9600 Mobile Digital C-Arm · oec-diasonics,inc. 00-873616- ( ) satdet. pri i u32 u33 u11 u7 u2 u1 u14 tp3 r12 r11. r35 r36. cr20 p4. p3 p2. a2j3. tp1. 12. tp16satf tp17 ovld. 2 5

SERIES9600™

Used and Refurbished C-Arms are Available from www.SharpMedical.com - Call us at 800-969-9800 An Independent C-Arm Service Provider. This PDF provided for research / historical purposes only.

HANDSWITCH

PS 2 +24

X-RAY ON SWITCH

FAST STOP SWITCH

C-ARMELEVATION & ROTATION SWITCHES

FAST STOP SWITCH

KV CONTROL & SENSEMA CONTROL & SENSE

FAULT PAL & CIRCUITRYFILAMENT REGULATOR (MA)DARLINGTON DRIVERS (KV)

SATURATION FAULT DETECTOR

CHARGES BATTERIESPRECHARGE OUTPUT

POWER & SIGNALINTERCONNECT & DISTRIBUTION

DIGITAL TO ANALOG CONVERSIONANALOG TO DIGITAL CONVERSION

PIO CONTROL AND STATUSINTERFACE TP TO SYSTEM

HIGH VOLTAGE TANK

HV STEP-UP XFMRHV RECTIFIER

FILAMENT STEP-DOWN XFMRKV & MA SENSING

FILTERCIRCUIT

L1, C1

Q1, Q2

DARLINGTON DRIVERS

BATTERIES PRE-CHARGE CIRCUITRY

K1, K2, C2, C3, R1

STATOR RELAYSSTATOR SENSE

LIFT RELAYSII POWER RELAY

EMERGENCY OFF INTERFACE+24 VOLT INTERLOCK RELAY

AUTO START RELAY

PROVIDES 40VAC

STATORTRANSFORMER

FOOTSWITCH

PS 1+15-15 +5

ELEVATIONMOTOR

& LIMIT SWITCHES

IMAGEINTENSIFIER

&POWER SUPPLY

COLLIMATOR

X-RAY TUBE

AC

HIGH VOLTAGE CABLESTO X-RAY TUBE

AC

COMPUTER BUS

A/D DATA

ROTATION RELAYSSWITCH INTERFACING

AC

B+ VOLTAGE

X-RAY DISABLEVIDEO STABLE

STORE

CAMERA VIDEOSERIAL COMM.

