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8 8
7 7
6 6
5 5
4 4
3 3
2 2
1 1
EE
DD
CC
BB
AA
PLL
D
AC
A
DC
Titl
e
Siz
eD
ocum
ent N
umbe
rR
ev
Dat
e:S
heet
of15
0-03
1020
2-C
1 (
6XX
-400
23R
)C
Cyc
lon
e II
DS
P B
oar
dB
122
Tue
sday
, Aug
ust 1
5, 2
006
Titl
e
Siz
eD
ocum
ent N
umbe
rR
ev
Dat
e:S
heet
of15
0-03
1020
2-C
1 (
6XX
-400
23R
)C
Cyc
lon
e II
DS
P B
oar
dB
122
Tue
sday
, Aug
ust 1
5, 2
006
Titl
e
Siz
eD
ocum
ent N
umbe
rR
ev
Dat
e:S
heet
of15
0-03
1020
2-C
1 (
6XX
-400
23R
)C
Cyc
lon
e II
DS
P B
oar
dB
122
Tue
sday
, Aug
ust 1
5, 2
006
Cop
yrig
ht (c
) 200
5, A
ltera
Cor
pora
tion.
All
Rig
hts
Res
erve
d.
DE
SC
RIP
TIO
NR
EV
DA
TEP
AG
ES P
AG
ED
ES
CR
IPTI
ON
2
NO
TES
:
Titl
e, N
otes
, Blo
ck D
iagr
am, R
evis
ion
His
tory
1 3 4 7 8
Cyc
lone
II B
anks
5 &
6
9
Cyc
lone
II B
anks
7 &
8
10 11 12 13 14 15
Dig
ital P
ower
Sup
plie
s
16
DD
R2
Ter
min
atio
n
17
Cyc
lone
II C
onfig
urat
ion
Circ
uitr
y
18
AD
C C
hann
el A
19
DA
C C
hann
el A
20
DA
C C
hann
el B
21
Vid
eo D
AC
22
----
-23
AD
C C
hann
el B
24 25--
---
Alte
ra C
orpo
ratio
n, 9
330
Scr
anto
n R
d #4
00, S
an D
iego
, CA
921
21
SR
AM
, TI E
VM
Con
nect
ors
Ana
log
Pow
er S
uppl
ies
5 6
AIC
23 A
udio
Cod
ec
But
tons
, Sw
itche
s, L
ED
s
Dig
ital G
roun
d
894
Par
ts, 6
3 Li
brar
y P
arts
, 874
Net
s, 4
299
Pin
s
FP
GA
Pac
kage
I/O
Dia
gram
& D
esig
n N
otes
Sys
tem
Blo
ck D
iag
ram
1.P
roje
ct D
raw
ing
Num
bers
:
Raw
PC
B
Ger
ber
File
s
PC
B D
esig
n F
iles
A
ssem
bly
Dra
win
g
Fab
Dra
win
g
Sch
emat
ic D
raw
ing
P
CB
Film
B
ill of
Mat
eria
ls
Sch
emat
ic D
esig
n F
iles
F
unct
iona
l Spe
cific
atio
n
PC
B L
ayou
t Gui
delin
es
Ass
embl
y R
ewor
k
Clo
ck C
ircui
try
Cyc
lone
II B
anks
3 &
4
Cyc
lone
II B
anks
1 &
2
DD
R2
DIM
M
2.
100-
0310
202-
C1
110-
0310
202-
C1
120-
0310
202-
C1
130-
0310
202-
C1
140-
0310
202-
C1
150-
0310
202-
C1
160-
0310
202-
C1
170-
0310
202-
C1
180-
0310
202-
C1
210-
0310
202-
C1
220-
0310
202-
C1
320-
0310
202-
C1
Cyc
lone
II P
ower
and
Dec
oupl
ing
Alte
ra D
augh
ter
Car
d &
Mic
tor
Con
nect
or
PLL
Gro
und
----
-
DA
C G
roun
d
AD
C G
roun
d
A01
/26/
2005
----
-R
elea
sed
for
Pro
toyp
e P
rodu
ctio
nB
----
-02
/17/
2005
Fix
ed c
lock
buf
fer
U27
pin
out.
Fix
ed S
SR
AM
U22
pin
out t
o re
mov
e re
wor
k. F
ixed
EV
M_C
E2/
CE
3 sh
ort o
n T
I EV
M In
terf
ace.
Fix
ed V
TT
Reg
ulat
or U
8 de
coup
ling
byad
ding
cer
amic
out
put c
aps.
04/0
4/20
06C
1,16
Fix
ed g
roun
d co
nnec
tions
on
AIC
23 a
udio
cod
ec (
U11
).
8 8
7 7
6 6
5 5
4 4
3 3
2 2
1 1
EE
DD
CC
BB
AA
Titl
e
Siz
eD
ocum
ent N
umbe
rR
ev
Dat
e:S
heet
of
150-
0310
202-
C1
C
Cyc
lon
e II
DS
P B
oar
dB
222
Sun
day,
Aug
ust 1
3, 2
006
Titl
e
Siz
eD
ocum
ent N
umbe
rR
ev
Dat
e:S
heet
of
150-
0310
202-
C1
C
Cyc
lon
e II
DS
P B
oar
dB
222
Sun
day,
Aug
ust 1
3, 2
006
Titl
e
Siz
eD
ocum
ent N
umbe
rR
ev
Dat
e:S
heet
of
150-
0310
202-
C1
C
Cyc
lon
e II
DS
P B
oar
dB
222
Sun
day,
Aug
ust 1
3, 2
006
BA
NK
8
(a)
Alte
ra C
orpo
ratio
n, 9
330
Scr
anto
n R
d #4
00, S
an D
iego
, CA
921
21
(l)
1.
BA
NK
3
BA
NK
5
(k)
Ban
k5 -
I/O
Not
es:
BA
NK
2
DA
C C
hann
el 2
Ban
k3 -
I/O
Ban
k8 -
I/O
Ban
k4 -
I/O
(b)
Ban
k2 -
I/O
Ban
k7 -
I/O
VC
CIO
= 1
.8V
VC
CIO
= 3
.3V
FP
GA
Sch
emat
ic S
ymbo
l Bre
akdo
wn:
2.
VC
Cio
, GN
D
BA
NK
6
(i)(f)
PC
B S
uppo
rts
2C70
- 2
C50
- 2
C70
Mig
ratio
n
VC
CIO
= 1
.8V
VC
CIO
= 1
.8V
FP
GA
Pac
kag
e T
op
Vie
w
Ban
k6 -
I/O
(h)
VC
Cin
t, G
ND
BA
NK
1
BA
NK
7
(j)B
AN
K 4
VC
CIO
= 3
.3V
Ban
k1 -
I/O
Clo
cks
VC
CIO
= 1
.8V
VC
CIO
= 3
.3V
(d)
(c)
Cop
yrig
ht (c
) 200
5, A
ltera
Cor
pora
tion.
All
Rig
hts
Res
erve
d.
VC
CIO
= 3
.3V
(e)
(g)
Con
figur
atio
n
Sha
red
Bus
DA
C C
hann
el 1
Sha
red
Bus
DA
C C
hann
el 2
DD
R2
DIM
M D
ATA
LA
NE
S
AD
C C
hann
el 2
DD
R2
DIM
M D
ATA
LA
NE
SA
DC
Cha
nnel
2
Pro
to B
usV
ideo
DA
CD
AC
Cha
nnel
1
DA
C C
hann
el 1
DA
C C
hann
el 2
Vid
eo D
AC
DD
R2
DIM
M D
ATA
LA
NE
S, C
NTL
, CLO
CK
Pus
hbut
tons
DD
R2
DIM
M D
ATA
LA
NE
S, A
DD
RE
SS
Pus
hbut
tons
Dip
switc
h
(2C
70 D
evic
e S
ho
wn
)
No
addi
tiona
l I/O
of 2
C70
or
2C50
use
d as
AD
C C
hann
el 1
Vid
eo D
AC
the
2C70
has
the
few
est I
/O o
f the
gro
updu
e to
add
ition
al V
CC
INT
,GN
D, a
nd V
RE
Fpi
ns o
n th
e la
rger
2C
50 a
nd 2
C70
dev
ices
.
3.S
ome
I/O p
ins
are
conn
ecte
d to
1.2
V a
nd G
ND
.T
hese
are
the
addi
tiona
l VC
C a
nd G
ND
pin
s of
the
larg
er 2
C50
and
2C
70.
DO
NO
T D
RIV
E U
NU
SE
D I/
O T
O G
ND
IN Q
UA
RT
US
---
WA
RN
ING
---
Leav
ing
1.2V
-con
nect
ed I/
O p
ins
as o
utpu
tsdr
ivin
g G
ND
cau
ses
high
I/O
cur
rent
and
incr
ease
dte
mpe
ratu
re w
hich
can
lead
to d
evic
e da
mag
eif
left
over
a lo
ng p
erio
d of
tim
e.
8 8
7 7
6 6
5 5
4 4
3 3
2 2
1 1
EE
DD
CC
BB
AA
3.3V
_OS
CB
CLK
_SE
L
CLK
_SM
AC
LK_O
SC
CLK
_EN
3.3V
_CLK
CLK
IN_B
OT
CLK
IN_T
OP
CLK
IN_B
OT
_RC
LKIN
_TO
P_R
3.3V
_CLK
AD
CA
_EN
C
AD
CB
_EN
C
CLK
_OS
C_A
DC
B
CLK
_OS
C_A
DC
A
CLK
_OS
C_D
AC
B_R
CLK
_OS
C_A
DC
B_R
CLK
_OS
C_A
DC
A_R
FP
GA
_TO
_AD
C_C
LK
FP
GA
_TO
_AD
C_C
LK
CLK
_OS
C_D
AC
A
CLK
_OS
C_D
AC
B
FP
GA
_TO
_DA
C_C
LK
FP
GA
_TO
_DA
C_C
LK
SM
A_T
O_A
DC
_CLK
SM
A_T
O_D
AC
_CLK
SM
A_T
O_D
AC
_CLK
SM
A_T
O_A
DC
_CLK
CLK
_OS
C_D
AC
A_R
PR
OT
O_C
LK_O
SC
_R
CLK
IN_T
OP
CLK
IN_B
OT
SM
A_T
O_A
DC
_CLK
SM
A_T
O_D
AC
_CLK
DA
CA
_EN
C
DA
CB
_EN
C
DA
CA
_CLK
_R
DA
CB
_CLK
_R
3.3V
3.3V
3.3V
3.3V
3.3V
3.3V
3.3V
3.3V
3.3V
3.3V
3.3V
3.3V
3.3V
3.3V3.
3V
3.3V
3.3V
AD
C_A
_CLK
_P11
AD
C_A
_CLK
_N11
AD
C_B
_CLK
_P12
AD
C_B
_CLK
_N12
DA
CA
_CLK
13
DA
CB
_CLK
14
FP
GA
_TO
_AD
C_C
LK4
FP
GA
_TO
_DA
C_C
LK4
US
ER
_LE
D7
17
DA
C_B
_D3
14
PR
OT
O_I
O3
19
US
ER
_LE
D2
17
DA
C_B
_D4
14
US
ER
_LE
D0
17
US
ER
_LE
D6
17
PR
OT
O_C
LK_O
SC
19
EV
M_C
LKO
UT
218
VG
A_V
SY
NC
15E
VM
_IN
UM
018
EV
M_R
ES
ET
18E
VM
_AR
En
18
EV
M_I
AC
K18
US
ER
_DIP
SW
017
DIM
M_S
YN
C_C
LK7
US
ER
_PB
317
AU
DIO
_DO
UT
16A
DC
_A_D
CLK
11A
DC
_B_D
CLK
12A
DC
_A_D
711
PR
OT
O_C
LKO
UT
19
Titl
e
Siz
eD
ocum
ent N
umbe
rR
ev
Dat
e:S
heet
of
150-
0310
202-
C1
C
Cyc
lon
e II
DS
P B
oar
dB
322
Tue
sday
, Aug
ust 1
5, 2
006
Titl
e
Siz
eD
ocum
ent N
umbe
rR
ev
Dat
e:S
heet
of
150-
0310
202-
C1
C
Cyc
lon
e II
DS
P B
oar
dB
322
Tue
sday
, Aug
ust 1
5, 2
006
Titl
e
Siz
eD
ocum
ent N
umbe
rR
ev
Dat
e:S
heet
of
150-
0310
202-
C1
C
Cyc
lon
e II
DS
P B
oar
dB
322
Tue
sday
, Aug
ust 1
5, 2
006
Cop
yrig
ht (c
) 200
5, A
ltera
Cor
pora
tion.
All
Rig
hts
Res
erve
d.
Alte
ra C
orpo
ratio
n, 9
330
Scr
anto
n R
d #4
00, S
an D
iego
, CA
921
21
Cyc
lon
e II
Clo
ckin
g
PIN2-PIN3
SMA Input
Oscillator
Dual
foot
prin
t with
SM
T an
d so
cket
ed o
scilla
tor
Socket CLK
100MHz CLK
PIN2-PIN3
PIN1-PIN2
SM
A In
put
PIN1-PIN2
Hig
h-S
pee
d C
lock
So
urc
e
On-
Boa
rd O
SC
Cus
tom
OS
C
(1)
On-
Boa
rd O
SC
(2)
Cus
tom
OS
C(3
) S
MA
Inpu
t
Cha
nnel
A
AD
C C
lock
SM
A
AD
C S
ampl
e C
lock
AD
C S
ampl
e C
lock
Cha
nnel
B
DA
C C
lock
SM
A
DA
C C
lock
(fr
om F
PG
A)
AD
C C
lock
(fr
om F
PG
A)
AD
C C
lock
Sel
ect
Cha
nnel
A
AD
C C
lock
Sel
ect
Cha
nnel
B
DA
C C
lock
Sel
ect
Cha
nnel
A
DA
C C
lock
Sel
ect
Cha
nnel
B
DA
C S
ampl
e C
lock
DA
C S
ampl
e C
lock
Cha
nnel
B
Cha
nnel
A
R24
582
RR
245
82R
R12
549
.9R
125
49.9
R25
982
RR
259
82R
C39
8
0.01
uf
C39
8
0.01
uf
J26
LTI-S
AS
F54
GT
J26
LTI-S
AS
F54
GT
1
2345
J20
OS
C_S
ocke
t
J20
OS
C_S
ocke
t
EN
1
GN
D4
OU
T5
VC
C8
R25
195
.3R
, 1%
R25
195
.3R
, 1%
SH
UN
T4
8815
45-2
SH
UN
T4
8815
45-2
SH
UN
T6
8815
45-2
SH
UN
T6
8815
45-2
R12
110
.0K
, 1%
R12
110
.0K
, 1%
R24
814
3R, 1
%R
248
143R
, 1%
J34
3X2
J34
3X21
23
45
6
C79
1.0u
f
C79
1.0u
f
CY
CLO
NE
II, C
LOC
KS
U12
J
EP
2C70
F67
2C6N
CY
CLO
NE
II, C
LOC
KS
U12
J
EP
2C70
F67
2C6N
CLK
0_B
2N
2
CLK
1_B
2N
1
CLK
2_B
1P
2
CLK
3_B
1P
1
CLK
4_B
5N
25
CLK
5_B
5N
26
CLK
6_B
6P
25
CLK
7_B
6P
26
CLK
8_B
4B
13
CLK
9_B
4A
13
CLK
10_B
3C
13
CLK
11_B
3D
13
CLK
14_B
8A
D13
CLK
15_B
8A
C13
CLK
13_B
7A
F14
CLK
12_B
7A
E14
PLL
1_O
UT
p_B
1A
A7
PLL
1_O
UT
n_B
1A
A6
PLL
2_O
UT
p_B
5F
21
PLL
2_O
UT
n_B
5F
20
PLL
3_O
UT
p_B
2E
5
PLL
3_O
UT
n_B
2F
6
PLL
4_O
UT
p_B
6V
21
PLL
4_O
UT
n_B
6V
20
R12
633
.2R
, 1%
R12
633
.2R
, 1%
C39
9
0.01
uf
C39
9
0.01
uf
R12
433
.2R
, 1%
R12
433
.2R
, 1%
R12
733
.2R
, 1%
R12
733
.2R
, 1%
C30
6
0.1u
F
C30
6
0.1u
F
R23
713
0RR
237
130R
R42
33.2
R, 1
%R
4233
.2R
, 1%
R25
349
.9R
253
49.9
C39
0
0.1u
F
C39
0
0.1u
F
SH
UN
T5
8815
45-2
SH
UN
T5
8815
45-2
C84
0.1u
F
C84
0.1u
F
R23
914
3R, 1
%R
239
143R
, 1%
L9 BLM
21P
G33
1SN
1L9 B
LM21
PG
331S
N1
C30
5
0.01
uf
C30
5
0.01
uf
R13
410
.0K
, 1%
R13
410
.0K
, 1%
C74
1.0u
f
C74
1.0u
f
R12
933
.2R
, 1%
R12
933
.2R
, 1%
R23
582
RR
235
82R
L11
BLM
21P
G33
1SN
1L1
1B
LM21
PG
331S
N1
R12
233
.2R
, 1%
R12
233
.2R
, 1%
J35
3X2
J35
3X21
23
45
6
R25
049
.9R
250
49.9
SH
UN
T3
8815
45-2
SH
UN
T3
8815
45-2
C39
7
0.1u
F
C39
7
0.1u
F
R26
182
RR
261
82R
R39
33.2
R, 1
%R
3933
.2R
, 1%
J37
3X2
J37
3X21
23
45
6
C38
7
0.01
uf
C38
7
0.01
uf
R24
949
.9R
249
49.9
J17
LTI-S
AS
F54
GT
J17
LTI-S
AS
F54
GT
1
2345
R23
613
0RR
236
130R
U28
SY
10E
PT
28L
U28
SY
10E
PT
28L
IN_L
VP
EC
L1
IN_L
VP
EC
L_n
2
OU
T_L
VP
EC
L3
OU
T_L
VP
EC
L_n
4G
ND
5IN
_LV
TT
L6
OU
T_L
VT
TL
7V
CC
8
J18
3X1
J18
3X1
1 2 3
U16
ICS
552-
02
U16
ICS
552-
02VD
D2
VD
D15
SE
LA16
GN
D10
Q7
14Q
613
Q5
12Q
411
Q2
5Q
14
Q3
6
Q0
3
GN
D7
INB
8
OE
1
INA
9
R25
214
3R, 1
%R
252
143R
, 1%
C40
0
0.1u
F
C40
0
0.1u
F
R24
795
.3R
, 1%
R24
795
.3R
, 1%
U27
SN
74LV
C2G
34D
BV
U27
SN
74LV
C2G
34D
BV
1A1
GN
D2
2A3
2Y4
VC
C5
1Y6
R23
895
.3R
, 1%
R23
895
.3R
, 1%
J36
3X2
J36
3X21
23
45
6
R26
013
0RR
260
130R
J19
3X1
J19
3X1
1 2 3
R12
333
.2R
, 1%
R12
333
.2R
, 1%
Y1
100M
hzY
110
0Mhz
VC
C4
GN
D2
OU
T3
EN
1
R12
833
.2R
, 1%
R12
833
.2R
, 1%
R130 10.0K, 1%R130 10.0K, 1%
R24
114
3R, 1
%R
241
143R
, 1%
C85
0.01
uf
C85
0.01
uf
SH
UN
T2
8815
45-2
SH
UN
T2
8815
45-2
R24
095
.3R
, 1%
R24
095
.3R
, 1%
J27
LTI-S
AS
F54
GT
J27
LTI-S
AS
F54
GT
1
2345
R26
213
0RR
262
130R
SH
UN
T1
8815
45-2
SH
UN
T1
8815
45-2
U29
SY
10E
PT
28L
U29
SY
10E
PT
28L
IN_L
VP
EC
L1
IN_L
VP
EC
L_n
2
OU
T_L
VP
EC
L3
OU
T_L
VP
EC
L_n
4G
ND
5IN
_LV
TT
L6
OU
T_L
VT
TL
7V
CC
8
R24
649
.9R
246
49.9
8 8
7 7
6 6
5 5
4 4
3 3
2 2
1 1
EE
DD
CC
BB
AA
DA
C_B
_D1
PR
OT
O_I
O32
PR
OT
O_I
O2
PR
OT
O_I
O1
PR
OT
O_I
O38
PR
OT
O_I
O6
PR
OT
O_I
O39
PR
OT
O_I
O20
PR
OT
O_I
O17
PR
OT
O_I
O18
PR
OT
O_I
O34
PR
OT
O_I
O19
VG
A_B
4P
RO
TO
_IO
26
PR
OT
O_I
O33
PR
OT
O_I
O21
DIG
_LS
B_A
PR
OT
O_I
O5
PR
OT
O_I
O25
PR
OT
O_I
O30
PR
OT
O_I
O36
PR
OT
O_I
O35
PR
OT
O_I
O22
PR
OT
O_I
O24
PR
OT
O_I
O23
DA
C_B
_D0
PR
OT
O_I
O29
DIG
_MS
B_E
VG
A_B
2
PR
OT
O_I
O40
PR
OT
O_I
O14
PR
OT
O_I
O12
PR
OT
O_I
O28
PR
OT
O_I
O15
PR
OT
O_I
O0
PR
OT
O_I
O7
PR
OT
O_I
O37
PR
OT
O_I
O31
PR
OT
O_I
O16
PR
OT
O_I
O27
PR
OT
O_I
O13
PR
OT
O_I
O9
PR
OT
O_I
O11
PR
OT
O_I
O10
US
ER
_LE
D4
DA
C_A
_D0
VG
A_G
3V
GA
_BLA
NK
n
DA
C_A
_D11
DIG
_LS
B_D
PR
OT
O_C
AR
DS
ELn
AU
DIO
_SD
IND
AC
_A_D
3V
GA
_SY
NC
n
AU
DIO
_CLK
AU
DIO
_MO
DE
DIG
_MS
B_D
PV
GA
_G7
DA
C_A
_D8
DA
C_A
_D9
DIG
_LS
B_E
VG
A_B
5V
GA
_B3
AD
C_B
_OE
DA
C_A
_D13
DIG
_LS
B_D
P
US
ER
_LE
D5
DIG
_LS
B_C
DA
C_A
_D5
DA
C_A
_D1
VG
A_B
1A
UD
IO_L
RC
INV
GA
_G1
FP
GA
_TO
_DA
C_C
LKD
AC
_A_D
6D
IG_M
SB
_D
VG
A_G
2
AU
DIO
_SC
LKD
AC
_A_D
12V
GA
_G4
VG
A_B
0
VG
A_G
5
VG
A_C
LKF
PG
A_T
O_A
DC
_CLK
DA
C_A
_D10
VG
A_R
6V
GA
_G0
DIG
_LS
B_G
DA
C_A
_D7
VG
A_G
6
DIG
_MS
B_F
VG
A_B
7D
AC
_A_D
4V
GA
_B6
DIG
_MS
B_B
AD
C_A
_OE
AU
DIO
_BC
LK
PR
OT
O_I
O4
PR
OT
O_I
O8
DA
C_A
_D2
AD
C_S
DA
TA
AU
DIO
_LR
CO
UT
1.2V
1.2V
1.2V
PR
OT
O_I
O[4
0..0
]3,
19
US
ER
_LE
D[7
..0]
3,6,
10,1
7
VG
A_G
[7..0
]15
VG
A_R
[7..0
]6,
15
VG
A_B
[7..0
]15
DIG
_MS
B_B
17D
IG_M
SB
_D17
DIG
_MS
B_E
17D
IG_M
SB
_F17
DIG
_MS
B_D
P17
DIG
_LS
B_A
17D
IG_L
SB
_C17
DIG
_LS
B_D
17D
IG_L
SB
_E17
DIG
_LS
B_G
17D
IG_L
SB
_DP
17
FP
GA
_TO
_AD
C_C
LK3
FP
GA
_TO
_DA
C_C
LK3
AU
DIO
_SC
LK16
AU
DIO
_MO
DE
16
VG
A_C
LK15
DA
C_B
_D[1
3..0
]3,
6,14
DA
C_A
_D[1
3..0
]13
PR
OT
O_C
AR
DS
ELn
19
AD
C_A
_OE
11
AD
C_B
_OE
12
AU
DIO
_CLK
16
VG
A_S
YN
Cn
15
AU
DIO
_SD
IN16
AU
DIO
_LR
CIN
16
AU
DIO
_BC
LK16
AD
C_S
DA
TA
11,1
2
VG
A_B
LAN
Kn
15
AU
DIO
_LR
CO
UT
16
Titl
e
Siz
eD
ocum
ent N
umbe
rR
ev
Dat
e:S
heet
of
150-
0310
202-
C1
C
Cyc
lon
e II
DS
P B
oar
dB
422
Sun
day,
Aug
ust 1
3, 2
006
Titl
e
Siz
eD
ocum
ent N
umbe
rR
ev
Dat
e:S
heet
of
150-
0310
202-
C1
C
Cyc
lon
e II
DS
P B
oar
dB
422
Sun
day,
Aug
ust 1
3, 2
006
Titl
e
Siz
eD
ocum
ent N
umbe
rR
ev
Dat
e:S
heet
of
150-
0310
202-
C1
C
Cyc
lon
e II
DS
P B
oar
dB
422
Sun
day,
Aug
ust 1
3, 2
006
Cop
yrig
ht (c
) 200
5, A
ltera
Cor
pora
tion.
All
Rig
hts
Res
erve
d.
CY
CL
ON
E II
BA
NK
S 1
& 2
Alte
ra C
orpo
ratio
n, 9
330
Scr
anto
n R
d #4
00, S
an D
iego
, CA
921
21
These pins are GND
pins on 2C70.
These pins are GND
pins on 2C70.
These pins are GND
pins on 2C70.
These pins are connected
to VCCINT on 2C70.
These pins are connected
to VCCINT on 2C70.
VC
CIO
= 3
.3V
VC
CIO
= 3
.3V
These pins are connected
to VCCINT on 2C70.
