOR, CHIP
1/10W
SP Description
O - 3.3M (E12) +-5% 1/10W
1-216-295-00 1-216-298-00 1-216-302-00 1-216-304-00 1-216-306-00
1-216-308-00 1-216-309-00 1-216-311-00 1-216-313-00 1-216-001-00
1-216-003-00 1-216-005-00 1-216-007-00 1-216-009-00 1-216-011-00
1-216-013-00 1-216-015-00 1-216-017-00 1-216-019-00 1-216-021-00
1-216-023-00 1-216-025-00 1-216-027-00 1-216-029-00 1-216-031-00
1-216-033-00 1-216-035-00 1-216-037-00 1-216-039-00 1-216-041-00
1-216-043-00 1-216-045-00 1-216-047-00 1-216-049-00 1-216-051-00
1-216-053-00 1-216-055-00 1-216-057-00 1-216-059-00 1-216-061-00
1-216-063-00 1-216-065-00 1-216-067-00 1~216-069-00 1-216-071-00
1-216-073-00 1~-216-075-00 1-216-077-00 1-216-079-00 1-216-081-00
“wnNunununyn “nnunnn wunnunnyn “nAunuNnruyn unnunn “vyvunnn “rninunyn “vnnnunn yunnunn
nnrununn
RES, RES, RES, RES, RES,
RES, RES, RES, RES, RES,
RES, RES, RES, RES, RES,
RES, RES, RES, RES, RES,
RES, RES, RES, RES, RES,
RES, RES, RES, RES, RES,
RES, RES, RES, RES, RES,
RES, RES, RES, RES, RES,
RES, RES, RES, RES, RES,
RES, RES, RES, RES, RES,
CHIP CHIP CHIP CHIP CHIP
CHIP CHIP CHIP CHIP CHIP
CHIP CHIP CHIP CHIP CHIP
CHIP CHIP CHIP CHIP CHIP
CHIP CHIP CHIP CHIP CHIP
CHIP CHIP CHIP CHIP CHIP
CHIP CHIP CHIP CHIP CHIP
CHIP CHIP CHIP CHIP CHIP
CHIP CHIP CHIP CHIP CHIP
CHIP CHIP CHIP CHIP CHIP
WOWwWn ry
NOA™
470
560 680 820 1k
5k 8k .2k .7k 3k WNRNMR Fe
9k 7k 6k .8k 2k WOMuIHpw
10k 12k 15k 18k 22k
5% 5% 5%
5%
5% 5% 5% 5% 5%
5% 5% 5% 5% 5%
5% 5% 5% 5% 5%
5% 5% 5% 5% 5%
5% 5% 5% 5% 5%
5% 5% 5% 5% 5%
5% 5% 5% 5% 5%
5%
5%
5% 5% 5% 5%
1/10W 1/10W 1/10W 1/10W 1/10W
1/10W 1/10W 1/10W 1/10W 1/10W
1/10W 1/10W 1/10W 1/10W 1/10W
1/10W 1/10W 1/10W 1/10W 1/10W
1/10W 1/10W 1/10W 1/10W 1/10W
1/10W 1/10W 1/10W 1/10W 1/10W
1/10W 1/10W 1/10W 1/10W 1/10W
1/10W 1/10W 1/10W 1/10W 1/10W
1/10W 1/10W 1/10W 1/10W 1/10W
1/10W 1/10W 1/10W 1/10W 1/10W
Part No.
1-216-083-00 1-216-085-00 1-216-087-00 1-216-089-00 1-216-091-00
1-216-093-00 1-216-095-00 1-216-097-00 1-216-099-00 1-216-101-00
1-216-103-00 1-216-105-00 1-216-107-00 1-216-109-00 1-216-111-00
1-216-113-00 1-216-115-00 1-216-117-00 1-216-119-00 1-216-121-00
1-216-123-00 1-216-125-00 1-216-127-00 1-216-129-00 1-216-131-00
1-216-133-00
sP
nnunyn “nnunuyn wv “Vununn unnunwn
nununnn
Description
RES, RES, RES, RES, RES,
CHIP CHIP CHIP CHIP CHIP
RES, RES, RES, RES, RES,
CHIP CHIP CHIP CHIP CHIP
RES, RES, RES, RES, RES,
CHIP CHIP CHIP CHIP CHIP
RES, RES, RES, RES, RES,
CHIP CHIP CHIP CHIP CHIP
RES, RES, RES, RES, RES,
CHIP CHIP CHIP CHIP CHIP
RES, CHIP
27k 33k 39k 47k 56k
68k 82k 100k 120k 150k
180k 220k 270k 330k 390k
470k 560k 680k 820k
.2M 5M .8M .2M .7M
w MRR r Ee .3M
5%
5% 5%
5% 5% 5% 5% 5%
5% 5% 5% 5% 5%
5% 5% 5% 5% 5%
5%
1/10W 1/10W 1/10W 1/10W 1/10W
1/10W 1/10W 1/10W 1/10W 1/10W
1/10W 1/10W 1/10W 1/10W 1/10W
1/10W 1/10W 1/10W 1/10W 1/10W
1/10W 1/10W 1/10W 1/10W 1/10W
1/10W
DXC~325P (EK)
j i
Ref. No. Part No.
AT-53 BOARD
A-7513-837-A
Cl 1-124-638-11 C8 1-135-159-21 C10 1-135-155-21 C11 1-135-155-21 C13 1-124-234-00
C14 1-126-153-11 C15 1-131-365-00 C16 1-135-125-21 C17 1-131-365-00 C18 1-123-661-00
C20 1-135-155-21 C21 1-124-638-11 C22 1-131-365-00 C24 1-124-638-11 C25 1-124-638-11
C26 1-135-155-21 C27 1-135-155-21 C28 1-131-375-00 C29 1-131-375-00 C32 1-124-255-00
C33 1-124-589-11 C34 1-124-638-11 C35 1-123-611-00 C36 1-123-611-00 C37 1-130-489-00
C38 1-164-161-11
C39 1-123-611-00 C41 1-124-638-11 C42 1-131-365-00 C43 1-126-157-11
C44 1-124-638-11 c45 1-124-638-11 C53 1-126-153-11 C54 1-126-153-11 C60 1-131-379-00
C65 1-126-157-11 C66 1-125-443-11 C67 1-135-091-00
CNI 1-566-512-11 CN2 1-565-210-11 CN3 1-506-485-11 CN4 1-506-468-11
DXC-325P(EK)
SP Description
MOUNTED CIRCUIT BOARD "AT-53"
ELECT 22uF 20% 10V TANTAL, CHIP 1OMF 20% 16V TANTAL, CHIP 4.7MF 20% 10V TANTAL, CHIP 4.7MF 20% 1OV ELECT 22uF 20% 16V
ELECT 22uF 20% 6.3V TANTALUM 10uF 10% 20V TANTALUM, CHIP 33uF 20% 10V TANTALUM 10uF 10% 20V ELECT 100uF 20% 6.3V
TANTAL, CHIP 4.7MF 20% 10V ELECT 22uF 20% 10V TANTALUM 10uF 10% 20V ELECT 22uF 20% 10V ELECT 22uF 20% 10V
TANTAL, CHIP 4.7MF 20% 10V TANTAL, CHIP 4.7MF 20% 10V TANTALUM 4.7uF 10% 10V TANTALUM 4.7uF 10% 10V ELECT luF 20% SOV
ELECT 47uF 20% 16V ELECT 22uF 20% 10V ELECT luF 20% 50V ELECT luF 20% 50V MYLAR 0.033uF 5% 50V
CERAMIC, CHIP 0.0022MF 10% 50V
ELECT luF 20% 50V ELECT 22uF 20% 10V TANTALUM 10uF 10% 20V ELECT 10uF 20% 16V
ELECT 22uF 20% 10V ELECT 22uF 20% 10V ELECT 22uF 20% 6.3V ELECT 22uF 20% 6.3V TANTALUM 22uF 10% 10V
ELECT 10 20% 16V s DOUBLE LAYERS 0.047F 5.5V
TANTALUN, CHIP luF 10% 16V
CONNECTOR, FPC (ZIF) 12P CONNECTOR, FPC (ZIF) 30P CONNECTOR, 6P, MALE CONNECTOR, 3P, MALE
Ref.
D1 D2 D3 D4 DS
D6 07 D8 09 D10
Dil D1i2 D13 D14 016
D18 B19 D20 D21 D22
D23 D24 025 D26 027
IC] 1C2 13 1¢4 1c5
1c6 1Cc7 1¢c8 1c9 1¢10
Icll 1C12 1C13 1¢14 1c15
1C16 1C17 1€18 1C19 1C20 1C21
Part No.
8-719-100-03 8-719-100-03 8-719-100-03 8-719-100-03 8-719-100-05
8-719-101-23 8-719-100-05 8-719-100-05 8-719-100-05 8-719-100-05
8-719-100-05 8-719-100-03 8-719-105-93 8-719-100-03 8-719-100-05
8-719-101-23 8-719-100-03 8-719-100-05 8-719-100-05 8-719-100-03
8-719-100-05 8-719-100-03 8-719-100-05 8-719-100-03 8-719-100-05
8-759-103-25 8-759-101-12 8-759-700-07 8-759-906-54 8-759-208-11
8-759-908-17 8-759-906-54 8-759-200-82 8-759-303-31 8-759-208-07
8-759-208-07 8-759-906-54 8-759-906-54 8-759-906-54 8-759-208-11
8-759-400~89 8-759-200-67 8-759-200-82 8-759-208-11 8-759-209-90 8-759-209-15
Description
182835 1$2835 182835 182835 182837
1SS123 182837 182837 182837 182837
182837 182835 RDS.6M-B1 182835 182837
18S$123 182835 182837 182837 182835
182837 182835 182837 182835 182837
UPD4053BG: NEC UPC311G2: NEC NJM2903M: JRC TLO64CNS: TOSHIBA TC4053BFHB: TOSHIBA
TLO82CPS: TI TLOG4CNS: TI TC4069UBF: TOSHIBA HD44860B42: HITACHI TC4051BFHB: TOSHIBA
TC4051BFHB: TOSHIBA TLOG4CNS: TI TLOG4CNS: TI TLO6G4CNS: TI TC4053BFHB: TOSHIBA
MN1237AD: MATSUSHITA TC4001BF: TOSHIBA TC4069UBF: TOSHIBA TC4053BFHB: TOSHIBA TC4S71F: TOSHIBA TC4SU6B9F: TOSHIBA
Ser.No. 42081 and higher
Ref.
Ll
Q20
Q27 Q28 Q29 Q30 Q31
Q32 Q33 Q34 Q35 Q36
R161
RB1
RV1 RV2 RV3 RV4 RV5
RV6
Sl S2 $3 $4 $5
S6 $7 $8 s9
X1
Part No.
1-408-789-21
8-729-100-66 8-729-402-19 8-729-402-19 8-729-100-66 8-729-402-16
8-729-402-16 8-729-109-41 8-729-100-66 8-729-100-66 8-729-100-66
8-729-102-65 8-729-102-65 8-729-100-75 8-729-100-66 8-729-100-66
8-729-100-66 8-729-100-75 8-729-100-75 8-729-100-75 8-729-100-66
8-729-100-66 8-729-100-66 8-729-100-66 8-729-100-66 8-729-100-66
1-216-748-11
1-231-387-00
1-237-603-11 1-237-606-11 1-237-603-11 1-237-609-11 1-237-518-21
1-237-518-21
1-553-510-00 1-570-865-11 1-570-865-11 1-570-865-11 1-570-865-11
1-554-303-21 1-554-364-00 1-571-678-11 1-553-510-00
1-527-532-00
SP
Ss
Description
CHIP 100uH
2SC€1623-L6 XN6501 XN6501 2S8C1623-L6 XN4608
XN4608 2SK94-X1 2SC1623-L6 2SC1623-L6 2S8C1623-L6
28C€2757-T32 28€2757-132 2SA812-M5 2SC1623-L6 28C€1623-L6
28C1623-L6 2SA812-M5 2SA812-M5 2SA812-M5 2SC1623-L6
2SC1623-L6 2SC1623-L6 2SC1623-L6 2SC1623-L6 2S8C1623-L6
METAL, CHIP 39K 1% 1/10W
RESISTOR BLOCK
METAL METAL METAL METAL METAL
2.2K 22K 2.2K 220K 10K
METAL 10K
SWITCH, SWITCH, SWITCH, SWITCH, SWITCH,
SLIDE SLIDE SLIDE SLIDE SLIDE
SWITCH, SWITCH, SWITCH, SWITCH,
KEY BOARD SLIDE ROTARY SLIDE
OSCILLATOR, CERAMIC
Ref. No. Part No.
BC-15 BOARD
A-7513-834-A
Cl 1-124-120-11 C2 1-126-176-11
CN1 1-566-257-11
CN2 1-566-257-11
CNS 1-562-156-11 1-564-026-00
CN6 1-562-152-11 1-564-026-00
CN7 1-562-738-11
CN8 1-562-735-1] 1-564-026-00
CN21 1-562-148-11
CN-242 BOARD
A-7513-836-A
c4 1-135-125-21 c15 1-135-159-21
CN1 1-563-688-21
CN2 1-563-686-21
CN3 1-565-160-11 CN4 1-565-150-11 CN5 1-565-160-11
CN6 1-565-151-11 CN7 1-565-160-11 CN8 1-565-150-11
Di 8-719-100-05 D2 8-719-100-05 03 8-719-100-05
ici 8-759-204-96 1c2 8-759-204-96
SP
Ss
Description
MOUNTED CIRCUIT BOARD “BC-15"
ELECT 220uF 20% 25V ELECT 220uF 20% 10V
CONNECTOR, BOARD TO BOARD 11P
CONNECTOR, BOARD TO BOARD 11P
HOUSING, CONTACT, HOUSING, CONTACT, HOUSING,
CONNECTOR 11P FEMALE, AWG24-30 CONNECTOR 7P FEMALE, AWG24-30 CONNECTOR 5P
HOUSING, CONNECTOR 2P CONTACT, FEMALE, AWG24-30 HOUSING 3P
MOUNTED CIRCUIT BOARD "CN-242"
TANTALUM, CHIP 33uF 20% 10V TANTAL, CHIP 10MF 20% 16V
CONNECTOR, BOARD TO BOARD 15P
CONNECTOR, BOARD TO BOARD 13P
(ANGLE) 13P (ANGLE) 3P (ANGLE) 13P
PIN, CONNECTOR PIN, CONNECTOR PIN, CONNECTOR
PIN, PIN, PIN,
4p 13P 3P
CONNECTOR ( ) CONNECTOR (ANGLE) CONNECTOR ( )
182837 182837 182837
TC74HCO4F: TOSHIBA TC74HCO4F: TOSHIBA
DXC-325P(EK)
Ref. No. Part No.
DR-68 BOARD
A-7513-835-A
A-7513-997-A
Cl 1-135-159-21 c4 1-135-091-00 c5 1-135-091-00 C7 1-135-091-00 C8 1-135-091-00
C9 1-135-091-00 C10 1-135-091-00 Cll 1-135-091-00 C13 1-135-091-00 C14 1-135-091-00
C22 1-163-119-00 C23 1-135-138-11 C24 1-135-159-21 C29 1-135-159-21 C35 1-135-091-00
C36 1-135-091-00 C37 1-135-091-00 C38 1-135-091-00 C39 1-135-091-00 c40 1-135-091-00
c41 1-135-091-00 C42 1-135-091-00
CNL 1-566-257-11
CN2 1-566-277-21
CN3 1-566-275-21
CN4 1-566-258-11
Dl 8-719-101-23 D2 8-719-420-24 D3 8-719-420-23 D4 8-719-420-24 D5 8-719-420-23
D6 8-719-100-03 D7 8-719-100-03 D8 8-719-100-03 D9 8-719-100-03 Dil 8-719-100-03 D12 8-719-100-03
DxXC-325P (EK)
SP
ie}
ie)
nunrunun
nvranaununn
Description
MOUNTED CIRCUIT BOARD
“DR-68" Ser.No 10001 ~ 11720 (uc)
30001 ~ 30840 (J) 40001 ~ 42530 (EK)
MOUNTED CIRCUIT BOARD “DR-68"
Ser.No 11721 ~ (UC) 30841 ~ (J)
42531 ~ (EK)
TANTAL, CHIP 1OMF 20% 16V TANTALUN, CHIP luF 20% 16V TANTALUN, CHIP luF 20% 16V TANTALUN, CHIP luF 20% 16V TANTALUN, CHIP luF 20% 16V
TANTALUN, CHIP luF 20% 16V TANTALUN, CHIP luF 20% 16V TANTALUN, CHIP luF 20% 16V TANTALUN, CHIP luF 20% 16V TANTALUN, CHIP luF 20% 16V
CERAMIC, CHIP 120PF 5% SOV TANTAL, CHIP 10MF 20% 20V TANTAL, CHIP 1OMF 20% 16V TANTAL, CHIP 10MF 20% 10V TANTALUN, CHIP luF 20% 16V
TANTALUN, CHIP luF 20% 16V TANTALUN, CHIP luF 20% 16V TANTALUN, CHIP luF 20% 16V TANTALUN, CHIP luF 20% 16V TANTALUN, CHIP luF 20% 16V
TANTALUN, CHIP luF 20% 16V TANTALUN, CHIP luF 20% 16V
CONNECTOR, BOARD TO BOARD
CONNECTOR, BOARD TO BOARD
CONNECTOR, BOARD TO BOARD.
CONNECTOR, BOARD TO BOARD
1SS123 MA123 MA122 MA123 MA122
182835 182835 182835 182835 182835 182835
Ref. No.
Icl 1c2 1¢3 1¢c4 1¢c5
Ll L2 L3
RV1 RV2 RV3 RV4
Part No.