FLUORO

CCDCAMERA

LEFT DISPLAY RIGHT DISPLAY

LEFTCONTROL PANEL

RIGHTCONTROL PANEL

CONTROL PANELPROCESSOR PCB

SCH. #875601

INTERFACES CONTROL SWITCHESDRIVES LEDS AND DISPLAY

SERIAL COMMUNICATIONS TO TP

CONTROL PANEL ASSEMBLY

877000

GENERATORCONTROLLER

ASSEMBLY875392

INTERFACES AC & DC POWER,CONTROL SIGNALS, AND

SERIAL COMMUNICATIONS

MOTOR DRIVERSI.I. FIELD SELECTION

CAMERA ANDCOLLIMATOR CONTROLS

IMAGE FUNCTIONSINTERFACE PCB

SCH. #874750

CARD RACK ASSEMBLY

875538

POWER

POWER/MOTORRELAY PCB

SCH. # 875997

POWER/SIGNALDISTRIBUTION PCB

SCH. #875968

L-ARM MOTORPOWER PCBSCH. #876378

ROTATION MOTOR

& LIMIT SWITCHES

REFER TOMAINFRAME INTERCONNECT DIAGRAM

875500*OR

877972**

*=Use for system serial numbers 69-0001 to 69-1000

**=Use for system serial numbers 69-1001 and up

POWER/SIGNALINTERFACE PCBSCH. # 876001*

OR 877998**

TECHNIQUE PROCESSOR PCBSCH. #876735* or 877742**

LOADS & RUNS DOS & APPLICATION SOFTWARE

SERIAL COMMUNICATIONS TO MONITOR CART AND

CONTROL PANEL PROCESSOR

SOLID STATE DISK DRIVE &CONTROLLER FOR FLOPPY DRIVE

INTERCONNECTCABLE TO / FROM

WORKSTATIONAC

AC

GENERATORDRIVER PCB

SCH. # 877461

X-RAYREGULATOR PCB

SCH. #877458BATTERY

CHARGER PCBSCH. # 876643*

or 877995**

ANALOG INTERFACE PCBSCH. # 876738

IMAGE SYSTEM INTERCONNECTREFER TO 875410* OR 877971**

MOTHERBOARDSCH. #875539

MRESET*XRAY SWITCH

XRAY LAMPSERIAL COMM.

EMERGENCY OFF

AC

Page 1 of 2For Reference Only

9600 C-Arm Block Diagram

12/3/96CARM_BLK.DS4

9600 C-Arm

CAMERA ROTATIONCAMERA GAINVIDEO LEVEL INDICATOR


AC & +24V

DRIVE SIGNALS

+24V TOCAMERA & II

AC TOSTATOR


NOTE

- Click on the yellow squares to go directly to the drawing cited. - Click on the << button in the Tool Bar to return to this point.

NOTE

- Click on the blue box around the title block to go directly to the 9600 Service Manual section describing this diagram. - Click on the << button in the Tool Bar to return to this point.

NOTE

- Click on the yellow box at the upper left-hand corner to go to a Notepad file for each drawing. In this file, you can type and save any notes associated with the drawing. - Be sure to click on FILE => SAVE to save your notes before returning to the block diagram. - To return to the block diagram, click on the CLOSE WINDOW block in the upper left-hand corner of the Notepad file.

PS 2 +24

C-ARMELEVATION & ROTATION SWITCHES

KV CONTROL & SENSEMA CONTROL & SENSE

FAULT PAL & CIRCUITRYFILAMENT REGULATOR (MA)DARLINGTON DRIVERS (KV)

SATURATION FAULT DETECTOR

CHARGES BATTERIESPRECHARGE OUTPUT

HIGH VOLTAGE TANK

HV STEP-UP XFMRHV RECTIFIER

FILAMENT STEP-DOWN XFMRKV & MA SENSING

FILTERCIRCUIT

L1, C1

Q1, Q2

DARLINGTON DRIVERS

BATTERIES PRE-CHARGE CIRCUITRY

K1, K2, C2, C3, R1

STATOR RELAYSSTATOR SENSE

LIFT RELAYSII POWER RELAY

EMERGENCY OFF INTERFACE+24 VOLT INTERLOCK RELAY

AUTO START RELAY

PROVIDES 40VAC

STATORTRANSFORMER

FOOTSWITCH

PS 1+15-15 +5

ELEVATIONMOTOR

& LIMIT SWITCHES

AC

HIGH VOLTAGE CABLESTO X-RAY TUBE

AC

AC

B+ VOLTAGE

GENERATORCONTROLLER

ASSEMBLY875392

INTERFACES AC & DC POWER,CONTROL SIGNALS, AND



SCH. # 875997COLUMN I/O PCB

SCH. #878492

L-ARM MOTORPOWER PCBSCH. #876378

ROTATION MOTOR

& LIMIT SWITCHESREFER TO MAINFRAME

INTERCONNECT DIAGRAM #878376

Use for system serial numbers69-2001 and up

and 62-001 and up

POWER/SIGNALINTERFACE PCB

SCH. # 877998

AC

GENERATORDRIVER PCB

SCH. # 877461

X-RAYREGULATOR PCB

SCH. #877458

BATTERYCHARGER PCBSCH. # 877995

X-RAY ON SWITCH

FAST STOPSWITCHES

LEFT & RIGHTDISPLAYS

LEFT & RIGHTCONTROL PANELS


SCH. #878486

INTERPRETS CP SWITCHESDRIVES LEDS

DRIVES DISPLAYSSERIAL COMMUNICATIONS

TO TECHNIQUE PROC.