0 V
RE
F2
GN
D4
VC
CIN
T
0 V
RE
F3
GN
D1
VC
CIN
T
CY
CLO
NE
II, B
AN
K 2
U12
B
EP
2C70
F67
2C6N
CY
CLO
NE
II, B
AN
K 2
U12
B
EP
2C70
F67
2C6N
IO_6
3C
2
IO_6
4C
3
IO_6
5D
1
IO_6
6D
2
IO_6
7E
1
IO_6
8E
2
IO_7
0F
1
IO_7
1F
2
IO_7
2F
3
IO_7
3F
4
IO_7
5F
7
IO_7
6G
1
IO_7
7G
2
IO_7
8G
3
IO_7
9G
4
IO_8
0G
5
IO_8
1G
6
IO_8
2H
6
IO_8
7K
5
IO_8
8K
6
IO_8
9K
7
IO_9
0K
8
IO_9
1H
1
IO_9
2H
2
IO_9
3H
3
IO_9
4H
4
IO_9
5J1
IO_9
6J2
IO_9
7J3
IO_9
8J4
IO_9
9K
1
IO_1
00K
2
IO_1
01K
3
IO_1
02K
4
IO_1
03L2
IO_1
04L3
IO_1
05L4
IO_1
06L7
IO_1
07L9
IO_1
08M
2
IO_1
09M
3
IO_1
10M
4
IO_1
11M
5
IO_4
58P
9
IO_4
50J5
IO_4
51J6
IO_4
52J7
IO_4
53J8
IO_4
54L1
0
IO_4
70L6
IO_4
74N
9
IO_5
7B
2C
YC
LON
E II
, BA
NK
1U
12A
EP
2C70
F67
2C6N
CY
CLO
NE
II, B
AN
K 1
U12
A
EP
2C70
F67
2C6N
IO_1
AA
1
IO_2
AA
2
IO_3
AA
3
IO_4
AA
4
IO_5
AA
5
IO_8
AB
1
IO_9
AB
2
IO_1
0A
B3
IO_1
1A
B4
IO_1
2A
C1
IO_1
3A
C2
IO_1
4A
C3
IO_1
5A
D2
IO_1
6A
D3
IO_1
7A
E2
IO_1
8A
E3
IO_1
9P
6
IO_2
0P
7
IO_2
1R
2
IO_2
2R
4
IO_2
3R
5
IO_2
4R
6
IO_2
5R
7
IO_2
6R
8
IO_2
7T
2
IO_2
8T
3
IO_2
9T
4
IO_3
0T
6
IO_3
1T
7
IO_3
2T
8
IO_3
3T
9
IO_3
4T
10
IO_3
5U
1
IO_3
6U
2
IO_3
7U
3
IO_3
8U
4
IO_3
9U
5
IO_4
0U
6
IO_4
1U
7
IO_4
2U
9
IO_4
3U
10
IO_4
4V
1
IO_4
5V
2
IO_4
6V
3
IO_4
7V
4
IO_4
8V
5
IO_4
9V
6
IO_5
0V
7
IO_5
1W
1
IO_5
2W
2
IO_5
3W
3
IO_5
4W
4
IO_5
5W
6
IO_5
6Y
1
IO_5
8Y
3
IO_5
9Y
4
IO_6
0Y
5
IO_4
56P
3
IO_4
57P
4
IO_4
59R
3
8 8
7 7
6 6
5 5
4 4
3 3
2 2
1 1
EE
DD
CC
BB
AA
DIM
M_D
QS
4D
IMM
_DQ
34
DIM
M_D
Q39
DIM
M_D
Q35
DIM
M_D
Q47
DIM
M_D
Q46
DIM
M_D
Q33
DIM
M_D
Q38
AD
C_A
_D2
DIM
M_D
Q71
DIM
M_D
M4
DIM
M_D
Q68
DIM
M_D
Q36
DIM
M_D
Q67
DIM
M_D
Q37
AD
C_B
_D0
AD
C_B
_D8
AD
C_B
_D11
DIM
M_D
Q62
DIM
M_D
Q63
DIM
M_D
Q48
DIM
M_D
Q53
DIM
M_D
Q51
DIM
M_D
Q59
DIM
M_D
Q58
AD
C_B
_D9
DIM
M_D
Q32
DIM
M_D
Q42
DIM
M_D
Q44
DIM
M_D
Q64
DIM
M_D
Q43
AD
C_A
_D4
DIM
M_D
Q69
DIM
M_D
Q41
AD
C_B
_OV
RA
DC
_A_D
3
DIM
M_D
M8
DIM
M_D
Q70
DIM
M_D
Q66
DIM
M_D
QS
8
DIM
M_D
M5
AD
C_A
_D6
DIM
M_D
Q65
DIM
M_D
Q40
DIM
M_D
Q45
AD
C_A
_D5
DIM
M_D
QS
5
AD
C_A
_D9
AD
C_B
_D6
DIM
M_D
Q61
DIM
M_D
Q56
AD
C_A
_D13
AD
C_A
_D10
DIM
M_D
QS
6
AD
C_B
_D5
DIM
M_D
Q54
AD
C_B
_D4
DIM
M_D
Q50
DIM
M_D
Q57
AD
C_B
_D7
AD
C_A
_D8
AD
C_A
_D11
AD
C_A
_D12
US
ER
_DIP
SW
3
DIM
M_D
Q55
AD
C_B
_D3
US
ER
_DIP
SW
2
DIM
M_D
M7
DIM
M_D
QS
7
DIM
M_D
Q49
AD
C_A
_OV
R
AD
C_B
_D12
DIM
M_D
Q60
AD
C_B
_D13
AD
C_B
_D1
AD
C_B
_D2
AD
C_B
_D10
DIM
M_D
Q52
AD
C_A
_D1
DIM
M_D
M6
US
ER
_DIP
SW
1
US
ER
_RE
SE
Tn
AD
C_A
_SE
N
AD
C_B
_SE
N
VR
EF
VR
EF
VR
EF
1.2V
1.2V
3.3V
3.3V
DIM
M_D
Q[7
1..0
]7,
8,9
DIM
M_D
QS
[8..0
]7,
8,9
DIM
M_A
_R[1
5..0
]7,
9
DIM
M_B
A_R
[2..0
]7,
9
DIM
M_D
M[8
..0]
7,8,
9
DIM
M_R
AS
n_R
7,9
DIM
M_C
AS
n_R
7,9
DIM
M_W
En_
R7,
9
DIM
M_C
Sn_
R0
7,9
DIM
M_C
Sn_
R1
7,9
DIM
M_C
KE
_R0
7,9
DIM
M_C
KE
_R1
7,9
DIM
M_O
DT
_R0
7,9
DIM
M_O
DT
_R1
7,9
US
ER
_DIP
SW
[7:0
]3,
7,17
AD
C_A
_D[1
3..0
]3,
10,1
1
AD
C_B
_D[1
3..0
]12
US
ER
_RE
SE
Tn
17,1
9
AD
C_A
_OV
R11
AD
C_B
_OV
R12
AD
C_A
_SE
N11
AD
C_B
_SE
N12
Titl
e
Siz
eD
ocum
ent N
umbe
rR
ev
Dat
e:S
heet
of
150-
0310
202-
C1
C
Cyc
lon
e II
DS
P B
oar
dB
522
Sun
day,
Aug
ust 1
3, 2
006
Titl
e
Siz
eD
ocum
ent N
umbe
rR
ev
Dat
e:S
heet
of
150-
0310
202-
C1
C
Cyc
lon
e II
DS
P B
oar
dB
522
Sun
day,
Aug
ust 1
3, 2
006
Titl
e
Siz
eD
ocum
ent N
umbe
rR
ev
Dat
e:S
heet
of
150-
0310
202-
C1
C
Cyc
lon
e II
DS
P B
oar
dB
522
Sun
day,
Aug
ust 1
3, 2
006
Alte
ra C
orpo
ratio
n, 9
330
Scr
anto
n R
d #4
00, S
an D
iego
, CA
921
21
CY
CL
ON
E II
BA
NK
S 3
& 4
Cop
yrig
ht (c
) 200
5, A
ltera
Cor
pora
tion.
All
Rig
hts
Res
erve
d.
UN
US
ED
I/O
VC
CIO
= 1
.8V
VC
CIO
= 1
.8V
1.8V
driv
ing
3.3V
logi
c m
ust b
e dr
iven
as
open
-dra
in
2 V
RE
F5
GN
D4
VC
CIN
T
4 V
RE
F6
GN
D4
VC
CIN
T
CY
CLO
NE
II, B
AN
K 4
U12
D
EP
2C70
F67
2C6N
CY
CLO
NE
II, B
AN
K 4
U12
D
EP
2C70
F67
2C6N
IO_1
66A
14
IO_1
67A
17
IO_1
68A
18
IO_1
69A
19
IO_1
70A
20
IO_1
71A
21
IO_1
72A
22
IO_1
73A
23
IO_1
74B
14
IO_1
75B
15
IO_1
76B
16
IO_1
77B
17
IO_1
78B
18
IO_1
79B
19
IO_1
80B
20
IO_1
81B
21
IO_1
82B
22
IO_1
83B
23
IO_1
84C
15
IO_1
85C
16
IO_1
86C
17
IO_1
87C
19
IO_1
88C
21
IO_1
89C
22
IO_1
90C
23
IO_1
91D
14
IO_1
92D
15
IO_1
93D
16
IO_1
94D
17
IO_1
95D
18
IO_1
96D
19
IO_1
97D
20
IO_1
98D
21
IO_1
99E
15
IO_2
00E
18
IO_2
01E
20
IO_2
02F
13
IO_2
03F
14
IO_2
04F
15
IO_2
05F
16
IO_2
06F
17
IO_2
07F
18
IO_2
08G
13
IO_2
09G
14
IO_2
10G
15
IO_2
11G
16
IO_2
12G
17
IO_2
13G
18
IO_2
14H
15
IO_2
15H
16
IO_2
16H
17
IO_2
17J1
6
IO_2
18J1
7
IO_2
19J1
8
IO_2
20K
16
IO_2
21K
17
R25
81KR
258
1K
CY
CLO
NE
II, B
AN
K 3
U12
C
EP
2C70
F67
2C6N
CY
CLO
NE
II, B
AN
K 3
U12
C
EP
2C70
F67
2C6N
IO_1
12A
10
IO_1
13A
4
IO_1
14A
5
IO_1
15A
6
IO_1
16A
8
IO_1
17A
9
IO_1
18B
4
IO_1
19B
5
IO_1
20B
6
IO_1
21B
9
IO_1
22B
10
IO_1
23B
11
IO_1
24B
12
IO_1
25C
4
IO_1
27C
6
IO_1
28C
10
IO_1
29C
11
IO_1
30C
12
IO_1
31D
5
IO_1
32D
10
IO_1
33D
11
IO_1
34E
8
IO_1
35E
10
IO_1
36F
11
IO_1
37F
12
IO_1
38G
9
IO_1
39G
11
IO_1
40G
12
IO_1
41H
8
IO_1
42H
10
IO_1
43H
11
IO_1
44H
12
IO_1
45J9
IO_1
46J1
0
IO_1
47J1
3
IO_1
48K
9
IO_1
49B
8
IO_1
50C
8
IO_1
51C
9
IO_1
52D
12
IO_1
53D
8
IO_1
54D
9
IO_1
55E
12
IO_1
56J1
1
IO_1
57J1
4
IO_1
58A
7
IO_1
59B
7
IO_1
60C
7
IO_1
61D
6
IO_1
62D
7
IO_1
63F
10
IO_1
64F
9
IO_1
65G
10
R23
31KR
233
1K
8 8
7 7
6 6
5 5
4 4
3 3
2 2
1 1
EE
DD
CC
BB
AA
EV
M_A
12U
SE
R_L
ED
3
DA
C_B
_D5
EV
M_A
16E
VM
_A14
EV
M_A
20E
VM
_A18
EV
M_A
6E
VM
_A2
EV
M_A
4
EV
M_D
28E
VM
_D30
EV
M_B
En0
EV
M_A
21E
VM
_DX
0
EV
M_C
LKX
0E
VM
_BE
n2
EV
M_C
LKR
0E
VM
_A17
EV
M_D
R0
EV
M_F
SR
0
EV
M_D
26E
VM
_A19
EV
M_D
24
AU
DIO
_DIN
EV
M_D
20
EV
M_D
10E
VM
_IN
T3
EV
M_A
13
EV
M_D
8E
VM
_ST
AT
0
EV
M_A
9E
VM
_A7
EV
M_A
3E
VM
_A5
EV
M_D
2
EV
M_I
NT
1
EV
M_D
6
EV
M_B
En1
EV
M_B
En3
EV
M_C
NT
L0E
VM
_IN
T0
EV
M_D
4E
VM
_D31
EV
M_D
MA
C0
EV
M_A
10E
VM
_A8
EV
M_F
SX
0
EV
M_D
12
EV
M_D
22
EV
M_A
11
EV
M_C
En2
EV
M_A
15
EV
M_D
16E
VM
_D18
EV
M_D
19D
IG_L
SB
_B
DA
C_B
_D13
EV
M_D
15D
IG_L
SB
_F
DA
C_B
_D2
VG
A_R
5
EV
M_D
21
DIG
_MS
B_G
EV
M_A
RD
Y
EV
M_D
0
DA
C_B
_D12
EV
M_D
17
EV
M_A
WE
nD
AC
_B_D
9
EV
M_D
13D
AC
_B_D
10D
AC
_B_D
11
DIG
_MS
B_A
DA
C_B
_D8
VG
A_R
7
VG
A_R
0
VG
A_R
3E
VM
_D23
EV
M_D
25S
RA
M_C
LK
VG
A_R
1D
AC
_B_D
6A
DC
_RE
SE
T
DA
C_B
_D7
EV
M_D
27
EV
M_I
NT
2A
DC
_SC
LKV
GA
_R2
PR
OT
O_C
LKIN
EV
M_D
29E
VM
_D1
EV
M_O
En
EV
M_D
7D
IG_M
SB
_C
EV
M_D
9E
VM
_D5
EV
M_D
3V
GA
_R4
AU
DIO
_CS
n
EV
M_D
11
EV
M_D
14
EP
CS
_US
ER
_CS
n
VG
A_H
SY
NC
1.2V
1.2V
DA
C_B
_D[1
3..0
]3,
4,14
EV
M_D
[31.
.0]
18
EV
M_B
En[
3..0
]18
EV
M_I
NT
[3..0
]18
EV
M_D
R0
18
EV
M_D
X0
18
EV
M_C
NT
L018
EV
M_D
MA
C0
18
EV
M_S
TA
T0
18
EV
M_A
WE
n18
EV
M_F
SR
018
EV
M_C
LKX
018
EV
M_F
SX
018
EV
M_C
LKR
018
EV
M_A
RD
Y18
EV
M_C
En[
3..2
]10
,18
EV
M_O
En
18
US
ER
_LE
D[7
..0]
3,4,
10,1
7
AU
DIO
_DIN
16
DA
C_A
_D[1
3..0
]4,
13
EV
M_A
[21.
.2]
18
EV
M_R
ES
ET
3,18
VG
A_R
[7..0
]4,
15
VG
A_B
[7..0
]4,
15
DIG
_MS
B_A
17
DIG
_MS
B_C
17
DIG
_MS
B_G
17
DIG
_LS
B_B
17
AD
C_R
ES
ET
11,1
2
AD
C_S
CLK
11,1
2
AD
C_B
_SE
N5,
12
AU
DIO
_CS
n16
EP
CS
_US
ER
_CS
n10
DIG
_LS
B_F
17
SR
AM
_CLK
18
VG
A_H
SY
NC
15
PR
OT
O_C
LKIN
19
Titl
e
Siz
eD
ocum
ent N
umbe
rR
ev
Dat
e:S
heet
of
150-
0310
202-
C1
C
Cyc
lon
e II
DS
P B
oar
dB
622
Sun
day,
Aug
ust 1
3, 2
006
Titl
e
Siz
eD
ocum
ent N
umbe
rR
ev
Dat
e:S
heet
of
150-
0310
202-
C1
C
Cyc
lon
e II
DS
P B
oar
dB
622
Sun
day,
Aug
ust 1
3, 2
006
Titl
e
Siz
eD
ocum
ent N
umbe
rR
ev
Dat
e:S
heet
of
150-
0310
202-
C1
C
Cyc
lon
e II
DS
P B
oar
dB
622
Sun
day,
Aug
ust 1
3, 2
006
Cop
yrig
ht (c
) 200
5, A
ltera
Cor
pora
tion.
All
Rig
hts
Res
erve
d.
Alte
ra C
orpo
ratio
n, 9
330
Scr
anto
n R
d #4
00, S
an D
iego
, CA
921
21
CY
CL
ON
E II
BA
NK
S 5
& 6
VC
CIO
= 3
.3V
VC
CIO
= 3
.3V
0 V
RE
F2
GN
D2
VC
CIN
T
0 V
RE
F2
GN
D4
VC
CIN
T
CY
CLO
NE
II, B
AN
K 5
U12
E
EP
2C70
F67
2C6N
CY
CLO
NE
II, B
AN
K 5
U12
E
EP
2C70
F67
2C6N
IO_2
22B
24
IO_2
23B
25
IO_2
25C
25
IO_2
26D
23
IO_2
27D
25
IO_2
28E
22
IO_2
29E
24
IO_2
30E
25
IO_2
31E
26
IO_2
34F
23
IO_2
35F
24
IO_2
36F
25
IO_2
37F
26
IO_2
38G
21
IO_2
39G
23
IO_2
40G
24
IO_2
41G
25
IO_2
42G
26
IO_2
43H
19
IO_2
44H
21
IO_2
45H
23
IO_2
46H
24
IO_2
47H
25
IO_2
48H
26
IO_2
49J2
0
IO_2
50J2
1
IO_2
51J2
2
IO_2
52J2
3
IO_2
53J2
4
IO_2
54J2
5
IO_2
55J2
6
IO_2
56K
18
IO_2
57K
19
IO_2
58K
21
IO_2
59K
22
IO_2
60K
23
IO_2
61K
24
IO_2
62K
25
IO_2
63K
26
IO_2
64L1
9
IO_2
65L2
0
IO_2
66L2
1
IO_2
67L2
3
IO_2
68L2
4
IO_2
69L2
5
IO_2
70M
19
IO_2
71M
20
IO_2
72M
21
IO_2
73M
22
IO_2
74M
23
IO_2
75M
24
IO_2
76M
25
IO_2
77N
18
IO_2
78N
20
IO_2
79N
23
IO_2
80N
24
IO_2
81P
18
IO_2
24C
24
IO_4
47D
26
IO_4
48E
23
IO_4
49G
22
CY
CLO
NE
II, B
AN
K 6
U12
F
EP
2C70
F67
2C6N
CY
CLO
NE
II, B
AN
K 6
U12
F
EP
2C70
F67
2C6N
IO_2
82A
A24
IO_2
83A
A25
IO_2
84A
A26
IO_2
85A
B23
IO_2
86A
B24
IO_2
87A
B25
IO_2
88A
B26
IO_2
89A
C23
IO_2
90A
C25
IO_2
91A
C26
IO_2
92A
D24
IO_2
93A
D25
IO_2
95P
17
IO_2
96P
23
IO_2
97P
24
IO_2
98R
17
IO_2
99R
19
IO_3
00R
20
IO_3
01R
24
IO_3
02R
25
IO_3
03T
17
IO_3
04T
18
IO_3
05T
19
IO_3
06T
20
IO_3
07T
21
IO_3
08T
22
IO_3
09T
23
IO_3
10T
24
IO_3
11T
25
IO_3
12U
20
IO_3
13U
21
IO_3
14U
22
IO_3
15U
23
IO_3
16U
24
IO_3
17U
25
IO_3
18U
26
IO_3
21V
22
IO_3
22V
23
IO_3
23V
24
IO_3
24V
25
IO_3
25V
26
IO_3
26W
21
IO_3
27W
23
IO_3
28W
24
IO_3
29W
25
IO_3
30W
26
IO_3
31Y
21
IO_3
32Y
22
IO_3
33Y
23
IO_3
34Y
24
IO_3
35Y
25
IO_3
36Y
26
IO_4
60A
A23
8 8
7 7
6 6
5 5
4 4
3 3
2 2
1 1
EE
DD
CC
BB
AA
DIM
M_D
Q13
DIM
M_D
Q12
DIM
M_C
Sn_
R0
DIM
M_B
A_R
1
DIM
M_S
DA
DIM
M_O
DT
_R0
US
ER
_PB
2
DIM
M_D
QS
0
DIM
M_O
DT
_R1
DIM
M_C
K_N
2
US
ER
_DIP
SW
4D
IMM
_DQ
S2
DIM
M_A
_R9
DIM
M_A
_R13
DIM
M_A
_R11
DIM
M_D
QS
3
DIM
M_S
CL
DIM
M_D
M0
DIM
M_B
A_R
2
DIM
M_D
Q10
DIM
M_C
AS
n_R
DIM
M_C
K_P
0
US
ER
_PB
0D
IMM
_CK
E_R
1
DIM
M_C
Sn_
R1
DIM
M_C
K_P
1
DIM
M_C
K_P
2D
IMM
_RE
SE
Tn
DIM
M_C
K_N
1
DIM
M_C
K_N
0
DIM
M_R
AS
n_R
DIM
M_C
KE
_R0
DIM
M_D
QS
1U
SE
R_P
B1
DIM
M_D
Q2
DIM
M_D
M2
DIM
M_A
_R1
DIM
M_A
_R8
DIM
M_A
_R2
DIM
M_D
M3
DIM
M_A
_R7
DIM
M_D
Q29
DIM
M_A
_R5
DIM
M_B
A_R
0
DIM
M_W
En_
R
DIM
M_A
_R4
DIM
M_A
_R15
DIM
M_A
_R3
DIM
M_A
_R12
DIM
M_A
_R10
DIM
M_A
_R0
DIM
M_A
_R14
DIM
M_A
_R6
DIM
M_D
M1
US
ER
_DIP
SW
5
US
ER
_DIP
SW
6U
SE
R_D
IPS
W7
DIM
M_S
YN
C_C
LK
DIM
M_D
Q4
DIM
M_D
Q5
DIM
M_D
Q0
DIM
M_D
Q7
DIM
M_D
Q6
DIM
M_D
Q1
DIM
M_D
Q3
DIM
M_D
Q11
DIM
M_D
Q15
DIM
M_D
Q9
DIM
M_D
Q14
DIM
M_D
Q8
DIM
M_D
Q18
DIM
M_D
Q17
DIM
M_D
Q23
DIM
M_D
Q21
DIM
M_D
Q19
DIM
M_D
Q16
DIM
M_D
Q22
DIM
M_D
Q20
DIM
M_D
Q26
DIM
M_D
Q31
DIM
M_D
Q24
DIM
M_D
Q27
DIM
M_D
Q25
DIM
M_D
Q30
DIM
M_D
Q28
DIM
M_S
YN
C_C
LK
VR
EF
VR
EF
1.2V
1.2V
VT
T
DIM
M_A
_R[1
5..0
]9
DIM
M_B
A_R
[2..0
]9
DIM
M_D
M[8
..0]
5,8,
9
DIM
M_R
AS
n_R
9
DIM
M_C
AS
n_R
9
DIM
M_W
En_
R9
DIM
M_C
Sn_
R0
9
DIM
M_C
Sn_
R1
9
DIM
M_C
KE
_R0
9
DIM
M_C
KE
_R1
9
DIM
M_O
DT
_R0
9
DIM
M_O
DT
_R1
9
DIM
M_D
Q[7
1..0
]5,
8,9
DIM
M_D
QS
[8..0
]5,
8,9
DIM
M_C
K_P
[2..0
]8
DIM
M_C
K_N
[2..0
]8
DIM
M_S
DA
8
DIM
M_S
CL
8
DIM
M_R
ES
ET
n8
US
ER
_PB
[3..0
]3,
17
US
ER
_DIP
SW
[7:0
]3,
5,17
PR
OT
O_C
LKIN
6,19
DIM
M_S
YN
C_C
LK3
Titl
e
Siz
eD
ocum
ent N
umbe
rR
ev
Dat
e:S
heet
of
150-
0310
202-
C1
C
Cyc
lon
e II
DS
P B
oar
dB
722
Sun
day,
Aug
ust 1
3, 2
006
Titl
e
Siz
eD
ocum
ent N
umbe
rR
ev
Dat
e:S
heet
of
150-
0310
202-
C1
C
Cyc
lon
e II
DS
P B
oar
dB
722
Sun
day,
Aug
ust 1
3, 2
006
Titl
e
Siz
eD
ocum
ent N
umbe
rR
ev
Dat
e:S
heet
of
150-
0310
202-
C1
C
Cyc
lon
e II
DS
P B
oar
dB
722
Sun
day,
Aug
ust 1
3, 2
006
Alte
ra C
orpo
ratio
n, 9
330
Scr
anto
n R
d #4
00, S
an D
iego
, CA
921
21
Cop
yrig
ht (c
) 200
5, A
ltera
Cor
pora
tion.
All
Rig
hts
Res
erve
d.