8-759-205-00 8-759-204-98 8-759-100-95 8-752-031-03 8-752-031-03
1-408-783-00 1-408-797-11 1-408-783-00
8-729-104-06 8-729-100-66 8-729-216-22 8-729-216-22 8-729-100-66
8-729-100-66 8-729-100-66 8-729-100-66 8-729-100-66 8-729-100-66
8-729-216-22 8-729-112-65 8-729-110-67 8-729-100-66
1-216-677-11 1-216-686-11 1-216-649-11 1-216-635-11
1-230-873-11 1-230-873-11 1-230-873-11 1-230-867-11
Description
TC74HC14F: TOSHIBA TC74HCOBF: TOSHIBA UPC324G2: NEC CXA1065M: SONY CXA1065M: SONY
CHIP 33uH CHIP 470uH CHIP 33H
2SD999-CK 25C1623-L6 2SA812-M5 2SA812-M5 2SC1623-L6
2SC1623-L6 2SC1623-L6 2SC1623-L6 2SC1623-L6 28C1623-L6
2SA812-M5 2SA1462 NTM2369 28C1623-L6
METAL, CHIP 12K 0.5% 1/10W METAL, CHIP 30K 0.5% 1/10W METAL, CHIP 820 0.5% 1/10W METAL, CHIP 220 0.5% 1/10W
METAL 47K METAL 47K METAL 47K METAL 1K
Ref. Part No.
ES-1 BOARD
A-7513-843-A
Cl 1-124-589-11 C2 1-126-154-11 C3 1-135-159-21 c4 1-135-159-21 c5 1-163-086-00
C6 1-126-157-11 C7 1-163-088-00 C8 1-123-661-00 cg 1-124-584-00 c10 1-126-157-11
C1l 1-135-124-21
C12 1-124-638-11 C13 1-124-638-11 C14 1-124-589-11 C16 1-124-589-11
C18 1-126-157-11 C19 1-163-090-00 C20 1-124-638-11 C21 1-126-157-11 C22 1-126-157-11
C23 1-123-661-00 c24 1-124-589-11 C26 1-124-638-11 C28 1-124-234-00 C30 1-126-176-11
C34 1-135-159-21 C36 1-135-159-21 C37 1-123-661-00 C38 1-163-099-00 C39 1-135-124-21
C42 1-131-381-00 c44 1-126-176-11 C46 1-126-157-11 C56 1-135-159-21 C60 1-135-159-21
C6l 1-135-159-21 C63 1-163-245-00 C64 1-163-241-11 C70 1-135-159-21 C203 1-126-157-11
CN1 1-565-780-11
CPL 1-577-183-11
SP
vnununn
ununnn
Description
MOUNTED CIRCUIT BOARD "ES-1"(CM-22, MX-18)
ELECT 47uF 20% 16V ELECT 47uF 20% 6.3V TANTAL, CHIP 10MF 20% 16V TANTAL, CHIP 10MF 20% 16V CERAMIC, CHIP 3PF 50V
ELECT 10uF 20% 16V CERAMIC, CHIP SPF 50V ELECT 100uF 20% 6.3V ELECT 100uF 20% 10V ELECT 10uF 20% 16V
22uF 20% 10V
TANTALUM, CHIP
ELECT 22uF 20% ELECT 22uF 20% ELECT 47uF 20% ELECT 47uF 20%
10V 10V 16V 16V
ELECT 10uF 20% 16V CERAMIC, CHIP 7PF 50V ELECT 22uF 20% 10V ELECT 10uF 20% 16V ELECT 10uF 20% 16V
ELECT ELECT ELECT ELECT ELECT
100uF 20% 6.3V 47uF 20% 16V 22uF 20% 10V 22uF 20% 16V 220uF 20% 10V
TANTAL, CHIP 10MF 20% 16V TANTAL, CHIP 1OMF 20% 16V ELECT 100uF 20% 6.3V CERAMIC, CHIP 18PF 5% SOV TANTALUM, CHIP 22uF 20%
10V
TANTALUM 47uF 10% 10V ELECT 220uF 20% 10V ELECT 10uF 20% 16V TANTAL, CHIP 1OMF 20% 16V TANTAL, CHIP 10MF 20% 16V
TANTAL, CHIP 10MF 20% 16V CERAMIC, CHIP 56PF 5% 50V CERAMIC, CHIP 39PF 5% 50V TANTAL, CHIP 1OMF 20% 16V ELECT 10uF 20% 16V
CONNECTOR, TX(P.L) (PC BOARD )50P
OSCILLATOR, CRYSTAL
D-20
Ref. No.
D1 D2
DLI
FLL
IC] 1C2 1C3 1¢4
1c5 1C6
Ic7 1c8 1c9
1¢10
Ll
L3 L4 L6
L7 L8
L10 L11
L12 L13 L14 L15 L16
Li7 L18 L19 L20 L101 L201
LV1
Part No. SP Description
8-719-100-03 s 152835 8-719-100-03 s 182835 Ser.No. 42081 and higher
1-415-306-00
1-235-181-00
8-759-933-79 8-759-208-11 8-759-204-57 8-759-200-82
1-807-836-11 1-808-513-12
8-759-907-81 8-741-134-00 1-808-514~-11
8-757-930-11
1-408-781-00 1-408-777-00 1-408-781-00 1-408-781-00 1-408-781-00
1-408-781-00 1-408-781-00 1-408-785-21 1-408-781-00 1-408-785-21
1-408-785-21 1-408-783-00 1-408~-785-21 1-408-785-21 1-408-785-21
1-408-785-21 1-408-783-21 1-408-785-21 1-408-785-21 1-408-777-00 1-408-785-21
1-408-844-00
S
“nwunwnun unananya yvunununn
yNNnNNNnNn
340nS
BAND PASS 4.43MHz
UA711CNS: FSC TC4053BFHB: TOSHIBA TC40HO76AF: TOSHIBA TC4Q069UBF: TOSHIBA
IC,SEP: SONY 1B-38: SONY Ser.No 41521 SN74LS221NS: TI BX1340: SONY 1B-37: SONY
CX7930A: SONY
CHIP CHIP CHIP CHIP CHIP
22uH 10uH 22uH 22uH 22uH
CHIP CHIP CHIP CHIP CHIP
22uH 22uH 47uH 22uH 47H
47uH 33H 47uH 47H 47 uH
CHIP CHIP CHIP CHIP CHIP
CHIP CHIP CHIP CHIP CHIP CHIP
47uH 33uH 47uH 47uH 10uH 47uH
22uH
DXC-325P(EK)
Ref. Part No. SP Description Ref. Part No. SP Description
Ql 8-729-402-16 s XN4608 R47 1-216-665-11 s METAL, CHIP 3.9K 0.5% Q2 8-729-402-19 s XN6501 1/10W Q3 8-729-100-75 s 2SA812-M5 R74 1-216-649-11 s METAL, CHIP 820 0.5% 1/10W Q4 8-729-402-19 s XN6501 R78 1-216-643-11 s METAL, CHIP 470 0.5% 1/10W Q5 8-729-402-78 s XN6401 R79 1-216-649-11 s METAL, CHIP 820 0.5% 1/10W
R85 1-216-675-11 s METAL, CHIP 10K 0.5% 1/10W 6 8-729-100-66 s 2SC1623-L6 Q7 8-729-102-65 s 2S8C2757-T32 R87 1-216-677-11 s METAL, CHIP 12K 0.5% 1/10W Q8 8-729-100-75 s 2SA812-M5 R108 1-216-661-11 s METAL, CHIP 2.7K 0.5% Q9 8-729-402-19 s XN6501 1/10W Q10 8-729-100-66 s 2SC1623-L6 R112 1-249-421-11 s CARBON 2.2K 5% 1/4W
R113 1-249-428-11 s CARBON 8.2K 5% 1/4W Qll 8-729-100-66 s 2SC1623-L6 R201 1-249-417-11 s CARBON 1K 5% 1/4W (EK) Ql2 8-729-402-19 s XN6501 Ser No. 40001 to 41520 Q13 8-729-402-19 s XN6501 R202 1-249-429-11 s CARBON 10K 5% 1/4W (EK) Ql4 8-729-100-75 s 2SA812-M5 Ser No. 40001 to 41520 Qis 8-729-100-66 s 2SC1623-L6 Q20 8-729-109-41 s 2SK94-X1
RVI 1-230-523-11 s METAL 10K RV2 1-230-519-11 s METAL 470 RV3 1-238-221-11 s METAL 2.2K
Rl 1-216-651-11 s METAL, CHIP 1K 0.5% 1/10W RV4 1-238-219-11 s METAL 470 R2 1-216-651-11 s METAL, CHIP 1K 0.5% 1/10W RV6 1-230-522-11 s METAL 4.7K R4 1-216-677-11 s METAL, CHIP 12K 0.5% 1/10W R6 1-216-659-11 s METAL, CHIP 2.2K 0.5% RV7 1-230-521-11 s METAL 2.2K
1/10W R7 1-216-668-11 s METAL, CHIP 5.1K 0.5%
1/10W
R8 1-216-683-11 s METAL, CHIP 22K 0.5% 1/10W R9 1-216-667-11 s METAL, CHIP 4.7K 0.5% / CM-22 BOARD
1/10W R10 1-216-677-11 s METAL, CHIP 12K 0.5% 1/10W A-7513-845-A o MOUNTED CIRCUIT BOARD R11 1-216-644-11 s METAL, CHIP 510 0.5% 1/10W "CM-22"
R12 1-218-254-11 s METAL CHIP 2.55K PNT W
R13 1-218-259-11 s METAL CHIP 13.7K camer C2 1-135-124-21 s TANTALUM, CHIP 22uF 20% W 10V
R14 1-216-651-11 s METAL, CHIP 1K 0.5% 1/10W c5 1-135-124-21 s TANTALUM, CHIP 22uF 20% R15 1-216-651-11 s METAL, CHIP 1K 0.5% 1/10W 10V R17 1-216-658-11 s METAL, CHIP 2K 0.5% 1/10W C7 1-163-114-00 s CERAMIC, CHIP 75PF 5% SOV
cg 1-163-114-00 s CERAMIC, CHIP 75PF 5% 50V R21 1-216-624-11 s METAL, CHIP 75 0.5% 1/10W R22 1-216-624-11 s METAL, CHIP 75 0.5% 1/10W R26 1-218-254-11 s METAL CHIP 2.55K 0.50%
1/10W CN1 1-564-549-11 0 PIN, BOARD TO BOARD 10P R27 1-218-257-11 s METAL CHIP 4.99K 0.50%
1/10W R30 1-216-655-11 s METAL, CHIP 1.5K 0.5%
1/10W =IC1 8-759-906-59 s CX22017: SONY
R31 1-216-655-11 s METAL, CHIP 1.5K 0.5% 1/10W
R33 1-216-658-11 s METAL, CHIP 2K 0.5% 1/10W Ql 8-729-100-66 s 25C1623-L6 R37 1-216-658-11 s METAL, CHIP 2k 0.5% 1/10W Q2 8-729-100-66 s 25C1623-L6 R44 1-216-651-11 s METAL, CHIP 1K 0.5% 1/10W Q3 8-729-100-66 s 2SC1623-L6 R45 1-216-651-11 s METAL, CHIP 1K 0.5% 1/10W
R2 1-216-637-11 s METAL, CHIP 270 05% 1/10W R3 1-216-683-11 s METAL, CHIP 22K 0.5% 1/1WW R4 1-216-677-11 s METAL, CHIP 12K 0.5% 1/10W R8 1-216-637-11 s METAL, CHIP 270 0.5% 1/10W R9 1-216-683-11 s METAL, CHIP 22K 05% 1/10W
R10 1-216-677-11 s METAL, CHIP 12K 05% 1/1 Rll 1-216-644-11 s METAL, CHIP 510 05% 1/10W
DXC-325P( EK) D-21
Ref. No. Part No. SP
MX-18 BOARD
A-7513-844-A o
Cl 1-163-090-00 s C3 1-163-099-00 s Cll 1-135-124-21 s
CN1 1-566-093-11 0 CN2 1-506-592-11 0
Ll 1-408-795-21 s L2 1-408-795-21 s
Ql 8-729-403-31 s Q2 8-729-402-16 s Q3 8-729-402-19 s Q4 8-729-100-66 s Q5 8-729-402-78 s
Q6 8-729-402-19 s Q7 8-729-100-66 s Q8 8-729-100-75 s Q9 8-729-402-78 s
Rl 1-218-254-11 s R2 1-218-257-11 s R3 1-218-259-11 s R6 1-216-659-11 s R7 1-216-675-11 s
R8 1-216-665-11 s R12 1-218-254-11 s R13 1-218-259-11 s R14 1-216-651-11 s R15 1-216-651-11 s
R17 1-216-658-11 s Rel 1-216-658-11 s R26 1-218-254-11 s R27 1-218-257-11 s R30 1-216-655-11 s
R31 1-216-655-11 s R33 1-216-658-11 s R37 1-216-658-11 s
RV1 1-238-220-11 s RV2 1-228-394-00 s RV3 1-238-221-11 s RV4 1-238-219-11 s
Description
MOUNTED CIRCUIT BOARD "MX-18"
CERAMIC, CHIP 7PF 50V CERAMIC, CHIP 18PF 5% SOV TANTALUM, CHIP 22uF 20% 10V
PIN, BOARD TO BOARD 8P CONNECOTR, 4P
CHIP 330QuH CHIP 330uH
XN6435 XN4608 XN6501 2SC1623-L6 XN6401
XN6501 28C1623-L6 2SA812-M5 XN6401
METAL CHIP 2.55K 0.50% 1/10W METAL CHIP 4.99K 0.50% 1/10W METAL CHIP 13.7K 0.50% 1/10W METAL, CHIP 2.2K 0.5% 1/10W METAL, CHIP 10K 0.5% 1/10W
METAL, CHIP 3.9K 0.5% 1/10W METAL CHIP 2.55K 0.50% 1/10W
0.50% 1/10W METAL CHIP 13.7K METAL, CHIP 1K 0.5% 1/10W METAL, CHIP 1K 0.5% 1/10W
METAL, CHIP 2K 0.5% 1/10W METAL, CHIP 2K 0.5% 1/10W METAL CHIP 2.55K METAL CHIP 4.99K METAL, CHIP 1.5K 0.5% 1/10W
METAL, CHIP 1.5K 0.5% 1/10W METAL, CHIP 2K 0.5% 1/10W METAL, CHIP 2K 0.5% 1/10W
METAL 1K METAL 4.7K METAL 2.2K METAL 470
D-22
0.50% 1/10W 0.50% 1/10W
Ref. No. Part No. SP
IE-23 BOARD
A-7513-854-A 0
c2 1-131-361-00 s C3 1-126-154-11 5s C7 1-163-098-00 s c9 1-124-589-11 s C16 1-124-589-11 s
C18 1-123-661-00 s C19 1-126-096-11 s C21 1-163-102-00 s c€24 1-126-154-11 s C25 1-124-589-11 s
C26 1-131-377-00 s C32 1-131-365-00 s C33 1-126-096-11 s C35 1-126-096-11 s C36 1-126-096-11 s
C37 1-126-096-11 s c40 1-124-589-11 s C42 1-126-176-11 s C43 1-124-120-11 s C44 1-124-638-11 s
C46 1-124-229-00 s c49 1-131-361-00 s C51 1-124-638-11 s c52 1-124-638-11 s C53 1-124-638-11 s
CN1 1-566-268-21 0
CN2 1-566-274-21 0
01 8-719-105-28 s D2 8-719-100-05 s
1cl 8-759-420-12 s 1c2 8-758-150-00 s 1c3 8-759-209-15 s
1 1-408-422-00 s L4 1-410-470-11 s L5 1-408-413-00 s L7 1-410-470-11 s L8 1-410-470-11 s
LQ 1-408-413-00 s
L10 1-408-413-00 s Lil 1-408-425-00 s L12 1-408-429-00 s
Description
MOUNTED CIRCUIT BOARD nape
TANTALUM 2.2MF 10% 20V ELECT 47uF 20% 6.3V CERAMIC, CHIP 16PF 5% SOV ELECT 47uF 20% 16V ELECT 47uF 20% 16V
ELECT 100uF 20% 6.3V ELECT 1lOuF 20% 25V CERAMIC, CHIP 24PF 5% 50V ELECT 47uF 20% 6.3V ELECT 47uF 20% 16V
TANTALUM 10uF 10% 10V TANTALUM 10uF 10% 20V ELECT 10uF 20% 25V ELECT 10uF 20% 25V ELECT 1l0uF 20% 25V
lOuF 20% 25V 47uF 20% 16V 220uF 20% 10V 220uF 20% 25V
ELECT 22uF 20% 10V
ELECT 33uF 20% TANTALUM 2.2MF ELECT 22uF 20% ELECT 22uF 20% ELECT 22uF 20%
ELECT ELECT ELECT ELECT
1OV 10% 20V 10V 10V 10V
CONNECTOR, BOARD TO BOARD 6P
CONNECTOR, BOARD TO BOARD 12P
RD2.4M-B 182837
MN3801: MATHUSHITA CX815: SONY TC4SU69F: TOSHIBA
120uH 10uH 22uH 10uH 10uH
22uH
Ser.No 40001 ~ 42080 22uH 220uH 470uH
DXC-325P(EK)
Ref. No.
Q17
Q18 Q19 Q20 Q21 Q22
Q23 Q24 Q25 Q27 Q28
Q29
Q31 Q32 Q33
Q34 Q35 Q36 Q37 Q38
Q39
041 Q42 043 044
R6 R13
RV1 RV2 RV3 RV4 RV5 RV6
Sl
Part No.
8-729-100-66 8-729-100-66 8-729-100-66 8-729-100-75 8-729-100-75
8-729-100-66 8-729-100-75 8-729-100-75 8-729-100-75 8-729-122-63
8-729-100-66 8-729-122-63 8-729-102-65 8-729-102-65 8-729-102-65
8-729-100-66 8-729-100-66 8-729-100-66 8-729-100-66 8-729-100-66
8-729-109-41 8-729-100-66 8-729-100-66 8-729-100-75 8-729-100-66
8-729-100-66 8-729-100-66 8-729-122-63 8-729-100-66 8-729-100-66
8-729-122-63 8-729-100-75 8-729-122-63 8-729-100-75 8-729-100-75
8-729-100-66 8-729-100-75 8-729-100-66 8-729-100-75 8-729-100-75 8-729-100-75
1-216-748-11 1-216-748-11
1-226-773-11 1-226-772-11 1-228-519-00 1-226-772-11 1-228-395-00 1-226-702-00
1-553-977-00
DXC-325P (EK)
Description
2SC1623-L6 2$C1623-L6 2S8C1623-L6 2SA812-M5 2SA812-M5
2SC1623-L6 2SA812-M5 2SA812-M5 2SA812-M5 2SA1226-E3
2SC1623-L6 2SA1226-E3 28C2757-T32 28C2757-T32 28€2757-T32
28C1623-L6 28C1623-L6 2S€1623-L6 2SC1623-L6 2SC1623-L6
2SK94-X1 2S8C1623-L6 28C1623-L6 2SA812-M5 2SC1623-L6
2SC1623-L6 2SC1623-L6 2SA1226-E4 2SC1623-L6 2SC1623-L6
2SA1226-E4 2SA812-M5 2SA1226-E4 2SA812-M5 2SA812-M5
2SC1623-L6 2SA812-M5 2SC1623-L6 2SA812-M5 2SA812-M5 2SA812-M5
RES ,CHIP 39K 5% 1/10W METAL, CHIP 39K 1% 1/10W
22K 4.7K 2.2K 4.7K 10K 2.2K
METAL METAL METAL METAL METAL METAL
SWITCH, SLIDE
Ref. No. Part No.