877000

POWER

SIGNALS


9600 C-Arm Block Diagram

12/3/96CARM_BLK.DS4

9600 C-Arm

HANDSWITCH

POWER & SIGNALINTERCONNECT & DISTRIBUTION

DIGITAL TO ANALOG CONVERSIONANALOG TO DIGITAL CONVERSION

PIO CONTROL AND STATUSINTERFACE TP TO SYSTEM

IMAGEINTENSIFIER

&POWER SUPPLY

COLLIMATOR

X-RAY TUBE

COMPUTER BUS

A/D DATA

X-RAY DISABLEVIDEO STABLE

STORE

CAMERA VIDEOSERIAL COMM.

FLUORO

CCDCAMERA

MOTOR DRIVERSI.I. FIELD SELECTION

CAMERA ANDCOLLIMATOR CONTROLS

IMAGE FUNCTION PCB

SCH. #878398

CARD RACK ASSEMBLY

878381

TECHNIQUE PROCESSOR PCBSCH. 877742

LOADS & RUNS DOS & APPLICATION SOFTWARE

SERIAL COMMUNICATIONS TO MONITOR CART AND


SOLID STATE DISK DRIVEWITH APPLICATIONS

SOFTWARE ON SRAM CARD

INTERCONNECT CABLETO / FROM WORKSTATION

AC

ANALOG INTERFACE PCBSCH. # 876738

IMAGE SYSTEMINTERCONNECT

REFER TO 878377



CONTROL PANELPROCESSOR I/O PCB

SCH. #878489

CAMERAVIDEO

CABLINGCONNECTIONSFOR CPP PCB

CABLINGCONNECTIONSFOR CPP PCB

AND SWITCHES

+24V TOCAMERA & II

AC TOSTATOR

AC,+24V

AC POWER& SWITCH

INTERFACE

DRIVE SIGNALS

SIGNALS


NOTE

Click on the yellow squares to go directly to the drawing cited. Click on the << button in the Tool Bar to return to this point.

NOTE

Click on the blue box around the title block to go directly to the 9600 Service Manual section describing this diagram. Click on the << button in the Tool Bar to return to this point.

T1

C1

L1

CURRENT LOOP

(1B8)

(1B7)FAULT PAL 14

(1A6)

HVDRIVE PAL

14

(1B7)

(2A3)

+

- 7

+12

9

B+

10K

10K

4U46 16 15

U27PIO(2B7)

2

3

7

(1A8) (1A7)

+

-

+5V

(2D7)

(2D8)

(2D6)

2 17

5

OVER VOLTAGE FAULT

11 U3MUX

U7ADC

14(1D6)

U46(2A7)

FAULT13 17U46

(2A7)

(2A7)

14

17 3

6 14

1412

13

26

HIGH VOLTAGE TANK

CD

J1

31

33

32

45

TAP1TAP2

Q2

Q1

VOLTAGE DROP FROM Q2

VOLTAGE DROP FROM Q1

B A

P2

P1

P2

23

R14

Q9(1A6)

VR1(1A7)

R19

R18100K

R2510K

CR27

CR23

TP7

(1A6)

P3

12 SATDET

A2J3U7

12

DRVONU11 8

TP3

(2A2)

U14

R36

FAULT_1

OVERLOAD

CR2032 U32

7

U33

P4

54

SECTAP

TP1

CR3+5U1

1.6 VOLT TRIP POINT AT TP1

P3 P2TP17

TP16

28 (1D5)

PRI.I

R12

R11

SATURATION FAULT

OVERVOLTAGE

SATURATION

OVERLOAD

FAULT

FAULT PAL OUTPUT TRUTH TABLE

17 14 13

HH

H H

H

ANALOG INTERFACE PCB SCH. # 876738

X-RAY REGULATOR PCB SCH. # 877458

MOTHERBOARDSCH. #875539 OR #878396

GENERATOR DRIVER PCBSCH. #877461

PART OF GENERATORCONTROLLER ASY. DRAWING #875392

VR1(1B4)