CY
CL
ON
E II
BA
NK
S 7
& 8
Res
ynch
roni
zatio
n F
eedb
ack
Clo
ck
VC
CIO
= 1
.8V
VC
CIO
= 1
.8V
SM
A fo
r E
xter
nal C
lock
Inpu
t / E
ye D
iagr
am O
utpu
t(s
econ
dary
use
)
UN
US
ED
I/O
2 V
RE
F4
GN
D5
VC
CIN
T
3 V
RE
F7
GN
D4
VC
CIN
T
UN
US
ED
I/O
J11
LTI-S
AS
F54
GT
J11
LTI-S
AS
F54
GT
1
2345
CY
CLO
NE
II, B
AN
K 8
U12
H
EP
2C70
F67
2C6N
CY
CLO
NE
II, B
AN
K 8
U12
H
EP
2C70
F67
2C6N
IO_3
93A
A9
IO_3
94A
A10
IO_3
95A
A11
IO_3
96A
A12
IO_3
97A
B8
IO_3
98A
B10
IO_3
99A
B12
IO_4
01A
C5
IO_4
02A
C6
IO_4
03A
C7
IO_4
04A
C8
IO_4
05A
C9
IO_4
06A
C10
IO_4
07A
C11
IO_4
08A
C12
IO_4
10A
D5
IO_4
11A
D6
IO_4
12A
D7
IO_4
13A
D8
IO_4
14A
D10
IO_4
15A
D11
IO_4
16A
D12
IO_4
17A
E4
IO_4
18A
E5
IO_4
19A
E6
IO_4
20A
E7
IO_4
21A
E9
IO_4
22A
E10
IO_4
23A
E11
IO_4
24A
E12
IO_4
25A
E13
IO_4
26A
F4
IO_4
27A
F5
IO_4
28A
F6
IO_4
29A
F7
IO_4
30A
F8
IO_4
31A
F9
IO_4
32A
F10
IO_4
33A
F13
IO_4
34U
12
IO_4
35V
9
IO_4
36V
10
IO_4
37V
11
IO_4
38V
13
IO_4
39V
14
IO_4
40W
8
IO_4
41W
10
IO_4
42W
11
IO_4
43W
12
IO_4
44Y
10
IO_4
45Y
11
IO_4
46Y
12
IO_4
61A
D4
IO_4
62A
E8
CY
CLO
NE
II, B
AN
K 7
U12
G
EP
2C70
F67
2C6N
CY
CLO
NE
II, B
AN
K 7
U12
G
EP
2C70
F67
2C6N
IO_3
37A
A13
IO_3
38A
A14
IO_3
39A
A15
IO_3
40A
A16
IO_3
41A
A17
IO_3
42A
A18
IO_3
44A
B15
IO_3
45A
B18
IO_3
46A
B20
IO_3
47A
B21
IO_3
48A
C14
IO_3
49A
C15
IO_3
50A
C16
IO_3
51A
C17
IO_3
52A
C18
IO_3
53A
C19
IO_3
54A
C20
IO_3
55A
C21
IO_3
56A
C22
IO_3
57A
D15
IO_3
58A
D16
IO_3
59A
D17
IO_3
60A
D19
IO_3
61A
D21
IO_3
62A
D22
IO_3
63A
D23
IO_3
64A
E15
IO_3
65A
E16
IO_3
66A
E17
IO_3
67A
E18
IO_3
68A
E19
IO_3
69A
E20
IO_3
70A
E21
IO_3
71A
E22
IO_3
72A
E23
IO_3
73A
F17
IO_3
74A
F18
IO_3
75A
F19
IO_3
76A
F20
IO_3
77A
F21
IO_3
78A
F22
IO_3
79A
F23
IO_3
80U
17
IO_3
81U
18
IO_3
82V
17
IO_3
83V
18
IO_3
84W
15
IO_3
85W
16
IO_3
86W
17
IO_3
87W
19
IO_3
88Y
13
IO_3
89Y
14
IO_3
90Y
15
IO_3
91Y
16
IO_3
92Y
18
IO_4
55A
A20
C20
1
0.1u
F
C20
1
0.1u
F
R10
256R
102
56
8 8
7 7
6 6
5 5
4 4
3 3
2 2
1 1
EE
DD
CC
BB
AA
DIM
M_R
ES
ET
n
DIM
M_R
ES
ET
n
DIM
M_A
3D
IMM
_A1
DIM
M_A
13
DIM
M_A
4
DIM
M_A
2
DIM
M_B
A1
DIM
M_B
A0
DIM
M_D
Q36
DIM
M_D
Q37
DIM
M_D
Q38
DIM
M_D
Q39
DIM
M_D
M0
DIM
M_D
Q44
DIM
M_D
Q45
DIM
M_D
Q68
DIM
M_D
Q46
DIM
M_D
Q69
DIM
M_D
Q47
DIM
M_D
Q64
DIM
M_D
Q52
DIM
M_D
Q65
DIM
M_D
Q53
DIM
M_D
Q67
DIM
M_D
Q54
DIM
M_D
Q66
DIM
M_D
Q55
DIM
M_D
Q60
DIM
M_A
6
DIM
M_D
Q61
DIM
M_A
8
DIM
M_A
9D
IMM
_DQ
62
DIM
M_D
Q70
DIM
M_A
12
DIM
M_D
Q63
DIM
M_D
Q71
DIM
M_A
5
DIM
M_D
Q32
DIM
M_A
7
DIM
M_D
Q33
DIM
M_A
11
DIM
M_D
Q34
DIM
M_D
Q35
DIM
M_B
A2
DIM
M_D
Q40
DIM
M_D
Q31
DIM
M_D
Q41
DIM
M_D
Q30
DIM
M_D
M8
DIM
M_D
QS
[8..0
]
DIM
M_D
QS
5
DIM
M_D
Q29
DIM
M_D
Q42
DIM
M_D
Q28
DIM
M_D
Q43
DIM
M_C
K_P
0
DIM
M_D
Q23
DIM
M_D
Q48
DIM
M_C
K_N
0
DIM
M_D
Q22
DIM
M_D
Q49
DIM
M_R
AS
n
DIM
M_D
Q50
DIM
M_D
M2
DIM
M_C
Sn0
DIM
M_D
Q51
DIM
M_O
DT
0
DIM
M_D
Q56
DIM
M_D
Q21
DIM
M_A
0
DIM
M_D
Q20
DIM
M_D
Q57
DIM
M_D
Q15
DIM
M_D
Q58
DIM
M_D
Q14
DIM
M_D
Q59
DIM
M_D
M1
DIM
M_D
M7
DIM
M_D
Q13
DIM
M_C
K_P
2
DIM
M_D
Q12
DIM
M_C
K_N
2
DIM
M_D
M6
DIM
M_D
Q7
DIM
M_D
Q6
DIM
M_D
M5
DIM
M_D
Q4
DIM
M_D
Q5
DIM
M_D
M4
DIM
M_D
Q0
DIM
M_D
Q1
DIM
M_A
10
DIM
M_S
CL
DIM
M_D
QS
0
DIM
M_S
DA
DIM
M_D
QS
4
DIM
M_D
Q2
DIM
M_D
Q3
DIM
M_D
Q8
DIM
M_D
QS
6
DIM
M_D
Q9
DIM
M_D
QS
7
DIM
M_D
QS
1
DIM
M_D
Q10
DIM
M_O
DT
1
DIM
M_D
Q11
DIM
M_C
Sn1
DIM
M_D
Q16
DIM
M_C
AS
n
DIM
M_D
Q17
DIM
M_W
En
DIM
M_D
QS
2
DIM
M_C
K_P
1
DIM
M_D
Q18
DIM
M_C
K_N
1
DIM
M_D
Q19
DIM
M_C
KE
0
DIM
M_D
Q24
DIM
M_C
KE
1
DIM
M_D
Q25
DIM
M_D
QS
3
DIM
M_R
AS
n
DIM
M_C
AS
n
DIM
M_C
Sn0
DIM
M_W
En
DIM
M_C
Sn1
DIM
M_C
KE
0
DIM
M_C
KE
1
DIM
M_O
DT
0
DIM
M_O
DT
1
DIM
M_D
Q26
DIM
M_S
DA
DIM
M_S
CL
DIM
M_D
Q27
DIM
M_D
QS
8
DIM
M_A
15D
IMM
_A14
DIM
M_D
M3
DIM
M_A
[15.
.0]
DIM
M_D
Q[7
1..0
]
DIM
M_B
A[2
..0]
DIM
M_D
M[8
..0]
1.8V
1.8V
1.8V
1.8V
1.8V
VR
EF
VT
T
DIM
M_A
[15.
.0]
9
DIM
M_B
A[2
..0]
9
DIM
M_D
Q[7
1..0
]5,
7,9
DIM
M_R
AS
n9
DIM
M_C
AS
n9
DIM
M_W
En
9
DIM
M_C
KE
09
DIM
M_C
KE
19
DIM
M_C
Sn0
9
DIM
M_C
Sn1
9
DIM
M_O
DT
09
DIM
M_O
DT
19
DIM
M_S
DA
7
DIM
M_S
CL
7
DIM
M_D
M[8
..0]
5,7,
9
DIM
M_D
QS
[8..0
]5,
7,9
DIM
M_R
ES
ET
n7
DIM
M_C
K_P
[2..0
]7
DIM
M_C
K_N
[2..0
]7
Titl
e
Siz
eD
ocum
ent N
umbe
rR
ev
Dat
e:S
heet
of
150-
0310
202-
C1
C
Cyc
lon
e II
DS
P B
oar
dB
822
Sun
day,
Aug
ust 1
3, 2
006
Titl
e
Siz
eD
ocum
ent N
umbe
rR
ev
Dat
e:S
heet
of
150-
0310
202-
C1
C
Cyc
lon
e II
DS
P B
oar
dB
822
Sun
day,
Aug
ust 1
3, 2
006
Titl
e
Siz
eD
ocum
ent N
umbe
rR
ev
Dat
e:S
heet
of
150-
0310
202-
C1
C
Cyc
lon
e II
DS
P B
oar
dB
822
Sun
day,
Aug
ust 1
3, 2
006
Cop
yrig
ht (c
) 200
5, A
ltera
Cor
pora
tion.
All
Rig
hts
Res
erve
d.
Alte
ra C
orpo
ratio
n, 9
330
Scr
anto
n R
d #4
00, S
an D
iego
, CA
921
21
DD
R2
SD
RA
M D
IMM
Pla
ce n
ear D
IMM
bac
k-si
de o
nco
mpo
nent
sid
e of
PC
B
J8A
DD
R2
DIM
M
J8A
DD
R2
DIM
M
VR
EF
1
VS
S1
2
DQ
03
DQ
14
VS
S2
5
DQ
S_N
06
DQ
S_P
07
VS
S3
8
DQ
29
DQ
310
VS
S4
11
DQ
812
DQ
913
VS
S5
14
DQ
S_N
115
DQ
S_P
116
VS
S6
17
RE
SE
Tn
18
NC
119
VS
S7
20
DQ
1021
DQ
1122
VS
S8
23
DQ
1624
DQ
1725
VS
S9
26
DQ
S_N
227
DQ
S_P
228
VS
S10
29
DQ
1830
DQ
1931
VS
S11
32
DQ
2433
DQ
2534
VS
S12
35
DQ
S_N
336
DQ
S_P
337
VS
S13
38
DQ
2639
DQ
2740
VS
S14
41
CB
042
CB
143
VS
S15
44
DQ
S_N
845
DQ
S_P
846
VS
S16
47
CB
248
CB
349
VS
S17
50
VD
DQ
151
CK
E0
52
VD
D1
53
BA
2/A
1654
RC
055
VD
DQ
256
A11
57
A7
58
VD
D2
59
A5
60
VS
S34
121
DQ
412
2
DQ
512
3
VS
S35
124
DM
0/D
QS
_P9
125
NC
/DQ
S_N
912
6
VS
S36
127
DQ
612
8
DQ
712
9
VS
S37
130
DQ
1213
1
DQ
1313
2
VS
S38
133
DM
1/D
QS
_P10
134
NC
/DQ
S_N
1013
5
VS
S39
136
CK
_P1/
RF
U13
7
CK
_N1/
RF
U13
8
VS
S40
139
DQ
1414
0
DQ
1514
1
VS
S41
142
DQ
2014
3
DQ
2114
4
VS
S42
145
DM
2/D
QS
_P11
146
NC
/DQ
S_N
1114
7
VS
S43
148
DQ
2214
9
DQ
2315
0
VS
S44
151
DQ
2815
2
DQ
2915
3
VS
S45
154
DM
3/D
QS
_P12
155
NC
/DQ
S_N
1215
6
VS
S46
157
DQ
3015
8
DQ
3115
9
VS
S47
160
CB
416
1
CB
516
2
VS
S48
163
DM
8/D
QS
_P17
164
NC
/DQ
S_N
1716
5
VS
S49
166
CB
616
7
CB
716
8
VS
S50
169
VD
DQ
717
0
CK
E1
171
VD
D5
172
A15
173
A14
174
VD
DQ
817
5
A12
176
A9
177
VD
D6
178
A8
179
A6
180
C55
0.1u
F
C55
0.1u
F
KE
Y
J8B
DD
R2
DIM
M
KE
Y
J8B
DD
R2
DIM
M
A4
61
VD
DQ
362
A2
63
VD
D3
64
VS
S18
65
VS
S19
66
VD
D4
67
NC
268
VD
D5
69
A10
/AP
70
BA
071
VD
DQ
472
WE
n73
CA
Sn
74
VD
DQ
575
Sn1
76
OD
T1
77
VD
DQ
678
VS
S20
79
DQ
3280
DQ
3381
VS
S21
82
DQ
S_N
483
DQ
S_P
484
VS
S22
85
DQ
3486
DQ
3587
VS
S23
88
DQ
4089
DQ
4190
VS
S24
91
DQ
S_N
592
DQ
S_P
593
VS
S25
94
DQ
4295
DQ
4396
VS
S26
97
DQ
4898
DQ
4999
VS
S27
100
SA
210
1
NC
/TE
ST
102
VS
S28
103
DQ
S_N
610
4
DQ
S_P
610
5
VS
S29
106
DQ
5010
7
DQ
5110
8
VS
S30
109
DQ
5611
0
DQ
5711
1
VS
S31
112
DQ
S_N
711
3
DQ
S_P
711
4
VS
S32
115
DQ
5811
6
DQ
5911
7
VS
S33
118
SD
A11
9
SC
L12
0
VD
DQ
918
1
A3
182
A1
183
VD
D7
184
CK
_P0
185
CK
_N0
186
VD
D8
187
A0
188
VD
D9
189
BA
119
0
VD
DQ
1019
1
RA
Sn
192
Sn0
193
VD
DQ
1119
4
OD
T0
195
A13
196
VD
D10
197
VS
S51
198
DQ
3619
9
DQ
3720
0
VS
S52
201
DM
4/D
QS
_P13
202
NC
/DQ
S_N
1320
3
VS
S53
204
DQ
3820
5
DQ
3920
6
VS
S54
207
DQ
4420
8
DQ
4520
9
VS
S55
210
DM
5/D
QS
_P14
211
NC
/DQ
S_N
1421
2
VS
S56
213
DQ
4621
4
DQ
4721
5
VS
S57
216
DQ
5221
7
DQ
5321
8
VS
S58
219
CK
_P2/
RF
U22
0
CK
_N2/
RF
U22
1
VS
S59
222
DM
6/D
QS
_P15
223
NC
/DQ
S_N
1522
4
VS
S60
225
DQ
5422
6
DQ
5522
7
VS
S61
228
DQ
6022
9
DQ
6123
0
VS
S62
231
DM
7/D
QS
_P16
232
NC
/DQ
S_N
1623
3
VS
S63
234
DQ
6223
5
DQ
6323
6
VS
S64
237
VD
DS
PD
238
SA
023
9
SA
124
0
DUAL INLINE
MEMORY MODULE
XJ8 M
T8H
TF
3264
AY
-40E
DUAL INLINE
MEMORY MODULE
XJ8 M
T8H
TF
3264
AY
-40E
R91
10.0
K, 1
%R
9110
.0K
, 1%
TP
1
5410
1-G
05-0
1LF
TP
1
5410
1-G
05-0
1LF
TP
2
5410
1-G
05-0
1LF
TP
2
5410
1-G
05-0
1LF
R89
10.0
K, 1
%R
8910
.0K
, 1%
8 8
7 7
6 6
5 5
4 4
3 3
2 2
1 1
EE
DD
CC
BB
AA
DIM
M_C
AS
n
DIM
M_B
A[2
..0]
DIM
M_W
En
DIM
M_A
[15.
.0]
DIM
M_C
Sn0
DIM
M_C
KE
1D
IMM
_CK
E0
DIM
M_R
AS
n
DIM
M_O
DT
0
DIM
M_C
Sn1
DIM
M_O
DT
1
DIM
M_D
Q32
DIM
M_D
Q33
DIM
M_D
Q34
DIM
M_D
Q35
DIM
M_D
Q39
DIM
M_D
QS
4
DIM
M_D
Q36
DIM
M_D
Q37
DIM
M_D
Q38
DIM
M_D
M4
DIM
M_D
Q40
DIM
M_D
Q41
DIM
M_D
Q42
DIM
M_D
Q44
DIM
M_D
Q45
DIM
M_D
QS
5
DIM
M_B
A_R
0D
IMM
_BA
_R1
DIM
M_B
A_R
2D
IMM
_CK
E_R
0
DIM
M_C
KE
_R1
DIM
M_R
AS
n_R
DIM
M_B
A0
DIM
M_B
A1
DIM
M_B
A2
DIM
M_C
KE
0
DIM
M_C
KE
1D
IMM
_RA
Sn
DIM
M_A
12D
IMM
_A13
DIM
M_A
_R12
DIM
M_A
_R13
DIM
M_A
0
DIM
M_A
2D
IMM
_A1
DIM
M_A
10
DIM
M_A
14D
IMM
_A15
DIM
M_A
_R0
DIM
M_A
_R1
DIM
M_A
_R2
DIM
M_A
_R10
DIM
M_A
_R14
DIM
M_A
_R15
DIM
M_A
3D
IMM
_A4
DIM
M_A
_R3
DIM
M_A
_R4
DIM
M_A
5D
IMM
_A6
DIM
M_A
8
DIM
M_A
7
DIM
M_A
9D
IMM
_A11
DIM
M_A
_R5
DIM
M_A
_R6
DIM
M_A
_R7
DIM
M_A
_R8
DIM
M_A
_R9
DIM
M_A
_R11
DIM
M_A
_R[1
5..0
]
DIM
M_C
Sn_
R1
DIM
M_O
DT
_R1
DIM
M_R
AS
n_R
DIM
M_C
AS
n_R
DIM
M_W
En_
R
DIM
M_O
DT
_R0
DIM
M_C
Sn_
R0
DIM
M_C
KE
_R0
DIM
M_D
Q[7
1..0
]
DIM
M_C
KE
_R1
DIM
M_B
A_R
[2..0
]
DIM
M_D
QS
[8..0
]
DIM
M_D
M[8
..0]
DIM
M_W
En
DIM
M_C
Sn1
DIM
M_C
AS
nD
IMM
_CS
n0
DIM
M_O
DT
0
DIM
M_C
Sn_
R0
DIM
M_C
Sn_
R1
DIM
M_O
DT
_R0
DIM
M_O
DT
_R1
DIM
M_O
DT
1
DIM
M_C
AS
n_R
DIM
M_W
En_
R
DIM
M_D
Q22
DIM
M_D
Q23
DIM
M_D
QS
2
DIM
M_D
Q24
DIM
M_D
Q25
DIM
M_D
Q26
DIM
M_D
Q27
DIM
M_D
Q28
DIM
M_D
M2
DIM
M_D
M3
DIM
M_D
Q30
DIM
M_D
Q31
DIM
M_D
QS
3
DIM
M_D
M0
DIM
M_D
M1
DIM
M_D
Q70
DIM
M_D
Q71
DIM
M_D
Q68
DIM
M_D
Q69
DIM
M_D
Q64
DIM
M_D
Q65
DIM
M_D
M8
DIM
M_D
QS
8
DIM
M_D
Q0
DIM
M_D
Q1
DIM
M_D
Q2
DIM
M_D
Q3
DIM
M_D
Q4
DIM
M_D
Q5
DIM
M_D
Q6
DIM
M_D
Q7
DIM
M_D
QS
0
DIM
M_D
Q8
DIM
M_D
Q9
DIM
M_D
Q10
DIM
M_D
Q11
DIM
M_D
Q12
DIM
M_D
Q13
DIM
M_D
Q14
DIM
M_D
Q15
DIM
M_D
QS
1
DIM
M_D
Q16
DIM
M_D
Q17
DIM
M_D
Q18
DIM
M_D
Q19
DIM
M_D
Q20
DIM
M_D
Q21
DIM
M_D
Q29
DIM
M_A
11D
IMM
_A7
DIM
M_A
8D
IMM
_A6
DIM
M_A
5D
IMM
_A4
DIM
M_A
3
DIM
M_C
KE
0
DIM
M_D
Q66
DIM
M_D
Q67
DIM
M_A
15D
IMM
_A14
DIM
M_B
A2
DIM
M_A
12
DIM
M_A
9
DIM
M_D
Q55
DIM
M_D
M6
DIM
M_D
Q54
DIM
M_D
QS
6
DIM
M_D
Q58
DIM
M_D
QS
7
DIM
M_D
Q52
DIM
M_D
Q53
DIM
M_D
Q71
DIM
M_D
Q64
DIM
M_D
Q0
DIM
M_D
Q5
DIM
M_D
Q6
DIM
M_D
Q1
DIM
M_D
Q3
DIM
M_D
Q4
DIM
M_D
Q7
DIM
M_D
QS
0
DIM
M_D
M1
DIM
M_D
Q10
DIM
M_D
Q15
DIM
M_D
Q8
DIM
M_D
Q9
DIM
M_D
Q11
DIM
M_D
Q13
DIM
M_D
QS
1
DIM
M_D
Q12
DIM
M_D
Q17
DIM
M_D
Q22
DIM
M_D
M2
DIM
M_D
Q19
DIM
M_D
Q21
DIM
M_D
Q23
DIM
M_D
Q14
DIM
M_D
Q16
DIM
M_D
Q30
DIM
M_D
QS
3
DIM
M_D
M3
DIM
M_D
Q20
DIM
M_D
Q18
DIM
M_D
QS
2
DIM
M_D
Q24
DIM
M_D
Q29
DIM
M_D
Q66
DIM
M_D
QS
8
DIM
M_D
Q25
DIM
M_D
Q27
DIM
M_D
Q28
DIM
M_D
Q26
DIM
M_D
Q31
DIM
M_D
Q65
DIM
M_D
M8
DIM
M_D
Q70
DIM
M_D
Q2
DIM
M_D
Q67
DIM
M_D
Q68
DIM
M_D
M0
DIM
M_D
Q69
DIM
M_D
Q56
DIM
M_D
Q57
DIM
M_D
M7
DIM
M_D
Q59
DIM
M_D
Q63
DIM
M_D
Q60
DIM
M_D
Q61
DIM
M_D
Q62
DIM
M_D
Q46
DIM
M_D
M5
DIM
M_D
Q43
DIM
M_D
Q47
DIM
M_D
Q48
DIM
M_D
Q49
DIM
M_D
Q50
DIM
M_D
Q51
DIM
M_D
M5
DIM
M_D
QS
5
DIM
M_D
Q47
DIM
M_D
Q46
DIM
M_D
Q57
DIM
M_D
QS
7
DIM
M_D
QS
6
DIM
M_D
Q56
DIM
M_D
M4
DIM
M_D
M6
DIM
M_D
M7
DIM
M_D
Q52
DIM
M_D
Q53
DIM
M_D
Q48
DIM
M_D
Q49
DIM
M_D
Q32
DIM
M_D
Q33
DIM
M_D
Q34
DIM
M_D
Q35
DIM
M_C
AS
nD
IMM
_OD
T0
DIM
M_A
13D
IMM
_CS
n1D
IMM
_OD
T1
DIM
M_D
Q54
DIM
M_D
Q55
DIM
M_W
En
DIM
M_D
Q50
DIM
M_D
Q51
DIM
M_D
Q36
DIM
M_D
Q37
DIM
M_D
Q38
DIM
M_D
Q39
DIM
M_D
QS
4
DIM
M_D
Q40
DIM
M_D
Q41
DIM
M_D
Q42
DIM
M_D
Q60
DIM
M_D
Q61
DIM
M_D
Q62
DIM
M_D
Q63
DIM
M_D
Q58
DIM
M_D
Q59
DIM
M_D
Q43
DIM
M_D
Q45
DIM
M_D
Q44
DIM
M_A
1D
IMM
_A2
DIM
M_A
0D
IMM
_BA
1D
IMM
_A10
DIM
M_B
A0
DIM
M_R
AS
nD
IMM
_CS
n0
VT
T
VT
T
VT
T
VT
T
VT
T
DIM
M_C
KE
1
VT
T
VT
TV
TT
VT
T
VT
TV
TT
VT
T
VT
T
VT
T
VT
T
DIM
M_O
DT
08
DIM
M_C
KE
08
DIM
M_C
AS
n8
DIM
M_B
A[2
..0]
8
DIM
M_C
Sn0
8
DIM
M_W
En
8
DIM
M_R
AS
n8
DIM
M_C
KE
18
DIM
M_A
[15.
.0]
8
DIM
M_C
Sn1
8
DIM
M_O
DT
18
DIM
M_A
_R[1
5..0
]7
DIM
M_D
M[8
..0]
5,7,
8
DIM
M_C
AS
n_R
7
DIM
M_O
DT
_R0
7
DIM
M_D
Q[7
1..0
]5,
7,8
DIM
M_C
Sn_
R0
7
DIM
M_D
QS
[8..0
]5,
7,8
DIM
M_B
A_R
[2..0
]7
DIM
M_C
KE
_R1
7D
IMM
_CK
E_R
07
DIM
M_W
En_
R7
DIM
M_R
AS
n_R
7
DIM
M_C
Sn_
R1
7
DIM
M_O
DT
_R1
7
Titl
e
Siz
eD
ocum
ent N
umbe
rR
ev
Dat
e:S
heet
of15
0-03
1020
2-C
1C
Cyc
lon
e II
DS
P B
oar
dB
922
Sun
day,
Aug
ust 1
3, 2
006
Titl
e
Siz
eD
ocum
ent N
umbe
rR
ev
Dat
e:S
heet
of15
0-03
1020
2-C
1C
Cyc
lon
e II
DS
P B
oar
dB
922
Sun
day,
Aug
ust 1
3, 2
006
Titl
e
Siz
eD
ocum
ent N
umbe
rR
ev
Dat
e:S
heet
of15
0-03
1020
2-C
1C
Cyc
lon
e II
DS
P B
oar
dB
922
Sun
day,
Aug
ust 1
3, 2
006
Cop
yrig
ht (c
) 200
5, A
ltera
Cor
pora
tion.
All
Rig
hts
Res
erve
d.
Alte
ra C
orpo
ratio
n, 9
330
Scr
anto
n R
d #4
00, S
an D
iego
, CA
921
21
Cyc
lon
e II-
Sid
e T
erm
inat
ion
Res
isto
rs
Cyc
lon
e II-
Sid
e T
erm
inat
ion
Res
isto
rs
DD
R2
SD
RA
M D
IMM
Ter
min
atio
ns
DIM
M-S
ide
Ter
min
atio
n R
esis
tors
DIM
M M
emo
ry D
eco
up
ling
Th
e fo
llow
ing
res
isto
rs c
an b
ein
stal
led
fo
r C
lass
II T
erm
inat
ion
:
RN
24, R
N25
, RN
26, R
N27
, RN
28,
RN
29, R
N30
, RN
31, R
N32
, RN
33,
RN
34, R
15, R
18
RN
13E
56R
N13
E56
512
CN
200.
1uf x
4C
N20
0.1u
f x 4
1 2 3 45678
RN
21D
10R
N21
D10
413
RN
5D56
RN
5D56
413
RN
20H
10R
N20
H10
89
RN
34B
56R
N34
B56
215
C20
3
0.01
uf
C20
3
0.01
uf
RN
33C
56R
N33
C56
314
RN
25F
56R
N25
F56
611
RN
14B
56R
N14
B56
215
RN
30F
56R
N30
F56
611
RN
7B56
RN
7B56
215
RN
30A
56R
N30
A56
116
RN
24D
56R
N24
D56
413
RN
28G
56R
N28
G56
710
RN
29E
56R
N29
E56
512
RN
15C
56R
N15
C56
314
RN
17H
56R
N17
H56
89
RN
8F56
RN
8F56
611
RN
6H56
RN
6H56
89
RN
8B56
RN
8B56
215
RN
6F56
RN
6F56
611
RN
32G
56R
N32
G56
710
RN
13H
56R
N13
H56
89
CN
50.
1uf x
4C
N5
0.1u
f x 4
1 2 3 45678
RN
32H
56R
N32
H56
89
RN
23D
10R
N23
D10
413
RN
5A56
RN
5A56
116
C20
7
0.01
uf
C20
7
0.01
uf
RN
20A
10R
N20
A10
116
C20
2
0.01
uf
C20
2
0.01
uf
RN
33E
56R
N33
E56
512
RN
29C
56R
N29
C56
314
CN
170.