MB-190 BOARD
Cl C3 C7 c8
CN1
CN2
CN3 CN4 CN5
CN6
CN7
CN8 CN9
CN10
CN11 CN13
CN14 CN15 CN16
CN17
CN18 CN19 CN2] CN22
D1 De D3
1C1 1Cc2 103
Ll L2 L3
PUl
A-7513-838-A
1-124-584-00 1-124-148-00 1-124-148-00 1-124-148-00
1-565-781-11
1-565-781-11
1-566-579-11 1-566-512-11 1-506-490-21
1-506-471-11
SP
ie}
ie}
ie}
Description
MOUNTED CIRCUIT BOARD "MB-190"
ELECT 100uF 20% 10V ELECT 100uF 20% 25V ELECT 100uF 20% 25v ELECT 100uF 20% 25V
CONNECTOR, TX(S.S) (PC BOARD )50P
CONNECTOR,TX(S.S) (PC BOARD )50P
CONNECTOR, MULTI 50P CONNECTOR, FPC (ZIF) 12P PIN, CONNECTOR 11P
CONNECTOR, 6P, MALE 1-562-151-11 0 PLUG HOUSING 6P 1-564-026-11 o PLUG CONTACT
1-566-199-11 o PIN, CONNECTOR (PC BOARD) 6P
1-506-467-11 0 CONNECTOR, 2P, MALE 1-506-487-11 0 CONNECTOR, 8P, MALE 1-562-153-11 0 PLUG HOUSING, 8P 1-564-026-00 o PLUG CONTACT
1-560-356-00 o CONNECTOR POST
1-506-468-11 0 CONNECTOR, 3P, 1-506-487-11 0 CONNECTOR, 8P,
HEADER, ILG (2P)
MALE MALE
1-562-153-11 0 PLUG HOUSING, 8P 1-564-026-00 o PLUG CONTACT
1-506-481-11 0 CONNECTOR, 2P, 1-506-481-11 0 CONNECTOR, 2P, 1-506-481-11 o CONNECTOR, 2P,
1-506-481-11 0 CONNECTOR, 2P,
MALE MALE MALE
MALE 1-562-147-11 o PLUG HOUSING, 2P 1-564-026-00 o PLUG CONTACT
1-506-469-11 1-506-472-11 1-506-482-11 1-565-210-11
8-719-108-13 8-719-108-13 8-719-105-93
8-759-700-07 8-759-209-69 8-759-205-06
1-408-096-00 1-408-096-00 1-408-785-21
1-466-039-11
fe)
0
0
Ss
MALE MALE MALE (Z1F) 30P
CONNECTOR, 4P, CONNECTOR, 7P, CONNECTOR, 3P, CONNECTOR, FPC
18955 18955 RDS. 6M-B1
NJM2903M: JRC TC4S11F-TE85L: TOSHIBA TC74HC74F: TOSHIBA
470UH 470UH CHIP 47UH
DC-DC CONVERTER
Description
2SC1623-L6 25C1623-L6 25C1623-L6 28C1623-L6 2SA812-M5
2SK94-X1 2S8C1623-L6 2SD999-CM 2SB798-DL 2SA812-M5
2SA812-M5 2SA812-M5 2S8C1623-L6
1-216-671-11 s METAL FILM CHIP 6.8K 0.5% 1/10W
Ser.No. 40921 and higher 1-216-637-11 s METAL FILM CHIP 270 0.5%
1/10W Ser.No. 40921 and higher 1-216-677-11 s METAL FILM CHIP 12K 0.5%
1/10W Ser.No. 40921 and higher 1-216-683-11 s METAL FILM CHIP 22K 0.5%
1/10W Ser.No. 40921 and higher 1-216-683-11 s METAL FILM CHIP 22K 0.5%
1/10W Ser.No. 40921 and higher
1-249-399-11 s CARBON 33 5% 1/4W 1-249-399-11 s CARBON 33 5% 1/4W
1-216-369-11 s METAL OXIDE FILM 1 5% 2wW
Ref. Part No. SP
Ql 8-729-100-66 s
Q2 8-729-100-66 s Q3 8-729-100-66 s Q4 8-729-100-66 s Q5 8-729-100-75 s
Q6 8-729-109-41 s Q7 8-729-100-66 s Q8 8-729-199-91 s Q9 8-729-101-07 s Q10 8-729-100-75 s
Qil 8-729-100-75 s Ql2 8-729-100-75 s Q13 8-729-100-66 s
R4
R5
R6
R7
R8
Rel R22
IR27
PA-73 BOARD
A-7513-831-A o
1-564-026-00 s 1-565-164-11 0 1-566-987-11 0
c4 1-135-091-00 s C6 1-135-142-21 s C8 1-135-142-21 s cg 1-163-037-11 s
C22 1-163-037-11 s
C23 1-126-162-11 s C24 1-126-162-11 s C25 1-135-091-00 s
MOUNTED CIRCUIT BOARD "PA-73"
CONTACT, FEMALE, AWG24-30 TERMINAL, SOLDERLESS TERMINAL, SOLDERLESS
TANTALUN, CHIP luF 10% 16V TANTAL, CHIP 22MF 20% 16V TANTAL, CHIP 22MF 20% 16V CERAMIC, CHIP 0.022uF 5%
25V CERAMIC, CHIP 0.022uF 5%
25V
ELECT 3.3uF 20% 50V ELECT 3.3uF 20% 50V TANTALUN, CHIP luF 10% 16V
D-24
Ref. No.
CN1
CN2
CN3
cV1
D1
LP1
Q21
Q22 Q24
R3 R10 R32 R33 R35
R36 R46
Part No.
1-565-794-11 1-565-132-11 1-566-989-11 1-565-122-11 1-562-147-11
1-141-284-00
8-719-100-05
1~235-839-11
8-729-102-65 8-729-100-75 8-769-401-67 8-729-100-66 8-729-100-75
8-769-401-67 8-729-100-66 8-729-100-75 8-769-401-67 8-729-100-66
8-729-100-66 8-729-100-66 8-729-100-66 8-729-100-66 8-729-100-75
8-729-100-66 8-729-100-66
1-216-678-11 1-216-748-11 1-216-643-11 1-216-627-11 1-216-662-11
1-216-677-11 1-216-748-11
Description
HOUSING, CONNECTOR 13P HOUSING, CONNECTOR 13P HOUSING, CONNECTOR 3P HOUSING, CONNECTOR 3P HOUSING, CONNECTOR 2P
CAP, TRIMMER
182837
FILTER, LOW PASS
2SC€2757-T32 2SA812-M5 3SK163-1 2SC1623-L6 2SA812-M5
3SK163-1 2SC1623-L6 2SA812-M5 3SK163-1 2SC1623-L6
2SC1623-L6 2SC1623-L6 2SC1623-L6 2SC1623-L6 2SA812-M5
2SC1623-L6 2SC1623-L6
METAL, CHIP 13K 0.5% 1/10W METAL, CHIP 39K 1% 1/10W METAL, CHIP 470 0.5% 1/10W METAL, CHIP 100 0.5% 1/10W METAL, CHIP 3K 0.5% 1/10W
METAL, CHIP 12K 0.5% 1/10W METAL, CHIP 39K 1% 1/10W
DXC-325P( EK)
Ref. Part No.
PA-74 BOARD
A-7513-832-A
1-564-026-00 1-565-164-11 1-566-987-11
C4 1-135-091-00 C6 1-131-367-00 c8 1-131-367-00 C9 1-163-037-11 C15 1-163-111-00
C22 1-163-037-11 C24 1-126-162-11 C25 1-135-159-21 C27 1-135-091-00
CNL 1-565-794-11 1-565-132-11
CN2 1-566-989-11 1-565-122-11
CN3 1-562-147-11
cV1 1-141-284-00
D1 8-719-100-05
LP1 1-235-839-11
Ql 8-729-102-65 Q2 8-729-100-75 Q3 8-769-401-67 Q4 8-729-100-66 Q5 8-729-100-75
Q6 8-769-401-67 Q7 8-729-100-66 Ql 8-729-100-75 Q12 8-769-401-67 Q13 8-729-100-66
Q17 8-729-100-66 Q18 8-729-100-66 Q19 8-729-100-66 Q20 8-729-100-66 Q21 8-729-100-75
Q22 8~-729-100-66 Q24 8-729-100-66
DXC-325P(EK)
sp Description
MOUNTED CIRCUIT BOARD “PA-74"
CONTACT, FEMALE, AWG24-30 TERMINAL, SOLDERLESS TERMINAL, SOLDERLESS
TANTALUN, CHIP luF 10% 16V TANTALUM 22uF 10% 20V TANTALUM 22uF 10% 20V CERAMIC, CHIP 0.022uF 5% 25V CERAMIC, CHIP 56PF 5% SOV
CERAMIC, CHIP 0.022uF 5% 25V ELECT 3.3uF 20% 50V TANTAL, CHIP 10MF 20% 16V TANTALUN, CHIP luF 10% 16V
HOUSING, HOUSING, HOUSING, HOUSING, HOUSING,
CONNECTOR 13P CONNECTOR 13P CONNECTOR 3P CONNECTOR 3P CONNECTOR 2P
CAP, TRIMMER
182837
FILTER, LOW PASS
28C2757-132 2SA812-M5 3SK163-1 28C1623-L6 2SA812-M5
3SK163-1 2SC1623-L6 2SA812-M5 3SK163-1 28C1623-L6
2SC1623-L6 25C1623-L6 2SC1623-L6 2S8C1623-L6 2SA812-M5
2SC1623-L6 25€1623-L6
D-25
Ref. No. Part No.
R3 1-216-678-11 R10 1-216-748-11 R32 1-216-643-11 R33 1-216-627-11 R35 1-216-662-11
R36 1-216-677-11 R46 1-216-748-11
PA-75 BOARD
A-7513-833-A
1-564-026-00 1-565-164-11 1-566-987-11
c4 1-135-091-00 c6 1-135-142-21 C8 1-135-142-21 co 1-163-037-11
C22 1-163-037-11
C27 1-135-091-00
CN1 1-565-794-11 1-565-132-11
CN2 1-566-990-11 1-565-123-11
CN3 1-562-147-11
Cvl 1-141-284-00
D1 8-719-100-05
LPL 1-235-839-11
Ql 8-729-102-65 Q2 8-729-100-75 Q3 8-769-401-67 Q4 8-729-100-66 Q5 8-729-100~-75
Q6 8-769-401-67 Q7 8-729-100-66 Q8 8-729-100-75 Q9 8-769-401-67 Q10 8-729-100-66
Description
METAL, CHIP METAL, CHIP METAL, CHIP METAL, CHIP METAL, CHIP
13K 0.5% 1/10W 39K 1% 1/10W 470 0.5% 1/10W 100 0.5% 1/10W 3K 0.5% 1/10W
12K 0.5% 1/10W 39K 1% 1/10W
METAL, METAL,
CHIP CHIP
MOUNTED CIRCUIT BOARD "PA-75"
CONTACT, FEMALE, AWG24-30 TERMINAL, SOLDERLESS TERMINAL, SOLDERLESS
TANTALUN, CHIP luF 10% 16V TANTAL, CHIP 22MF 20% 16V TANTAL, CHIP 22MF 20% 16V CERAMIC, CHIP 0.022uF 5%
20V CERAMIC, CHIP 0.022uF 5%
25V TANTALUN, CHIP luF 10% 16V
HOUSING, HOUSING, HOUSING, HOUSING, HOUSING,
CONNECTOR 13P CONNECTOR 13P CONNECTOR 4P CONNECTOR 4P CONNECTOR 2P
CAP, TRIMMER
182837
FILTER, LOW PASS
28C€2757-T32 2SA812-M5 3SK163-1 28C1623-L6 2SA812-M5
3SK163-1 2SC1623~-L6 2SA812-M5 3SK163-1 2SC1623-L6
Ref. No.
Ql Qil2 Q13 Q14 Q15
Q16 Q17 Q18 Q1g Q20
Q2l Q22 Q24
R3 R10 R22 R32 R33
R35 R36 R46
Part No.
8-729-100-75 8-769-401-67 8-729-100-66 8-729-100-75 8-769-401-67
8-729-100-66 8-729-100-66 8-729-100-66 8-729-100-66 8-729-100-66
8-729-100-75 8-729-100-66 8-729-100-66
1-216-678-11 1-216-748-11 1-216-088-00 1-216-643-11 1-216-627-11
1-216-662-11 1-216-677-11 1-216-748-11
PR-111 BOARD
Cl C2,C3, C4,¢5
C14 C24 C25 C26
C27 C28 C29 C37 C39
C41 C42 C43 c44 C47
C48 C50
CN1
CN2
CN3
A-7513-847-A
SP Description
2SA812-M5 3SK163-1 2SC1623-L6 2SA812-M5 3SK163-1 nNANnNuNnunn
2SC1623-L6 28C1623-L6 28C1623-L6 2SC1623-L6 2SC1623-L6 ynNnNNnuUunn
s 2SA812-M5 s 2S8C1623-L6 s 2S8C1623-L6
s METAL, s METAL, s METAL, Ss METAL, s METAL,
CHIP CHIP CHIP CHIP CHIP
s METAL, s METAL, s METAL,
CHIP CHIP CHIP
o MOUNTED CIR "PR-111"(PR-
13K 0.5% 1/10W 39K 1% 1/10W 43K 5% 1/10W 470 0.5% 1/10W 100 0.5% 1/10W
3K 0.5% 1/10W 12K 0.5% 1/10W 39K 1% 1/10W
CUIT BOARD 109, VA~70R/G/B)
1-124-638-11 s ELECT 22uF 20% 10v 1-163-111-00 s CERAMIC CHIP 56PF 5% SOV Ser No. 41521 and higher (EK)
1-124-589-11 1-124-472-11 1-124-471-00 1-124-471-00
1-126-157-11 1-126-157-11 1-126-157-11 1-126-157-11 1-124-589-11
1-126-157-11 1-126-157-11 1-126-157-11 1-124-472-11 1-126-157-11
1-126-157-11 1-102-106-21
1-563-679-21
1-563-685-21
1-565-780-11
s ELECT 47uF s ELECT 470uF s ELECT 1000u Ss ELECT 1000u
s ELECT 10uF s ELECT 10uF s ELECT 10uF s ELECT 10uF $s ELECT 47uF
s ELECT 10OuF s ELECT 10uF s ELECT 10uF s ELECT 470uF s ELECT 10uF
s ELECT 10uF s CERAMIC 100
20% 16V 20% 10V
F 20% 6.3V F 20% 6.3V
20% 16V 20% 16V 20% 16V 20% 16V 20% 16V
20% 16V 20% 16V 20% 16V 20% 10V
20% 16V
20% 16V PF 10% SOV
Ser.No 40001 ~ 42080
o CONNECTOR,
o CONNECTOR,
BOARD TO BOARD 6P
BOARD TO BOARD 12P
o CONNECTOR,TX(P.L) (PC BOARD)50P
D-26
Ref. No.
D1 D2 D3 D4
D6
D7 D8 D9 D10 D12 D13
DL1 DL2 DL3
IC1 1C2 Ic3 1c4 1¢5
1Cc6 1C7 1c8 Ic9 1¢10
1cil 112 1C13 1c14 1¢15
1€16 Ic17
Part No.
8-719-100-05 8-719-100-05 8-719-100-05 8-719-911-19
8-719-100-03
8-719-914-12
8-719-914-12 8-719-914-12 8-719-100-03 8-719-100-03 8-719-105-52 8-719-105-52
1-415-307-00 1-415-307-00 1-415-307-00
8-759-204-40 8-759-201-50 8-759-201-63 8-759-201-53 8-759-209-97
8-759-209-97 8-759-204-51 8-759-208-11 8-759-209-97 8-759-209-97
8-759-209-15 8-759-209-54 8-759-209-15 8-759-209-90 8-759-209-90
8-759-209-90 8-759-209-90
8-729-102-65 8-729-102-65 8-729-102-65 8-729-102-65 8-729-109-41
8-729-100-66 8-729-901-46 8-729-900-52 8-729-900-52 8-729-100-75
8-729-100-75 8-729-100-75 8-729-100-66 8-729-100-75 8-729-100-75
Description
182837 182837 182837 18$119 Ser.No 40001 182835 Ser.No 42081 HZ4BLL
HZ4BLL HZ4BLL 182835 1$2835 RD3.6M-B2 RD3. 6M-B2
165nS 165nS 165nS
TC40HO27F : TC40H193F: TC40HO32F : TC40HOOOF :
~ 42080
TOSHIBA TOSHIBA TOSHIBA TOSHIBA
TC4S81F: TOSHIBA
TC4S81F: TOSHIBA TC40HOO8F : TOSHIBA TC4053BFHB: TOSHIBA TC4S81F: TC4S81F:
TC4SU69F : TC4SO1F: TC4SU69F : TC4S71F: TC4S71F:
TC4S71F: TC4S71F:
28C2757-T32 28C2757-T32 28€2757-T32 28C2757-T32 2SK94-X1
2$C1623-L6 DTA114YK DTC114YK DTC114YK 2SA812-M5
2SA812-M5 2SA812-M5 2SC1623-L6 2SA812-M5 2SA812-M5
TOSHIBA TOSHIBA
TOSHIBA TOSHIBA TOSHIBA
TOSHIBA TOSHIBA
TOSHIBA TOSHIBA
DXC-325P (EK)
Ref.
Ql6 Ql7 Q18 Q19 Q20
Q21 Q22 Q23 Q24 Q25
Q26 Q31 Q32 Q33 Q34
R24 R25
R26 R27 R28
R29 R30 R31 R32 R33
R34 R35 R69 R70 R78
R79 R84 R85
RV1 RvV2 RV3 RV4 RV5
RV6 RV7 RV8 RV9 RV10
RV11 RV12 RV13 RV14 RVL5 RV16
Part No.