+15V +12V

TP23

-15V -12V

TP24

VR2(1B4)

TP22+5V

TP5GND

TP1 TP2 TP21 TP22

TP23+15V

TP25+12V

TP24+5V

U2 PINS

L L

L

L

U2

3

27 4 16

U36

(1A6)

8V REFERENCE

U362 18

Disables HV DRA & HV DRB

when Fault is detected

U36

U36

U36

13 7

15 5

11 9

(1A5)

(1A5)

ACIN

HIGH VOLTAGETRANSFORMER

9600 C-ARM

For Reference Only

12/4/96

Page 1 of 1

96FAULTS.DS4

GENERATOR KV CIRCUIT FAULTSFUNCTIONAL DIAGRAM

R37

9

+3

4

4

R100


NOTE


9600 Digital Mobile C-Arm - Generator Block Diagrams, Test Points, and Signal Waveforms

OEC-DIASONICS,INC.

00-873616- ( )

SATDET

PRI I

U32U33

U11

U7

U2

U1

U14

TP3

R12R11

R35

R36

CR20

P4

P3

P2

A2J3

TP1

12

TP16SATF

TP17OVLD

2

5

7

17

1413

23

7

32

9 8

9

14

5 4

2 73

7

X-RAY REGULATOR

THESE COMPONENTS ARE COVERED BY THE BATTERY CHARGER PCB

OVERVOLTAGE

SATURATION

OVERLOAD

FAULT PAL OUTPUT TRUTH TABLE

HH

H H

H

U7PIN 9

TP17TP16FAULT PAL U2

OUTPUTS

Test Conditions

2 V dc50 us

2 V dc50 us

DRVON

SATDET

OVERLOAD FAULTTRIP POINT = 1.6 VOLTS

OVER VOLTAGE FAULTTRIP POINT = 30 VPP (140 KVP)

SATURATION FAULTTRIP POINT = 8 VOLTS

In the manual fluoro mode, use a technique of 50 kV and 1 mA for the majority of this lab.

Other kV settings will be useful forobserving a change in DC voltages.Note these unique kV settings on this worksheet for future reference.

The waveforms represent normal X-ray on conditions at 50 KV @ 1 ma.

Page 1 of 1

9600 GENERATOR

96FLT_SS.DS4 8-21-96

9600 GENERATOR FAULTS WORKSHEET

TP5GND

200 mV dc

100 us

TAP1

100 mV dc

100 us

PRI.I


NOTE

- Click on the blue box around the Title block to go directly to the 9600 Service Manual section describing this diagram. - Click on the << button in the Tool Bar to return to this point.

9600 Mobile Digital C-Arm - Generator Block Diagrams, Test Points, and Waveforms

CONTROL PANELPROCESSOR PCBSCH. #875601

MAINFRAMEMOTHERBOARD SCH. #875539

P10

MICROPROCESSOR

U43 5712MRESET*

P4

PWR/MTR RELAY PCBSCH. #875997

15U1

X-RAY_ON

SEE 24V INTERLOCK BLOCK DIAGRAM

EMEROFF_HI

EMEROFF_LO

X-RAY_SWITCH

SECURITY

P9 J6

P7

P2

P1

X-RAY_SWITCHSECURITY

X-RAY_LAMP

U5

Y1TP4

MICROPROCESSOR

X-RAY_LAMP SIGNAL TO WORKSTATION POWER PANEL

INTERCONNECT CABLE

EPROM

U4

SRAM

U7

PAL

U3

RESET* CHIPSELECTS

DD

A0-7

A8-14

A0-7

A8-14

A0-7

AD O-15

VCC

Q1

DS1

+12V

80C196

10MHZ

SEE X-RAY ON BLOCK DIAGRAMFOR DETAIL OF X-RAY ON SIGNAL

(SEE X-RAY ON BLOCK DIAGRAMFOR DETAILS OF TH ESE CIRCUITS)

14 6

U30(1C5)

80C188

13

(1B8)

A0-7

A0-7

+12

-12VR2

VR1-15

+15

(1B7)