1uf x
4C
N17
0.1u
f x 4
1 2 3 45678
C19
2
2.2u
f
C19
2
2.2u
f
C22
4
0.01
uf
C22
4
0.01
uf
RN
14D
56R
N14
D56
413
RN
28F
56R
N28
F56
611
RN
7H56
RN
7H56
89
RN
24A
56R
N24
A56
116
C19
9
0.01
uf
C19
9
0.01
uf
RN
31E
56R
N31
E56
512
RN
15A
56R
N15
A56
116
RN
17F
56R
N17
F56
611
RN
15D
56R
N15
D56
413
C65
0.1u
F
C65
0.1u
F
RN
8G56
RN
8G56
710
RN
6B56
RN
6B56
215
RN
13G
56R
N13
G56
710
RN
20C
10R
N20
C10
314
RN
5F56
RN
5F56
611
C20
5
0.01
uf
C20
5
0.01
uf
C20
0
0.01
uf
C20
0
0.01
uf
RN
33F
56R
N33
F56
611
RN
27E
56R
N27
E56
512
RN
22B
10R
N22
B10
215
RN
14C
56R
N14
C56
314
RN
28A
56R
N28
A56
116
RN
7G56
RN
7G56
710
RN
33D
56R
N33
D56
413
RN
28E
56R
N28
E56
512
RN
9F56
RN
9F56
611
RN
30H
56R
N30
H56
89 C20
9
2.2u
f
C20
9
2.2u
f
RN
15B
56R
N15
B56
215
CN
20.
1uf x
4C
N2
0.1u
f x 4
1 2 3 45678
RN
26F
56R
N26
F56
611
RN
8E56
RN
8E56
512
CN
210.
1uf x
4C
N21
0.1u
f x 4
1 2 3 45678
RN
16E
56R
N16
E56
512
RN
5C56
RN
5C56
314
RN
31H
56R
N31
H56
89
RN
27H
56R
N27
H56
89
RN
22D
10R
N22
D10
413
RN
19B
56R
N19
B56
215
RN
25B
56R
N25
B56
215
RN
29A
56R
N29
A56
116
RN
22F
10R
N22
F10
611
RN
12F
56R
N12
F56
611
RN
19A
56R
N19
A56
116
RN
9B56
RN
9B56
215
RN
28H
56R
N28
H56
89
RN
18E
56R
N18
E56
512
CN
100.
1uf x
4C
N10
0.1u
f x 4
1 2 3 45678
RN
34A
56R
N34
A56
116
RN
10F
56R
N10
F56
611
CN
240.
1uf x
4C
N24
0.1u
f x 4
1 2 3 45678
RN
16D
56R
N16
D56
413
RN
11F
56R
N11
F56
611
RN
11B
56R
N11
B56
215
RN
24E
56R
N24
E56
512
RN
31F
56R
N31
F56
611
RN
22E
10R
N22
E10
512
RN
12E
56R
N12
E56
512
RN
19E
56R
N19
E56
512
RN
9H56
RN
9H56
89
C30
7
0.01
uf
C30
7
0.01
uf
RN
23G
10R
N23
G10
710
RN
18H
56R
N18
H56
89
RN
10D
56R
N10
D56
413
RN
16H
56R
N16
H56
89
C19
3
0.01
uf
C19
3
0.01
uf
RN
16G
56R
N16
G56
710
RN
11H
56R
N11
H56
89
RN
28B
56R
N28
B56
215
RN
27A
56R
N27
A56
116
RN
29H
56R
N29
H56
89
RN
12H
56R
N12
H56
89
CN
90.
1uf x
4C
N9
0.1u
f x 4
1 2 3 45678
RN
19C
56R
N19
C56
314
RN
9G56
RN
9G56
710
C30
4
0.01
uf
C30
4
0.01
ufR
N21
B10
RN
21B
102
15
C19
6
0.01
uf
C19
6
0.01
uf
RN
18G
56R
N18
G56
710
RN
10H
56R
N10
H56
89
RN
20G
10R
N20
G10
710
RN
20D
10R
N20
D10
413
RN
34D
56R
N34
D56
413
RN
32F
56R
N32
F56
611
RN
29D
56R
N29
D56
413
RN
14F
56R
N14
F56
611
RN
11G
56R
N11
G56
710
RN
30G
56R
N30
G56
710
R15
56R
1556
RN
27B
56R
N27
B56
215
RN
29G
56R
N29
G56
710
RN
12G
56R
N12
G56
710
CN
120.
1uf x
4C
N12
0.1u
f x 4
1 2 3 45678
RN
17D
56R
N17
D56
413
RN
6G56
RN
6G56
710
C28
2
0.01
uf
C28
2
0.01
uf
RN
32D
56R
N32
D56
413
RN
22A
10R
N22
A10
116
C19
4
0.01
uf
C19
4
0.01
uf
RN
18C
56R
N18
C56
314
CN
220.
1uf x
4C
N22
0.1u
f x 4
1 2 3 45678
RN
21H
10R
N21
H10
89
RN
10G
56R
N10
G56
710
RN
13D
56R
N13
D56
413
CN
140.
1uf x
4C
N14
0.1u
f x 4
1 2 3 45678
RN
21C
10R
N21
C10
314
RN
5E56
RN
5E56
512
RN
20E
10R
N20
E10
512
RN
32A
56R
N32
A56
116
RN
31G
56R
N31
G56
710
RN
25D
56R
N25
D56
413
RN
14E
56R
N14
E56
512
RN
7E56
RN
7E56
512
RN
30E
56R
N30
E56
512
RN
24F
56R
N24
F56
611
RN
31B
56R
N31
B56
215
RN
15G
56R
N15
G56
710
CN
180.
1uf x
4C
N18
0.1u
f x 4
1 2 3 45678
RN
17A
56R
N17
A56
116
RN
26C
56R
N26
C56
314
RN
6E56
RN
6E56
512
RN
32B
56R
N32
B56
215
RN
21A
10R
N21
A10
116
RN
13A
56R
N13
A56
116
RN
21E
10R
N21
E10
512
RN
5B56
RN
5B56
215
C27
1
0.01
uf
C27
1
0.01
uf
RN
20F
10R
N20
F10
611
RN
34F
56R
N34
F56
611
C20
4
0.01
uf
C20
4
0.01
uf
RN
33B
56R
N33
B56
215
RN
25E
56R
N25
E56
512
RN
14H
56R
N14
H56
89
CN
160.
1uf x
4C
N16
0.1u
f x 4
1 2 3 45678
RN
28D
56R
N28
D56
413
RN
7A56
RN
7A56
116
RN
26H
56R
N26
H56
89
RN
32C
56R
N32
C56
314
RN
24B
56R
N24
B56
215
RN
31A
56R
N31
A56
116
RN
15E
56R
N15
E56
512
RN
17C
56R
N17
C56
314
RN
8D56
RN
8D56
413
RN
6A56
RN
6A56
116
RN
15H
56R
N15
H56
89
CN
250.
1uf x
4C
N25
0.1u
f x 4
1 2 3 45678
RN
17B
56R
N17
B56
215
RN
8A56
RN
8A56
116
RN
6C56
RN
6C56
314
CN
10.
1uf x
4C
N1
0.1u
f x 4
1 2 3 45678
RN
13F
56R
N13
F56
611
CN
230.
1uf x
4C
N23
0.1u
f x 4
1 2 3 45678
RN
13C
56R
N13
C56
314
CN
130.
1uf x
4C
N13
0.1u
f x 4
1 2 3 45678
RN
21G
10R
N21
G10
710
RN
5H56
RN
5H56
89
C20
6
0.01
uf
C20
6
0.01
uf
C19
8
0.01
uf
C19
8
0.01
uf
RN
33G
56R
N33
G56
710
RN
25H
56R
N25
H56
89
RN
14G
56R
N14
G56
710
CN
60.
1uf x
4C
N6
0.1u
f x 4
1 2 3 45678
RN
28C
56R
N28
C56
314
RN
7D56
RN
7D56
413
RN
24H
56R
N24
H56
89
RN
31C
56R
N31
C56
314
RN
33A
56R
N33
A56
116
RN
15F
56R
N15
F56
611
RN
8H56
RN
8H56
89
RN
13B
56R
N13
B56
215
RN
5G56
RN
5G56
710
RN
33H
56R
N33
H56
89
RN
27C
56R
N27
C56
314
RN
22G
10R
N22
G10
710
CN
150.
1uf x
4C
N15
0.1u
f x 4
1 2 3 45678
RN
19F
56R
N19
F56
611
RN
26B
56R
N26
B56
215
RN
7C56
RN
7C56
314
RN
19D
56R
N19
D56
413
RN
26D
56R
N26
D56
413
RN
9E56
RN
9E56
512
C26
0
0.01
uf
C26
0
0.01
uf
RN
26A
56R
N26
A56
116
RN
18F
56R
N18
F56
611
RN
30D
56R
N30
D56
413
RN
8C56
RN
8C56
314
R18
56R
1856
RN
16B
56R
N16
B56
215
RN
11D
56R
N11
D56
413
RN
25A
56R
N25
A56
116
RN
27F
56R
N27
F56
611
RN
22C
10R
N22
C10
314
RN
24C
56R
N24
C56
314
RN
27D
56R
N27
D56
413
CN
260.
1uf x
4C
N26
0.1u
f x 4
1 2 3 45678
RN
23A
10R
N23
A10
116
RN
12B
56R
N12
B56
215
RN
26G
56R
N26
G56
710
CN
80.
1uf x
4C
N8
0.1u
f x 4
1 2 3 45678
RN
19H
56R
N19
H56
89
RN
9A56
RN
9A56
116
C35
4
0.01
uf
C35
4
0.01
uf
C29
4
0.01
uf
C29
4
0.01
uf
RN
23F
10R
N23
F10
611
RN
18B
56R
N18
B56
215
RN
10A
56R
N10
A56
116
RN
16A
56R
N16
A56
116
RN
11A
56R
N11
A56
116
RN
16F
56R
N16
F56
611
CN
190.
1uf x
4C
N19
0.1u
f x 4
1 2 3 45678
RN
11E
56R
N11
E56
512
RN
25G
56R
N25
G56
710
RN
29B
56R
N29
B56
215
RN
23E
10R
N23
E10
512
RN
12A
56R
N12
A56
116
RN
19G
56R
N19
G56
710
RN
9D56
RN
9D56
413
C31
8
0.01
uf
C31
8
0.01
uf
C25
4
2.2u
f
C25
4
2.2u
f
C32
4
0.01
uf
C32
4
0.01
uf
RN
23H
10R
N23
H10
89
C19
7
0.01
uf
C19
7
0.01
uf
RN
18A
56R
N18
A56
116
RN
10B
56R
N10
B56
215
RN
30C
56R
N30
C56
314
RN
16C
56R
N16
C56
314
CN
40.
1uf x
4C
N4
0.1u
f x 4
1 2 3 45678
RN
11C
56R
N11
C56
314
RN
32E
56R
N32
E56
512
RN
25C
56R
N25
C56
314
RN
31D
56R
N31
D56
413
RN
12D
56R
N12
D56
413
CN
110.
1uf x
4C
N11
0.1u
f x 4
1 2 3 45678
RN
17G
56R
N17
G56
710
RN
9C56
RN
9C56
314
RN
34E
56R
N34
E56
512
RN
23B
10R
N23
B10
215
C19
5
0.01
uf
C19
5
0.01
uf
RN
18D
56R
N18
D56
413
CN
70.
1uf x
4C
N7
0.1u
f x 4
1 2 3 45678
RN
10E
56R
N10
E56
512
RN
20B
10R
N20
B10
215
RN
34H
56R
N34
H56
89
RN
21F
10R
N21
F10
611
RN
10C
56R
N10
C56
314
RN
23C
10R
N23
C10
314
C36
2
2.2u
f
C36
2
2.2u
f
RN
34G
56R
N34
G56
710
RN
27G
56R
N27
G56
710
CN
30.
1uf x
4C
N3
0.1u
f x 4
1 2 3 45678
RN
14A
56R
N14
A56
116
RN
7F56
RN
7F56
611
RN
30B
56R
N30
B56
215
RN
24G
56R
N24
G56
710
RN
29F
56R
N29
F56
611
RN
12C
56R
N12
C56
314
RN
17E
56R
N17
E56
512
RN
6D56
RN
6D56
413
RN
34C
56R
N34
C56
314
RN
26E
56R
N26
E56
512
RN
22H
10R
N22
H10
89
C27
2
0.01
uf
C27
2
0.01
uf
8 8
7 7
6 6
5 5
4 4
3 3
2 2
1 1
EE
DD
CC
BB
AA
EP
2C_D
CLK
EP
CS
_SA
FE
_CS
nE
P2C
_DA
TA
0
EP
2C_D
CLK
EP
2C_D
AT
A0
EP
2C_C
SO
nE
P2C
_AS
DO
JTA
G_T
CK
JTA
G_T
MS
JTA
G_C
ON
N_T
DO
JTA
G_C
ON
N_T
DI
EP
2C_C
SO
nE
PC
S_S
AF
E_C
Sn
EP
CS
_US
ER
_CS
n
EP
CS
_US
ER
_CS
n
EP
CS
_US
ER
_CS
nE
PC
S_S
AF
E_C
Sn
JTA
G_T
CK
JTA
G_C
ON
N_T
DI
JTA
G_T
MS
JTA
G_C
ON
N_T
DO
EP
2C_C
En
EP
2C_C
SO
nE
P2C
_AS
DO
EP
2C_D
AT
A0
EP
2C_B
_CO
NF
IGn
EP
2C_C
ON
FIG
_DO
NE
EP
2C_D
CLK
EP
2C_C
EN
EP
2C_C
ON
FIG
_DO
NE
EP
2C_C
ON
FIG
n
EP
2C_C
ON
FIG
nE
P2C
_CO
NF
IG_D
ON
EE
P2C
_ST
AT
US
n
EP
2C_S
TA
TU
Sn
EP
2C_B
_CO
NF
IGn
EP
2C_B
_CO
NF
IGn
SY
S_R
ES
ET
n
EP
2C_M
SE
L0E
P2C
_MS
EL1
EP
2C_C
En
EP
2C_M
SE
L1E
P2C
_MS
EL0
EP
2C_A
SD
O
EP
2C_D
CLK
EP
2C_D
AT
A0
EP
2C_A
SD
O
EP
2C_C
ON
FIG
_DO
NE
3.3V
3.3V
3.3V
3.3V
3.3V
3.3V
3.3V
3.3V
EP
CS
_US
ER
_CS
n6
EV
M_C
En3
18
AD
C_A
_D0
11
US
ER
_LE
D1
17
JTA
G_T
MS
19JT
AG
_TC
K19
JTA
G_C
ON
N_T
DO
19JT
AG
_CO
NN
_TD
I19
SY
S_R
ES
ET
n17
Titl
e
Siz
eD
ocum
ent N
umbe
rR
ev
Dat
e:S
heet
of
150-
0310
202-
C1
C
Cyc
lon
e II
DS
P B
oar
dB
1022
Sun
day,
Aug
ust 1
3, 2
006
Titl
e
Siz
eD
ocum
ent N
umbe
rR
ev
Dat
e:S
heet
of
150-
0310
202-
C1
C
Cyc
lon
e II
DS
P B
oar
dB
1022
Sun
day,
Aug
ust 1
3, 2
006
Titl
e
Siz
eD
ocum
ent N
umbe
rR
ev
Dat
e:S
heet
of
150-
0310
202-
C1
C
Cyc
lon
e II
DS
P B
oar
dB
1022
Sun
day,
Aug
ust 1
3, 2
006
CO
NF
IGU
RA
TIO
N C
IRC
UIT
RY
Cop
yrig
ht (c
) 200
5, A
ltera
Cor
pora
tion.
All
Rig
hts
Res
erve
d.
Alte
ra C
orpo
ratio
n, 9
330
Scr
anto
n R
d #4
00, S
an D
iego
, CA
921
21
EPCS SELECT
SAFE EPCS
USER EPCS
SURFACE MOUNT ACTIVE SERIAL HEADER
RIGHT ANGLE JTAG HEADER
R33 IS NOT INSTALLED
R92
1KR92
1K
R10
710
.0K
, 1%
R10
710
.0K
, 1%
R15
710
.0K
, 1%
R15
710
.0K
, 1%
R88
1KR88
1KJ9
2X5_
SH
J9
2X5_
SH
2 4 6 8 10
1 3 5 7 9
R16
510
.0K
, 1%
R16
510
.0K
, 1%
U35B
AW
56LT
1G
U35B
AW
56LT
1G
3
2 1
R13
310
.0K
, 1%
R13
310
.0K
, 1%
SH
UN
T7
8815
45-2
SH
UN
T7
8815
45-2
J29
3X1
J29
3X11 2 3
R10
41K
R10
41K
R13
11K
R13
11K
R11
010
.0K
, 1%
R11
010
.0K
, 1%
R13
21KR
132
1K
U36
EP
CS
64
U36
EP
CS
64
DC
LK16
DA
TA
8
AS
DI
15nC
S7
VC
C1
1
GN
D10
VC
C3
9V
CC
22
NC
13
NC
24
NC
35
NC
46
NC
511
NC
612
NC
713
NC
814
CY
CLO
NE
II, C
ON
FIG
U12
I
EP
2C70
F67
2C6N
CY
CLO
NE
II, C
ON
FIG
U12
I
EP
2C70
F67
2C6N
nCO
NF
IGN
7C
ON
F_D
ON
ER
23nS
TA
TU
SR
22
DA
TA
0N
3
nCE
N4
CLK
US
RB
3
TC
KM
6
TD
IM
8
TD
OM
7
TM
SL8
MS
EL0
P20
MS
EL1
P21
AS
DO
E3
INIT
_DO
NE
AE
25
nCS
OD
3
DC
LKN
6
nCE
OA
E24
DE
V_C
LRn
C5
J13
2X5
J13
2X5
11
33
55
77
22
44
66
88
99
1010
R57
332R
, 1%
R57
332R
, 1%
C40
9
100p
f
C40
9
100p
fR
821KR
821K
U17
EP
CS
64
U17
EP
CS
64
DC
LK16
DA
TA
8
AS
DI
15nC
S7
VC
C1
1
GN
D10
VC
C3
9V
CC
22
NC
13
NC
24
NC
35
NC
46
NC
511
NC
612
NC
713
NC
814
D10
Gre
en_L
ED
D10
Gre
en_L
ED
A C
R27
310
0R, 1
%R
273
100R
, 1%
8 8
7 7
6 6
5 5
4 4
3 3
2 2
1 1
EE
DD
CC
BB
AA
AD
C_S
CLK
AD
C_S
DA
TA
AD
C_A
_SE
N
AD
C_A
_R_D
3A
DC
_A_R
_D2
AD
C_A
_R_D
1A
DC
_A_R
_D0
AD
C_A
_DC
LK
AD
C_A
_OE
AD
C_A
_DF
S
AD
C_R
ES
ET
ADC_A_R_D4ADC_A_R_D5ADC_A_R_D6ADC_A_R_D7ADC_A_R_D8ADC_A_R_D9
ADC_A_R_D10ADC_A_R_D11ADC_A_R_D12ADC_A_R_D13
AD
C_A
_OV
R
AD
C_A
_IN
PA
DC
_A_I
NM
AD
C_A
_IR
EF
AD
C_A
_RE
FM
AD
C_A
_RE
FP
AD
C_A
_RE
FP
AD
C_A
_IR
EF
AD
C_A
_RE
FM
AD
C_A
_DF
S
AD
C_A
_D1
AD
C_A
_D0
AD
C_A
_IN
M
AD
C_A
_IN
P
AD
C_A
_IN
AD
C_A
_CM
AD
C_A
_CLK
_P
AD
C_A
_CLK
_N
AD
C_A
_D12
AD
C_A
_R_D
12
AD
C_A
_D8
AD
C_A
_D10
AD
C_A
_D11
AD
C_A
_D9
AD
C_A
_R_D
8
AD
C_A
_R_D
10A
DC
_A_R
_D9
AD
C_A
_R_D
11
AD
C_A
_D4
AD
C_A
_D6
AD
C_A
_D7
AD
C_A
_D5
AD
C_A
_R_D
4
AD
C_A
_R_D
6A
DC
_A_R
_D5
AD
C_A
_R_D
7
AD
C_A
_R_D
13
AD
C_A
_D0
AD
C_A
_D2
AD
C_A
_D3
AD
C_A
_D1
AD
C_A
_D13
AD
C_A
_R_D
0
AD
C_A
_R_D
2A
DC
_A_R
_D1
AD
C_A
_R_D
3
AD
C_A
_CM
A
DC
A
DC
A
DC
A
DC
A
DC
A
DC
3.3V
VC
CA
_AD
C
VC
CA
_AD
C
VC
CA
_AD
C
3.3V
3.3V
VC
CA
_AD
C
A
DC
3.3V
AD
C_A
_D[1
3..0
]3,
5,10
AD
C_S
CLK
6,12
AD
C_S
DA
TA
4,12
AD
C_A
_SE
N5
AD
C_A
_CLK
_N3
AD
C_A
_OE
4
AD
C_A
_DC
LK3
AD
C_R
ES
ET
6,12
AD
C_A
_CLK
_P3
AD
C_A
_OV
R5
Titl
e
Siz
eD
ocum
ent N
umbe
rR
ev
Dat
e:S
heet
of
150-
0310
202-
C1
C
Cyc
lon
e II
DS
P B
oar
dB
1122
Sun
day,
Aug
ust 1
3, 2
006
Titl
e
Siz
eD
ocum
ent N
umbe
rR
ev
Dat
e:S
heet
of
150-
0310
202-
C1
C
Cyc
lon
e II
DS
P B
oar
dB
1122
Sun
day,
Aug
ust 1
3, 2
006
Titl
e
Siz
eD
ocum
ent N
umbe
rR
ev
Dat
e:S
heet
of
150-
0310
202-
C1
C
Cyc
lon
e II
DS
P B
oar
dB
1122
Sun
day,
Aug
ust 1
3, 2
006
Alte
ra C
orpo
ratio
n, 9
330
Scr
anto
n R
d #4
00, S
an D
iego
, CA
921
21
Cop
yrig
ht (c
) 200
5, A
ltera
Cor
pora
tion.
All
Rig
hts
Res
erve
d.
AD
C C
han
nel
A
ADC A DECOUPLING CAPS
ADC CHANNEL A
ANALOG POWER
CLKBUF
DIGITAL POWER
Do Not Install
ADC CHANNEL A
J30
Pos
ition
Dat
a O
utpu
t For
mat
Pin
1-2
Pin
3-4
Pin
5-6
Pin
7-8
2's
Com
plem
ent d
ata
valid
fallin
g ed
ge
2's
Com
plem
ent d
ata
valid
ris
ing
edge
Str
aigh
t Bin
ary
data
val
id fa
lling
edge
Str
aigh
t Bin
ary
data
val
id r
isin
g ed
ge
R16
81.
00K
, 1%
R16
81.
00K
, 1%
RN
35D
EX
B-2
HV
330J
VR
N35
DE
XB
-2H
V33
0JV
413
C13
6
0.01
uf
C13
6
0.01
uf
C14
5
0.1u
F
C14
5
0.1u
F
C16
6
0.01
uf
C16
6
0.01
uf
SH
UN
T8
8815
45-2
SH
UN
T8
8815
45-2
RN
35A
EX
B-2
HV
330J
VR
N35
AE
XB
-2H
V33
0JV
116
R33
1RR
331R
J32
LTI-S
AS
F54
GT
J32
LTI-S
AS
F54
GT
1
2345
C11
4
0.1u
F
C11
4
0.1u
F
R20
210
.0K
, 1%
R20
210
.0K
, 1%
RN
36H
EX
B-2
HV
330J
VR
N36
HE
XB
-2H
V33
0JV
89
C12
4
0.1u
F
C12
4
0.1u
F
C11
6
0.1u
F
C11
6
0.1u
F
C38
0
0.1u
F
C38
0
0.1u
F
RN
36E
EX
B-2
HV
330J
VR
N36
EE
XB
-2H
V33
0JV
512
C12
9
0.1u
F
C12
9
0.1u
F
J30
4X2
J30
4X2
11
33
55
77
22
44
66
88
C14
6
10uF
C14
6
10uF
C11
8
0.1u
F
C11
8
0.1u
F
RN
36F
EX
B-2
HV
330J
VR
N36
FE
XB
-2H
V33
0JV
611
RN
36B
EX
B-2
HV
330J
VR
N36
BE
XB
-2H
V33
0JV
215
C14
0
0.1u
F
C14
0
0.1u
F
R38
24.9
, 1%
R38
24.9
, 1%
R41
24.9
, 1%
R41
24.9
, 1%
R16
61.
00K
, 1%
R16
61.
00K
, 1%
R20
110
.0K
, 1%
R20
110
.0K
, 1%
RN
35H
EX
B-2
HV
330J
VR
N35
HE
XB
-2H
V33
0JV
89
C13
90.
01uf
C13
90.
01uf
C10
9
0.00
1uf
C10
9
0.00
1uf
RN
35E
EX
B-2
HV
330J
VR
N35
EE
XB
-2H
V33
0JV
512
R20
0
49.9
R20
0
49.9
C14
2
0.1u
F
C14
2
0.1u
F
PS
T2 T
C4_
1W+
PS
T2 T
C4_
1W+
43
612
R30
56K
R30
56K
RN
35F
EX
B-2
HV
330J
VR
N35
FE
XB
-2H
V33
0JV
611
R27
11R
R27
11R
C11
3
0.1u
F
C11
3
0.1u
F
PS
T3
TC
4_1W
+PS
T3
TC
4_1W
+
43
61 2
C14
40.
01uf
C14
40.
01uf
RN
35B
EX
B-2
HV
330J
VR
N35
BE
XB
-2H
V33
0JV
215
RN
36G
EX
B-2
HV
330J
VR
N36
GE
XB
-2H
V33
0JV
710
C12
5
0.1u
F
C12
5
0.1u
FR
341R
R34
1R
C11
5
0.1u
F
C11
5
0.1u
F
R37
1RR
371R
U26
AD
S55
00
U26
AD
S55
00
DR
GN
D1
SC
LK2
SD
AT
A3
SE
N4
AV
DD
5
AG
ND
6
AV
DD
7
AG
ND
8
AV
DD
9
CLK
P10
CLK
M11
AG
ND
12
AG
ND
13
AG
ND
14
AV
DD
15
AG
ND
16
CM 17
AGND 18
INP 19
INM 20
AGND 21
AVDD 22
AGND 23
AVDD 24
AGND 25
AVDD 26
AGND 27
AVDD 28
REFP 29
REFM 30
IREF 31
AGND 32
AV
DD
33A
VD
D34
RE
SE
T35
AG
ND
36A
VD
D37
AG
ND
38A
VD
D39
DF
S40
OE
41D
RG
ND
42C
LKO
UT
43D
044
D1
45D
246
D3
47D
RG
ND
48
DRVDD49DRGND50
D451D552D653D754D855D956
DRGND57DRVDD58DRGND59
D1060D1161D1262D1363
OVR64PAD_GND65
RN
36C
EX
B-2
HV
330J
VR
N36
CE
XB
-2H
V33
0JV
314
C11
7
10uF
C11
7
10uF
C37
7
0.1u
F
C37
7
0.1u
F
C38
1
0.1u
F
C38
1
0.1u
F
RN
36D
EX
B-2
HV
330J
VR
N36
DE
XB
-2H
V33
0JV
413
C37
8
0.1u
F
C37
8
0.1u
F
RN
36A
EX
B-2
HV
330J
VR
N36
AE
XB
-2H
V33
0JV
116
C38
4
0.1u
F
C38
4
0.1u
F
R40
1RR
401R
C13
5
10pf
C13
5
10pf
C14
30.