8-729-100-66 8-729-100-75 8-729-100-66 8-729-100-66 8-729-100-66
8-729-100-66 8-729-100-66 8-729-100-66 8-729-100-66 8-729-100-66
8-729-901-46 8-729-100-75 8-729-100-75 8-729-100-66 8-729-100-66
1-216-675-11 1-216-665-11
1-216-685-11 1-216-686-11 1-216-675-11
1-216-665-11 1-216-685-11 1-216-686-11 1-216-675-i1 -216-665-11
216-685-11 216-686-11 216-643-11 216-643-11 216-643-11
2 2 2
1
1-
1 1 1 1
16-643-11 16-643-11
2 1-
1-216-643-11
1-226-703-11 1-226-771-11 1-226-771-11 1-226-771-11 1-226-771-11
1-238-222-11 1-238-222-11 1-238-222-11 1-226-702-00 1-226-702-00
1-226-702-00 1-238-225-11 1-238-225-11 1-238-225-11 1-238-225-11 1-238-225-1]
DxC-325P(EK)
Description
2SC1623-L6 2SA812-M5 28C1623-L6 28C1623-L6 28C€1623-L6
28C1623-L6 28C1623-L6 28C1623-L6 28C1623-L6 28C1623-L6
DTALL4YK 2SA812-M5 2SA812-M5 2SC1623-L6 2SC1623-L6
CHIP CHIP
METAL, METAL,
METAL, METAL, METAL,
CHIP CHIP CHIP
METAL, METAL, METAL, METAL, METAL,
CHIP CHIP CHIP CHIP CHIP
METAL, METAL, METAL , METAL , METAL,
CHIP CHIP CHIP CHIP CHIP
METAL, METAL, METAL,
CHIP CHIP CHIP
METAL 10K METAL 1K METAL 1K METAL 1K METAL 1K
METAL 4.7K METAL 4.7K METAL 4.7K METAL 2.2K METAL 2.2K NN DL
METAL 2.2K METAL 47K METAL 47K METAL 47K METAL 47K METAL 47K
10K 0.5% 1/10W 3.9K 0.5%
1/10W 27K 0.5% 1/10W 30K 0.5% 1/10W 10K 0.5% 1/10W
3.9K 0.5% 1/10W 27K 0.5% 1/10W 30K 0.5% 1/10W 10K 0.5% 1/10W 3.9K 0.5% 1/10W
27K 30K 470 470 470
470 470 470 O00 COO000
5% 5% 5% 5% 5%
5% 5% 5%
1/10W 1/10W 1/10W 1/10W 1/10W
1/10W 1/10W 1/10W
D-27
Ref. No. Part No.
PR-109 BOARD
C2 C3 c4 cg Cll
C15 C16
CN1 CN2
D1 D2 D3
D5
1cl 1C2
A-7513-848-A
1-135-091-00 1-135-091-00 1-135-091-00 1-163-088-00 1-135-159-21
1-135-159-21 1-135-159-21
1-566-094-11 1-566-093-11
8-719-100-03 8-719-100-03 8-719-942-31 8-719-100-03 8-719-100-03
8-759-030-16 8-759-030-16
8-729-100-66 8-729-100-66 8-729-100-66 8-729-109-41 8-729-122-63
8-729-100-66 8-729-100-66 8-729-102-65 8-729-109-41 8-729-402-78
8-729-402-78 8-729-402-19 8-729-100-66
SP
Q
Description
MOUNTED CIRCUIT BOARD “PR-109"
TANTALUN, CHIP luF 10% 16V TANTALUN, CHIP luF 10% 16V TANTALUN, CHIP luF 10% 16V CERAMIC, CHIP 5PF SOV TANTAL, CHIP 1lOMF 20% 16V
TANTAL, CHIP 1OMF 20% 16V TANTAL, CHIP 1OMF 20% 16V
PIN, BOARD TO BOARD 9P PIN, BOARD TO BOARD 8P
182835 182835 HZ3ALL 182835 182835
TLO62ACPS: TI TLO62ACPS: TI
2S5C1623-L6 2SC1623-L6 2SC1623-L6 2SK94-X1 2SA1226
2SC1623-L6 2SC1623-L6 2SC2757-T32 2SK94-X1 XN6401
XN6401 XN6501 2SC1623-L6
Ref. No. Part No. SP Description Ref. No. Part No. SP Description
R15 1-216-658-11 s METAL, CHIP 2K 0.5% 1/10W CN1 1-566-093-11 o PIN, BOARD TO BOARD 8P R16 1-216-631-11 s METAL, CHIP 150 0.5% 1/10W CN2 1-566-093-11 0 PIN, BOARD TO BOARD 8P R17 1-216-653-11 s METAL, CHIP 1.2K 0.5%
1/10W R18 1-216-627-11 s METAL, CHIP 100 0.5% 1/10W R19 1-216-655-11 s METAL, CHIP 1.5K 0.5% D1 8-719-100-03 s 182835
1/10W Ser .No 40001 ~ 42080 D2 8-719-100-03 s 182835
R22 1-216-648-11 s METAL, CHIP 750 0.5% 1/10W Ser.No 40001 ~ 42080 R23 1-216-653-11 s METAL, CHIP 1.2K 0.5% D3 8-719-100-03 s 182835
1/10W D4 8-719-100-03 s 182835 R24 1-216-675-11 s METAL, CHIP 10K 0.5% 1/10W 05 8-719-100-03 s 182835 R26 1-216-683-11 s METAL, CHIP 22K 0.5% 1/10W R27 1-216-683-11 s METAL, CHIP 22K 0.5% 1/10W D6 8-719-951-12 s HZ5BLL R28 1-216-651-11 s METAL, CHIP 1K 0.5% 1/10W D7 8-719-100-03 s 1582835
RV1 1-238-219-11 s METAL 470 Icl 8-759-700-95 s NJM1496M: JRC RV2 1-238-222-11 s METAL 4.7K 1c2 8-759-030-16 s TLO62ACPS: TI
Q1,Q2 8-729-109-41 s 2SK94-X1 Ser No. 10001 ~ 10920 (UC)
VA-70 BOARD 30001 ~ 30610 (J) 40001 ~ 42080 (EK)
A-7513-849-A o MOUNTED CIRCUIT BOARD 8-729-109-43 s 2SK94-xX3 "VA-70R" Ser No. 10921 and higher (UC)
A-7513-850-A o MOUNTED CIRCUIT BOARD 30611 and higher (J) "VA-706" 42081 and higher (EK)
A-7513-851-A o MOUNTED CIRCUIT BOARD Q3 8-729-100-66 s 2SC1623-L6 "VA-70B" Q4 8-729-100-66 s 2SC1623-L6
Q5 8-729-122-63 s 2SA1226
Q6 8-729-122-63 s 2SA1226 Cl 1-163-088-00 s CERAMIC, CHIP 5PF S50V(G,R) Q7 8-729-100-75 s 2SA812-M5
Ser.No 40001 ~ 42080 Q8 8-729-402-19 s XN6501 C2 1-163-088-00 s CERAMIC, CHIP SPF 50OV(B,R) Q9 8-729-109-43 s 2SK94-X3 C3 1-163-088-00 s CERAMIC, CHIP 5PF 50V Q10 8-729-109-43 s 2SK94-X3 cg 1-135-159-21 s TANTAL, CHIP 10MF 20% 16V C10 1-135-159-21 s TANTAL, CHIP 1OMF 20% 16V Qll 8-729-109-43 s 2SK94-XxX3
Ql2 8-729-109-43 s 2SK94-x3 C13 1-163-088-00 s CERAMIC, CHIP 5PF 50V Q13 8-729-402-16 s XN4608 C14 1-135-159-21 s TANTAL, CHIP 10MF 20% 16V Qi4 8-729-100-75 s 2SA812-M5 C17 1-163-088-00 s CERAMIC, CHIP 5PF 50V Q15 8-729-102-65 s 25C€2757-T32 C18 1-135-099-00 s TANTALUM, CHIP 2.2uF 10%
6.3V Q16 8-729-100-66 s 25C1623 C21 1-135-145-11 s TANTALUM, CHIP 0.47uF 10% Ser.No 42081
35V C23 1-135-159-21 s TANTAL, CHIP 1OMF 20% 16V C25 1-102-942-00 s CERAMIC 5PF +0.5PF 50V
= (G,R) R2 1-216-655-11 s METAL, CHIP 1.5K 0.5% Ser No. 42081 ~ 42850 1/10W (G,R)
1-102-936-00 s CERAMIC 3PF +0.25PF 50V R5 1-216-673-11 s METAL,CHIP 8.2K 0.5% 1/1 (B) R6 1-216-655-11 s METAL,CHIP 1.5K 0.5% 1/10W
Ser No. 42081 ~ 42850 R7 1-216-667-11 s METAL,CHIP 4.7K 0.5% 1/10W 1-163-088-00 s CERAMIC 5PF +0.25PF ae R14 1-216-643-11 s METAL,CHIP 470 0.5% 1/10W
G,R Ser No. 42851 ~ R21 1-216-663-11 s METAL,CHIP 3.3K 0.5% 1/10W
1-163-086-00 s CERAMIC 3PF +0.25PF 50V R32 1-216-691-11 s METAL,CHIP 47K 0.5% 1/10W . (B) R34 1-216-691-11 5s METAL,CHIP 47K 0.5% 1/10W
Ser No. 42851 ~ R43 1-259-877-00 s CARBON 1.2M 5% 1/4W (G,R) 1-259-879-00 s CARBON 1.8M 5% 1/4W (B)
Ser No. 42081 ~ 42850
SW-281 BOARD
1-627-915-11 0 PRINTED CIRCUIT BOARD "SW-281"
D-28 DXC-325P (EK)
Ref. No.
CN3
Sl S2
Part No.
1-564-026-00
1-562-151-11
1-570-854-11 1-570-854-11
SW-282 BOARD
1-627-922-11
CN4 1-562-148-11 CN8 1-562-147-11
Rl 1-249-401-11
S1 1-553-739-21 S2 1-553-739-21 $3 1-553-739-21
swool 1-554-486-00
TG-38 BOARD
A-7513-830-A
A-7513-998-A
C4 1-135-125-21 c6 1-163-037-11
C7 1-135-125-21 c9 1-163-037-11
c10 1-135-124-21
cl2 1-163-037-11
C13 1-131-374-00 C21 1-135-124-21 C23 1-163-095-00 C24 1-161-051-00
DXC-325P(EK)
SP
S
Description
CONTACT, FEMALE, AWG24-30
HOUSING 6P
SWITCH, SLIDE SWITCH, SLIDE
PRINTED CIRCUIT BOARD "SW-282"
HOUSING 3P HOUSING, CONNECTOR 2P
CARBON 47 5% 1/4W
SWITCH, TACTILE SWITCH, TACTILE SWITCH, TACTILE
SWITCH, TOGGLE
MOUNTED CIRCUIT BOARD
Ser.No 10001 ~ 30001 ~ 30840 40001 ~ 42530
MOUNTED CIRCUIT BOARD "TG-38"
10721 ~ (UC) 30841 ~ (J)
42531 ~ (EK)
TG-38" 10720 (UC)
(J) (Ek)
Ser .No
TANTALUM, CHIP 33uF 20% 10V CERAMIC,CHIP 0.022uF 5%
25V TANTALUM, CHIP 33uF 20% 10V CERAMIC, CHIP 0.022uF 5%
25V TANTALUM,CHIP 22uF 20% 10V
CERAMIC,CHIP 0.022uF 5% 25V
TANTALUM 33uF 10% 16V TANTALUM, CHIP 22uF 20% 10V CERAMIC, CHIP 12P 5% 50V CERAMIC 0.01 10% 25V
Ref. No.
CN1
CNn2
CN3
CN4
cPl
Icl 1c2 1C3 1c4 IC5 1Cl
Ll L2 L3
Q2
R38
FRAME
CN101 CN102 CN104 CN105
SW102
Part No.
1-563-684-11
1-563-685-11
1-563-684-11
1-563-684-11
1-577-182-11
8-752-329-56 8-759-205-03 8-759-007-62 8-759-204-96 8-752-329-33 8-759-747-92
1-408-783-00 1-408-785-21 1-408-783-00
8-729-100-75
1-247-903-00
1-542-112-11 1-547-301-11 1-574-144-11 1-574-145-11
1-561-781-21 1-565-653-11 1-561-781-21 1-562-222-41
1-553-972-00
SP
ie)
nunuunnn
nunaon
Description
CONNECTOR, BOARD TO BOARD
CONNECTOR, BOARD TO
CONNECTOR, BOARD TO
CONNECTOR, BOARD TO
OSCILLATOR, CRYSTAL
CXD1155Q: SONY TC74HC27F: TOSHIBA MC74HC74F: MOTOROLA TC74HCO4F: TOSHIBA CXD1251Q: SONY MB7114LPF: FUJITSU
CHIP 33UH CHIP 47UH CHIP 33UH
2SA812-M5
CARBON 1M 5% 1/4W
MIC FILTER UNIT, OPTICAL WIRE, FLAT TYPE(12CORE WIRE, FLAT TYPE(30CORE
SOCKET, DIN 8P CONNECTOR SMALL TYPE 8P SOCKET, DIN 8P RECEPTACLE, 6P FEMALE
TOGGLE
11P BOARD
12P BOARD
11P BOARD
11P
CAMERA ADAPTOR
SPECIFICATIONS
Inputs/Outputs VTR/CCU/CMA connector: Sony Q-type, 14-pin
DC IN: XLR-type, Male 4-pin
MIC IN: XLR-type, Female, 3-pin, balanced
GEN LOCK: BNC-type, 75 ohms,
unbalanced
EARPHONE: mini jack
INTERCOM: mini intercom jack
Power requirements
12V DC Weight Approx. 960 g (2 Ib 2 02)
Dimensions Approx. 129 x 197 x 148 mm (w/hid)
(54s x 77/e x 57/s inches)
Supplied accessories
Screws for attaching the CA-325/325P
M4 x6 (2) M4 x 12 (2)
Operating Instructions (1)
Design and specifications are subject to change without
SON Y. SERVICE MANUAL
TABLE OF CONTENTS
A. BLOCK DIAGRAM
OWerall 2-88 oer ee bee ees denen ened A-l
B. SEMICONDUCTOR
Gemicénductor sieses ead Aone oie aswhes B-1
C. SCHEMATIC DIAGRAMS AND BOARD
ILLUSTRATION
CA-138
se aa RR ST CT ee na C-4 CN-277
CN- 285
D. SPARE PARTS
D-1. Parts Information ---.----.--.---++-+++++-- D-1
Di2: Serews ioteiie Med cece tate sereds peewee D-2
D-3. Exploded View -------+::+--erereer cere eeee D-5
D-4. Electrical Parts mpled, Spb acR euoxecty C loveme to mre Die DM enanees D-6
= CA-325P (EK)
SECTION A
BLOCK DIAGRAM
OVERALL BLOCK OVERALL BLOCK
— + -_—~—_ CNIOS
SW-285 (3/5) peek UNREG potteereee
= FS. oS > ee + + Ce + 3129 Lo
lca-13 r 7 sea —a hie carina ! | =
- - 101 CN 277 Sw 285 (1/5) EX VIDEO b— Meneze 1Cé G73) GB ag a2). ae DS-3 2 lie BATTERY
r z EN VIDEO (CCM a INP- 1A) CWI 7 928 t °
CAMERA LUMINANCE 00 Y ¥ oS 1 i SI
: 1 we [8-2] AMP. Burr 1 vas Ye/cowr
oh ha-2 CONT CN102
eo = - vIR/ccU ra ore r - 20 ye a0
t ' t tyes ! (5.172) '
eo —Oawan | CHRGWA 00 == 023 2/2) 024~027 C VIDEO (WTR) 2u8 16 R/CHROMA R_ViDEO (CCU) | co BUFF oo R107, R108 023 4/2) °° R PR VIDEO ATT R pas fr p<) 1 1 es cn2 142 BUFF
°°
8 8 = 8 PR VIDEO 9 2 aca a REC ALARM IN (TRE 82-2 °
° ° 1 8-5 | st 4 @ VIDEO OUT cud 1 \
bie J: sa 103 (@7a) T 00 7; 9 1 oa RI A REC ALAR! piles ee ena a nesta = | ee eo 10 Loy i oa REC ALARW 00 | REC ALARM 00
REC ALARM CONT ! i t lon
| { era Vibeg a va AUDIO MONITOR 16 (VTRD jas 3} F, © ViDEO T f°] t B VIDEO OUT «C19 4 t
—_—— ee ett , Weave J
SW-285 (2/5) 14 Tt we EARPHONE {Y) = 1 ' 1
32 EARPHONE 00 ' ; (ana EAE + “ Q
' ata : 82-1 Frama AUDIO SELECT «A AUDIO SELECT Us i J al J
+8. wed ot AUDIO SELECT 00 AUDIG SELECT 00 met Th ieee Sl [3-5] r ° 1 I 9-2 D7, D8 a13 '
' J | ® ' i] k
{ PB VIDEO 00 2-6 e ; re vino
PB VIDEO 00 9-9 | a = CN-254 (2/2)
vir YF VIDEO CONT START/STOF oe] ar) J uk2 \
1 st VIR VIR bared i EARPHONE VIR S/S p Start vst0° stantsstor Fo)
| EARPHONE 00
I 22 1 ' ' wic 00 | ! ee =a “ DIS [eo , Sal INTERCOM fa ea
ii 1¢8 @/2) Lbs 72) D1é, @20 J 1 n MIC/TALK RECE 1¥E 00 RECEIVE 00 I
——af 4-8 ] az Lie} ic tincow }—1 . ccu/VIR 1ct 172) ‘ 5 ans | “0
con 3 ’ @AIn Ald RY ow eve BATT ALARM IN (VTRO al HI UTcH SHIFT Swit Bis SERIAL DATA_(N/OUT (CCU J
U INT MIC 00 {=2} [aus | | BATT ALARM QUT {VTRO SERIAL DATA QUT/IN ICC 4d
INT MIC 00 CNt03 r 7 SENLOCK VIDEO DETECTOR it = =
BENLOCK IN §C6 172) DIO 106 (272) VIR S/S TRIG OUT WTR)
ogMLock vipEO oo J [ana pReGCIALL YIN (cour SW-285 (5/5)
l YIR S/S TRIG IN (VIR) VIR S/S TRI@ OUT (WTR REC/TALLY OUT (CCU REC/TALLY th (CCU [3-10}-—+ + -=fa2-7}- _
ais 4 GENLOCK BENLOCK VIDEO
t =I a 4 ¥IDEO BUFF [9-7]
VIR S/S TRIG KouT TA F | 7
REC/TALLT 00 IN ACCU 43 1 5 REC/TALLY IND WTR VIR S/S TRIG Os G) OUT WTR) VIR S/S TRIG OA QIN (IRD |
REC ALARM CONT Z J INTERFACE} 4 REC/TALLY 4 @) 1M (CCU { REC/TALLY 04 @) GUT (CCU [aa] are 1 cHros a7 VIR S/S TRIG WD OUT (WTA) VIR S/S TRIG (D IN WTR ae
EXT WIC IN REC/TALLY W) 1N CCU REC/TALLY &f OUT (CCU . a8 _ o
| VIR S/S TRIG & IN (WTR jA2-6) " te - (NT/EXT MIC. ae puis euncom a REC/TALLY 80 OUT (CC Fao ‘ '
: aL
H H = -—_—— CF er rs CC era - CC Orr Caen se eee re K
a 5
re 5
B-CA325-OV" RALL/BL OCK]
SECTION B
SEMICONDUCTOR
| SEMICONDUCTOR INDEX
The circuit diagram of is obtained from the IC data book published by the manufacturer.