TP11

TP5

WATCHDOG TIMER 150MS

MRESET*

MEMORY AND ADDRESSING

AD 0-7

7575

8416

1

9

2

10

X-RAY_SWITCH

SECURITY

TO OPTO ISOLATORS U50 & 51ON ANALOG INTERFACE PCB

FROM FOOTSWITCH

FROM HANDSWITCH

+12

EMEROFF_HI

EMEROFF_LO

X-RAY_SWITCH

X-RAY_LAMP

SECURITY

CHASSIS GND

TP2

P6 P7 P5

XRAY SWITCH

FAST STOPSWITCHES

+5V

2 4 3511 3 1 3

8

24

25

27

SEE PAGE 2 FORCOMMUNICATION

CIRCUITRY

SWITCHES

P8

4

5

18

10

12

14

2

16

17

19

17

9

11

13

1

15

18

19

1

14

15

16

18

17

5

19

1

14

15

16

18

17

5

19

CR1

(1B5)

CONTROLS &DISPLAY

INTERFACEJ1-5

4

3

9

P1

USE THIS DIAGRAMON SYSTEM SERIAL NUMBERS

69-0001 TO 69-1000

POWER/SIGNALINTERFACE PCB SCH. #876001

REFERENCE TO9600 C-ARM INTERCONNECT DIAGRAM

875500

TECHNIQUEPROCESSOR PCBSCH.# 876735

U6 (1C7)

VFDBUFFER

U2

(1C3) (1C1)

(1B2)

(1B2)

U9(1B3)

LS1(1B3)

Q2(1B3)

(1D5)

(1A3)

(1A3)

(1C4)(1D4)

U36 (1B7)

LATCH

SEE WORKSTATIONCONTROL AND

COMMUNICATIONSBLOCK DIAGRAM FOR ACONTINUATION OF THE

INTERCONNECT CABLE SIGNALS

SEE SYSTEM POWER BLOCK DIAGRAMFOR DETAILS OF POWER DISTRIBUTION

9600 C-ARM

For Reference Only

6/4/96

Page 1 of 3

CPP_TP_1.DS4

CONTROL PANEL PROCESSOR/TECHNIQUE PROCESSOR

BLOCK DIAGRAM

SEE SERVICE MANUALFOR SWITCH & LED

DIAGNOSTIC UTILITIES

U11&16(23D)

LEDLATCHES

(1-16)

U13(2D5)

KEYPADCOLUMN

INPUTLATCH

U12(2C5)

KEYPADROW

OUTPUTLATCH

P1 & P2

636

U15

U14 4516

1

23

767

28

19

TP 1, 3, 12, 13

+5VTP8

TP2+5V TP 3

+5V3

DS1 BLINKSON AND OFFTO INDICATE

THAT THE MICROPROCESSORIS EXECUTING CODE

P1 CONNECTS TO THE LEFT CONTROL PANELP2 CONNECTS TO THE RIGHT CONTROL PANEL


NOTE

Click on the blue box around the Title block to go directly to the 9600 Service Manual section describing this diagram. Click on the << button in the Tool Bar to return to this point.


U5

80C19617

44

18

39

TP10

TP9

TP6

TP7

TECH_TXD_HI

TECH_TXD_LO

TECH_RTS_HI

TECH_RTS_LO

TECH_RXD_HI

TECH_RXD_LO

TECH_CTS_HI

TECH_CTS_LO

U8

U8

U10

U10

(1B7)

(1B7)

11

13

15

7

10

9

14

15

14

136

5

MICROPROCESSOR

TP1

TECH_RXD_LO

TECH_RXD_HIRXD_TECH

TP2

TECH_CTS_LO

TECH_CTS_HICTS_TECH

TP3TECH_TXD_HI

TECH_TXD_LOTXD_TECH

TP4TECH_RTS_HI

TECH_RTS_LORTS_TECH

P10

U2

U2

U1

U1

6

514

13

10

9

14

15

P9

10

12

14

16

4

2

8

6

J5 P2

MICROPROCESSOR

U37

U39

RTS

TXD

RXD

CTS

17

15

18

16

3

5

2

4

U30(1C5)