01uf
C14
30.
01uf
R16
71.
00K
, 1%
R16
71.
00K
, 1%
RN
35G
EX
B-2
HV
330J
VR
N35
GE
XB
-2H
V33
0JV
710
RN
35C
EX
B-2
HV
330J
VR
N35
CE
XB
-2H
V33
0JV
314
C14
1
0.1u
F
C14
1
0.1u
F
8 8
7 7
6 6
5 5
4 4
3 3
2 2
1 1
EE
DD
CC
BB
AA
AD
C_B
_IN
M
AD
C_B
_IN
P
AD
C_B
_IN
AD
C_B
_CM
AD
C_B
_RE
FP
AD
C_B
_RE
FM
AD
C_B
_IR
EF
AD
C_B
_RE
FP
AD
C_B
_IR
EF
AD
C_B
_RE
FM
AD
C_B
_D1
AD
C_B
_D0
AD
C_B
_DF
S
ADC_B_R_D13
ADC_B_R_D6
AD
C_R
ES
ET
AD
C_B
_R_D
3
ADC_B_R_D7
AD
C_B
_R_D
2
AD
C_B
_OV
R
ADC_B_R_D8
AD
C_S
CLK
AD
C_B
_R_D
1
ADC_B_R_D9
AD
C_B
_R_D
0
ADC_B_R_D4
AD
C_S
DA
TA
ADC_B_R_D10
AD
C_B
_DC
LK
AD
C_B
_SE
N
ADC_B_R_D11
ADC_B_R_D5
AD
C_B
_OE
ADC_B_R_D12
AD
C_B
_IN
PA
DC
_B_I
NM
AD
C_B
_DF
S
AD
C_B
_CLK
_P
AD
C_B
_CLK
_N
AD
C_B
_D13
AD
C_B
_D12
AD
C_B
_R_D
12A
DC
_B_R
_D13
AD
C_B
_R_D
8
AD
C_B
_R_D
10A
DC
_B_R
_D9
AD
C_B
_R_D
11
AD
C_B
_R_D
4
AD
C_B
_R_D
6A
DC
_B_R
_D5
AD
C_B
_R_D
7
AD
C_B
_R_D
0
AD
C_B
_R_D
2A
DC
_B_R
_D1
AD
C_B
_R_D
3
AD
C_B
_D8
AD
C_B
_D10
AD
C_B
_D11
AD
C_B
_D9
AD
C_B
_D4
AD
C_B
_D6
AD
C_B
_D7
AD
C_B
_D5
AD
C_B
_D0
AD
C_B
_D2
AD
C_B
_D3
AD
C_B
_D1
AD
C_B
_CM
A
DC
A
DC
A
DC
A
DC
A
DC
A
DC
VC
CA
_AD
C
VC
CA
_AD
C3.
3V
VC
CA
_AD
C
VC
CA
_AD
C
3.3V
3.3V
3.3V
A
DC
AD
C_R
ES
ET
6,11
AD
C_B
_OE
4
AD
C_B
_DC
LK3
AD
C_B
_D[1
3..0
]5
AD
C_B
_CLK
_N3
AD
C_B
_CLK
_P3
AD
C_B
_SE
N5
AD
C_S
CLK
6,11
AD
C_S
DA
TA
4,11
AD
C_B
_OV
R5
Titl
e
Siz
eD
ocum
ent N
umbe
rR
ev
Dat
e:S
heet
of
150-
0310
202-
C1
C
Cyc
lon
e II
DS
P B
oar
dB
1222
Sun
day,
Aug
ust 1
3, 2
006
Titl
e
Siz
eD
ocum
ent N
umbe
rR
ev
Dat
e:S
heet
of
150-
0310
202-
C1
C
Cyc
lon
e II
DS
P B
oar
dB
1222
Sun
day,
Aug
ust 1
3, 2
006
Titl
e
Siz
eD
ocum
ent N
umbe
rR
ev
Dat
e:S
heet
of
150-
0310
202-
C1
C
Cyc
lon
e II
DS
P B
oar
dB
1222
Sun
day,
Aug
ust 1
3, 2
006
AD
C C
han
nel
B
Alte
ra C
orpo
ratio
n, 9
330
Scr
anto
n R
d #4
00, S
an D
iego
, CA
921
21
Cop
yrig
ht (c
) 200
5, A
ltera
Cor
pora
tion.
All
Rig
hts
Res
erve
d.
Do Not Install
ADC CHANNEL B
ANALOG POWERADC B DECOUPLING CAPS
CLKBUF
DIGITAL POWER
ADC CHANNEL B
J38
Pos
ition
Dat
a O
utpu
t For
mat
Pin
1-2
Pin
3-4
Pin
5-6
Pin
7-8
2's
Com
plem
ent d
ata
valid
fallin
g ed
ge
2's
Com
plem
ent d
ata
valid
ris
ing
edge
Str
aigh
t Bin
ary
data
val
id fa
lling
edge
Str
aigh
t Bin
ary
data
val
id r
isin
g ed
ge
R55
24.9
, 1%
R55
24.9
, 1%
R53
24.9
, 1%
R53
24.9
, 1%
C15
2
0.1u
F
C15
2
0.1u
F
C15
7
0.1u
F
C15
7
0.1u
F
RN
40A
EX
B-2
HV
330J
VR
N40
AE
XB
-2H
V33
0JV
116
RN
37G
EX
B-2
HV
330J
VR
N37
GE
XB
-2H
V33
0JV
710
RN
40C
EX
B-2
HV
330J
VR
N40
CE
XB
-2H
V33
0JV
314
C15
3
0.1u
F
C15
3
0.1u
F
C15
1
0.1u
F
C15
1
0.1u
F
RN
37H
EX
B-2
HV
330J
VR
N37
HE
XB
-2H
V33
0JV
89
U31
AD
S55
00
U31
AD
S55
00
DR
GN
D1
SC
LK2
SD
AT
A3
SE
N4
AV
DD
5
AG
ND
6
AV
DD
7
AG
ND
8
AV
DD
9
CLK
P10
CLK
M11
AG
ND
12
AG
ND
13
AG
ND
14
AV
DD
15
AG
ND
16
CM 17
AGND 18
INP 19
INM 20
AGND 21
AVDD 22
AGND 23
AVDD 24
AGND 25
AVDD 26
AGND 27
AVDD 28
REFP 29
REFM 30
IREF 31
AGND 32
AV
DD
33A
VD
D34
RE
SE
T35
AG
ND
36A
VD
D37
AG
ND
38A
VD
D39
DF
S40
OE
41D
RG
ND
42C
LKO
UT
43D
044
D1
45D
246
D3
47D
RG
ND
48
DRVDD49DRGND50
D451D552D653D754D855D956
DRGND57DRVDD58DRGND59
D1060D1161D1262D1363
OVR64PAD_GND65
C15
0
0.1u
F
C15
0
0.1u
F
R58
10.0
K, 1
%R
5810
.0K
, 1%
C40
6
0.1u
F
C40
6
0.1u
F
RN
37D
EX
B-2
HV
330J
VR
N37
DE
XB
-2H
V33
0JV
413
R24
21.
00K
, 1%
R24
21.
00K
, 1%
C39
4
0.1u
F
C39
4
0.1u
F
R24
31.
00K
, 1%
R24
31.
00K
, 1%
R24
41.
00K
, 1%
R24
41.
00K
, 1%
R51
1RR
511R
RN
37A
EX
B-2
HV
330J
VR
N37
AE
XB
-2H
V33
0JV
116
C17
00.
01uf
C17
00.
01uf
R52
24.9
, 1%
R52
24.9
, 1%
C17
3
10uF
C17
3
10uF
SH
UN
T9
8815
45-2
SH
UN
T9
8815
45-2
RN
40H
EX
B-2
HV
330J
VR
N40
HE
XB
-2H
V33
0JV
89
C16
1
0.00
1uf
C16
1
0.00
1uf
C17
10.
01uf
C17
10.
01uf
C40
3
0.1u
F
C40
3
0.1u
F
PS
T6
TC
4_1W
+PS
T6
TC
4_1W
+
43
61 2
RN
40E
EX
B-2
HV
330J
VR
N40
EE
XB
-2H
V33
0JV
512
R56
10.0
K, 1
%R
5610
.0K
, 1%
C38
6
0.01
uf
C38
6
0.01
uf
C40
2
0.1u
F
C40
2
0.1u
F
C16
0
0.1u
F
C16
0
0.1u
F
RN
40F
EX
B-2
HV
330J
VR
N40
FE
XB
-2H
V33
0JV
611
RN
40B
EX
B-2
HV
330J
VR
N40
BE
XB
-2H
V33
0JV
215
C39
6
0.1u
F
C39
6
0.1u
F
R49
56K
R49
56K
R25
4
49.9
R25
4
49.9
RN
37C
EX
B-2
HV
330J
VR
N37
CE
XB
-2H
V33
0JV
314
C16
7
0.1u
F
C16
7
0.1u
F
RN
37E
EX
B-2
HV
330J
VR
N37
EE
XB
-2H
V33
0JV
512
J38
4X2
J38
4X2
11
33
55
77
22
44
66
88
C16
2
10pf
C16
2
10pf
C15
5
10uF
C15
5
10uF
C16
8
0.1u
F
C16
8
0.1u
F
C16
50.
01uf
C16
50.
01uf
RN
37F
EX
B-2
HV
330J
VR
N37
FE
XB
-2H
V33
0JV
611
C15
9
0.1u
F
C15
9
0.1u
F
R50
1RR
501R
RN
37B
EX
B-2
HV
330J
VR
N37
BE
XB
-2H
V33
0JV
215
PS
T5 T
C4_
1W+
PS
T5 T
C4_
1W+
43
612
C16
3
0.01
uf
C16
3
0.01
uf
C14
9
0.1u
F
C14
9
0.1u
F
RN
40G
EX
B-2
HV
330J
VR
N40
GE
XB
-2H
V33
0JV
710
C16
9
0.1u
F
C16
9
0.1u
F
J44
LTI-S
AS
F54
GT
J44
LTI-S
AS
F54
GT
1
2345
C17
2
0.1u
F
C17
2
0.1u
F
R54
24.9
, 1%
R54
24.9
, 1%
RN
40D
EX
B-2
HV
330J
VR
N40
DE
XB
-2H
V33
0JV
413
R27
21R
R27
21R
8 8
7 7
6 6
5 5
4 4
3 3
2 2
1 1
EE
DD
CC
BB
AA
R_D
AC
_A_D
12R
_DA
C_A
_D11
R_D
AC
_A_D
10R
_DA
C_A
_D9
R_D
AC
_A_D
8R
_DA
C_A
_D7
R_D
AC
_A_D
6R
_DA
C_A
_D5
R_D
AC
_A_D
4R
_DA
C_A
_D3
R_D
AC
_A_D
2R
_DA
C_A
_D1
R_D
AC
_A_D
0
DA
CA
_CLK
DA
C_A
_IO
UT
pD
AC
_A_I
OU
Tn
DA
C_A
_IO
UT
n
R_D
AC
_A_D
13D
AC
_A_D
13D
AC
_A_D
12D
AC
_A_D
11D
AC
_A_D
10
DA
C_A
_D8
DA
C_A
_D7
DA
C_A
_D6
DA
C_A
_D4
DA
C_A
_D3
DA
C_A
_D2
DA
C_A
_D5
DA
C_A
_D0
DA
C_A
_D1
DA
C_A
_D[1
3..0
]
DA
CA
_CLK
DA
C_A
_OU
T
VC
CA
_DA
C
DA
C_A
_D9
D
AC
D
AC
D
AC
D
AC
3.3V
VC
CA
_DA
C
D
AC
DA
C_A
_D[1
3..0
]4
DA
CA
_CLK
3
Titl
e
Siz
eD
ocum
ent N
umbe
rR
ev
Dat
e:S
heet
of
150-
0310
202-
C1
C
Cyc
lon
e II
DS
P B
oar
dB
1322
Sun
day,
Aug
ust 1
3, 2
006
<V
aria
nt N
ame>
Titl
e
Siz
eD
ocum
ent N
umbe
rR
ev
Dat
e:S
heet
of
150-
0310
202-
C1
C
Cyc
lon
e II
DS
P B
oar
dB
1322
Sun
day,
Aug
ust 1
3, 2
006
<V
aria
nt N
ame>
Titl
e
Siz
eD
ocum
ent N
umbe
rR
ev
Dat
e:S
heet
of
150-
0310
202-
C1
C
Cyc
lon
e II
DS
P B
oar
dB
1322
Sun
day,
Aug
ust 1
3, 2
006
<V
aria
nt N
ame>
DA
C C
HA
NN
EL
A
Alte
ra C
orpo
ratio
n, 9
330
Scr
anto
n R
d #4
00, S
an D
iego
, CA
921
21
Cop
yrig
ht (c
) 200
5, A
ltera
Cor
pora
tion.
All
Rig
hts
Res
erve
d.
PLACE NEXT TO CYCLONE II
RN
2CE
XB
-2H
V33
0JV
RN
2CE
XB
-2H
V33
0JV
314
C13
7
0.00
1uf
C13
7
0.00
1uf
C37
6
10uF
C37
6
10uF
RN
1CE
XB
-2H
V33
0JV
RN
1CE
XB
-2H
V33
0JV
314
RN
2DE
XB
-2H
V33
0JV
RN
2DE
XB
-2H
V33
0JV
413
RN
2AE
XB
-2H
V33
0JV
RN
2AE
XB
-2H
V33
0JV
116
NC
PS
T1
AD
T1_
1WT N
C
PS
T1
AD
T1_
1WT
14
236 5
RN
1DE
XB
-2H
V33
0JV
RN
1DE
XB
-2H
V33
0JV
413
C38
9
1.0u
f
C38
9
1.0u
f
RN
2BE
XB
-2H
V33
0JV
RN
2BE
XB
-2H
V33
0JV
215
C37
5
0.1u
F
C37
5
0.1u
F
RN
1AE
XB
-2H
V33
0JV
RN
1AE
XB
-2H
V33
0JV
116
C40
5
0.01
uf
C40
5
0.01
uf
RN
1BE
XB
-2H
V33
0JV
RN
1BE
XB
-2H
V33
0JV
215
C38
3
0.1u
F
C38
3
0.1u
F
TP
4
5410
1-G
05-0
1LF
TP
4
5410
1-G
05-0
1LF
C13
0
0.1u
F
C13
0
0.1u
F
RN
2GE
XB
-2H
V33
0JV
RN
2GE
XB
-2H
V33
0JV
710
RN
1GE
XB
-2H
V33
0JV
RN
1GE
XB
-2H
V33
0JV
710
C38
2
10uF
C38
2
10uF
R25
2KR25
2K
RN
2HE
XB
-2H
V33
0JV
RN
2HE
XB
-2H
V33
0JV
89
L25
Ferr
ite_B
ead_330hm
L25
Ferr
ite_B
ead_330hm
12
RN
2EE
XB
-2H
V33
0JV
RN
2EE
XB
-2H
V33
0JV
512
RN
1HE
XB
-2H
V33
0JV
RN
1HE
XB
-2H
V33
0JV
89
J31
LTI-S
AS
F54
GT
J31
LTI-S
AS
F54
GT
1
2345
RN
2FE
XB
-2H
V33
0JV
RN
2FE
XB
-2H
V33
0JV
611
C38
8
1.0u
f
C38
8
1.0u
f
RN
1EE
XB
-2H
V33
0JV
RN
1EE
XB
-2H
V33
0JV
512
R35
49.9
R35
49.9
U25
DA
C90
4
U25
DA
C90
4
Bit1
1
Bit2
2
Bit3
3
Bit4
4
Bit5
5
Bit6
6
Bit7
7
Bit8
8
Bit9
9
Bit1
010
Bit1
111
Bit1
212
Bit1
313
Bit1
414
PD
15
N_I
NT
.EX
T16
RE
FIN
17F
SA
18
BW
19
AG
ND
20
IOU
T_n
21IO
UT
22
BY
P23
+V
A24
NC
25D
GN
D26
+V
D27
CLK
28
RN
1FE
XB
-2H
V33
0JV
RN
1FE
XB
-2H
V33
0JV
611
C11
9
0.1u
F
C11
9
0.1u
FC
126
0.1u
F
C12
6
0.1u
F
C12
3
0.1u
F
C12
3
0.1u
F
C38
5
0.1u
F
C38
5
0.1u
F
R31
49.9
R31
49.9
C37
9
0.01
uf
C37
9
0.01
uf
8 8
7 7
6 6
5 5
4 4
3 3
2 2
1 1
EE
DD
CC
BB
AA
DA
C_B
_D[1
3..0
]
DA
CB
_CLK
DA
C_B
_D12
DA
C_B
_D11
DA
C_B
_D10
DA
C_B
_D8
DA
C_B
_D7
DA
C_B
_D6
DA
C_B
_D9
DA
C_B
_D4
DA
C_B
_D3
DA
C_B
_D2
DA
C_B
_D5
R_D
AC
_B_D
13R
_DA
C_B
_D12
R_D
AC
_B_D
11R
_DA
C_B
_D10
R_D
AC
_B_D
9R
_DA
C_B
_D8
R_D
AC
_B_D
7R
_DA
C_B
_D6
R_D
AC
_B_D
5R
_DA
C_B
_D4
R_D
AC
_B_D
3R
_DA
C_B
_D2
R_D
AC
_B_D
1R
_DA
C_B
_D0
DA
C_B
_D0
DA
C_B
_D1
DA
CB
_CLK
DA
C_B
_OU
Tp
DA
C_B
_OU
TD
AC
_B_I
OU
Tn
DA
C_B
_IO
UT
n
DA
C_B
_D13
VC
CA
_DA
C
D
AC
D
AC
D
AC
D
AC
3.3V
VC
CA
_DA
C
D
AC
DA
CB
_CLK
3
DA
C_B
_D[1
3..0
]3,
4,6
Titl
e
Siz
eD
ocum
ent N
umbe
rR
ev
Dat
e:S
heet
of
150-
0310
202-
C1
C
Cyc
lon
e II
DS
P B
oar
dB
1422
Sun
day,
Aug
ust 1
3, 2
006
<V
aria
nt N
ame>
Titl
e
Siz
eD
ocum
ent N
umbe
rR
ev
Dat
e:S
heet
of
150-
0310
202-
C1
C
Cyc
lon
e II
DS
P B
oar
dB
1422
Sun
day,
Aug
ust 1
3, 2
006
<V
aria
nt N
ame>
Titl
e
Siz
eD
ocum
ent N
umbe
rR
ev
Dat
e:S
heet
of
150-
0310
202-
C1
C
Cyc
lon
e II
DS
P B
oar
dB
1422
Sun
day,
Aug
ust 1
3, 2
006
<V
aria
nt N
ame>
Alte
ra C
orpo
ratio
n, 9
330
Scr
anto
n R
d #4
00, S
an D
iego
, CA
921
21
DA
C C
HA
NN
EL
B
Cop
yrig
ht (c
) 200
5, A
ltera
Cor
pora
tion.
All
Rig
hts
Res
erve
d.
PLACE NEXT TO CYCLONE II
R47
49.9
R47
49.9
C10
2
0.01
uf
C10
2
0.01
uf
RN
4CE
XB
-2H
V33
0JV
RN
4CE
XB
-2H
V33
0JV
314
C15
8
0.1u
F
C15
8
0.1u
F
C40
4
0.1u
F
C40
4
0.1u
F
RN
4DE
XB
-2H
V33
0JV
RN
4DE
XB
-2H
V33
0JV
413
NC
PS
T4
AD
T1_
1WT N
C
PS
T4
AD
T1_
1WT
14
236 5
RN
4AE
XB
-2H
V33
0JV
RN
4AE
XB
-2H
V33
0JV
116
RN
4BE
XB
-2H
V33
0JV
RN
4BE
XB
-2H
V33
0JV
215
C16
4
0.00
1uf
C16
4
0.00
1uf
TP
3
5410
1-G
05-0
1LF
TP
3
5410
1-G
05-0
1LF
J43
LTI-S
AS
F54
GT
J43
LTI-S
AS
F54
GT
1
2345
C39
3
0.01
uf
C39
3
0.01
uf
RN
3GE
XB
-2H
V33
0JV
RN
3GE
XB
-2H
V33
0JV
710
RN
3CE
XB
-2H
V33
0JV
RN
3CE
XB
-2H
V33
0JV
314
C40
1
10uF
C40
1
10uF
RN
3DE
XB
-2H
V33
0JV
RN
3DE
XB
-2H
V33
0JV
413
C40
7
1.0u
f
C40
7
1.0u
f
RN
3AE
XB
-2H
V33
0JV
RN
3AE
XB
-2H
V33
0JV
116
U30
DA
C90
4
U30
DA
C90
4
Bit1
1
Bit2
2
Bit3
3
Bit4
4
Bit5
5
Bit6
6
Bit7
7
Bit8
8
Bit9
9
Bit1
010
Bit1
111
Bit1
212
Bit1
313
Bit1
414
PD
15
N_I
NT
.EX
T16
RE
FIN
17F
SA
18
BW
19
AG
ND
20
IOU
T_n
21IO
UT
22
BY
P23
+V
A24
NC
25D
GN
D26
+V
D27
CLK
28
RN
4GE
XB
-2H
V33
0JV
RN
4GE
XB
-2H
V33
0JV
710
C39
5
0.1u
F
C39
5
0.1u
F
R48
49.9
R48
49.9
RN
4HE
XB
-2H
V33
0JV
RN
4HE
XB
-2H
V33
0JV
89
C39
2
10uF
C39
2
10uF
R46
2KR46
2K
RN
4EE
XB
-2H
V33
0JV
RN
4EE
XB
-2H
V33
0JV
512
RN
4FE
XB
-2H
V33
0JV
RN
4FE
XB
-2H
V33
0JV
611
C40
8
1.0u
f
C40
8
1.0u
f
C15
4
0.1u
F
C15
4
0.1u
F
C14
7
0.1u
F
C14
7
0.1u
F
RN
3HE
XB
-2H
V33
0JV
RN
3HE
XB
-2H
V33
0JV
89
RN
3EE
XB
-2H
V33
0JV
RN
3EE
XB
-2H
V33
0JV
512
L26
Ferr
ite_B
ead_330hm
L26
Ferr
ite_B
ead_330hm
12
C15
6
0.1u
F
C15
6
0.1u
F
RN
3FE
XB
-2H
V33
0JV
RN
3FE
XB
-2H
V33
0JV
611
C39
1
0.1u
F
C39
1
0.1u
F
RN
3BE
XB
-2H
V33
0JV
RN
3BE
XB
-2H
V33
0JV
215
8 8
7 7
6 6
5 5
4 4
3 3
2 2
1 1
EE
DD
CC
BB
AA
VG
A_S
YN
Cn
VG
A_H
SY
NC
VG
A_V
SY
NC
VG
A_R
ED
VG
A_B
LUE
VG
A_G
RE
EN
VG
A_C
LK
VG
A_B
LAN
Kn
VG
A_B
[7..0
]
VG
A_R
[7..0
]
VG
A_G
[7..0
]V
GA
_B0
VG
A_B
1V
GA
_B2
VG
A_B
3V
GA
_B4
VG
A_B
5V
GA
_B6
VG
A_B
7
VG
A_R
0V
GA
_R1
VG
A_R
2V
GA
_R3
VG
A_R
4V
GA
_R5
VG
A_R
6V
GA
_R7
VG
A_G
2V
GA
_G1
VG
A_G
0
VG
A_G
7V
GA
_G6
VG
A_G
5V
GA
_G4
VG
A_G
3
VG
A_B
LUE
VG
A_G
RE
EN
VG
A_R
ED
3.3V
3.3V
3.3V
3.3V
VG
A_B
[7..0
]4
VG
A_R
[7..0
]4,
6
VG
A_G
[7..0
]4
VG
A_C
LK4
VG
A_S
YN
Cn
4V
GA
_BLA
NK
n4
VG
A_H
SY
NC
6
VG
A_V
SY
NC
3
Titl
e
Siz
eD
ocum
ent N
umbe
rR
ev
Dat
e:S
heet
of
150-
0310
202-
C1
C
Cyc
lon
e II
DS
P B
oar
dB
1522
Sun
day,
Aug
ust 1
3, 2
006
Titl
e
Siz
eD
ocum
ent N
umbe
rR
ev
Dat
e:S
heet
of
150-
0310
202-
C1
C
Cyc
lon
e II
DS
P B
oar
dB
1522
Sun
day,
Aug
ust 1
3, 2
006
Titl
e
Siz
eD
ocum
ent N
umbe
rR
ev
Dat
e:S
heet
of
150-
0310
202-
C1
C
Cyc
lon
e II
DS
P B
oar
dB
1522
Sun
day,
Aug
ust 1
3, 2
006
Cop
yrig
ht (c
) 200
5, A
ltera
Cor
pora
tion.
All
Rig
hts
Res
erve
d.