TYPE
25A812
25C1623 25C2878
NJM2043M-D NJM290 3M
TC4053BF
uPC455 8G2
XN4608 XN6401 XN6501 XN6534
CA-325(J, UC)
CA-325P (EK)
B-1
DIODE, TRANSISTOR |
63-1 TOP VIEW (SCALE 4/1}
Tn 182348H _ 182835
re Bk
TOP VIEW (SCALE 4/1]
TOP VIEW (SCALE 4/1)
TOP VIEW (SCALE 4/13
RD ? ?MB ? SBOS-OSCP
TOP VIEW {SCALE 4/1)
——"]
2SA812 3 28C1623
XN4608 XN6401 XN6435
W {SCALE 4/1, TOP MIE : TOP VIEW (SCALE 4/1}
182837 188123
ae i? | | * |
ie
TOP VIEW (SCALE 4/1}
2SC2878 [ Bae 2SK94
| . | s
XN6S01 XN6534
B-2 CA-325(J, UC)
CA-325P(EK)
CX518 (SONY) TC4053BF (TOSHIBA) FLAT PACKAGE
INTERFACE CIRCUIT BETWEEN VTR AND CAMERA : CMOS 2-CHANNEL MULTIPLEXER/DEMULTIPLEXER - SIDE VIEW ~ — TOP VIEW —
- IN / OUT
% IN / OUT
cK CR $/S_ IND ML § 9 iN / OUT IN IN/OUT OUT OUT IN
IN / OUT ie 2 2
IN / OUT
POWER ON pyTR START USTOP [START ASTOR jSTAaRT
{ i : i IN 7 OUT chm | J UY 4~6v nh he ean : : H : IN / OUT
S iniseav -L- J ud ee 6 LYL aa alkene _u ; U : vee™ voo~ Vee: + 310418
is ot ra a S/$ out ' J CHANNEL
' i i WA j j 0; LOW LEVEL = ° ° {ND our , pus +, HIGH LEVEL i 1
f LT i U : cu X; DON'T CARE. x OPEN ML our al
POWER ON POWER OFF
CKIN is] LU | LJ {
oe : ; | uPC4558G2 (NEC) FLAT PACKAGE
' ' ; ' | OPERATIONAL AMPLIFIER
1 ! ! 1 - TOP VIEW - S/S ouT _| i
IND out | 5 | } i —— t
ML out
POWER ON POWER OFF
ML our
; ; §NO our SO cage amas oA
NJM2043M-D (JRC) FLAT PACKAGE
RC2043MC (RAYTHEON) FLAT PACKAGE
OPERATIONAL AMPLIFIER — TOP VIEW -
NJM2903M (JRC) FLAT PACKAGE
_M2903M (RAYTHEON) FLAT PACKAGE
OPERATIONAL AMPLIFIER
~ TOP VIEW —
CA-325(J, UC) B-3
CA-325P(EK)
= ca-13 |
cA-13
NOTE:
1. All voltage are dc, measured with a digital
voltmeter. (input impedance: 10M22)
2. All waveforms are taken and DC voltage is
measured in condition below.
. Set camera BARS/WB selector to BARS
position.
. Set camera OUTPUT selector to VBS posi- CNB8-6pin
tion.
CN8-4pin
CN1-5pin
CN8-5pin
Q28-emitter
CA-325 (UC) CA-325P (EK)
SECTION C
SCHEMATIC DIAGRAMS AND BOARD ILLUSTRAIONS
CN-254 Board
CN-277 Board
CA-13 Board
SW -285 Board
CA-325 (J, UC) Bad CA-325P (EK)
Pow
CA-13, CN-254, CN-277, CN-285 Il =_—_ —— = ——— ——— —— —— —— CA-413, CN-254, CN-277, CN-285 CA-43, Ci
CA-43 Board §=| Ser.No. 10001-44270 (UC) CN-27
30001-30810 (uv) 40001-42080 (EK)
CA-13_(1-627-934-11,12) CA-13 (1-627-934-11,12)
CNL EWI CN1 E-1
CN2 K-1 CN2 K-1
CN3 K~5 CN3 K-5
cN4 A-3 CN4 A-3
CNS AW? 2 CN5 A-2
CNG H-1 a CN6 H-1 CN7 G-1
= CN7 G-1
CN8 Del = CN8 D-1
CNS Br = CN9 B-1
D1 P-2 D1 F-2
ane ae i D F-3 D4 J-4 Da J-4 CN-25
DS K-4 DS K-4
D6 K-5 D6 K-5
D7 K-3 D7 K-3
b8 K-2 D8 K-2
D9 K-3 D9 K-3
D1O 5 D10 H-5
D12 sH-6 D12 H-6
D130 iB 4 D13 B-4
D140 C=3 D14 C-3 a1
DIS An 2 D15 A-2 ae
D164 D16 E-4
Icl F2 ICl F-2
Ic2 0 E-2 IC2 E-2
Ic3 G3 C3 G-3
1c4 I-4 C4 I-4
Ic5 C-6 Ich C-6
Icé6 = G-4 1C6 G-4
Ic7 ss E-6 C7 F-6
Ic8 C-3 ICc8 C3
Ico «H-6 Ic9 H-6
gl G-1 a 92 D-3 62 oo SW-28
Q3 K-4 93 K-4
Q4 1-6 Q4 1-6
05 d=? Q5 J-2
06 v3 06 J-3 Q7 J-3 Q7 J-3
glo 5-6 Q10 J-6
gill 5-6 Qll J-6
gl20 K-5 Ql2 K-5
Q1300 K3 Q13.«K-3
Qli4 1-3 Q14 I-3 Q15 E-5
Q15 E-5 JAPAN
Q1600 «E-5 Q16 E-5
Ohi. GES Ql7 G-6
Ql18 ss B-3 Q18 B-3 Q19 2s B-3 Q19 B-3
g2000 C2 920 c-2 Q21 = B-3 Q21 B-3 Q22. C-4 Q22 c-4 023. «~D-6 Q23 D-6 024 «= C-6 924 C-6 025» B-6 Q25 B-6 026 «= &B-6 026 B-6
Rees OTS Q28 J-6
T1 B-6 7
T2 H-3 C-4 (a) C-5 (a) a ae
C-5 (a)
CA-43, CN-254, CN-277, CN-285 === CA-13, CN-254, CN-277, CN-285
CN-277 BOARD
CA-13 (1-627-934-11,12) : a ; TL, Den Oa, my
7 1-627-938-11CMK-128X a> © spray 5 CNS 10 % 1 5 tNz 10 5
CN1 CN2 CN3 CN4 CN5 CN6 CN7 CN8 CN9
{
ie is tea eas es RI PRE RENWUR HE
D1 D2 D3 CN-254 Board Ser .No. 10001-41270 (UC)
30001-30810 (u) 40004-42080 (EK)
Ptetttoa
NWA PASWNHND PN WP NUUW NY WU BWDP
is] foe)
aN e e a e t pon aie
o pa) ul
jad
H a ul
Sve ars
SW-285 BOARD
| tot
Wo DANDNDAAAHA EW NWWHUUWWUDAHHAUWWNHA SWE
0 1Sal
QuUgauHRAOg
1btttrttitt
0 nN oO
mow Se OS a ee Ee ae ae T2 C-6 (a) CA-3255 (u, UC) CA-22 SP (EK)
CA-13, CN-254, CN-277, CN-285 CA-13, CN-254, CN-277, CN-285 CA-4 =
CA-43 BOARD Ser .No. 412741- (UC) Ch 30841- (J) 42081- (EK)
CA-13 (1-627-934-11,12) CA-13 (1—-627-934-11,12) CN1 E-1
CN1 E-1 CN2 K+1 CN2 K~1 CN3 K-5 CN3 K-5 CN4 A-3 CN4 A-3 CN5 A-2 CN5 A-2 CN6 Hai CN6 H-1 CN7 G-1 CN7 G-1 CN8 D-1 cM CN8 D-1 CNg B-1 23 CN9 B-1
D1 F-2 z D1 F-2 D2 G=2
D2 G22 D3 F-3 D3 F-3 D4 gee D4 J-4 CN D5 K-4 D5 K-4 D6 K-5 D6 K-5 D7 K-3 D7 K-3 D8 K-2 D8 K-2 D9 K-3 D9 K-3 D10 H-5 D10 H-5 Dll G-5 D1l G-5 D12 H-6 D12 H-6 D13 B-4 D13 B-4 D14 c-3 D14 c=3 D15 A-2 D15 A-2 D16 E-4 D16 E-4
Ici F-2 Icl F-2 1c2 E-2 Ic2 E-2 #3 G-3 IC3 G+3 IC4 I-4 Ic4 I-4 IC5 C-6 IC5 C-6 IC6 G-4 IC6 G-4 IC7 F-6 IC7 F-6 Ic8 c-3 ICc8 c-3 cg H-6 Ic9 H-6
Q1 Go) Ql Gai Q2 D-3 Q2 54 SW: 03 K-4 Q3 K-4 04 1-6 Q4 1-6 05 J-2 Q5 I-23 06 J-3 Q6 J-3 Q7 J-3 Q7 a3 Q8 J-5 Q8 J-5 99 J-6 Q9 J-6 Q10 J-6 Q10 J-6 Qll1 J-6 Qll J-6 Q12 K-5 Q12 K-5 Q13 K-3 Q13 K-3 Q14 I=3 Q14 I-3 Q15 E-5 Q15 E-5 Q16 E-5 Q16 E-5 Q17 G-6 Q17 G-6 Q18 B-3 Q18 B-3 Q19 B-3 Q19 B-3 920 C-2 920 e=2 Q21 B-3 Q21 B-3 Q22 ca Q22 C-4 923 D-6 923 D=6 Q24 C-6 Q24 C-6 Q25 B-6 Q25 B-6 Q26 B-6 026 B-6 Q27 C-6 Q27 C-6 Q28 a6 028 J=6
Tl B-6 Tl Bx6 T2 H-3 C-4 (b) C-5 (b) T2 H-3
CA-13, CN-254, CN-277, CN-285 === CA-13, CN-254, CN-277, CN-285
CN-277 BOARD
CA-13_ (1-627-934-11,12) : sen s, rr ee ee rf
CN1 cn-2771-627-998-11°MK-128X my ey CN2 Poe aw As 5 enz 10 15
CN3 CN4 CN5 CN6 CN7 CN8 CN9 Pe Ge ie en
oe
8 2 B 5 - 2 2 4
&
Di D2
CN-254 BOARD Ser .No.142741-
30841-
42081-
itt de |
PNY WP DOWD W UIP & WD DH RRR RN WUE Pe
iw) Ke)
Be ee ee ee ae
He a ui
OT ee eae
1
Wa DANDAAHAHPWNWWHANUWWUDHAUWWNA SWE DAWA PA SWNHN
SW-285 BOARD
0 1Sa)
eee ere
0 nN oO
mw es der ies a CA-325 (u, UC)
C-5 (b) T2 CA-325P (Ek)
C-6 (b)
faa AS
CA-13 CA-13 il [ao cms [8 | [wie 00 our J | [wie @ oor 19 | [Ree TALLY iNOW 2 | [~“vre stant/st0° oof [1]
lo] De Le] za
cK
1-B2 1-a3 ad 1-AS
es =
1-A8 Lt 1-Ba
= ate | Be
Q2s 026 027 Qs 028 2SA812 — XN6S01 = XN6401 2SC1623
~~ 2s 5 «FRI s 899 AUI2 gu
1, & Ch? ‘
io : i © sp re
ICS 23 TC4053BF XN4608
“T Fae if Tee
N
Ww
I-A10 1-BIO 1-BIt 1-A12 1-BI2 1-BI3 1-Als 1-BId
7 [PLAYEACK/CAMERA conT Pe 1D] 6 | [escca ore — | s | [ves cay our on |<} 9 B19
= D2 Co
$08 VIR CCU CONT OUT 3— M—2 {e-< | CHROMINANCE (@ OUT CHROWINANCE 00 OUT } |
a= Oe? [1-5 | CHROMINANCE 00 IN ° CHROMINANCE (@ IN ns
[Taine @ oT [76 ] [Lu mance oo ovr [15 | [Pa vipeo ax ovr] 14 | [apa vines oor 1a | [apa vine our ra | [er vines oT [1 |
x” a Lr]
- ut g
9 M—o [8-3] PR VIDEO GND
BATT ALARM IN (VTR)
ae et a [area wrens | [wre wanna |
ca AE a ee
=
| YTR START STOP IN
v = Jct 1C2 Q2 ic3 Q3 Lw250aM TCsOS3BF —-28C2878-A Tesosaar | 2saa12 reeSapr 2sciB78-A 1edd83BF
wot FM th a Dae
7 STIR REin s.r
2-9 —[a-2 | —taminance 00TH] ae
bss
cw 1/2)
{an icHassis) Tat | a ee ov | wic@ in aa |
[as | [ as | [a6 |
Di 182348H
; ee ee W—s fs. Co
2-13 2-12" 2-11 VTR START/STOP IN
K—3 [1-3] _viR CCU CONT IN Pe ~e [al
po wc a | GEN LOCK VIDEO (@ OUT
IN
Le | ee |“ paReT vine @_au¥—]a10]
[arr [areca we far]
[ara
IN
CHROMINANCE (@) IW Als
LUMINANCE (QIN
iN
2-2
3-16 a4
3-12
'
[ 8-6]
“9 9—[i-2T ves cca noo Lit] ves cca ina}
@ PR VIDEO 00
[ais | [ate | [a17 |
BATT ALARM OUT (WTR) [Sow answeco |" [ A19 | [ A20 | [ a2t | [ Az2 | [ Aza |
14 97 1o4 8 ag ! 1 TC40S3BF 2SA812 TeaSooar 2SA812 XN6SO1 2SA812 of H 623 astie23
Tgp ~ Talay day QO fiw
3-10
+8.5V_ IN oF 2a 9
3-6
UNREG (+12¥) OUT
UNREG (@ND) OUT a C27:
QND (CHASS!S) [zs ]
NI @/2)
QND (CHASS!S) ate e a 8
2-16
8. 702. 74
tH R92 22k GEN LOCK VIDEO 00 OUT
a Cee 27 — 2 24 24 a a5 x0— an a aerate |
| aanee raw aur] 322 | UNREG (GND) OUT
3! 2 ea
a s , 2
1 YC/COWPOSITE CONT IN + 2 ‘AUDIO SEL 00 IN <s 8
4 o Fe g
3-8 ——
a?
ice 1 PC4S5802 2SA812 TC4053BF 2sc!
B24
|__axp chassis | 52s |
Qi7. 2sti623 018 aig as INVERTER 2SC1623 2801623 | ac20euD faye
T i C21 R68 Tt Te Fg 83
CN-277 Te Rg erence tues
Dia
Ki e ga ; - (C) G2 @ay; SIDE Tone BBs
2 QR: INCOM LEVEL et
arr cs 2a La Pes
85; cd o pI Reo = VP ROA, 3300
nse £ roy ae 47% F 470 6.
[ei [een tock video } 0
cNI03 tL ae 9 aca Math 9 Tea [een Lock VineD nw ] GEN LOCK IN
0 —{ 9-6 [GEN Lock viDEO our @ ub» ‘@EN LOCK VIDEO OUT 00
9 REC ALARM CONT IN
4 VIR S.$ TRO QB OUT (WTR
REC. TALLY G4@ IM CCU
CA-13 CA-13 i
BATT ALARM OUT WTR | > 5 S DATA OUT/IN CCU.