80C188

(4A7)

TXD

RXD

18

2019

103

104

101

102

TXD_A

RTS_A

RXD_A

CTS_A

A

72

70

103

104

101

102

72

70

(4A4)

BUFFEREDDATA BUS

BUFFEREDADDRESS BUS

2

20

25

19

27

1

U38

12

87

2

4

S1

U35

BUFFER

SERIALCOMMUNICATIONS

CONTROLLER

RS-232DRIVER/

RECEIVER

BUFFER

(3B6)

(3B8)

U17

19

9

TX

RX

IMAGE FUNCTIONS PCBSCH.#874750


MAINFRAMEMOTHERBOARD

SCH. #875539

P1

9

11

13

15

3

1

7

5

P4

12

13

10

11

12

13

10

11

TECH_TXD_HI

TECH_RTS_HI

TECH_RXD_HI

TECH_CTS_HI

IFBTX

IFBRX

P3 21 22

P2

1

2

(1D8)

1816

TP12

TP14

TP10

TP11

RXD_D

TXD_D

TP16

TP13 D

44

43

3

(4A5)

U3854



69-0001 TO 69-1000


(1C4)

U5(4B3)

SWITCHES 1 & 2 OF SW1MUST BE ON TO ENABLE


U16

MICROCONTROLLER 9600 C-ARM

For Reference Only Page 2 of 3

CPP_TP_1.DS4

C-ARM COMMUNICATIONSBLOCK DIAGRAM

TP 1, 3, 12, 13

TP2+5V TP 3

+5VTP8

RTS

TXD

CTS

RXD

E32 1

2 1

E2

7

15

11

13

RS422SERIAL

COMMUNICATION

TXD = TRANSMIT DATARTS = REQUEST TO SEND

RXD = RECEIVE DATACTS = CLEAR TO SEND

6/4/96


NOTE



105 105

106 106

107 107

108 108

J1 ONPOWER PANEL

P2

INTERCONNECT CABLE

31

45

6

9

108MFRXD

MFCTS

13

12

15

14

MFRXD

MFCTS

MFTXD

MFRTS

28

26 26

21 21

18 18

MFTXD

MFRTS

U16

U16

30TXDA

29

RXDA31

7

DUAL UART

SD0-7

P1

386MOTHERBOARD

28

U15

U1513 11

AT COMM PCB SCH. #872125

C-ARM

8

3

9

2

(1C7)

(1C7)

(1B4)

(1B5)

1

1 LEMO CONNECTOR PINS SHOWN

IP0

OP0

WORKSTATI0N


J5P2

TP19

TP9

TP18

TP17

U39

RXD

CTS

TXD

RTS

19

4

18

5

20

3

1

2

8

23

7

21 RTS_B

TXD_B

CTS_B

RXD_B

B


RS-232DRIVER/RECEIVER

MFRXD

MFCTS

MFTXD

MFRTS

20

21

22

23

P10 TP11

TP12

AUX INTERFACE PCB SCH. #876502

P14 P3

U27


69-0001 TO 69-1000

REFERENCE TO9600 WORKSTATION INTERCONNECT DIAGRAM

#876158REFERENCE TO

MAINRAME INTERCONNECT DIAGRAM#875500




CONTROLLER

U52(1B3)(4A7)

(1B4)

9600 C-ARM

For Reference Only

CPP_TP_1.DS4

Page 3 of 3

WORKSTATION / C-ARM COMMUNICATIONS BLOCK DIAGRAM

TP2+5V TP 3

TP 7

TP 1&6+12V

TP 2&16+5V

TP 9-12V

TP 1-4

6/4/96


NOTE




P10

MICROPROCESSOR

U43 5712MRESET*


15U1

X-RAY_ON


EMEROFF_HI

EMEROFF_LO

X-RAY_SWITCH

SECURITY

P9 J6

P7

P2

P1


X-RAY_LAMP

X-RAY_LAMP SIGNAL TO WORKSTATION POWER PANEL

INTERCONNECT CABLE

SEE X-RAY ON BLOCK DIAGRAMFOR DETAIL OF X-RAY ON SIGNAL


14 6 U36 (1B7)