Alte
ra C
orpo
ratio
n, 9
330
Scr
anto
n R
d #4
00, S
an D
iego
, CA
921
21
VID
EO
DA
C
Tra
nsie
nt S
upre
ssio
n
R14
333.2
R, 1
%R
14333
.2R
, 1%
C37
2
0.1u
F
C37
2
0.1u
F
C36
4
0.1u
F
C36
4
0.1u
F
U39
MM
BD
2004
SU
39M
MB
D20
04S
AC
23
C12 A1 1
C36
3
0.1u
F
C36
3
0.1u
F
C37
1
0.1u
F
C37
1
0.1u
F
GND
GND
J21
DB
15F
RA
GND
GND
J21
DB
15F
RA
2 3 4 5
6 7 8 9 1011 12 13 14 15
1
1716
C36
5
0.1u
F
C36
5
0.1u
F
U37
MM
BD
3004
BR
MU
37M
MB
D30
04B
RM
AC
23
C15
AC
16
A2 2C24A1 1
C83
2.2u
f
C83
2.2u
f
R15
675
.0R
, 1%
R15
675
.0R
, 1%
R13
5 33.2
R, 1
%
R13
5 33.2
R, 1
%
R15
533
2R, 1
%R
155
332R
, 1%
C36
8
0.1u
F
C36
8
0.1u
F
R15
918
RR
159
18R
R15
175
.0R
, 1%
R15
175
.0R
, 1%
C36
7
0.01
uf
C36
7
0.01
uf
C86
10uF
C86
10uF
U38
MM
BD
3004
BR
MU
38M
MB
D30
04B
RM
AC
23
C15
AC
16
A2 2C24A1 1
U21
FM
S38
18
U21
FM
S38
18
B0
16
B1
17
B2
18
B3
19
B4
20
B5
21
B6
22
B7
23
R0
40
R1
41
R2
42
R3
43
R4
44
R5
45
R6
46
R7
47
G0
2
G1
3
G2
4
G3
5
G4
6
G5
7
G6
8
G7
9
IO_G
32
IO_R
33
IO_B
29
R_R
EF
36
CLK
26
SY
NC
_n11
BLA
NK
_n10
CO
MP
34
V_R
EF
35
VD
D_D
12
VD
D_A
31
VD
D_A
30
NC
13
NC
24
NC
25
NC
37
GN
D14
GN
D15
GN
D27
GN
D28
GN
D38
GN
D39
GN
D48
GN
D1
R14
733
.2R
, 1%
R14
733
.2R
, 1%
R14
475
.0R
, 1%
R14
475
.0R
, 1%
C37
4
0.1u
F
C37
4
0.1u
F
8 8
7 7
6 6
5 5
4 4
3 3
2 2
1 1
EE
DD
CC
BB
AA
RA
LIN
EO
UT
LLIN
EO
UT
RLI
NE
OU
T
LALI
NE
OU
T
RLI
NE
IN
LLIN
EIN
3.3V
_AU
DIO
AU
DIO
_SD
INA
UD
IO_S
CLK
AU
DIO
_MO
DE
3.3V
3.3V
3.3V
AU
DIO
_CS
n6
AU
DIO
_SD
IN4
AU
DIO
_SC
LK4
AU
DIO
_MO
DE
4
AU
DIO
_DIN
6
AU
DIO
_LR
CO
UT
4A
UD
IO_L
RC
IN4
AU
DIO
_BC
LK4
AU
DIO
_CLK
4
AU
DIO
_DO
UT
3
Titl
e
Siz
eD
ocum
ent N
umbe
rR
ev
Dat
e:S
heet
of
150-
0310
202-
C1
C
Cyc
lon
e II
DS
P B
oar
dB
1622
Sun
day,
Aug
ust 1
3, 2
006
Titl
e
Siz
eD
ocum
ent N
umbe
rR
ev
Dat
e:S
heet
of
150-
0310
202-
C1
C
Cyc
lon
e II
DS
P B
oar
dB
1622
Sun
day,
Aug
ust 1
3, 2
006
Titl
e
Siz
eD
ocum
ent N
umbe
rR
ev
Dat
e:S
heet
of
150-
0310
202-
C1
C
Cyc
lon
e II
DS
P B
oar
dB
1622
Sun
day,
Aug
ust 1
3, 2
006
Cop
yrig
ht (c
) 200
5, A
ltera
Cor
pora
tion.
All
Rig
hts
Res
erve
d.
AIC
23 A
UD
IO C
OD
EC
Alte
ra C
orpo
ratio
n, 9
330
Scr
anto
n R
d #4
00, S
an D
iego
, CA
921
21
Line Out
Amplified Line Out
Line In
R11
647
.5K
1%
R11
647
.5K
1%
C66
220u
FC
6622
0uF
C73
220u
FC
7322
0uF
L23
BLM
21P
221S
NL2
3B
LM21
P22
1SN
12
J16
SJ_
3515
N
J16
SJ_
3515
N13 245
L24
BLM
21P
221S
NL2
4B
LM21
P22
1SN
12
C59
0.00
1uf
C59
0.00
1uf
C58
0.1u
F
C58
0.1u
F
R12
4.70
K, 1
%R
124.
70K
, 1%
R93
4.70
K, 1
%R
934.
70K
, 1%
L21
BLM
21P
221S
NL2
1B
LM21
P22
1SN
12
C48
0.1u
F
C48
0.1u
F
C22
0
0.1u
F
C22
0
0.1u
F
J10
SJ_
3515
N
J10
SJ_
3515
N13 245
C57
10uF
C57
10uF
L22
BLM
21P
221S
NL2
2B
LM21
P22
1SN
12R
944.
70K
, 1%
R94
4.70
K, 1
%L1
9B
LM21
P22
1SN
L19
BLM
21P
221S
N1
2C
218
0.47
ufC
218
0.47
uf
R11
310
0R, 1
%R
113
100R
, 1%
U11
AIC
23
U11
AIC
23
BV
DD
1
CLK
OU
T2
BC
LK3
DIN
4
LRC
IN5
DO
UT
6
LRC
OU
T7
HP
VD
D8
LHP
OU
T9
RH
PO
UT
10
HP
GN
D11
LOU
T12
RO
UT
13
AV
DD
14
AG
ND
15
VM
ID16
MIC
BIA
S17
MIC
IN18
RLI
NE
IN19
LLIN
EIN
20
CS
_n21
MO
DE
22
SD
IN23
SC
LK24
XT
I.M
CLK
25X
TO
26
DV
DD
27
DG
ND
28
R13
4.70
K, 1
%R
134.
70K
, 1%
L20
BLM
21P
221S
NL2
0B
LM21
P22
1SN
12
R11
747
.5K
1%
R11
747
.5K
1%
C52
0.00
1uf
C52
0.00
1uf
R99
4.70
K, 1
%R
994.
70K
, 1%
R14
4.70
K, 1
%R
144.
70K
, 1%
R10
810
0R, 1
%R
108
100R
, 1%
C49
10uF
C49
10uF
R10
34.
70K
, 1%
R10
34.
70K
, 1%
C22
70.
47uf
C22
70.
47uf
J14
SJ_
3515
N
J14
SJ_
3515
N13 245
R11
447
.5K
1%
R11
447
.5K
1%
C25
50.
47uf
C25
50.
47uf
C46
10uF
C46
10uF
C21
90.
47uf
C21
90.
47uf
R10
947
.5K
1%
R10
947
.5K
1%
L7120ohm
, 800m
AL7
120ohm
, 800m
A
12
8 8
7 7
6 6
5 5
4 4
3 3
2 2
1 1
EE
DD
CC
BB
AA
DIG
_MS
B_A
DIG
_MS
B_B
DIG
_MS
B_C
DIG
_MS
B_D
DIG
_MS
B_E
DIG
_MS
B_F
DIG
_MS
B_G
DIG
_MS
B_D
P
DIG
_LS
B_A
DIG
_LS
B_B
DIG
_LS
B_C
DIG
_LS
B_D
DIG
_LS
B_E
DIG
_LS
B_F
DIG
_LS
B_G
DIG
_LS
B_D
P
US
ER
_LE
D_R
ES
7
US
ER
_LE
D6
US
ER
_LE
D_R
ES
3
US
ER
_LE
D_R
ES
6
US
ER
_LE
D_R
ES
1
US
ER
_LE
D_R
ES
5
US
ER
_LE
D5
US
ER
_LE
D_R
ES
4
US
ER
_LE
D4
US
ER
_LE
D3
US
ER
_LE
D_R
ES
2U
SE
R_L
ED
7
US
ER
_LE
D_R
ES
0U
SE
R_L
ED
0U
SE
R_L
ED
1U
SE
R_L
ED
2
US
ER
_PB
0
US
ER
_PB
2
SY
S_R
ES
ET
n
US
ER
_DIP
SW
0U
SE
R_D
IPS
W1
US
ER
_DIP
SW
2U
SE
R_D
IPS
W3
US
ER
_DIP
SW
4U
SE
R_D
IPS
W5
US
ER
_DIP
SW
6U
SE
R_D
IPS
W7
US
ER
_DIP
SW
[7:0
]
US
ER
_PB
3
US
ER
_PB
[3..0
]
SY
S_R
ES
ET
n
US
ER
_RE
SE
Tn
US
ER
_LE
D[7
..0]
US
ER
_RE
SE
Tn
US
ER
_PB
1
3.3V
3.3V
3.3V
3.3V
3.3V
DIG
_LS
B_D
P4
DIG
_MS
B_E
4
DIG
_MS
B_A
6
DIG
_LS
B_C
4
DIG
_MS
B_C
6
DIG
_LS
B_G
4D
IG_L
SB
_F6
DIG
_LS
B_D
4
DIG
_MS
B_B
4
DIG
_LS
B_E
4
DIG
_LS
B_B
6
DIG
_MS
B_F
4
DIG
_LS
B_A
4
DIG
_MS
B_D
4
DIG
_MS
B_D
P4
DIG
_MS
B_G
6
US
ER
_DIP
SW
[7:0
]3,
5,7
US
ER
_PB
[3..0
]3,
7
SY
S_R
ES
ET
n10
US
ER
_RE
SE
Tn
5,19
US
ER
_LE
D[7
..0]
3,4,
6,10
Titl
e
Siz
eD
ocum
ent N
umbe
rR
ev
Dat
e:S
heet
of
150-
0310
202-
C1
C
Cyc
lon
e II
DS
P B
oar
dB
1722
Tue
sday
, Aug
ust 1
5, 2
006
Titl
e
Siz
eD
ocum
ent N
umbe
rR
ev
Dat
e:S
heet
of
150-
0310
202-
C1
C
Cyc
lon
e II
DS
P B
oar
dB
1722
Tue
sday
, Aug
ust 1
5, 2
006
Titl
e
Siz
eD
ocum
ent N
umbe
rR
ev
Dat
e:S
heet
of
150-
0310
202-
C1
C
Cyc
lon
e II
DS
P B
oar
dB
1722
Tue
sday
, Aug
ust 1
5, 2
006
US
ER
IO
Cop
yrig
ht (c
) 200
5, A
ltera
Cor
pora
tion.
All
Rig
hts
Res
erve
d.
Alte
ra C
orpo
ratio
n, 9
330
Scr
anto
n R
d #4
00, S
an D
iego
, CA
921
21
7-S
egm
ent
Dis
pla
ys
SEVEN SEGMENT DISPLAY A
SEVEN SEGMENT DISPLAY B
Use
r L
ED
s
Pu
shb
utt
on
Sw
itch
esBoard Mounting Hardware
R26
356
R26
356
RN38A
EX
B-2
HV
103J
V
RN38A
EX
B-2
HV
103J
V
116
ST
AN
DO
FF
4
ST
AN
DO
FF
_1in
ch4_
40
ST
AN
DO
FF
4
ST
AN
DO
FF
_1in
ch4_
40
S1
SP
ST
8G
rayh
ill76
SB
08S
S1
SP
ST
8G
rayh
ill76
SB
08S
1 2 3 4 5 6 7 8
16 15 14 13 12 11 10 9
RN
39H
EX
B-2
HV
221J
VR
N39
HE
XB
-2H
V22
1JV
89
XB
1
Ant
ista
t_ba
g
XB
1
Ant
ista
t_ba
g
RN42B
EX
B-2
HV
103J
V
RN42B
EX
B-2
HV
103J
V
215
RN38D
EX
B-2
HV
103J
V
RN38D
EX
B-2
HV
103J
V
413
RN
41H
EX
B-2
HV
221J
VR
N41
HE
XB
-2H
V22
1JV
89
SC
RE
W1
SC
RE
W4_
40_9
_5m
m
SC
RE
W1
SC
RE
W4_
40_9
_5m
m
RN
41B
EX
B-2
HV
221J
VR
N41
BE
XB
-2H
V22
1JV
215
RN
39B
EX
B-2
HV
221J
VR
N39
BE
XB
-2H
V22
1JV
215
RN
41D
EX
B-2
HV
221J
VR
N41
DE
XB
-2H
V22
1JV
413
RN42A
EX
B-2
HV
103J
V
RN42A
EX
B-2
HV
103J
V
116
RN38C
EX
B-2
HV
103J
V
RN38C
EX
B-2
HV
103J
V
314
ST
AN
DO
FF
3
ST
AN
DO
FF
_1in
ch4_
40
ST
AN
DO
FF
3
ST
AN
DO
FF
_1in
ch4_
40
RN
39F
EX
B-2
HV
221J
VR
N39
FE
XB
-2H
V22
1JV
611
RN
41E
EX
B-2
HV
221J
VR
N41
EE
XB
-2H
V22
1JV
512
D3
LED
Y
D3
LED
Y
AC
RN42D
EX
B-2
HV
103J
V
RN42D
EX
B-2
HV
103J
V
413
RN
39D
EX
B-2
HV
221J
VR
N39
DE
XB
-2H
V22
1JV
413
ST
AN
DO
FF
2
ST
AN
DO
FF
_1in
ch4_
40
ST
AN
DO
FF
2
ST
AN
DO
FF
_1in
ch4_
40
RN42H
EX
B-2
HV
103J
V
RN42H
EX
B-2
HV
103J
V
89
SW
4
PB
Sw
itch
SW
4
PB
Sw
itch
12
R26
556
R26
556
R26
656
R26
656
D4
LED
Y
D4
LED
Y
AC
D9
LED
Y
D9
LED
Y
AC
R26
756
R26
756
D5
LED
Y
D5
LED
Y
AC
SW
6
PB
Sw
itch
SW
6
PB
Sw
itch
12
D2
LED
Y
D2
LED
Y
AC
R26
456
R26
456
ST
AN
DO
FF
1
ST
AN
DO
FF
_1in
ch4_
40
ST
AN
DO
FF
1
ST
AN
DO
FF
_1in
ch4_
40
RN38F
EX
B-2
HV
103J
V
RN38F
EX
B-2
HV
103J
V
611
D8
LED
Y
D8
LED
Y
AC
A B C D E F G DPU33
7Seg
men
t_D
ispl
ay
A B C D E F G DPU33
7Seg
men
t_D
ispl
ay
10 9 8 5 4 2 3 7
1 6
R26
856
R26
856
SW
7
PB
Sw
itch
SW
7
PB
Sw
itch
12
RN38E
EX
B-2
HV
103J
V
RN38E
EX
B-2
HV
103J
V
512
RN
39G
EX
B-2
HV
221J
VR
N39
GE
XB
-2H
V22
1JV
710
A B C D E F G DPU32
7Seg
men
t_D
ispl
ay
A B C D E F G DPU32
7Seg
men
t_D
ispl
ay
10 9 8 5 4 2 3 7
1 6
R26
956
R26
956
RN42CEX
B-2
HV
103J
V
RN42CEX
B-2
HV
103J
V
314
R27
056
R27
056
RN38H
EX
B-2
HV
103J
V
RN38H
EX
B-2
HV
103J
V
89
RN
41C
EX
B-2
HV
221J
VR
N41
CE
XB
-2H
V22
1JV
314
RN
41A
EX
B-2
HV
221J
VR
N41
AE
XB
-2H
V22
1JV
116
D7
LED
Y
D7
LED
Y
AC
RN42F
EX
B-2
HV
103J
V
RN42F
EX
B-2
HV
103J
V
611
RN38G
EX
B-2
HV
103J
V
RN38G
EX
B-2
HV
103J
V
710
RN
41F
EX
B-2
HV
221J
VR
N41
FE
XB
-2H
V22
1JV
611
RN
39C
EX
B-2
HV
221J
VR
N39
CE
XB
-2H
V22
1JV
314
RN
41G
EX
B-2
HV
221J
VR
N41
GE
XB
-2H
V22
1JV
710
RN42E
EX
B-2
HV
103J
V
RN42E
EX
B-2
HV
103J
V
512
SW
2
PB
Sw
itch
SW
2
PB
Sw
itch
12
RN
39A
EX
B-2
HV
221J
VR
N39
AE
XB
-2H
V22
1JV
116
SC
RE
W4
SC
RE
W4_
40_9
_5m
m
SC
RE
W4
SC
RE
W4_
40_9
_5m
m
RN42G
EX
B-2
HV
103J
V
RN42G
EX
B-2
HV
103J
V
710
XL2
RoH
S L
abel
XL2
RoH
S L
abel
RN
39E
EX
B-2
HV
221J
VR
N39
EE
XB
-2H
V22
1JV
512
D6
LED
Y
D6
LED
Y
AC
SC
RE
W3
SC
RE
W4_
40_9
_5m
m
SC
RE
W3
SC
RE
W4_
40_9
_5m
m
XL1
AS
SY
LA
BE
L
XL1
AS
SY
LA
BE
L
SW
5
PB
Sw
itch
SW
5
PB
Sw
itch
12
RN38B
EX
B-2
HV
103J
V
RN38B
EX
B-2
HV
103J
V
215
SC
RE
W2
SC
RE
W4_
40_9
_5m
m
SC
RE
W2
SC
RE
W4_
40_9
_5m
m
SW
3
PB
Sw
itch
SW
3
PB
Sw
itch
12
8 8
7 7
6 6
5 5
4 4
3 3
2 2
1 1
EE
DD
CC
BB
AA
EV
M_A
RE
nE
VM
_OE
nE
VM
_CE
n3E
VM
_AR
DY
EV
M_C
En2
EV
M_A
WE
n
EV
M_A
20E
VM
_A18
EV
M_A
16E
VM
_A14
EV
M_A
12E
VM
_A10
EV
M_A
8E
VM
_A6
EV
M_A
4E
VM
_A2
EV
M_B
En2
EV
M_B
En0
EV
M_D
30E
VM
_D28
EV
M_D
26E
VM
_D24
EV
M_D
22E
VM
_D20
EV
M_D
18E
VM
_D16
EV
M_D
14E
VM
_D12
EV
M_D
10E
VM
_D8
EV
M_D
6E
VM
_D4
EV
M_D
2E
VM
_D0
EV
M_D
15E
VM
_D13
EV
M_D
11E
VM
_D9
EV
M_D
7E
VM
_D5
EV
M_D
3E
VM
_D1
EV
M_A
21E
VM
_A19
EV
M_A
17E
VM
_A15
EV
M_A
13E
VM
_A11
EV
M_A
9E
VM
_A7
EV
M_A
5E
VM
_A3
EV
M_B
En3
EV
M_B
En1
EV
M_D
31E
VM
_D29
EV
M_D
27E
VM
_D25
EV
M_D
23E
VM
_D21
EV
M_D
19E
VM
_D17
SR
AM
_MO
DE
SR
AM
_ZZ
SR
AM
_OE
nS
RA
M_C
LK_R
SR
AM
_GW
nS
RA
M_B
WE
nS
RA
M_A
DV
nS
RA
M_A
DS
Cn
SR
AM
_AD
SP
nS
RA
M_C
En1
SR
AM
_CE
2S
RA
M_C
En3
SR
AM
_BE
n0S
RA
M_B
En1
SR
AM
_BE
n2S
RA
M_B
En3
SR
AM
_DQ
P0
SR
AM
_DQ
P1
SR
AM
_DQ
P2
SR
AM
_DQ
P3
SR
AM
_D0
SR
AM
_D1
SR
AM
_D2
SR
AM
_D3
SR
AM
_D4
SR
AM
_D5
SR
AM
_D6
SR
AM
_D7
SR
AM
_D8
SR
AM
_D9
SR
AM
_D10
SR
AM
_D11
SR
AM
_D12
SR
AM
_D13
SR
AM
_D14
SR
AM
_D15
SR
AM
_D16
SR
AM
_D17
SR
AM
_D18
SR
AM
_D19
SR
AM
_D20
SR
AM
_D21
SR
AM
_D22
SR
AM
_D23
SR
AM
_D24
SR
AM
_D25
SR
AM
_D26
SR
AM
_D27
SR
AM
_D28
SR
AM
_D29
SR
AM
_D30
SR
AM
_D31
EV
M_A
WE
n
EV
M_D
MA
C0
EV
M_C
En2
EV
M_C
NT
L0E
VM
_ST
AT
0
EV
M_O
En
SR
AM
_CLK
EV
M_B
En0
EV
M_B
En1
EV
M_B
En2
EV
M_B
En3
EV
M_I
NU
M0
EV
M_C
NT
L0E
VM
_ST
AT
0
EV
M_D
MA
C0
EV
M_C
LKO
UT
2
EV
M_I
NT
1
EV
M_I
NT
2E
VM
_IN
T3
EV
M_I
NT
0
EV
M_D
R0
EV
M_R
ES
ET
EV
M_F
SR
0E
VM
_CLK
R0
EV
M_F
SX
0E
VM
_CLK
X0
EV
M_D
X0
EV
M_I
AC
K
SR
AM
_MO
DE
SR
AM
_GW
nS
RA
M_C
E2
SR
AM
_CE
n3
SR
AM
_ZZ
EV
M_C
LKR
0
EV
M_C
LKO
UT
2
EV
M_F
SR
0
EV
M_R
ES
ET
EV
M_A
WE
n
EV
M_O
En
EV
M_A
RE
n
EV
M_D
R0
EV
M_D
X0
EV
M_A
RD
Y
EV
M_I
AC
K
EV
M_I
NU
M0
EV
M_C
NT
L0
EV
M_C
LKX
0
EV
M_S
TA
T0
EV
M_F
SX
0
EV
M_D
MA
C0
SR
AM
_CLK
EV
M_I
NT
[3..0
]
EV
M_B
En[
3..0
]
EV
M_D
[31.
.0]
EV
M_A
[21.
.2]
EV
M_C
En[
3..2
]
EV
M_A
5
EV
M_A
11
EV
M_A
17
EV
M_A
6
EV
M_A
12
SR
AM
_A6
EV
M_A
20
EV
M_A
18
EV
M_A
7
SR
AM
_A4
EV
M_A
4S
RA
M_A
3
EV
M_A
13
EV
M_A
8
EV
M_A
14
EV
M_A
3S
RA
M_A
2E
VM
_A2
EV
M_A
9
EV
M_A
19
SR
AM
_A5
EV
M_A
15
EV
M_A
21
EV
M_A
10
SR
AM
_A1
SR
AM
_A0
EV
M_A
16
SR
AM
_A9
SR
AM
_A8
SR
AM
_A10
SR
AM
_A11
SR
AM
_A12
SR
AM
_A13
SR
AM
_A14
SR
AM
_A15
SR
AM
_A16
SR
AM
_A7
SR
AM
_A18
SR
AM
_A19
SR
AM
_A17
SR
AM
_A20
EV
M_D
2
EV
M_D
3
EV
M_D
6
EV
M_D
7
EV
M_D
4
EV
M_D
5
EV
M_D
10
EV
M_D
11
EV
M_D
14
EV
M_D
15
EV
M_D
12
EV
M_D
13
EV
M_D
8
EV
M_D
9
EV
M_D
0
EV
M_D
18
EV
M_D
19
EV
M_D
22
EV
M_D
23
EV
M_D
20
EV
M_D
21
EV
M_D
16
EV
M_D
17
EV
M_D
26
EV
M_D
27
EV
M_D
30
EV
M_D
31
EV
M_D
28
EV
M_D
29
EV
M_D
24
EV
M_D
25
EV
M_D
1
3.3V
3.3V
3.3V
3.3V
3.3V
3.3V
3.3V
3.3V
SR
AM
_CLK
6
EV
M_R
ES
ET
3
EV
M_F
SR
06
EV
M_C
LKX
06
EV
M_F
SX
06
EV
M_C
LKR
06
EV
M_A
RD
Y6E
VM
_IA
CK
3
EV
M_D
X0
6
EV
M_I
NU
M0
3
EV
M_A
RE
n3
EV
M_A
WE
n6
EV
M_O
En
6
EV
M_D
R0
6EV
M_D
MA
C0
6
EV
M_C
NT
L06
EV
M_C
LKO
UT
23
EV
M_S
TA
T0
6
EV
M_B
En[
3..0
]6
EV
M_I
NT
[3..0
]6
EV
M_A
[21.
.2]
6
EV
M_D
[31.
.0]
6
EV
M_C
En[
3..2
]6,
10
Titl
e
Siz
eD
ocum
ent N
umbe
rR
ev
Dat
e:S
heet
of
150-
0310
202-
C1
C
Cyc
lon
e II
DS
P B
oar
dB
1822
Tue
sday
, Aug
ust 1
5, 2
006
Titl
e
Siz
eD
ocum
ent N
umbe
rR
ev
Dat
e:S
heet
of
150-
0310
202-
C1
C
Cyc
lon
e II
DS
P B
oar
dB
1822
Tue
sday
, Aug
ust 1
5, 2
006
Titl
e
Siz
eD
ocum
ent N
umbe
rR
ev
Dat
e:S
heet
of
150-
0310
202-
C1
C
Cyc
lon
e II
DS
P B
oar
dB
1822
Tue
sday
, Aug
ust 1
5, 2
006
Alte
ra C
orpo
ratio
n, 9
330
Scr
anto
n R
d #4
00, S
an D
iego
, CA
921
21
Cop
yrig
ht (c
) 200
5, A
ltera
Cor
pora
tion.
All
Rig
hts
Res
erve
d.