[1 |. uea@in |
n {2 | UNREG @I2W IN
BATT ALARM IN (TRO {3 | MIC/INCOM 00 OUT
Ay ae 2: 7 {4 _|_wic7incow ™ OUT * 1c 163, S$ DATA IN/OUT (CCU A oe
4w2903M TL405SBF ee CHROWINANCE OUT (TRO os R PR OUT CCU a4 sg [6 | __EN VIDEO 00 out
| 7 | €N video @ouT | PB/RET VIDEO (@) iN PB/RET VIDEO 00 IN
BATT ALARM IN (VTRD S DATA_IN/OUT (CCU) |CHROM I NANCE 00 OUT (VTRD
R PR OUT (CCW REC ALARM IN (VTRO
@ PR OUT (CCU YTR S/S TRA OUT (WTR)
REC TALLY (CCW
‘AUDIO WOM! TOR OUT (VTRO REC TALLY (CCU
REC ALARM (Qu) OUT | 3-3 | 7 REC ALARM OUT | 3-2 | 6
——$— ‘AUDIO SEL OUT | 3-1 | 1 RIS RY ao 2K 100% 2K '
R20 Rie Me VIR S.S TRO 00 OUT WTR) m
« is REC TALLY 60 OUT CCU
6 7 PLAY BACK/CAMERA CONT ‘
PB ID OUT
0 ANG 10K Aus | ° uk1
a oe o 44 9 INTERCOM 4 — es ear ww as ; :
ia BPR OUT CCU 7 : K2
REC ALARM IN (WTR) ‘ ‘ EAR @ PR ouT CCU A
08 a9 a10 Qit 12. 13, a4 VIR S.S TRG OUT WTR
2SA812 XN6SO! 2SA812 28C1623 2801623 2801623 28C1623 2 OQ z 1 N ui >
—- = a a ee t R34 ClO 3 R37 = RIB RAG
Vox 1p ane 220 Von VIR S.S TRO IN WTR [2-1 3 Sais
@) gy" REC TALLY Weel * CHANGE INFORMATION
Bi S & Rat 4 de tk 1 DESCRIPTION EFECTIVE SER. NO
a OTS " 4 & [ear prone m our | 4-3 | 6 NUM2903M faint - we) H By 5, BD 3B ——- .u2v0au | 30981 - w
las | ae +9 Trot “te EAR PHONE 00 OUT | 4-6 | 7 Muw2043MD 42871 - (EK)
i i < ew | Toe | eoetow >? py We eT 1 ———= RC 2043MD. 1 7 1 *= () it, 1oTa Eis
ay ra ! 2 7 ary! i) 07 013 ig 3 RS2 ou
WY | Q2. 7M 192835 (7 22K a
aa ©) CO) cna
19 408 Py 8 1 e anot 188 Mote ee 2208 Re 6.39 2 +iav cca our | 3 | 2 —
{cHROM NANCE w our wi) [2-13] of ad rp ceammarr in | 2 3—9"3_.@ a ee o BATT IN
+ + {video out c@a [2-8 }—o lL 98 | [ix vines oor cco [29-9 bai ane We aR
{Fp vipeo our [9-8 }—o 4 [1 [ unreo 120 our | +i2v ccavpatt out [3 | 1 {_PB vines oo out [9-9 }~ 9 bx ‘ {2 | unree «12 our | Pp ttzvin | 2 | H
° [3 | unre@ «no our a ee | + 0 | 4 [| _UNREG (GND) OUT 1
{ {
[Rec TaLcy inp out [9-6] 2 9 | 3 [REC _ALARW CONT OUT | Be 6 | 5 [Rec aLanw 00 iN | Ahk 1 TR S.S TRG 69 OUT WTR)
3 7 [< [REC ALARw ono 1] 070 922 921 REC TALLY (0 OUT (CCU 2-6] A
ays XN4608 XN6SOI 2SK94 ae RC2Oe3ND St [3 Tauro set a. svn |——
2 | 2 | auio seu qu our |-——| 2, [+ [| aupio Set w out
we VIR S/S TRO GO IW WIRD i ey ay . «| REC TALLY (O40 1N CCU ) by eg iN 7 6 [TR 878 TRA LO IN WTR
REC TALLY (IN (CCU
| Seaeeweeey 5 VIR S/S TRG ® IN (VTRD
REC TALLY 00 IN (CCU
D4 VIR S/S TRG OUT (WIRD \ = 7 i OH ["wic ouroo —*{2-12}- -9 Bs. = REC TALLY OUT (CCU
QAVI:SIDE TONE 1Bigo Az QAV2; INCOM LEVEL fwic our 2-11} 2 . QND
pose 0 [— 1 1 Treenessire cont ont
[incom an [4-5 F- 0 }—| rece ve wo oor [ef 9 eae caine Ags al og Se 0 {wert in [af 2 A.
| __wic cincow out [4-9 -- 9 a Bye Ed 0.068 Ik
tk Cp evexr vic in Ts] 9 iwi {int wic out [5-2 | 3 ut
eg ST Tae ET 2 a [iNT wi oo IN [9-2 F-9 94 & {int wic@in [o-3}—3
° =
=z o
PreoOOn DPwrre
CA-325( CA-325P
Parts No.
A-6703-651-E A-7513-826-A X-3664-208-1 X~3717-701-4 1-507-578-12
1-507-883-11 1-508-942-12 1-552-665-11 1-554-088-41 1-561-781-41
1-563-096-11 1-564-603-11 1-566-581-11 1-570-491-11 1-627-917-11
1-627-920-11 1-627-938-11 1-571-767-11 2-122-068-01 2-122-073-01
2-122-075-01 2-122-076-01 2-132-225-01 2-132-226-01 3-676-244-03
3-680-604-11 3-703-075-01 3-717-707-02 3-717-708-01 3-717-709-01
3-718-040-02 3-718-172-01
) au me AC ~~
SP
ooouno noOONN oounono ounuqgunn nunun Y~oOonoOnNn
oo
Description
CASE ASSY, BATTERY MOUNTED CIRCUIT BOARD "CA-13" KNOB ASSY, FADE COVER ASSY, TOP, BATTERY JACK "EAR"
JACK, SMALL TYPE 4P "INTERCOM" RECEPTACLE, 14P MALE “VTR/CCU/CMA" SWITCH, MICRO SWITCH, KEY BOARD "“VTR START" RECEPTACLE, BNC "GEN LOCK"
RECEPTACLE, 3P FEMALE (WITH SW) "MIC IN" RECEPTACLE, 4P MALE (WITH DC SW) "DC IN" RECEPTACLE, 50P, FEMALE SWITCH, ROTARY "VTR" PRINTED CIRCUIT BOARD “Sw-285"
PRINTED CIRCUIT BOARD "“CN-254" PRINTED CIRCUIT BOARD "“CN-277" SWITCH, SLIDE "OUTPUT" PANEL, CA FRONT PANEL, CN
COVER (LEFT) COVER
(
RIGHT) PLATE (CCQ), BLIND PLATE (MIC), BLIND COVER, SWITCH
PLATE, BLIND CAP 2, SHAFT CUSHION (2) RETAINER, CASE SHAFT, LID
COVER (1), BATTERY CASE RETAINER, HOOK
D-5
D-4. ELECTRICAL PARTS
Ref. No. Part No. SP
CA-13 BOARD
A-7513-826-A -o
Cl 1-131-377-00 s C2 1-124-472-11 s C3 1-126-176-11 s c4 1-163-093-00 s C5 1-124-225-00 s
cé6 1-124-589-11 s C7 1-163-021-00 s c8 1-124-638-11 s cg 1-124-589-11 s C10 1-163-093-00 s
Cll 1-163-021-00 s C12 1-163-021-00 s C13 1-124-225-00 s c14 1-163-038-00 s C15 1-131-365-00 s
C16 1-163-021-00 s C17 1-131-365-00 s C18 1-131-377-00 s C19 1-163-021-00 s C20 1-131-347-00 s
C21 1-124-438-00 s C22 1-124-463-00 s C23 1-124-438-00 s C24 1-163-038-00 s C25 1-124-225-00 s
C26 1-124-473-11 s C27 1-126-176-11 s C28 1-163-036-00 s C29 1-126-157-11 s C30 1-124-472-11 s
C31 1-126-154-11 s C32 1-163-117-00 s C33 1-126-157-11 s C34 1-163-117-00 s C35 1-124-225-00 s
C36 1-163-021-00 s C37 1-124-584-00 s C38 1-124-584-00 s C40 1-131-365-00 s C41 1-163-086-00 s
C42 1-163-088-00 s C43 1-124-584-00 s
c44 1-124-225-00 s C45 1-126-176-11 s C46 1-126-176-11 s
c47 1-126-176-11 s
Description
MOUNTED CIRCUIT BOARD "CA-13"
TANTALUM 10uF 10% 10V ELECT 470uF 20% 10V ELECT 220uF 20% 10V CERAMIC, CHIP 1OPF 5% SOV ELECT 100uF 20% 6.3V
ELECT 47uF 20% 16V CERAMIC, CHIP 0.O01uF 5% 50V
ELECT 22uF 20% 10V ELECT 47uF 20% 16V CERAMIC, CHIP 10PF 5% 50V
CERAMIC, CHIP O.Q1luF 5% 5O0V CERAMIC, CHIP 0.OluF 5% 50V ELECT 100uF 20% 6.3V CERAMIC, CHIP O.luF 25V TANTALUM 10uF 10% 20V
CERAMIC, CHIP 0.0luF 5% 50V TANTALUM 10uF 10% 20V TANTALUM 10uF 10% 10V CERAMIC, CHIP 0.OluF 5% SOV TANTALUM luF 10% 35V
ELECT 1MF 20% 50V ELECT O.1uF 20% 50V ELECT 1MF 20% 50V CERAMIC, CHIP O.luF 25V ELECT 100uF 20% 6.3V
ELECT 1000uF 20% 10V ELECT 220uF 20% 10V CERAMIC, CHIP 0.068MF SOV ELECT 10uF 20% 16V ELECT 470uF 20% 10V
ELECT 47uF 20% 6.3V CERAMIC, CHIP 1O0PF 5% SOV ELECT 10uF 20% 16V CERAMIC, CHIP 100PF 5% SOV ELECT 100uF 20% 6.3V
CERAMIC, CHIP 0.O0luF 5% SOV ELECT 100uF 20% 10V ELECT 100uF 20% 10V TANTALUM 10uF 10% 20V CERAMIC, CHIP 3PF 5OV
CERAMIC, CHIP 5PF 50V ELECT 100uFf 20% 10V ELECT 100uF 20% 6.3V ELECT 220uF 20% 10V ELECT 220uF 20% 10V
ELECT 220uF 20% 10V
D-6
Ref.
CN1 CN2
CN3 CN4 CN5
CN6
CN7 CN8 CN9
ol D2 D3 D4 DS
D6 D7 D8 D9 D10
Dll D12 D13 D14 D15 D16
IC 1c2 1C3 1c4 1¢5
1C6 1Cc7 1Cc8 Icg
Ld L2 L3
L6
L7 L8
No. Part No. SP Description
1-506-470-11 0 CONNECTOR, 5P, MALE
1-506-477-11 o CONNECTOR, 12P, MALE
1-562-157-11 o PLUG HOUSING, 12P 1-564-026-00 o PLUG CONTACT
1-506-477-11 o CONNECTOR, 12P, MALE
1-506-474-11 0 CONNECTOR, 9P, MALE
1-506-469-11 o CONNECTOR, 4P, MALE
1-562-149-11 0 PLUG HOUSING, 4P 1-564-026-00 o PLUG CONTACT
1-506-467-11 o CONNECTOR, 2P, MALE 1-562-147-11 0 PLUG HOUSING, 2P 1-564-026-00 o PLUG CONTACT
1-506-472-11 o CONNECTOR, 7P, MALE 1-506-471-11 0 CONNECTOR, 6P, MALE 1-506-475-11 o CONNECTOR, 10P, MALE
8-719-923-48 s 1S82348H 8-719-100-05 s 182837 8-719-100-03 s 182835 8-719-100-05 s 182837 8-719-100-05 s 182837
8-719-106-16 s RD6.8M-B1 8-719-100-03 s 152835 8-719-105-32 s RD2.7M-B2 8-719-101-23 s 185123 8-719-101-23 s 188123
8-719-100-03 s 182835 8-719-106-70 s RD12M-B1 8-719-105-63 s RD4.3M-B1 8-719-101-23 s 188123 8-719-100-05 s 182837 8-719-938-75 s SBO5-O5CP
8-759-981-66 s LM2903M: RAYTHEON 8-759-208-11 s TC4053BFHB: TOSHIBA 8-759-208-11 s TC4053BFHB: TOSHIBA 8-759-208-11 s TC4053BFHB: TOSHIBA 8-759-208-11 s TC4053BFHB: TOSHIBA
8-759-103-36 s UPC4558G2: NEC 8-759-605-18 s CX518: SONY 8-759-981-59 s RC2043MD: RAYTHEON 8-759-208-11 s TC4053BFHB: TOSHIBA
1-408-413-00 s 22uh 1-408-413-00 s 22uH 1-410-478-11 s 47uH 1-410-478-11 s 47uH 1-410-478-11 s 47uH
1-408-413-00 s 22uH 1-408-413-00 s 22uH
CA-325(UC) CA-325P(EK)
Ref . Part No.
Ql 8-729-201-04 Q2 8-729-201-04 Q3 8-729-100-75 Q4 8-729-100-66 Q5 8-729-402-19
Q6 8-729-100-66 Q7 8-729-100-75 Q8 8-729-100-75 Q9 8-729-402-19 Q10 8-729-100-75
Qil 8-729-100-66 Ql2 8-729-100-66 Q13 8-729-100-66 Ql4 8-729-100-66 Q15 8-729-100-75
Q16 8-729-100-66 Q17 8-729-100-66 Q18 8-729-100-66 Q19 8-729-100-66 Q20 8-729-402-16
Q21 8-729-109-41 Q22 8-729-402-19 Q23 8-729-402-16 Q24 8-729-403-34 Q25 8-729-100-75
Q26 8-729-402-19 Q27 8-729-402-78 Q28 8-729-100-66
Rl 1-249-399-11 R2 1-216-025-00 R3 1-216-295-00 R4 1-216-025-00 R5 1-216-081-00
R6 1-216-065-00 R7 1-216-061-00 R8 1-215-393-00 R9 1-215-393-00 R10 1-216-049-00
R11 1-216-083-00 R12 1-216-049-00 R13 1-216-073-00 R14 1-216-017-00 R15 1-216-081-00
CA-325(UC) CA-325P (EK)
Description
28C2878-A 25C2878-A 2SA812-M5 2SC1623-L6 XN6501
25C1623-L6 2SA812-M5 2SA812-M5 XN6501 2SA812-M5
25C1623-L6 2SC1623-L6 2SC1623-L6 2SC1623-L6 2SA812-M5
2SC1623-L6 2SC1623-L6 2SC1623-L6 2SC1623-L6 XN4608
2SK94-X1 XN6501 XN4608 XN6534 2SA812-M5
XN6501 XN6401 25C1623-L6
CARBON METAL, METAL, METAL, METAL,
CHIP CHIP CHIP CHIP
METAL, CHIP METAL, CHIP METAL 68 1% METAL 68 1% METAL, CHIP
METAL, METAL, METAL, METAL, METAL,
CHIP CHIP CHIP CHIP CHIP
33 5% 1/4W 100 5% 1/10W O-OHM 1/10W 100 5% 1/10W 22K 5% 1/10W
4.7K 5% 1/10W 3.3K 5% 1/10W 1/6W 1/6W 1K 5% 1/10W
27K 5% 1/10W 1K 5% 1/10W 10K 5% 1/10W 47 5% 1/10W 22K 5% 1/10W
D-7
Ref. No.
R16 R17 R18 R19 R20
R21 R22 R23 R24 R25
R26 R27 R28 R29 R30
R31 R32 R33 R34 R35
R36 R37 R38 R39 R40
R41 R42 R43 R44 R45
R46 R47 R48 R49 R50
R51 R52 R53 R54 R55
R56 R57 R58 R59 R60
R61 R62 R63 R64 R65
Part No.
1-216-073-00 1-216-097-00 1-216-049-00 1-216-081-00 1-216-049-00
1-216-061-00 1-215-394-00 1-216-057-00 1-216-073-00 1-216-073-00
1-216-061-00 1-216-053-00 1-216-037-00 1-216-061-00 1-216-049-00
1-216-049-00 1-216-081-00 1-216-073-00 1-216-073-00 1-216-049-00
1-216-073-00 1-216-041-00 1-216-033-00 1-216-029-00 1-216-073-00
1-216-073-00 1-215-393-00 1-216-057-00 1-216-073-00 1-216-069-00
1-216-073-00 1-216-059-00 1-216-049-00 1-216-061-00 1-216-075-00
1-216-105-00 1-216-081-00 1-216-081-00 1-215-394-00 1-216-067-00
1-216-061-00 1-216-089-00 1-216-109-00 1-216-083-00 1-216-091-00
1-216-057-00 1-216-097-00 1-216-089-00 1-216-049-00 1-216-057-00
Description
CHIP CHIP CHIP CHIP CHIP
METAL, METAL, METAL, METAL, METAL,
METAL, CHIP METAL 75 1% METAL, CHIP METAL, CHIP METAL, CHIP
CHIP CHIP CHIP CHIP CHIP
METAL, METAL, METAL, METAL, METAL,
CHIP CHIP CHIP CHIP CHIP
METAL, METAL, METAL, METAL, METAL,
METAL, METAL, METAL, METAL, METAL,
CHIP CHIP CHIP CHIP CHIP
METAL, CHIP METAL 68 1% METAL, CHIP METAL, CHIP METAL, CHIP
CHIP CHIP CHIP CHIP CHIP
METAL, METAL, METAL , METAL, METAL,
METAL, METAL, CHIP METAL, CHIP METAL 75 1% METAL, CHIP
CHIP
METAL, METAL, METAL, METAL , METAL,
CHIP CHIP CHIP CHIP CHIP
CHIP CHIP CHIP CHIP CHIP
METAL, METAL, METAL, METAL, METAL,
10K 5% 1/10W 100K 5% 1/10W 1K 5% 1/10W 22K 5% 1/10W 1K 5% 1/10W
3.3K 5% 1/10W 1/6W 2.2K 5% 1/10W 10K 5% 1/10W 10K 5% 1/10W
3.3K 5% 1/10W 1.5K 5% 1/10W 330 5% 1/10W 3.3K 5% 1/10W 1K 5% 1/10W
1K 5% 1/10W 22K 5% 1/10W 10K 5% 1/10W 10K 5% 1/10W 1K 5% 1/10W
10K 5% 1/10W 470 5% 1/10W 220 5% 1/10W 150 5% 1/10W 10K 5% 1/10W
10K 5% 1/10W 1/6W 2.2K 5% 1/10W 10K 5% 1/10W 6.8K 5% 1/10W
10K 5% 1/10W 2.7K 5% 1/10W 1K 5% 1/10W 3.3K 5% 1/10W 12K 5% 1/10W
220K 5% 1/10W 22K 5% 1/10W 22K 5% 1/10W 1/6W 5.6K 5% 1/10W
3.3K 5% 1/10W 47K 5% 1/10W 330K 5% 1/10W 27K 5% 1/10W 56K 5% 1/10W
2.2K 5% 1/10W 100K 5% 1/10W 47K 5% 1/10W 1K 5% 1/10W 2.2K 5% 1/10W
Ref. No.
R66 R67 R68 R69 R70
R71 R72 R73 R74 R75
R76 R77 R78 R79 R80
R81 R82 R83 R84 R85
R86 R87 R88 R89 R90
R92 R93 R94 R95
R96
R97 R98 R99 R100 R101
R102 R103 R104
R105 R106
R107 R108 R109 R110 R1il
R112 R113 R114 R115
Part No.
1-216-089-00 1-216-041-00 1-216-097-00 1-216-057-00 1-216-073-00
1-216-081-00 1-216-033-00 1-216-037-00 1-216-097-00 1-216-045-00
1-216-057-00 1-216-081-00 1-216-081-00 1-216-073-00 1-216-061-00
1-216-049-00 1-216-005-00 1-216-097-00 1-216-121-00 1-216-025-00
1-216-073-00 1-216-065-00 1-216-013-00 1-216-013-00 1-216-065-00
1-216-065-00 1-216-057-00 1-216-065-00 1-216-667-11
1-216-053-00
1-216-057-00 1-216-039-00 1-216-039-00 1-216-298-00 1-216-298-00
1-216-029-00 1-215-394-00 1-216-667-11
1-216-065-00 1-216-097-00
1-216-049-00 1-216-049-00 1-216-041-00 1-216-081-00 1-216-067-00
1-216-057-00 1-216-049-00 1-216-049-00 1-216-061-00
Description
METAL, METAL, METAL, METAL, METAL,
CHIP 47K 5% 1/10W CHIP 470 5% 1/10W CHIP 100K 5% 1/10W CHIP 2.2K 5% 1/10W CHIP 10K 5% 1/10W
METAL, METAL, METAL, METAL, METAL,
CHIP CHIP
22k 5% 1/10W 220 5% 1/10W
CHIP 330 5% 1/10W CHIP 100K 5% 1/10W CHIP 680 5% 1/10W
METAL, METAL, METAL, METAL, METAL,
CHIP 2.2K 5% 1/10W CHIP 22K 5% 1/10W CHIP 22K 5% 1/10W CHIP 10K 5% 1/10W CHIP 3.3K 5% 1/10W
METAL, METAL, METAL, METAL, METAL,
CHIP CHIP CHIP CHIP CHIP
1K 5% 1/10W 15 5% 1/10W 100K 5% 1/10W 1M 5% 1/10W 100 5% 1/10W
METAL, METAL, METAL, METAL, METAL,
CHIP 10K 5% 1/10W CHIP 4.7K 5% 1/10W CHIP 33 5% 1/10W CHIP 33 5% 1/10W CHIP 4.7K 5% 1/10W
CHIP 4.7K 5% 1/10W
4
METAL, 4 CHIP 2.2K 5% 1/10W
4 4
METAL, METAL, METAL,
CHIP 4.7K 5% 1/10W CHIP 4.7K 0.5%
1/10W CHIP 1.5K 5% 1/10W
CHIP 2.2K 5% 1/10W CHIP 390 5% 1/10W CHIP 390 5% 1/10W CHIP 2.2 5% 1/10W CHIP 2.2 5% 1/10W
METAL, CHIP 150 5% 1/10W METAL 75 1% 1/6W METAL, CHIP 4.7K 0.5%
1/10W CHIP 4.7K 5% 1/10W CHIP 100K 5% 1/10W
METAL,
METAL, METAL, METAL , METAL, METAL,
METAL , METAL,
METAL, METAL, METAL, METAL, METAL,
CHIP 1K 5% 1/10W CHIP 1K 5% 1/10W CHIP 470 5% 1/10W CHIP 22K 5% 1/10W CHIP 5.6K 5% 1/10W
METAL, METAL, METAL , METAL,
CHIP 2.2K 5% 1/10W CHIP 1K 5% 1/10W CHIP 1K 5% 1/10W CHIP 3.3K 5% 1/10W
0-8
Ref. No. Part No.
RV1 RV2
T1 T2
1-226-703-11 1-226-775-11
1-427-270-XX 1-427-487-00
CN-254 BOARD
Cl C2 C3 c4
CN4
JK1 JK2
Sl
1-627-920-11
1-564-026-00
1-161-051-00 1-161-051-00 1-161-051-00 1-161-051-00
1-562-154-11
1-507-883-00 1-566-740-11
1-554-088-00
CN-277 BOARD
CN1 CN1
CNS CN7 CN8 CN9
1-627-938-11
1-564-026-00
1-562-150-11 1-566-581-11
1-562-149-11 1-562-152-11 1-562-151-11 1562-15512
SP
s
s
oo0o0
Description
METAL 10K METAL 100K
TRANSFORMER, OUTPUT TRANSFORMER, OUTPUT
PRINTED CIRCUIT BOARD "CN-254"
CONTACT, FEMALE, AWG24-30
CERAMIC O.OluF 10% 50V CERAMIC 0.OluF 10% 50V CERAMIC 0.O0luF 10% SOV CERAMIC O.OluF 10% 50V
HOUSING 9P
JACK, SMALL TYPE 4P JACK
SWITCH, TACTILE
PRINTED CIRCUIT BOARD "CN-277"
CONTACT, FEMALE, AWG24-30
HOUSING 5P RECEPTACLE ,MULTI CONNECTOR
SOP HOUSING 4P HOUSING, CONNECTOR 7P HOUSING 6P PLUG HOUSING, 10P
CA-325(UC) CA-325P (EK)
Ref. No. Part No. SP Description
SW-285 BOARD
1-627-917-11 0 PRINTED CIRCUIT BOARD "SW-285"
1-562-738-11 0 HOUSING, CONNECTOR 5P 1-564-026-00 s CONTACT, FEMALE, AWG24-30 1-564-831-11 0 CONTACT, CONNECTOR
CN1 1-506-469-21 o CONNECTOR, 4P, MALE CN2 1-506-702-11 o CONNECTOR POST HEADER,ILG (3P)
1-561-515-00 o PLUG HOUSING, 3P 1-560-372-00 o PLUG CONTACT
CN3 1-506-702-11 0 CONNECTOR POST HEADER,ILG (3P) 1-561-515-00 o PLUG HOUSING, 3P 1-560-372-00 o PLUG CONTACT
CN4 1-560-356-00 o CONNECTOR POST HEADER,ILG (2P) 1-561-514-00 o PLUG HOUSING, 2P 1-560-372-00 o PLUG CONTACT
Ql 8-729-201-04 s 2SC2878-A
Rl 1-249-422-11 s CARBON 2.7K 5% 1/4W
S1 1-571-767-11 s SWITCH, SLIDE S2 1-570-491-11 s SWITCH, ROTARY
FRAME
CN102 1-508-942-00 s CONNECTOR, 14P CN103 1-561-781-31 s BNC (RECEPTACLE) CN104 1-563-096-11 s CONNECTOR (WITH SW) F 3P CN105 1-564-603-11 s CONNECTOR (WITH DC SW) 4P
Rl 1-247-826-00 s CABON 620
SW101 1-552-665-00 s MICRO “BATT IN"
CA-325(UC) CA-325P(EK) D-9
1.5INCH ELECTRONIC VIEWFINDER
SPECIFICATIONS
Picture tube 1.5-inch monochrome
Indicators REC/TALLY indicator
BATT indicator
SHUTTER indicator
GAIN UP indicator
Resolution 400 lines
Power requirements
12V DC
Power consumption
2.3 W
Weight Approx. 500 g (1 Ib 2 02)
Dimensions Approx. 186 x 63 x 189 mm (wi/h/d)
(Fle x 24/2 x 742 inches)
Supplied accessory
Operating Instructions (1)
Design and specifications are subject to change without
notice.
SONY. SERVICE MANUAL
D-1.
D-2.
D-3.
D-4.
TABLE OF CONTENTS
BLOCK DIAGRAM
Overall] ---- ee eee cece eee eee eee een eens A-l
SEMICONDUCTOR
Semiconductor ---cce eee B-1
SCHEMATIC DIAGRAM AND BOARD
ILLUSTRATION
MAIN SW } SE daSiehnd gauidoet xe Scneead en sana C-3
LED
SPARE PARTS
Parts Information wie dearer hal os Sec ee eS venataretene we D-1
GSCTEWS sce cree cece eee eee een n eter e en ee ees D-2
Exploded View soccer eee ences D-3
Electrical Parts List ----++--++-+++s+ser-> D-5
-jJ- DXF - 325CE (EK)
SECTION A
BLOCK DIAGRAM
VIEWFINDER VIEWFINDER
+9. 3V LINE
OO Cos
a
| | i LED '
GAIN UP UND
£ SHUTTER t
“
~ Gy tes "GAIN UP™
a
7 LEDS - “E. SHUTTER”
LEDS
1 4 LeD2
“RECT
'
'
BATT ALARM p
Ooi He L
+9. 3V 7 +9..3V LINE
RV2 PEAKING
St PEAKING ON/OFF
HEATER]
H2
G2
1C3 2/2)
102 072) e272)
H DRIVER
ViDEO s o DRIVER
@10~012 | ;
__| VIEWFINDER BLOCK
B-DXF325-VIEWFrr NDERZBLOCK)
SEMICONDUCTOR PIN ASSIGNMENTS
SECTION B SEMICONDUCTOR PIN ASSIGNMENTS
The circuit diagram of IC is obtained from the IC data book published by the manufacturer.
< DIODE >
ee a TOP VIEW (SCALE 4/1} (
.——4 182837 ——_]I-——_—s «155133 DA204K l B SLH-S6VT TLOI02A i ls DAN202K om 1SS136 TLRIOSA
ERA15-06 “4 2 : ERA22-08 [ i
Ib ball LG ww
<TRANSISTOR >
TOP VIEW ISCALE 4/1) TOP VIEW (SCALE 4/1)
2SA812 : 28C2812 2SD1220 2SK612 2 28B624 2802814
28C3722K 2 d +
<1c>
HA11423MP (HITACHI) FLAT PACKAGE M5236ML (MITSUBISI) uPC358G2 (NEC) FLAT PACKAGE
TV H/V SYNC SIGNAL PROCESSOR ATOR DUAL OPERATIONAL AMPLIFIERS ~ TOP VIEW — ADJUSTABLE VOLTAGE REGUL aap VIEW e
IN GND CONT ery 42) 43)
a saat SYNC OUT
N
ry 4 af size wal rf
| osc q
4 ss 16 DRIVER eH DEF OUT
| TRIGG ¥ 18
z v yl TRIGG [~ j | : :
v , era esc DRIVER Vv DEF ouT SIZE :
i th 4
DXF-325(J, UC) B-1
DXF-325CE(EK)
DXF-325 (J, UC) DXF-325CE (EK)
SECTION C
SCHEMATIC DIAGRAMS AND BOARD ILLUSTRATIONS
MAIN Board (VF Board)
LED Board
MAIN BOARD
SW BOARD
Rv3 gh, ORIGHT-set
Baer
C-3
MAIN, SW, LED
AIG aoa “Fi p1s 94v-08
SAAC
MAIN, SW, LED
LED soarRD
DXF-325 (u, UC) DXF-325CE (EK)
MAIN. SW FRAME
LED FRAME i MAIN. SW
LED
01 2SB856 CN?
te (3t-{2}1} SSS a ee SSS SS SS SS ee ee
a2 3 Oa QS 6 Q7 282812 =. 28C2812—-2SC 2812 2SC2814 28C3722k =. 2SC3722k
| RO R19 R18 7 ' az eee ca00F — sa00F a1 O ‘is
() 20%
aude; ZL is cm For {)
tt [unrea izv BOW 300k Ey \ Ae BNE 10x
ue EBA ee AS ibe
cM 8 «)
wt tm ju teed es pores Fe eee eae © ob ie ; ee CAGE TG}
98 2802812
QRVI:+9V SET
Le
© =
R24
fae oS os {is [rec inn} ()
PT The Te, aaa
on !
Na
pte et E a
a ee sarien |e saren Ta ys [Batt ALARM} {BATT AtaRw | tf
CNS
frec inp Ts {Bart avant |e snurrer 3 Cs {ow
= Xo)
i x cna Pyireg ql
| Le | V_DEF QUT [7 } 5 e371 £56
19 Leet ge, Bl ot bland 7 cz AH {ver our 2 -}— 9 ROG
on ‘00 SYNC 820050, ik 7 hs a10 [6 [vibe signa] Wr ae F {) | '
623, 4 eS Ral q
of te iy be m0 30 16¥ ase AS
3 a2 10 0. Bose! YI 16 #56 c35 ¢ R51 CNS Sk 0.1 F 100K
[7 [T a} Il OAV: HOLD
| QAVI2:V SIZE QRVIZiV LIN |
! 153 A P 920 921 Ne wai SBove mala 2sc26i2-L7 —-2s1220 . + +
8 ces Hber our 3 | ie rau H DEF OUT [2 |
B30, §21 @20 Xs cw?
i ae we ce GATE
| 2 9
a 0. Whee 7 0.0017 i}
QRVIO:H HOLD
023 13 022 2SB626-BV3 PC 35862 28K612
+
02a paper Aes pe Ae. As y Re | Y ide ise fa 5 1 R71 } i 0. 8. 2k 7 . 1 H ved A
! 14 Avi ke t
si ! | if i
al GP i bara ua ie $d Wek 6
! ee eae a
MAIN
2 4764
@RV3:SUB BRIGHT QRV6 BRIGHT
@AV21;H SIZE @RV20:FOCUS
(B=DXF325-FRA ME/M
SECTION D
SPARE PARTS
D-1. PARTS INFORMATION
1. Safety Related Component Warning
Components identified by shading marked with ! on the schematic diagrams, exploded views and
electrical spare parts list are critical to safe operation. Replace these components with Sony
parts whose parts numbers appear as Shown in this manual or in service manual supplements
published by Sony.
Replacement Parts supplied from Sony Parts Center will sometimes have different shape and outside
view from the parts which actually in use. This is due to “accommodating the improved parts and/or
engineering changes" or “standardization of genuine parts." This manual s exploded view and
electrical spare parts lists are indicating the parts numbers of “the standardized genuine parts
at present." Regarding engineering parts and diagrams changes in our engineering department, refer
SONY service bulletions and service manual supplements.
The parts marked with "S" in the SP column of the exploded views and electical spare parts list
are nomally required for routine service work. Orders for parts marked with "O" will be processed,
but allow for additional delivery time.
Item with no parts number and/or no description are not stocked because they are seldom required
for routine service.
Abbreviation
VARIABLE RESISTOR SWITCH TRANSFORMER OSCILLATOR
JACK INDUCTOR VARIABLE INDUCTOR TRANSISTOR RESISTOR
CONNECTOR VARIABLE CAPACITOR DIODE DELAY LINE
CA-325(J,UC) CA- 325P(EK)
FILTER
All capacitors are in micro farads unless otherwise specified.
All inductors are in micro henries unless otherwise specified.
All resistors are in ohms.
D-1
D-2. SCREWS
+B
Bzn-N
Oc +B
Bzn-N
© ts 7-682-000- bm oo =
Parts
3x3
x4
x5
x6
x8
x 10
No. |
544-09
545-09
546-09
547-09
548-09
549-09
fe e822 E DO ™
Parts SIZE No.
2x3 772-00
x4 772-10
x5 772-20
x6 772-30
x8 772-40
x 10 772-50
x 12 772-60
x14 772-70
x 16 772-80
x 20 -
26x 3 775-00
x4 775-10
x5 775-20
x6 773-95
x8 775-40
x 10 775-50
x 12 775-60
x 14 775-70
x 16 775-80
x 20 775-90
+B
Cr-N
Parts SIZE No.
2x3 772-08
x4 772-18
x5 771-06
x6 772-38
x8 772-48
x 10 772-58
x 12 772-68
x 14 772-78
x 16 772-88
x 20 -
2.6 x 3 775-08
x4 773-86
x5 770-87
x6 770-67
x8 770-99
x 10 773-87
x 12 775-68
x 14 775-78
x 16 775-88
x 20 773-91
+B
Cr-N
© = Loo 7-682-000-00 TK
|
Parts SIZE No.
4
3x3 544.04
x4 545-04
x5 546-04
x6 547-04
x8 548-04
x 10 549-04
x12 550-04
x14 551-04
x 16 552-04
x 20 553-04
4x4 558-04
x5 559-04
x6 560-04
x8 561-04
x 10 562-04
x12 563-04
x14 564-04
x 16 565-04
x 20 566-04 ss
5x8 574-04
x 10 575-04
x 12 576-04
x 14 577-04
x 16 578-04
x 20 579-04
+PSW PRECISION +P +P
Czn-N Cr-N Czn-N
© d= © © ¢= eae io vad * [eee Se fa 7-621-000-00 |
Parts Parts i Parts SIZE No. | SIZE No. | SIZE No.
L | —
2.6x5 759-35 1.7x 16 - 2x3 255-15
x6 759-45 x 1.8 - x4 255-25
x8 759-65 x2 552-27 x5 255-35
x 10 759-75 x 2.2 552-87 x6 255-45
x 12 759-85 x25 552-07 x8 255-55
x 14 759-95 x 2.8 - x10 255-65
x 16 760-05 x3 552-37 x12 255-75
x 20 760-15 x 3.5 - x 14 255-85
L x 25 [ 760-65 _| x4 §52-47 x 16 256-05
x45 552-67 x 20 256-25
x5 552-57 +
x 5.5 557-07 2.3x5 257-35
x6 552-77 x6 257-45
fe ee a ee | x8 257-55
2x 1.8 554-37 x10 257-65
x2 553-17 x12 257-75
x 2.2 554-07 x 14 257-85
x 2.5 553-27 x 16 258-05
x 2.8 - x 20 258-25
x3 553-37 faexs | asows |
x3.5 554-17 2.6x 3 259-15
x4 553-47 x4 259-25
x 4.5 553-57 x5 259-35
x5 553-67 x6 259-45
x 5.5 - x8 259-55
x6 554-27 x10 259-65
x7 553-87 x12 259-75
x8 553-97 x 14 259-85
x10 553-77 x 16 260-05
x 20 260-25
2.6 x 2.8 556-07
x3 -
x 3.5 -
x4 556-37
x 4.5 -
x5 556-57 GP) E=>- x 5.5 -
x6 556-77 x7 = 7777 682-000-00-—~\
x8 556-97 ~~] x9 4 SIZE Parts
x 10 557-47 _
D-2
26x 4
x5
x6
x8
EXPLODED VIEW | EXPLODED VIEW | EXPLODED VIEW
CA-325(UC) CA-325P(EK)
SECTION D
SPARE PARTS
D-1. PARTS INFORMATION
1. Safety Related Component Warning
Components identified by shading marked with ! on the schematic diagrams, exploded views and
electrical spare parts list are critical to safe operation. Replace these components with Sony
parts whose parts numbers appear as shown in this manual or in service manual supplements
published by Sony.