SS
RA
M, T
I EV
M C
on
nec
tors
Def
ault
SR
AM
Set
tin
gs
MO
DE
= L
inea
r Bur
st (G
ND
)
GW
n =
Glo
bal W
rite
Dis
able
(VC
C)
CE
2 =
A
lway
s E
nabl
ed (
VC
C)
CE
n3 =
Alw
ays
Ena
bled
(GN
D)
ZZ
=
Alw
ays
Ena
bled
(ju
mpe
r G
ND
)
PIN2-PIN3
SSRAM Sleep
SSRAM Run
PIN1-PIN2
R22
822
R22
822
R15
322R
153
22
R19
322
R19
322
C37
3
0.00
1uf
C37
3
0.00
1uf
J46
40X
2TF
M_C
ON
N
J46
40X
2TF
M_C
ON
N
5V_1
1
EA
213
EA
195
EA
177
EA
159
GN
D11
EA
1313
EA
1115
EA
917
EA
719
5V_2
121
EA
523
EA
325
BE
3_n
27
BE
1_n
29
GN
D31
ED
3133
ED
2935
ED
2737
ED
2539
3.3V
_41
41
ED
2343
ED
2145
ED
1947
ED
1749
GN
D51
ED
1553
ED
1355
ED
1157
ED
959
GN
D61
ED
763
ED
565
ED
367
ED
169
GN
D71
AR
E_n
73
AO
E_n
75
AC
E_n
77
GN
D79
5V_2
2
EA
204
EA
186
EA
168
EA
1410
GN
D12
EA
1214
EA
1016
EA
818
EA
620
5V_2
222
EA
424
EA
226
BE
2_n
28
BE
0_n
30
GN
D32
ED
3034
ED
2836
ED
2638
ED
2440
3.3V
_42
42
ED
2244
ED
2046
ED
1848
ED
1650
GN
D52
ED
1454
ED
1256
ED
1058
ED
860
GN
D62
ED
664
ED
466
ED
268
ED
070
GN
D72
AW
E_n
74
AR
DY
76
AC
E2_
n78
GN
D80
R22
022
R22
022
C37
0
0.1u
F
C37
0
0.1u
F
R21
722
R21
722
J45
40X
2TF
M_C
ON
N
J45
40X
2TF
M_C
ON
N
12V
1
GN
D3
5V_5
5
GN
D7
5V_9
9
NC
_11
11
NC
_13
13
NC
_15
15
NC
_17
17
3.3V
_19
19
CLK
XO
21
FS
XO
23
GN
D25
CLK
RO
27
FS
RO
29
GN
D31
CLK
X2
33
FS
X2
35
GN
D37
CLK
R2
39
FS
R2
41
GN
D43
TO
UT
045
NC
_47
47
TO
UT
149
GN
D51
EX
T_I
NT
453
NC
_55
55
NC
_57
57
RE
SE
T59
GN
D61
CN
TL1
63
ST
AT
165
EX
T_I
NT
667
AC
E3_
n69
NC
_71
71
NC
_73
73
DC
_DE
T_n
75
GN
D77
GN
D79
-12V
2
GN
D4
5V_6
6
GN
D8
5V_1
010
NC
_12
12
NC
_14
14
NC
_16
16
NC
_18
18
3.3V
_20
20
CLK
S0
22
DX
024
GN
D26
NC
_28
28
DR
030
GN
D32
CLK
S2
34
DX
236
GN
D38
NC
_40
40
DR
242
GN
D44
TIN
P0
46
EX
T_I
NT
548
TIN
P1
50
GN
D52
NC
_54
54
NC
_56
56
NC
_58
58
NC
_60
60
GN
D62
CN
TL0
64
ST
AT
066
EX
T_I
NT
768
NC
_70
70
NC
_72
72
NC
_74
74
GN
D76
EC
LKO
UT
78
GN
D80
SH
UN
T10
8815
45-2
SH
UN
T10
8815
45-2
R22
622
R22
622
R17
622
R17
622
R19
122
R19
122
R14
822
R14
822
R17
522
R17
522
R19
222
R19
222
R14
922R
149
22
R18
222
R18
222
J24
3X1
J24
3X1
1 2 3
R18
322
R18
322
R19
722
R19
722
R19
922
R19
922
R20
322
R20
322
R18
122
R18
122
R18
922
R18
922
R15
022R
150
22
R18
622
R18
622
R17
722
R17
722
R17
122
R17
122
R22
722
R22
722
R23
122
R23
122
R15
222
R15
222
R17
822
R17
822
R21
622
R21
622
R17
422
R17
422
R22
222
R22
222
R15
422R
154
22
R20
522
R20
522
R21
922
R21
922
C36
9
0.1u
F
C36
9
0.1u
F
R10
5
332R
, 1%
R10
5
332R
, 1%
R19
622
R19
622
R15
822
R15
822
R21
122
R21
122
R22
522
R22
522
R18
522
R18
522
R13
61K
R13
61K
U22
CY
7C13
60C
U22
CY
7C13
60C
DQ
PC
1
DQ
C16
2
DQ
C17
3
VD
DQ
4
VS
SQ
5
DQ
C18
6
DQ
C19
7
DQ
C20
8
DQ
C21
9
VS
SQ
10
VD
DQ
11
DQ
C22
12
DQ
C23
13
NC
14
VD
D15
NC
16
VS
S17
DQ
D24
18
DQ
D25
19
VD
DQ
20
VS
SQ
21
DQ
D26
22
DQ
D27
23
DQ
D28
24
DQ
D29
25
VS
SQ
26
VD
DQ
27
DQ
D30
28
DQ
D31
29
DQ
PD
30
MO
DE
31
A5
32A
433
A3
34A
235
A1
36A
037
NC
/A19
38
NC
/A20
39
VS
S40
VD
D41
A6
42
A7
43
A8
44
A9
45
A10
46
A11
47
A12
48
A13
49
A14
50
DQ
PA
51
DQ
A0
52
DQ
A1
53
VD
DQ
54
VS
SQ
55
DQ
A2
56
DQ
A3
57
DQ
A4
58
DQ
A5
59
VS
SQ
60
VD
DQ
61
DQ
A6
62
DQ
A7
63
ZZ
64
VD
D65
NC
66
VS
S67
DQ
B8
68
DQ
B9
69
VD
DQ
70
VS
SQ
71
DQ
B10
72
DQ
B11
73
DQ
B12
74
DQ
B13
75
VS
SQ
76
VD
DQ
77
DQ
B14
78
DQ
B15
79
DQ
PB
80
A15
81
A16
82
AD
V_n
83
AD
SP
_n84
AD
SC
_n85
OE
_n86
BW
E_n
87G
W_n
88C
LK89
VS
S90
VD
D91
CE
3_n
92
BW
A_n
93
BW
B_n
94
BW
C_n
95
BW
D_n
96
CE
297
CE
1_n
98
A17
99
A18
100
R19
822
R19
822
R18
822
R18
822
R22
322
R22
322
R16
122R
161
22
R21
222
R21
222
R22
422
R22
422
R13
71K
R13
71K
R16
022R
160
22
R19
422
R19
422
R13
810
.0K
, 1%
R13
810
.0K
, 1%
R22
922
R22
922
R14
522
R14
522
R20
722
R20
722
R20
822
R20
822
R21
322
R21
322
R21
522
R21
522
R21
822
R21
822
R20
922
R20
922
R20
422
R20
422
R21
422
R21
422
R18
022
R18
022
R22
122
R22
122
R17
01K
R17
01K
R16
322R
163
22
R17
922
R17
922
R17
222
R17
222
R16
422R
164
22
R19
522
R19
522
R20
622
R20
622
R16
91K
R16
91K
R14
622
R14
622
R21
022
R21
022
R23
022
R23
022
R18
422
R18
422
R19
022
R19
022
C36
6
0.00
1uf
C36
6
0.00
1uf
R17
322
R17
322
R18
722
R18
722
R16
222
R16
222
8 8
7 7
6 6
5 5
4 4
3 3
2 2
1 1
EE
DD
CC
BB
AA
PR
OT
O_C
LKO
UT
B_P
RO
TO
_RE
SE
Tn
B_P
RO
TO
_CA
RD
SE
Ln
PR
OT
O_I
O[4
0..0
]
B_P
RO
TO
_IO
40P
RO
TO
_IO
40B
_PR
OT
O_C
AR
DS
ELn
PR
OT
O_C
AR
DS
ELn
PR
OT
O_R
ES
ET
nB
_PR
OT
O_R
ES
ET
n
B_P
RO
TO
_IO
30B
_PR
OT
O_I
O32
B_P
RO
TO
_IO
34B
_PR
OT
O_I
O36
B_P
RO
TO
_IO
38
B_P
RO
TO
_IO
40B
_PR
OT
O_I
O31
B_P
RO
TO
_IO
33B
_PR
OT
O_I
O35
B_P
RO
TO
_IO
37B
_PR
OT
O_I
O39
B_P
RO
TO
_IO
29
B_P
RO
TO
_IO
16B
_PR
OT
O_I
O17
B_P
RO
TO
_IO
22B
_PR
OT
O_I
O21
B_P
RO
TO
_IO
25B
_PR
OT
O_I
O24
B_P
RO
TO
_IO
28B
_PR
OT
O_I
O27
B_P
RO
TO
_IO
19B
_PR
OT
O_I
O18
B_P
RO
TO
_IO
0
B_P
RO
TO
_IO
4B
_PR
OT
O_I
O2
B_P
RO
TO
_IO
8B
_PR
OT
O_I
O6
B_P
RO
TO
_IO
12B
_PR
OT
O_I
O10
B_P
RO
TO
_IO
14
B_P
RO
TO
_IO
1
B_P
RO
TO
_IO
5B
_PR
OT
O_I
O3
B_P
RO
TO
_IO
9B
_PR
OT
O_I
O7
B_P
RO
TO
_IO
13B
_PR
OT
O_I
O11
B_P
RO
TO
_IO
15
B_P
RO
TO
_IO
20
B_P
RO
TO
_IO
23
B_P
RO
TO
_IO
26
PR
OT
O_C
LKIN
B_P
RO
TO
_IO
19
B_P
RO
TO
_IO
11B
_PR
OT
O_I
O10
B_P
RO
TO
_IO
12B
_PR
OT
O_I
O13
B_P
RO
TO
_IO
14B
_PR
OT
O_I
O15
B_P
RO
TO
_IO
16B
_PR
OT
O_I
O17
B_P
RO
TO
_IO
18
B_P
RO
TO
_IO
9
B_P
RO
TO
_IO
1B
_PR
OT
O_I
O0
B_P
RO
TO
_IO
2B
_PR
OT
O_I
O3
B_P
RO
TO
_IO
4B
_PR
OT
O_I
O5
B_P
RO
TO
_IO
6B
_PR
OT
O_I
O7
B_P
RO
TO
_IO
8B
_PR
OT
O_I
O29
B_P
RO
TO
_IO
21B
_PR
OT
O_I
O20
B_P
RO
TO
_IO
22B
_PR
OT
O_I
O23
B_P
RO
TO
_IO
24B
_PR
OT
O_I
O25
B_P
RO
TO
_IO
26B
_PR
OT
O_I
O27
B_P
RO
TO
_IO
28
B_P
RO
TO
_IO
39
B_P
RO
TO
_IO
31B
_PR
OT
O_I
O30
B_P
RO
TO
_IO
32B
_PR
OT
O_I
O33
B_P
RO
TO
_IO
34B
_PR
OT
O_I
O35
B_P
RO
TO
_IO
36B
_PR
OT
O_I
O37
B_P
RO
TO
_IO
38
PR
OT
O_I
O9
PR
OT
O_I
O1
PR
OT
O_I
O0
PR
OT
O_I
O2
PR
OT
O_I
O3
PR
OT
O_I
O4
PR
OT
O_I
O5
PR
OT
O_I
O6
PR
OT
O_I
O7
PR
OT
O_I
O8
PR
OT
O_I
O19
PR
OT
O_I
O11
PR
OT
O_I
O10
PR
OT
O_I
O12
PR
OT
O_I
O13
PR
OT
O_I
O14
PR
OT
O_I
O15
PR
OT
O_I
O16
PR
OT
O_I
O17
PR
OT
O_I
O18
PR
OT
O_I
O29
PR
OT
O_I
O21
PR
OT
O_I
O20
PR
OT
O_I
O22
PR
OT
O_I
O23
PR
OT
O_I
O24
PR
OT
O_I
O25
PR
OT
O_I
O26
PR
OT
O_I
O27
PR
OT
O_I
O28
PR
OT
O_I
O39
PR
OT
O_I
O31
PR
OT
O_I
O30
PR
OT
O_I
O32
PR
OT
O_I
O33
PR
OT
O_I
O34
PR
OT
O_I
O35
PR
OT
O_I
O36
PR
OT
O_I
O37
PR
OT
O_I
O38
PR
OT
O_C
LK_O
SC
PR
OT
O_C
LKO
UT
PR
OT
O_C
AR
DS
ELn
PR
OT
O_C
LK_O
SC
PR
OT
O_C
LKIN
PR
OT
O_I
O13
PR
OT
O_I
O21
PR
OT
O_I
O10
PR
OT
O_I
O18
MIC
TO
R_T
R_C
LK
MIC
TO
R_P
WR
2
PR
OT
O_C
LKO
UT
PR
OT
O_I
O15
PR
OT
O_I
O22
PR
OT
O_I
O11
PR
OT
O_I
O9
PR
OT
O_I
O1
PR
OT
O_I
O2
PR
OT
O_I
O3
PR
OT
O_I
O4
PR
OT
O_I
O5
PR
OT
O_I
O0
PR
OT
O_I
O6
PR
OT
O_I
O7
PR
OT
O_I
O8
PR
OT
O_I
O19
MIC
TO
R_P
WR
1
PR
OT
O_I
O16
PR
OT
O_I
O12
PR
OT
O_I
O14
PR
OT
O_I
O20
MIC
TO
R_P
LDC
LK
MIC
TO
R_T
DO
MIC
TO
R_T
CK
MIC
TO
R_T
MS
MIC
TO
R_T
DI
PR
OT
O_I
O17
PR
OT
O_3
_3V
_5V
PR
OT
O_I
O19
PR
OT
O_I
O16
PR
OT
O_I
O22
4.3V
PR
OT
O_I
O24
PR
OT
O_C
LKO
UT
US
ER
_RE
SE
Tn
PR
OT
O_R
ES
ET
n
PR
OT
O_I
O23
5V
5V
3.3V
3.3V
3.3V
DC
_IN
3.3V
3.3V
3.3V
5V 3.3V
3.3V
3.3V
3.3V
PR
OT
O_I
O[4
0..0
]3,
4 PR
OT
O_C
AR
DS
ELn
4
JTA
G_C
ON
N_T
DI
10
JTA
G_T
CK
10JT
AG
_TM
S10
JTA
G_C
ON
N_T
DO
10
US
ER
_RE
SE
Tn
5,17
PR
OT
O_C
LKO
UT
3
PR
OT
O_C
LKIN
6P
RO
TO
_CLK
_OS
C3
Titl
e
Siz
eD
ocum
ent N
umbe
rR
ev
Dat
e:S
heet
of
150-
0310
202-
C1
C
Cyc
lon
e II
DS
P B
oar
dB
1922
Sun
day,
Aug
ust 1
3, 2
006
<V
aria
nt N
ame>
Titl
e
Siz
eD
ocum
ent N
umbe
rR
ev
Dat
e:S
heet
of
150-
0310
202-
C1
C
Cyc
lon
e II
DS
P B
oar
dB
1922
Sun
day,
Aug
ust 1
3, 2
006
<V
aria
nt N
ame>
Titl
e
Siz
eD
ocum
ent N
umbe
rR
ev
Dat
e:S
heet
of
150-
0310
202-
C1
C
Cyc
lon
e II
DS
P B
oar
dB
1922
Sun
day,
Aug
ust 1
3, 2
006
<V
aria
nt N
ame>
Alte
ra C
orpo
ratio
n, 9
330
Scr
anto
n R
d #4
00, S
an D
iego
, CA
921
21
Cop
yrig
ht (c
) 200
5, A
ltera
Cor
pora
tion.
All
Rig
hts
Res
erve
d.
Alt
era
Dau
gh
ter
Car
d, M
icto
r C
on
nec
tor
Alt
era
Dau
gh
ter
Car
dA
lter
a D
aug
hte
r C
ard
Vo
ltag
e L
imit
ers
MIC
TO
R_T
RS
T (
n/c)
Mic
tor
Co
nn
ecto
r
INS
TA
LLE
D
NO
T IN
ST
ALL
ED
(for
5V
com
patib
ility
)
(pin
ned
out f
or F
S2
hard
war
e tr
ace
mod
ule)
J22
2X7
J22
2X7
11
33
55
77
99
1111
1313
22
44
66
88
1010
1212
1414
D13
60vD
13
60v
C35
8
0.1u
F
C35
8
0.1u
F
R21
0R
210
C36
0
0.1u
F
C36
0
0.1u
F
U13
PI5
C33
84
U13
PI5
C33
84
A0
3
A1
4
A2
7
A3
8
A4
11
A5
14
A6
17
A7
18
A8
21
A9
22
B0
2
B1
5
B2
6
B3
9
B4
10
B5
15
B6
16
B7
19
B8
20
B9
23
BE
A-
1
BE
B-
13
VC
C24
R14
195
.3R
, 1%
R14
195
.3R
, 1%
J12
Mic
tor3
8P
J12
Mic
tor3
8P
5VD
C1
SC
L2
GN
D3
SD
A4
CLK
E5
CLK
O6
D15
E7
D15
O8
D14
E9
D14
O10
D13
E11
D13
O12
D12
E13
D12
O14
D11
E15
D11
O16
D10
E17
D10
O18
D9E
19D
9O20
D8E
21D
8O22
D7E
23D
7O24
D6E
25D
6O26
D5E
27D
5O28
D4E
29D
4O30
D3E
31D
3O32
D2E
33D
2O34
D1E
35D
1O36
D0E
37D
0O38
GN
D1
39
GN
D2
40
GN
D3
41
GN
D4
42
GN
D5
43
R11
84.
70K
, 1%
R11
84.
70K
, 1%
C35
9
0.1u
F
C35
9
0.1u
F
R10
60
R10
60
R10
10
R10
10
R97
0R
970
R12
01K
R12
01K
U18
PI5
C33
84
U18
PI5
C33
84
A0
3
A1
4
A2
7
A3
8
A4
11
A5
14
A6
17
A7
18
A8
21
A9
22
B0
2
B1
5
B2
6
B3
9
B4
10
B5
15
B6
16
B7
19
B8
20
B9
23
BE
A-
1
BE
B-
13
VC
C24
R96
4.70
K, 1
%R
964.
70K
, 1%
R11
510
.0K
, 1%
R11
510
.0K
, 1%
R11
20
R11
20
J15
20X
2
J15
20X
2
11
33
55
77
99
1111
1313
1515
1717
1919
2121
2323
2525
2727
2929
3131
3333
3535
3737
3939
22
44
66
88
1010
1212
1414
1616
1818
2020
2222
2424
2626
2828
3030
3232
3434
3636
3838
4040
U14
PI5
C33
84
U14
PI5
C33
84
A0
3
A1
4
A2
7
A3
8
A4
11
A5
14
A6
17
A7
18
A8
21
A9
22
B0
2
B1
5
B2
6
B3
9
B4
10
B5
15
B6
16
B7
19
B8
20
B9
23
BE
A-
1
BE
B-
13
VC
C24
R98
0R
980
C36
1
0.1u
F
C36
1
0.1u
F
C35
7
0.1u
F
C35
7
0.1u
F
R19
0R
190
C22
2
0.1u
F
C22
2
0.1u
F
R20
0R
200
R11
94.
70K
, 1%
R11
94.
70K
, 1%
U15
PI5
C33
84
U15
PI5
C33
84
A0
3
A1
4
A2
7
A3
8
A4
11
A5
14
A6
17
A7
18
A8
21
A9
22
B0
2
B1
5
B2
6
B3
9
B4
10
B5
15
B6
16
B7
19
B8
20
B9
23
BE
A-
1
BE
B-
13
VC
C24
C22
1
0.00
1uf
C22
1
0.00
1uf
C91
0.1u
F
C91
0.1u
F
R13
995
.3R
, 1%
R13
995
.3R
, 1%
J23
2X10
J23
2X10
11
33
55
77
99
1111
1313
1515
1717
1919
22
44
66
88
1010
1212
1414
1616
1818
2020
R14
014
3R, 1
%R
140
143R
, 1%
R11
10
R11
10
R95
0R
950
R14
214
3R, 1
%R
142
143R
, 1%
U19
PI5
C33
84
U19
PI5
C33
84
A0
3
A1
4
A2
7
A3
8
A4
11
A5
14
A6
17
A7
18
A8
21
A9
22
B0
2
B1
5
B2
6
B3
9
B4
10
B5
15
B6
16
B7
19
B8
20
B9
23
BE
A-
1
BE
B-
13
VC
C24
R10
00
R10
00
8 8
7 7
6 6
5 5
4 4
3 3
2 2
1 1
EE
DD
CC
BB
AA
1.2V
1.2V
1.8V
1.8V
3.3V
3.3V
VC
CA
_PLL
1
VC
CA
_PLL
2
VC
CA
_PLL
3
VC
CA
_PLL
4
1.8V
1.2V
1.2V
VC
CA
_PLL
4
VC
CA
_PLL
1V
CC
A_P
LL2
VC
CA
_PLL
3
1.2V
1.8V
3.3V
PLL
PLL
PLL
PLL
PLL
1.8V
3.3V
3.3V
1.8V
1.2V
1.2V
1.2V
1.2V
1.8V
3.3V
3.3V
1.8V
1.2V
1.8V
1.2V
1.2V
1.2V
1.2V
1.2V
1.2V
PLL
1.8V
3.3V
Titl
e
Siz
eD
ocum
ent N
umbe
rR
ev
Dat
e:S
heet
of
150-
0310
202-
C1
C
Cyc
lon
e II
DS
P B
oar
dB
2022
Sun
day,
Aug
ust 1
3, 2
006
Titl
e
Siz
eD
ocum
ent N
umbe
rR
ev
Dat
e:S
heet
of
150-
0310
202-
C1
C
Cyc
lon
e II
DS
P B
oar
dB
2022
Sun
day,
Aug
ust 1
3, 2
006
Titl
e
Siz
eD
ocum
ent N
umbe
rR
ev
Dat
e:S
heet
of
150-
0310
202-
C1
C
Cyc
lon
e II
DS
P B
oar
dB
2022
Sun
day,
Aug
ust 1
3, 2
006
Cop
yrig
ht (c
) 200
5, A
ltera
Cor
pora
tion.
All
Rig
hts
Res
erve
d.