2. Replacement Parts supplied from Sony Parts Center will sometimes have different shape and outside
view from the parts which actually in use. This is due to “accommodating the improved parts and/or
engineering changes" or “standardization of genuine parts." This manual s exploded view and
electrical spare parts lists are indicating the parts numbers of “the standardized genuine parts
at present.” Regarding engineering parts and diagrams changes in our engineering department, refer
SONY service bulletions and service manual supplements.
3. The parts marked with "S" in the SP column of the exploded views and electical spare parts list
are nomally required for routine service work. Orders for parts marked with "O" will be processed,
but allow for additional delivery time.
4. Item with no parts number and/or no description are not stocked because they are seldom required
for routine service.
5. Abbreviation
0 L CONNECTOR JACK VARIABLE RESISTOR
VARIABLE CAPACITOR INDUCTOR SWITCH
DIODE VARIABLE INDUCTOR TRANSFORMER
DELAY LINE TRANSISTOR OSCILLATOR
FILTER RESISTOR
All capacitors are in micro farads unless otherwise specified.
All inductors are in micro henries unless otherwise specified.
All resistors are in ohms.
DXF-325(J ue DXF-325CE (EK D-1
D-2. SCREWS
+K Bzn-N
© t= y-—— 7-682-000-00 —_,
PRECISION +P
Bzn-N
@ i 7-627-000-00 =o
SIZE Parts No.
1.7% 1.6 552-18
x18 -
x2 552-28
x 2.2 -
x 2.5 552-08
x 2.8 -
x3 552-38
x35 552-78
x4 552-48
x45 -
x5 552-58
x 5.5 -
x6 -
2x18 554-38
x2 553-18
x 2.2 -
x25 553-28
x28 554-58
x3 553-38
x 3.5 554-18
x4 553-48
x 4.5 553-58
x5 554-28
x 5.5 -
x6 553-68
x7 553-88
x8 553-98
x 10 553-78
2.6x 2.8 556-08
x3 -
x 3.5
x4
x45
x5
x 5.5
x6
x7
x8
x9
x 10
+P +BTP +P
Ni-N Bzn-N NON-SLIT Bzn-N
Oe @—{ps— O = ne 7-621-000-00 a a\ a 7-685-000-00 ™ am 7-621-000-00 \
SIZE Parts SIZE | Parts No. No. 2
2x3 255-12 2x3 255-10
x4 255-22 x4 255-20
x5 255-32 x5 283-00
x6 255-42 x6 255-40
x8 255-52 x8 255-50
x10 255-62 x 10 283-10
x 12 255-72 x12 283-70
x14 - x14 -
x 16 - x 16 -
x 20 _ x 20 256-20
= 2.3x5 -
= x6 -
= x8 -
= x 10 -
- x 12 -
ag x14 -
= x 16 -
a x 20 &
2.6x3 259-10
x4 284-00
x5 284-10
x6 284-20 x8 284-30
x 10 284-40
x12 259-70
x14 259-80
D-2
| EXPLODED VIEW EXPLODED VIEW |
EXPLODED VIEW No. Parts No. SP Description
CRT/DY ASSY wn
2 1-589-128-11 0 MAIN BOARD 3 1-589-129-11 0 SW BOARD (FOR UC)
1-589-129-21 o SW BOARD (FOR EK) 4 1-230-075-11 s CARBON 2K "CONTR" "BRIGHT" 5 1-570-845-11 s SWITCH, SLIDE "PEAKING ON/OFF" "TALLY ON/OFF"
6 1-994-802-01 s LED, SLH-S6VT 7 2-277-453-00 o KNOB, CONTROL 8 2-277-456-00 o COLLER, STOPPER 9 2-277-457-00 s KNOB, STOPPER
‘ 10 2-277-466-01 o SPRING, COMPRESSION
sar 11 2-277-468-00 o PLATE, ORNAMENTAL, CAMERA SHOE wets le 12 2-381-411-00 0 MIRROR
! 13 2-381-426-02 o RING, LENS : 14 2-381-461-02 s PIN, BLIND
15 2-381-462-01 o PIN
16 2-381-466-01 o RING, RETAINER 17 2-381-467-01 o RING (2), LENS 18 2-381-468-01 s PIN, STOPPER 19 2-381-470-02 o HOLDER, LENS 20 2-381-472-02 o STOPPER
VB PRECISION +P xh 21 2-832-007-00 s BUSHING (K), INSULATING
BRS sett icas 22 3-657-626-00 o LUPE, VF “Oe 23 3-657-700-00 s BRACKET, ACCESSORY
24 3-657-771-02 s EYECUP (2) 25 3-672-213-00 o SHEET, ADHESIVE
26 3-680-604-01 27 3-680-605-00 28 3-688-709-01 29 3-703-037-00 30 8-829-315-63
PLATE, BLIND CAP, SLIDE NUT, PLATE, SHOE INSULATOR, TO-220 TRANSISTOR, 2SB856 nnoond
PRECISION PRECISION e708 31 9-994-797-01 s CABLE, VF ATP 3a) 32 9-994-811-01 o SPRING, PLATE
33 9-994-812-01 o INSULATOR 34 9-994-813-01 o LABEL, SW 35 9-994-814-01 o CASE, BOTTOM
36 9-994-815-01 o HOLDER T, OUTSIDE 37 9-994-816-01 o PLATE, NUT 38 9-994-817-01 o MOLT 39 9-994-818-01 o HOLDER B, OUTSIDE 40 9-994-819-01 o PIN, LOCK
41 9-994-820-01 o LING, SLIDE 42 9-994-821-01 o NUT, PLATE, CASE 43 9-994-822-01 o GUIDE, VF SLIDE 44 9-994-823-01 o LABEL, SLIDE 45 9-994-824-01 o STOPPER
46 9-994-825-01 47 9-994-826-01 48 9-994-827-01 COLLER 49 9-998-810-00 CASE, TOP 50 2-381-493-01 o PLATE, STOPPER
Ser No. 30981 and higher (J) 12091 and higher (UC) 42851 and higher (EK)
RUBBER, STOPPER STOPPER, PWB
oooo
D-3 DXF-325(J,UC
. D-4 DXF-325CE(EK
0-4. ELECTRICAL PARTS
Ref. No. Part No. SP Description
RESESTOR, CHIP
1/10W 0 - 3.3M (E12) +-5% 1/10W
1-216-295-00 s RES, CHIP 0 5% 1-216-298-00 s RES, CHIP 2.2 5% 1-216-302-00 s RES, CHIP 2.7 5% 1-216-304-00 s RES, CHIP 3.3 5% 1-216-306-00 s RES, CHIP 3.9 5%
1-216-308-00 s RES, CHIP 4.7 5% 1-216-309-00 s RES, CHIP 5.6 5% 1-216-311-00 s RES, CHIP 6.8 5% 1-216-313-00 s RES, CHIP 8.2 5% 1-216-001-00 s RES, CHIP 10 5%
1-216-003-00 s RES, CHIP 12 5% 1-216-005-00 s RES, CHIP 15 5% 1-216-007-00 s RES, CHIP 18 5% 1-216-009-00 s RES, CHIP 22 5% 1-216-011-00 s RES, CHIP 27 5%
1-216-013-00 s RES, CHIP 33 5% 1-216-015-00 s RES, CHIP 39 5% 1-216-017-00 s RES, CHIP 47 5% 1-216-019-00 s RES, CHIP 56 5% 1-216-021-00 s RES, CHIP 68 5%
1-216-023-00 s RES, CHIP 82 5% 1-216-025-00 s RES, CHIP 100 5% 1-216-027-00 s RES, CHIP 120 5% 1-216-029-00 s RES, CHIP 150 5% 1-216-031-00 s RES, CHIP 180 5%
1-216-033-00 s RES, CHIP 220 5% 1-216-035-00 s RES, CHIP 270 5% 1-216-037-00 s RES, CHIP 330 5% 1-216-039-00 s RES, CHIP 390 5% 1-216-041-00 s RES, CHIP 470 5%
1-216-043-00 s RES, CHIP 560 5% 1-216-045-00 s RES, CHIP 680 5% 1-216-047-00 s RES, CHIP 820 5% 1-216-049-00 s RES, CHIP 1k 5% 1-216-051-00 s RES, CHIP 1.2k 5%
1-216-053-00 s RES, CHIP 1.5k 5% 1-216-055-00 s RES, CHIP 1.8k 5% 1-216-057-00 s RES, CHIP 2.2k 5% 1-216-059-00 s RES, CHIP 2.7k 5% 1-216-061-00 s RES, CHIP 3.3k 5%
1-216-063-00 s RES, CHIP 3.9k 5% 1-216-065-00 s RES, CHIP 4.7k 5% 1-216-067-00 s RES, CHIP 5.6k 5% -216-069-00 s RES, CHIP 6.8k 5% -216-071-00 s RES, CHIP 8.2k 5%
1-216-073-00 s RES, CHIP 10k 5% 1-216-075-00 s RES, CHIP 12k 5% 1-216-077-00 s RES, CHIP 15k 5% -216-079-00 s RES, CHIP 18k 5% 1-216-081-00 s RES, CHIP 22k 5%
DXF-325(J,UC) DXF-325CE(EK)
1/10W 1/10W 1/10W 1/10W 1/10W
1/10W 1/10W 1/10W 1/10W 1/10W
1/10W 1/10W 1/10W 1/10W 1/10W
1/10W 1/10W 1/10W 1/10W 1/10W
1/10W 1/10W 1/10W 1/10W 1/10W
1/10W 1/10W 1/10W 1/10W 1/10W
1/10W 1/10W 1/10W 1/10W 1/10W
1/10W 1/10W 1/10W 1/10W 1/10W
1/10W 1/10W 1/10W 1/10W 1/10W
1/10W 1/10W 1/10W 1/10W 1/10W
D-5
Ref. No. Part No.
1-216-083-00 1-216-085-00 1-216-087-00 1-216-089-00 1-216-091-00
1-216-093-00 1-216-095-00 1-216-097-00 1-216-099-00 1-216-101-00
1-216-103-00 1-216-105-00 1-216-107-00 1-216-109-00 1-216-111-00
1-216-113-00 1-216-115-00 1-216-117-00 1-216-119-00 1-216-121-00
1-216-123-00 1-216-125-00 1-216-127-00 1-216-129-00 1-216-131-00
1-216-133-00
vyanunnn yunnnn nnuwvnuynn unuunwuwynn
yunnn
SP Description
RES, CHIP RES, CHIP RES, CHIP RES, CHIP RES, CHIP
RES, CHIP RES, CHIP RES, CHIP RES, CHIP RES, CHIP
RES, CHIP RES, CHIP RES, CHIP RES, CHIP RES, CHIP
RES, CHIP RES, CHIP RES, CHIP RES, CHIP RES, CHIP
RES, CHIP RES, CHIP RES, CHIP RES, CHIP RES, CHIP
RES, CHIP
27k 33k 39k 47k 56k
68k 82k 100k 120k 150k
180k 220k 270k 330k 390k
470k 560k 680k 820k 1.0M
.2M OM 8M .2M .7M
Ww MMP Re .3M
5% 5% 5% 5% 5%
5% 5% 5% 5% 5%
5% 5% 5% 5% 5%
5% 5% 5% 5% 5%
5% 5% 5% 5% 5%
5%
1/10W 1/10W 1/10W 1/10W 1/10W
1/10W 1/10W 1/10W 1/10W 1/10W
1/10W 1/10W 1/10W 1/10W 1/10W
1/10W 1/10W 1/10W 1/10W 1/10W
1/10W 1/10W 1/10W 1/10W 1/10W
1/10W
Ref. Part No.
MAIN BOARD
1-589-128-11
9-994-794-01
C20 9-994-781-01 C21 1-163-038-11 C22 1-163-038-11 C23 1-126-157-11 c24 1-124-464-11
C26 9-994-780-01 C28 1-124-438-11 C29 1-124-584-11 C30 1-131-347-00 C31 1-126-157-11
C32 1-163-133-11 C33 1-126-157-11 C34 1-126-162-11 C35 1-163-088-11 C36 1-124-455-00
C37 9-994-777-01 C38 1-130-481-11
c40 1-163-088~-11 C43 1-163-088-11 C44 9-994-782-01
C46 1-126-162-11 C48 9-994-783-01 C49 9-994-778-01 C50 9-994-784-01 C51 1~163-088-11
C52 9-994-779-01 C53 1-163-088-11 C54 1-163-088-11 C55 1-163-088-11
CN4 9-994-791-01 CN7 9-994-792-01 CN8 9-994-793-01
D2 8-719-914-42 D4 8-719-911-19 D5 9-994-773-01 D6 9-994-774-01 D7 8-719-948-45
SP Description
HLC
MOUNTED CIRCUIT BOARD "MAIN"
CRT
1¢3 TANTALUM 47 16V CHIP CERAMIC 0.1 25V CHIP CERAMIC 0.1 25V ELECT 10 20% 16V Q10 ELECT 0.22 20% 50V Ql
Qi2 P-P CONDENCER 0.0047 920 ELECT 1 20% 50V Q21 ELECT 100 20% 10V TANTALUM 1 10% 35V Q22 ELECT 10 20% 16V Q23
CHIP CERAMIC 470PF 5% 50V ELECT 10 20% 16V ELECT 3.3 20% 50V CHIP CERAMIC 0.1 25V ELECT 100 20% 16V
ELECT 220 6.3V CAP ,PE TEREPHTHALATE
0.0068 5% 50V CHIP CERAMIC 0.1 25V CHIP CERAMIC 0.1 25V TANTALUM 47 16V
ELECT 3.3 20% 50V 0.0056 100V ELECT 22 63V 0.0015 1K CHIP CERAMIC 0.1 25V
RV10 ELECT 56 16V RV11 CHIP CERAMIC RV12 0.1 25V CHIP CERAMIC 0.1 25V CHIP CERAMIC 0.1 25V
RECEPTACLE, 7P RECEPTACLE, 3P RECEPTACLE, 2P
DA204K 1SS119 ERA15-06 1SS136 ERA22-08
D-6
Ref. No. Part No. SP
1-459-823-11
8-759-100-94
8-729-881-23 8-729-881-23 8-729-100-76 8-729-881-23 9-994-771-01
8-729-119-00 8-729-162-43
1-216-083-1 1-216-057-11: 1-216-057-11: 9-994-785-01 9-994-786-01
1-216-081-11 1-216-079-11 1-216-081-11' 1-216-081-11:
9-994-787-01 9-994-788-01 9-994-789-01 9-994-790-01
S
nnunn
Description
COIL HORIZONTAL LINEARITY
HA11423MP: HITACHI
uPC358G2 ;
28C2812-L7 28C2812-L7 2SA812 28C2812-L7 2801220
2SK612 2SB624-BV3
CHIP 330K 5% 1/10W CHIP 27K 5% 1/10W CHIP 2.2K 5% 1/10W CHIP 2.2K 5% 1/10W 10M 91K
CHIP 22K 5% 1/10W CHIP 18K 5% 1/10W CHIP 22K 5% 1/10W CHIP 22K 5% 1/10W
5K 5K 200 500
METAL 10K METAL 5K
FBT
DXF-325(J3,UC DXF -325CE(EK
Ref. No. Part No. SP Description Ref. No. Part No. SP Description
SW BOARD ene
9-994-799-0 CHIP 24K 5% 1/10W 1-589-129-11 o MOUNTED CIRCUIT BOARD ae 1-216-064-1 CHIP 4.3K 5% 1/10W
(J, UC "agente 1-589-129-21 0 MOUNTED CIRCUIT BOARD "Sw'
(EK)
Ss METAL 5K
C3 1-124-584-11 s ELECT 100 20% 10v RV2 1-230-075-11 s CARBON 2K "CONTR" c4 1-124-584-11 s ELECT 100 20% 10V RV3 1-228-475-11 s METAL 20K C5 1-126-154-11 s ELECT 47 20% 6.3V RV4 1-226-368-11 s CARBON 10K "BRIGHT" C6 1-124-438-11 s ELECT 1 20% 50V
C7 1-124-462-11 s ELECT 10 20% 16V C8 1-163-113-11 s CHIP CERAMIC 68PF 5% 50V S1 1-570-845-11 s SLIDE "PEAKING ON/OFF” C9 1-163-105-11 s CHIP CERAMIC 33PF 5% 5OV S2 1-570-845-11 s SLIDE “TALLY ON/OFF" C10 1-163-015-11 s CHIP CERAMIC 0.0033 10%
50V Cli 1-163-038-11 s CHIP CERAMIC 0.1 25V
LED BOARD CN1 9-994-803-01 o 8P CN2 9-994-804-01 o 3P 1-589-127-11 0 MAUNTED CIRCUIT BOARD CN3 9-994-805-01 o 5P "LED" CN4 9-994-806-01 o 7S CN5 9-994-807-01 o 2P
9-994-810-01 o LED PWB
cP 9-994-808-01 s PROTECTORS ICP-N10(EK)
CN9 9-994-809-01 o RECEPTACLE, 5P
D1 8-719-914-43 s DAN202K
LED2 8-719-800-25 s TLR109A LED3 8-719-800-25 s TLR109A LED4 8-719-800-25 s TLR1O9A
M5236ML: MITSUBISHI LEDS 8-719-800-19 s TLO102A
ll 9-994-800-01 s 100uH L2 9-994-801-01 s 47uH FRAME
LED1 9-994-802-01 s SLH-S6VT Ql 8-729-315-63 s 2SB856
Q2 8-729-881-23 s 25C2812-L7 Q3 8-729-881-23 s 2SC2812-L7 Q4 8-729-881-23 s 2SC2812-L7 D-5. PACKING MATERIAL AND ACCESSORIES Q5 1-806-828-11 s 25C€2814 Q6 9-994-796-O01 s 2SC3722K 3-699-152-01 0 CUSHION, UPPER
3-699-153-01 o CUSHION, LOWER Q7 9-994-796-01 s 2SC3722kK 3-699-163-01 o CARTON. INDIVIDUAL (UC) Q8 8-729-881-23 s 2SC2812-L7 3-699-165-01 0 CARTON. INDIVIDUAL(EK)
DXF -325(J,UC) DXF-325CE(EK) D-7
![jucienebertoldo.files.wordpress.com · O planeta estL]de olho em Nossa Biodiversidade Existem dezessete pages no mundo considerados "megadiversos" pela comunidade ambiental. SFO narres](https://img.dokumen.tips/doc/110x75/5e618d651762be0b2458a958/o-planeta-estlde-olho-em-nossa-biodiversidade-existem-dezessete-pages-no-mundo.jpg)