Alte
ra C
orpo
ratio
n, 9
330
Scr
anto
n R
d #4
00, S
an D
iego
, CA
921
21
3.3V VCCIO BYPASS CAPS (23)
1.8V VCCIO BYPASS CAPS (30)
Cyc
lon
e II
Po
wer
& D
eco
up
ling
1.2V VCCINT BYPASS CAPS (32 + 25)
C26
7
0.1u
F
C26
7
0.1u
F
C28
4
0.1u
F
C28
4
0.1u
F
C27
3
0.1u
F
C27
3
0.1u
F
C61
0.01
uf
C61
0.01
uf
C78
10uFC
78
10uF
C31
1
0.1u
F
C31
1
0.1u
F
C33
6
0.1u
F
C33
6
0.1u
F
C23
0
0.1u
F
C23
0
0.1u
F
C31
0
0.1u
F
C31
0
0.1u
F
C25
8
0.1u
F
C25
8
0.1u
F
C29
6
0.1u
F
C29
6
0.1u
F
C26
1
0.1u
F
C26
1
0.1u
F
C25
1
0.1u
F
C25
1
0.1u
F
C28
3
0.1u
F
C28
3
0.1u
F
C31
2
0.1u
F
C31
2
0.1u
F
C26
9
0.1u
F
C26
9
0.1u
F
C24
5
0.1u
F
C24
5
0.1u
F
C29
0
0.1u
F
C29
0
0.1u
F
C33
1
0.1u
F
C33
1
0.1u
F
C28
6
0.1u
F
C28
6
0.1u
F
C34
9
0.1u
F
C34
9
0.1u
F
C27
4
0.1u
F
C27
4
0.1u
F
C25
6
0.1u
F
C25
6
0.1u
F
C29
2
0.1u
F
C29
2
0.1u
F
L4 60oh
m, 6
AL4 60
ohm
, 6A
12
L10
60oh
m, 6
AL1
060
ohm
, 6A
12
C34
3
0.1u
F
C34
3
0.1u
F
L8 60oh
m, 6
AL8 60
ohm
, 6A
12
L14
60oh
m, 6
AL1
460
ohm
, 6A
12
C34
2
0.1u
F
C34
2
0.1u
F
C10
6
2.2u
f
C10
6
2.2u
f
C31
4
0.1u
F
C31
4
0.1u
F
C30
2
0.1u
F
C30
2
0.1u
F
C93
2.2u
f
C93
2.2u
f
C92
0.00
1uf
C92
0.00
1uf
C29
3
0.1u
F
C29
3
0.1u
F
C34
5
0.1u
F
C34
5
0.1u
F
C67
2.2u
f
C67
2.2u
f
C32
6
0.1u
F
C32
6
0.1u
F
C31
5
0.1u
F
C31
5
0.1u
F
C21
5
0.1u
F
C21
5
0.1u
F
C27
8
0.1u
F
C27
8
0.1u
F
C24
8
0.1u
F
C24
8
0.1u
F
C27
6
0.1u
F
C27
6
0.1u
F
C35
1
0.1u
F
C35
1
0.1u
F
C22
8
0.1u
F
C22
8
0.1u
F
C29
9
0.1u
F
C29
9
0.1u
F
C71
0.01
uf
C71
0.01
uf
C31
9
0.1u
F
C31
9
0.1u
F
C11
0
2.2u
f
C11
0
2.2u
f
C95
0.01
uf
C95
0.01
uf
C34
6
0.1u
F
C34
6
0.1u
F
C28
0
0.1u
F
C28
0
0.1u
F
C34
0
0.1u
F
C34
0
0.1u
F
C23
4
0.1u
F
C23
4
0.1u
F
C28
7
0.1u
F
C28
7
0.1u
F
C89
0.01
uf
C89
0.01
uf
C34
8
0.1u
F
C34
8
0.1u
F
C80
2.2u
f
C80
2.2u
f
L5 60oh
m, 6
AL5 60
ohm
, 6A
12
C32
0
0.1u
F
C32
0
0.1u
F
C28
1
0.1u
F
C28
1
0.1u
F
C34
7
0.1u
F
C34
7
0.1u
F
C27
5
0.1u
F
C27
5
0.1u
F
C72
0.00
1uf
C72
0.00
1uf
C24
4
0.1u
F
C24
4
0.1u
F
+C
99
47uf
10V
Tan
talu
m
+C
99
47uf
10V
Tan
talu
m
1 2
C33
4
0.1u
F
C33
4
0.1u
F
C32
2
0.1u
F
C32
2
0.1u
F
C56
2.2u
f
C56
2.2u
f
CY
CLO
NE
II, P
OW
ER
U12
K
EP
2C70
F67
2C6N
CY
CLO
NE
II, P
OW
ER
U12
K
EP
2C70
F67
2C6N
VC
CIN
TK
10
VC
CIN
TK
12
VC
CIN
TK
13
VC
CIN
TK
14
VC
CIN
TK
15
VC
CIN
TL1
1
VC
CIN
TL1
6
VC
CIN
TL1
7
VC
CIN
TL1
8
VC
CIN
TM
10
VC
CIN
TM
11
VC
CIN
TM
16
VC
CIN
TM
17
VC
CIN
TN
10
VC
CIN
TN
17
VC
CIN
TP
10
VC
CIN
TR
10
VC
CIN
TR
11
VC
CIN
TR
16
VC
CIN
TT
11
VC
CIN
TT
16
VC
CIN
TU
11
VC
CIN
TU
13
VC
CIN
TU
14
GN
DM
1
GN
DM
12
GN
DM
13
GN
DM
14
GN
DM
15
GN
DM
26
GN
DN
8
GN
DN
11
GN
DN
12
GN
DN
13
GN
DN
14
GN
DN
15
GN
DN
16
GN
DN
19
GN
DP
8
GN
DP
11
GN
DP
12
GN
DP
13
GN
DP
14
GN
DP
15
GN
DP
16
GN
DP
19
GN
DR
1
GN
DR
12
GN
DR
13
GN
DR
14
GN
DR
15
GN
DR
21
GN
DR
26
GN
DT
5
GN
DT
12
GN
DT
13
GN
DB
1
GN
DA
2
GN
DA
12
GN
DA
15
GN
DA
25
GN
DB
26
GN
DC
14
GN
DC
18
GN
DD
4
GN
DD
24
GN
DH
5
GN
DH
13
GN
DL5
GN
DL1
2
GN
DL1
3
GN
DL1
4
GN
DL1
5
GN
DL2
2
GN
DH
14
GN
DH
22
GN
DK
20
GN
DE
7
GN
DE
11
GN
DE
19G
ND
T14
GN
DT
15
GN
DU
8
GN
DU
19
GN
DW
5
GN
DW
13
GN
DW
14
GN
DW
22
GN
DY
9
GN
DY
17
VC
CIN
TU
15
VC
CIN
TU
16
VC
CIN
TV
16
NC01 AC24
NC02 N21
VC
CIN
TK
11
GN
DA
B7
GN
DA
B11
GN
DA
B19
GN
DA
B16
GN
DA
D9
GN
DA
D18
GN
DA
E1
GN
DA
F2
GN
DA
F12
GN
DA
F15
GN
DA
F25
GN
DE
16
GN
DA
D14
GN
DA
E26
NC03 Y2
GN
DA
C4
C24
7
0.1u
F
C24
7
0.1u
F
C22
9
0.1u
F
C22
9
0.1u
F
C23
7
0.1u
F
C23
7
0.1u
F
L13
60oh
m, 6
AL1
360
ohm
, 6A
12
C25
7
0.1u
F
C25
7
0.1u
F
C54
2.2u
f
C54
2.2u
f
C34
1
0.1u
F
C34
1
0.1u
F
CY
CLO
NE
II, I
O P
OW
ER
U12
L
EP
2C70
F67
2C6N
CY
CLO
NE
II, I
O P
OW
ER
U12
L
EP
2C70
F67
2C6N
VC
CIO
1A
B5
VC
CIO
1A
D1
VC
CIO
1P
5
VC
CIO
1R
9
VC
CIO
1T
1
VC
CIO
2C
1
VC
CIO
2F
5
VC
CIO
2L1
VC
CIO
2M
9
VC
CIO
2N
5
VC
CIO
3A
3
VC
CIO
3A
11
VC
CIO
3E
6
VC
CIO
3E
9
VC
CIO
3E
13
VC
CIO
4A
16
VC
CIO
4A
24
VC
CIO
4C
20
VC
CIO
4D
22
GN
DA
_PLL
1Y
8
GN
DA
_PLL
2F
19
GN
DA
_PLL
3F
8
GN
DA
_PLL
4Y
19
GN
DD
_PLL
1W
7
GN
DD
_PLL
2G
20
GN
DD
_PLL
3G
7
GN
DD
_PLL
4W
20
GN
DG
_PLL
1Y
6
GN
DG
_PLL
3E
4
GN
DG
_PLL
4A
A21
VC
CIO
5C
26
VC
CIO
5F
22
VC
CIO
5J1
9
VC
CIO
5L2
6
VC
CIO
5M
18
VC
CIO
6A
A22
VC
CIO
6A
D26
VC
CIO
6P
22
VC
CIO
6R
18
VC
CIO
6T
26
VC
CIO
7A
B14
VC
CIO
7A
B17
VC
CIO
7A
B22
VC
CIO
7A
D20
VC
CIO
7A
F16
VC
CIO
8A
B13
VC
CIO
8A
F3
VC
CIO
8A
F11
VC
CIO
8V
12
VC
CIO
8W
9
VC
CA
_PLL
1A
A8
VC
CA
_PLL
2G
19
VC
CA
_PLL
3G
8
VC
CA
_PLL
4A
A19
VC
CD
_PLL
1Y
7
VC
CD
_PLL
2H
20
VC
CD
_PLL
3H
7
VC
CD
_PLL
4Y
20
VC
CIO
4E
14
VC
CIO
1V
8
VC
CIO
3H
9
VC
CIO
3J1
2
VC
CIO
4E
17
VC
CIO
4H
18
VC
CIO
4J1
5
VC
CIO
5N
22
VC
CIO
6V
19
VC
CIO
7A
F24
VC
CIO
7V
15
VC
CIO
7W
18
VC
CIO
8A
B9
VC
CIO
8A
B6
GN
DG
_PLL
2E
21C
42
2.2u
f
C42
2.2u
f
L12
60oh
m, 6
AL1
260
ohm
, 6A
12
C28
5
0.1u
F
C28
5
0.1u
F
C32
9
0.1u
F
C32
9
0.1u
F
C27
7
0.1u
F
C27
7
0.1u
F
C24
0
0.1u
F
C24
0
0.1u
F
C60
0.1u
F
C60
0.1u
F
C26
3
0.1u
F
C26
3
0.1u
F
C26
2
0.1u
F
C26
2
0.1u
F
C33
8
0.1u
F
C33
8
0.1u
F
C23
1
0.1u
F
C23
1
0.1u
F
C23
6
0.1u
F
C23
6
0.1u
F
C43
2.2u
f
C43
2.2u
f
C28
8
0.1u
F
C28
8
0.1u
F
C33
2
0.1u
F
C33
2
0.1u
F
C26
5
0.1u
F
C26
5
0.1u
F
C41
2.2u
f
C41
2.2u
f
C30
0
0.1u
F
C30
0
0.1u
F
C30
1
0.1u
F
C30
1
0.1u
F
C31
3
0.1u
F
C31
3
0.1u
F
C32
5
0.1u
F
C32
5
0.1u
F
C30
9
0.1u
F
C30
9
0.1u
F
C24
6
0.1u
F
C24
6
0.1u
F
C88
0.1u
F
C88
0.1u
F
C24
2
0.1u
F
C24
2
0.1u
F
C81
2.2u
f
C81
2.2u
f
C70
0.1u
F
C70
0.1u
F
C27
9
0.1u
F
C27
9
0.1u
F
C23
5
0.1u
F
C23
5
0.1u
F
C23
3
0.1u
F
C23
3
0.1u
F
C94
0.1u
F
C94
0.1u
F
C87
2.2u
f
C87
2.2u
f
C21
6
0.1u
F
C21
6
0.1u
F
C29
5
0.1u
F
C29
5
0.1u
F
C33
3
0.1u
F
C33
3
0.1u
F
C69
2.2u
f
C69
2.2u
f
C33
7
0.1u
F
C33
7
0.1u
F
C76
2.2u
f
C76
2.2u
f
C33
9
0.1u
F
C33
9
0.1u
F
C34
4
0.1u
F
C34
4
0.1u
F
C10
7
2.2u
f
C10
7
2.2u
f
C23
9
0.1u
F
C23
9
0.1u
F
C51
2.2u
f
C51
2.2u
f
C32
1
0.1u
F
C32
1
0.1u
F
C97
0.00
1uf
C97
0.00
1uf
C32
3
0.1u
F
C32
3
0.1u
FC
63
0.00
1uf
C63
0.00
1uf
C10
0
2.2u
f
C10
0
2.2u
f
+C
98
47uf
10V
Tan
talu
m
+C
98
47uf
10V
Tan
talu
m
1 2
C35
0
0.1u
F
C35
0
0.1u
F
C25
0
0.1u
F
C25
0
0.1u
F
C23
2
0.1u
F
C23
2
0.1u
F
C68
2.2u
f
C68
2.2u
f
C33
0
0.1u
F
C33
0
0.1u
F
C24
1
0.1u
F
C24
1
0.1u
F
C26
6
0.1u
F
C26
6
0.1u
F
C64
2.2u
f
C64
2.2u
f
C25
9
0.1u
F
C25
9
0.1u
F
C21
7
0.1u
F
C21
7
0.1u
F
C24
3
0.1u
F
C24
3
0.1u
F
C82
2.2u
f
C82
2.2u
f
C62
2.2u
f
C62
2.2u
f
C47
2.2u
f
C47
2.2u
f
C27
0
0.1u
F
C27
0
0.1u
F
C26
8
0.1u
F
C26
8
0.1u
F
C50
10uFC
50
10uF
C29
8
0.1u
F
C29
8
0.1u
F
C53
2.2u
f
C53
2.2u
f
C24
9
0.1u
F
C24
9
0.1u
F
C31
6
0.1u
F
C31
6
0.1u
F
C77
2.2u
f
C77
2.2u
f
C29
7
0.1u
F
C29
7
0.1u
F
C28
9
0.1u
F
C28
9
0.1u
F
C26
4
0.1u
F
C26
4
0.1u
F
C33
5
0.1u
F
C33
5
0.1u
F
C30
8
0.1u
F
C30
8
0.1u
F
C30
3
0.1u
F
C30
3
0.1u
F
C29
1
0.1u
F
C29
1
0.1u
F
C75
2.2u
f
C75
2.2u
f
C23
8
0.1u
F
C23
8
0.1u
F
L6 60oh
m, 6
AL6 60
ohm
, 6A
12
C31
7
0.1u
F
C31
7
0.1u
F
8 8
7 7
6 6
5 5
4 4
3 3
2 2
1 1
EE
DD
CC
BB
AA
3.3V
_TG
1.8V
_TG
_R
DC
_IN
_R
1.8V
_FB
3.3V
_SW
_R
DC
_IN
1.8V
_SW
_R
3.3V
_SW
3.3V
_BG
1.8V
_BG
3.3V
_SH
DN
1.8V
_SW
DC
_IN
1.8V
_SH
DN
DC
_IN
_R
1.8V
_TG
DC
_IN
VR
EG
5
3.3V
_FB
vreg
5
3.3V
_TG
_R
VT
T
5V_E
N
6V5V
1.8V
_SH
DN
DC
_IN
3.3V
_SH
DN
1.8V
5V
VR
EF
3.3V
_FB
1.8V
_FB
1.2V
OU
T
1.2V
5V
1.8V
DC
_IN
DC
_IN
3.3V
1.8V
VT
T
5V
6V5V
DC
_IN
5V1.
8V1.
2V
1.8V
VR
EF
DC
_IN
6V_S
HD
N22
Titl
e
Siz
eD
ocum
ent N
umbe
rR
ev
Dat
e:S
heet
of
150-
0310
202-
C1
C
Cyc
lon
e II
DS
P B
oar
dB
2122
Tue
sday
, Aug
ust 1
5, 2
006
Titl
e
Siz
eD
ocum
ent N
umbe
rR
ev
Dat
e:S
heet
of
150-
0310
202-
C1
C
Cyc
lon
e II
DS
P B
oar
dB
2122
Tue
sday
, Aug
ust 1
5, 2
006
Titl
e
Siz
eD
ocum
ent N
umbe
rR
ev
Dat
e:S
heet
of
150-
0310
202-
C1
C
Cyc
lon
e II
DS
P B
oar
dB
2122
Tue
sday
, Aug
ust 1
5, 2
006
Cop
yrig
ht (c
) 200
5, A
ltera
Cor
pora
tion.
All
Rig
hts
Res
erve
d.
Alte
ra C
orpo
ratio
n, 9
330
Scr
anto
n R
d #4
00, S
an D
iego
, CA
921
21
Dig
ital
Po
wer
Su
pp
lies
(40W
)
9V -
20V
DC
Inpu
t
DISABLE
ENABLE
PIN2-PIN3
PIN1-PIN2
Mai
n P
ow
er S
wit
ch
5V (1
A)
0.9V
(3A
Sin
k/S
rc)
1.2V
(3A
)
1.8V
(7A
)
3.3V
(7A
)
Typically No Shunt (Enabled)
J5 BA
NA
NA
_JA
CK
_RE
DJ5 B
AN
AN
A_J
AC
K_R
ED
C4
180u
f
C4
180u
f
R78
10R
R78
10R
C3
0.1u
f
C3
0.1u
f
C20
810
uFC
208
10uF
C8
10uF
C8
10uF
C27
180u
fC
2718
0uf
C38
1.0u
f
C38
1.0u
f
C19
1
10uf
C19
1
10uf
C17
50.
01uf
C17
50.
01uf
R10
10.0
K, 1
%R
1010
.0K
, 1%
R72
10R
R72
10R
R6
1.15
K, 1
%R
61.
15K
, 1%
+C
2047
uf10
VT
anta
lum
+C
2047
uf10
VT
anta
lum
1 2
U5
SI4
392D
Y-e
3U
5S
I439
2DY
-e35
6
1
4
78
23
C17
80.
1uf
C17
80.
1uf
C22
310
uFC
223
10uF
R62
100K
, 1%
R62
100K
, 1%
R63
4.53
K, 1
%R
634.
53K
, 1%
R71
12.4
K, 1
%R
7112
.4K
, 1%
R60
1MR
601M
C18
1
3300
p
C18
1
3300
p
C18
9
10uF
C18
9
10uF
+C
2822
uf
10V
Tan
talu
m
+C
2822
uf
10V
Tan
talu
m
1 2
F5
Fus
e_B
lock
_7A
MP
F5
Fus
e_B
lock
_7A
MP
R68
51.1
K, 1
%
R68
51.1
K, 1
%
C35
610
uFC
356
10uF
R11
10.0
K, 1
%R
1110
.0K
, 1%
C44
0.1u
f
C44
0.1u
f
R2
10R
R2
10R
R70
12.4
K, 1
%R
7012
.4K
, 1%
C31
180u
f
C31
180u
f
R67
51.1
K, 1
%R
6751
.1K
, 1%
C17
7
22pf
C17
7
22pf
C18
622
pfC
186
22pf
U10
RE
G10
4GA
-A
U10
RE
G10
4GA
-A
VIN
1V
OU
T2
GND 3
AD
JUS
T4
EN
AB
LE5
GND 6
C19
10uf
C19
10uf
C18
3
3300
p
C18
3
3300
p
+C
3322
uf10
VT
anta
lum
+C
3322
uf10
VT
anta
lum
1 2
R75
10R
R75
10R
F4F
use_
Blo
ck_7
AM
PF
4Fus
e_B
lock
_7A
MP
C25
10uF
C25
10uF
SW
1
SW
_SLI
DE
-4P
2T
SW
1
SW
_SLI
DE
-4P
2T1 2 3987
4 5 6
10 1211
U1
SI4
392D
Y-e
3U
1S
I439
2DY
-e3 5
6
1
4
78
23
C17
40.
01uf
C17
40.
01uf
C30
180u
fC
3018
0uf
R77
10R
R77
10R
U3
SI4
392D
Y-e
3U
3S
I439
2DY
-e35
6
1
4
78
23
R17
1KR17
1K
C23
10uF
C23
10uF
C1
180u
f
C1
180u
f
R4
0.1R
,1%
R4
0.1R
,1%
C29
10uF
C29
10uF
R65
88.7
K, 1
%R
6588
.7K
, 1%
C35
10uF
C35
10uF
R66
4.53
K, 1
%R
664.
53K
, 1%
L210
uhL2
10uh 1
2
C17
10uF
C17
10uF
C18
722
pfC
187
22pf
C18
047
0pf
C18
047
0pf
R61
1MR
611M
R59
100K
, 1%
R59
100K
, 1%
R1
0R
10
R7
10.0
K, 1
%R
710
.0K
, 1%
+C90
22uf
10V
Tan
talu
m
+C90
22uf
10V
Tan
talu
m
1 2
R76
10R
R76
10R
U7
UC
382T
D
U7
UC
382T
D
VB
1
VIN
2
GN
D3
VO
UT
4
AD
J5
GN
D6
C24
0.1u
f
C24
0.1u
f
C32
7
0.1u
F
C32
7
0.1u
F
C21
10uf
C21
10uf
C5
10uFC
510
uF
+C
1522
uf
10V
Tan
talu
m
+C
1522
uf
10V
Tan
talu
m
1 2
R3
0R
30
C22
6
0.01
uf
C22
6
0.01
uf
+C
1322
uf10
VT
anta
lum
+C
1322
uf10
VT
anta
lum
1 2
R9
3.32
K, 1
%R
93.
32K
, 1%
J1R
AP
C71
2XJ1
RA
PC
712X
32 1
C35
510
uFC
355
10uF
C36
1.0u
f
C36
1.0u
f
C18
8
10uF
C18
8
10uF
C18
5
1.0u
f
C18
5
1.0u
f
J3 BA
NA
NA
_JA
CK
_RE
DJ3 B
AN
AN
A_J
AC
K_R
ED
C32
8
0.1u
F
C32
8
0.1u
F
D12
MB
R05
30
D12
MB
R05
30
21
U2
TP
S51
020D
BT
U2
TP
S51
020D
BT
INV
11
CO
MP
12
SS
TR
T1
3
SK
IPn
4
VO
1_V
DD
Q5
DD
Rn
6
GN
D7
RE
F_X
8
EN
BL1
9
EN
BL2
10
VO
211
PG
OO
D12
SS
TR
T2
13
CO
MP
214
INV
215
VB
ST
216
OU
T2_
U17
LL2
18O
UT
2_D
19O
UT
GN
D2
20R
EG
5_IN
21V
RE
G5
22T
RIP
2_S
NS
23V
IN24
TR
IP1
25O
UT
GN
D1
26O
UT
1_D
27LL
128
OU
T1_
U29
VB
ST
130
C45
0.1u
F
C45
0.1u
F
F2
Fus
e_B
lock
_7A
MP
F2
Fus
e_B
lock
_7A
MP
U8
TP
S51
100D
GQ
U8
TP
S51
100D
GQ
VD
DQ
SN
S1
VLD
OIN
2
VT
T3
PGND 4
VT
TS
NS
5
VT
TR
EF
6
S3
7
GND 8
S5
9
VIN
10
GND 11
J6 BA
NA
NA
_JA
CK
_RE
DJ6 B
AN
AN
A_J
AC
K_R
ED
J7
3X1
J7
3X11 2 3
C17
9
22pf
C17
9
22pf
C17
647
0pf
C17
647
0pf
C35
2
0.01
uf
C35
2
0.01
uf
R16
1KR
161K
C7
0.1u
f
C7
0.1u
f
L110
uhL1
10uh 1
2
+C
1047
uf10
VT
anta
lum
+C
1047
uf10
VT
anta
lum
1 2
R73
1.00
K, 1
%R
731.
00K
, 1%
C18
2
10uF
C18
2
10uF
C34
180u
f
C34
180u
f
R69
10R
R69
10R
U4
SI4
392D
Y-e
3U
4S
I439
2DY
-e3 5
6
1
4
78
23
D11
MB
R05
30
D11
MB
R05
30
21
C22
5
0.01
uf
C22
5
0.01
uf
D1
LED
BD
1LE
DB
A C
C22
10uf
C22
10uf
C18
10uf
C18
10uf
+C
12
22uf10
VT
anta
lum
+C
12
22uf10
VT
anta
lum
1 2
F3
Fus
e_B
lock
_7A
MP
F3
Fus
e_B
lock
_7A
MP
C35
3
0.1u
F
C35
3
0.1u
F
R74 10
RR
74 10R
C25
3
0.01
uf
C25
3
0.01
uf
J4 BA
NA
NA
_JA
CK
_RE
DJ4 B
AN
AN
A_J
AC
K_R
ED
R64
34.0
K, 1
%R
6434
.0K
, 1% F1
Fus
e_B
lock
_7A
MP
F1
Fus
e_B
lock
_7A
MP
+C14
22uf10
VT
anta
lum
+C14
22uf10
VT
anta
lum
1 2
C39
0.01
ufC
390.
01uf
C18
4
1.0u
f
C18
4
1.0u
fC
32
10uF
C32
10uF
C25
2
0.1u
F
C25
2
0.1u
F
8 8
7 7
6 6
5 5
4 4
3 3
2 2
1 1
EE
DD
CC
BB
AA
6V_H
DR
V
VC
CA
_AD
C_O
UT
6V_B
OO
ST
6VV
CC
A_D
AC
_OU
T
6V_S
HD
N
VC
CA
_AD
C_E
N
6V_S
W
6V
6V_L
DR
V
6V
DC
_IN
VC
CA
_DA
C_E
N
6V
VC
CA
_AD
C
VC
CA
_DA
C
D
AC
D
AC
D
AC
D
AC
D
AC
A
DC
A
DC
A
DC
A
DC
A
DC
A
DC
D
AC
D
AC
6V 6V6V
6V
DC
_IN
VC
CA
_DA
C
VC
CA
_AD
C
A
DC
D
AC
A
DC
D
AC
6V_S
HD
N21
Titl
e
Siz
eD
ocum
ent N
umbe
rR
ev
Dat
e:S
heet
of
150-
0310
202-
C1
C
Cyc
lon
e II
DS
P B
oar
dB
2222
Sun
day,
Aug
ust 1
3, 2
006
Titl
e
Siz
eD
ocum
ent N
umbe
rR
ev
Dat
e:S
heet
of
150-
0310
202-
C1
C
Cyc
lon
e II
DS
P B
oar
dB
2222
Sun
day,
Aug
ust 1
3, 2
006
Titl
e
Siz
eD
ocum
ent N
umbe
rR
ev
Dat
e:S
heet
of
150-
0310
202-
C1
C
Cyc
lon
e II
DS
P B
oar
dB
2222
Sun
day,
Aug
ust 1
3, 2
006
Alte
ra C
orpo
ratio
n, 9
330
Scr
anto
n R
d #4
00, S
an D
iego
, CA
921
21
An
alo
g P
ow
er S
up
plie
s
Cop
yrig
ht (c
) 200
5, A
ltera
Cor
pora
tion.
All
Rig
hts
Res
erve
d.
ADC_GND
DAC_GND
DISABLE
ENABLE
PIN2-PIN3
PIN1-PIN2
DISABLE
ENABLE
PIN2-PIN3
PIN1-PIN2
VC
CA
_DA
CV
olta
geS
elec
tJu
mpe
r
3.3V
5V
PIN2-PIN3
PIN1-PIN2
DAC_GND
ADC_GND
GND
VC
CA
_AD
C (1
A)
VC
CA
_DA
C (1
A)
6V (1
.5A
)
SH
UN
T13
8815
45-2
SH
UN
T13
8815
45-2
C12
20.
01uf
C12
20.
01uf
U24
RE
G10
4GA
-A
U24
RE
G10
4GA
-A
VIN
1V
OU
T2
GND 3
AD
JUS
T4
EN
AB
LE5
GND 6
C12
7
1.0u
f
C12
7
1.0u
f
J41
BA
NA
NA
_JA
CK
_BLA
CK
J41
BA
NA
NA
_JA
CK
_BLA
CK
+C
37
47uf
10V
Tan
talu
m
+C
37
47uf
10V
Tan
talu
m
1 2
C21
382
00pf
C21
382
00pf
R79
0R
790
SH
UN
T12
8815
45-2
SH
UN
T12
8815
45-2
R25
70
R25
70
R23
10.0
K, 1
%R
2310
.0K
, 1%
R83
191K
, 1%
R83
191K
, 1%
L17
10uH
L17
10uH 1
2F
6F
use_
Blo
ck_7
AM
PF
6F
use_
Blo
ck_7
AM
P
C10
5
0.1u
F
C10
5
0.1u
F
U6A
SI9
936B
DY
-e3
U6A
SI9
936B
DY
-e37
8
1
2 C14
80.
01uf
C14
80.
01uf
J28
3X1
J28
3X1
1 2 3
R26
3.32
K, 1
%R
263.
32K
, 1%
C13
80.
01uf
C13
80.
01uf
C11
1
10uF
C11
1
10uF
L18
10uH
L18
10uH 1
2
J39
BA
NA
NA
_JA
CK
_RE
DJ3
9B
AN
AN
A_J
AC
K_R
ED
L15
10uH
L15
10uH 1
2
C12
10.
01uf
C12
10.
01uf
U6B
SI9
936B
DY
-e3
U6B
SI9
936B
DY
-e35
6
3
4
+C
101
220u
F10
V
Tan
talu
m+C
101
220u
F10
V
Tan
talu
m1 2
C13
2
1.0u
f
C13
2
1.0u
f
C13
3
1.0u
f
C13
3
1.0u
f
R86
10.0
K, 1
%R
8610
.0K
, 1%
C21
0
1.0u
f
C21
0
1.0u
f
C2
10uf
C2
10uf
L16
10uH
L16
10uH 1
2
R28
2KR28
2K
R90
49.9
R90
49.9
R29
1.33
K, 1
%R
291.
33K
, 1%
C12
0
10uF
C12
0
10uF
R80
0R80
0
C21
10.
01uf
C21
10.
01uf
R85
1.33
K, 1
%R
851.
33K
, 1%
C10
4
1.0u
f
C10
4
1.0u
f
+C
26
47uf
10V
Tan
talu
m
+C
26
47uf
10V
Tan
talu
m
1 2
+C
103
220u
F10
V
Tan
talu
m+C
103
220u
F10
V
Tan
talu
m1 2
R8
68.1
K,1
%R
868
.1K
,1%
R23
42.
15K
,1%
R23
42.
15K
,1%
C13
4
0.1u
fC13
4
0.1u
f
+C
11
47uf
10V
Tan
talu
m
+C
11
47uf
10V
Tan
talu
m
1 2
C12
8
1.0u
f
C12
8
1.0u
f
C21
268
pfC
212
68pf
F7
Fus
e_B
lock
_7A
MP
F7
Fus
e_B
lock
_7A
MP
J42
BA
NA
NA
_JA
CK
_RE
DJ4
2B
AN
AN
A_J
AC
K_R
ED
R5
8.25
K,1
%
R5
8.25
K,1
%
R84
15.0
K, 1
%R
8415
.0K
, 1%
J2 BA
NA
NA
_JA
CK
_BLA
CK
J2 BA
NA
NA
_JA
CK
_BLA
CK
R44
0R
440
C11
2
0.1u
F
C11
2
0.1u
F
J40
BA
NA
NA
_JA
CK
_BLA
CK
J40
BA
NA
NA
_JA
CK
_BLA
CK
U9
TP
S40
055P
WP
U9
TP
S40
055P
WP
KF
F1
RT
2
BP5 3
SY
NC
4
SG
ND
5
SS
6
VF
B7
CO
MP
8
PG
ND
9LD
RV
10
BP10 11
SW
12
HD
RV
13
BO
OS
T14
VIN
15
ILIM
16
GND 17
U23
RE
G10
4GA
-A
U23
RE
G10
4GA
-A
VIN
1V
OU
T2
GND 3
AD
JUS
T4
EN
AB
LE5
GND 6
C19
00.
1uf
C19
00.
1uf
R45
0R
450
C10
8
1.0u
f
C10
8
1.0u
f
C13
1
0.1u
fC13
1
0.1u
f
R32
0R
320
R23
21.
15K
, 1%
R23
21.
15K
, 1%
R25
50
R25
50
R81
0R81
0
R43
0R
430
C6
0.1u
f
C6
0.1u
f
C96
10uf
C96
10uf
R25
60
R25
60
R36
0R
360
J33 3X
1
J33 3X
1123
C16
100p
f
C16
100p
f
R22
10.0
K, 1
%R
2210
.0K
, 1%
J25
3X1
J25
3X1
1 2 3
C40
1.0u
f
C40
1.0u
f
C21
439
00pf
C21
439
00pf
L339
uhL3
39uh 1
2
R27
0.1R
,1%
R27
0.1R
,1%
R24
0.1R
,1%
R24
0.1R
,1%
R87
681R
, 1%
R87
681R
, 1%
SH
UN
T11
8815
45-2
SH
UN
T11
8815
45-2