LATCH

U30(1C5)

80C188

13

(1B8)

+12

-12VR2

VR1-15

+15

(1B7)

7575

8416

1

9

2

10

X-RAY_SWITCH

SECURITY


FROM FOOTSWITCH

FROM HANDSWITCH

8

24

25

27



69-1001 TO 69-2000

P8

4

5



877972

17

9

11

13

1

15

18

19

1

14

15

16

18

17

5

19

1

14

15

16

17

5

19

CR1(1B5)

J1-5

4

3

9

P1

18


SEE WORKSTATIONCONTROL AND

COMMUNICATIONSBLOCK DIAGRAM FOR ACONTINUATION OF THE

INTERCONNECT CABLE SIGNALS CONTROL PANELPROCESSOR PCBSCH. #875601 P4

U5

Y1TP4

MICROPROCESSOR

EPROM

U4

SRAM

U7

PAL

U3

RESET* CHIPSELECTS

DD

A0-7

A8-14

A0-7

A8-14

A0-7

AD O-15

VCC

Q1

DS1

+12V

80C196

10MHZ

A0-7

A0-7

TP11

TP5


MRESET*


AD 0-7

+12

EMEROFF_HI

EMEROFF_LO

X-RAY_SWITCH

X-RAY_LAMP

SECURITY

CHASSIS GND

TP2

P6 P7 P5

XRAY SWITCH

FAST STOPSWITCHES

+5V

2 4 3511 3 1 3


CIRCUITRY

SWITCHES

18

10

12

14

2

16

17

19

CONTROLS &DISPLAY

INTERFACE

U6 (1C7)

VFDBUFFER

U2

(1C3) (1C1)

(1B2)

(1B2)

U9(1B3)

LS1(1B3)

Q2(1B3)

(1D5)

(1A3)

(1A3)

(1C4)(1D4)



U11&16(23D)

LEDLATCHES

(1-16)

U13(2D5)

KEYPADCOLUMN

INPUTLATCH

U12(2C5)

KEYPADROW

OUTPUTLATCH

P1 & P2

636

U15

U14 4516

1

23

767

28

19

TP 1, 3, 12, 13

+5VTP8

+5V3




9600 C-ARM



BLOCK DIAGRAM

CPP_TP_2.DS4

+5V

TP 3, 7,8, 9

TP6

6/4/96


NOTE



1 THESE 2 SIGNALS, COM_MODE_0 & COM_MODE_1GO TO U53 & U38 TO SELECT SERIAL COMMUNICATIONS

FOR C-ARM OR UROVIEW

2 SWITCHES 1 & 2 OF SW1 MUST BE ON TOENABLE SERIAL COMMUNICATIONS

U5(1C4)

80C196

17

44

18

39

TP6

TP7

TECH_TXD_HI

TECH_TXD_LO

TECH_RTS_HI

TECH_RTS_LO

TECH_RXD_HI

TECH_RXD_LO

TECH_CTS_HI

TECH_CTS_LO

U8

U8

U10

U10

(1B7)

(1B7)

11

13

15

7

10

9

14

15

14

136

5MICROPROCESSOR

TP1

TECH_RXD_LO

TECH_RXD_HIRXD_TECH

TP2

TECH_CTS_LO

TECH_CTS_HICTS_TECH

TP3TECH_TXD_HI

TECH_TXD_LOTXD_TECH

TP4TECH_RTS_HI

TECH_RTS_LORTS_TECH

P10

U2

U2

U1

U1

6

514

13

10

9

14

15

P9

10

12

14

16

4

2

8

6

J5 P2

MICROPROCESSOR

U37

U39

RTS

TXD

RXD

CTS

17

15

18

16

3

5

2

4

80C188

(4A7)

TXD

RXD18

2019

103

104

101

102

TXD_A

RTS_A

RXD_A

CTS_A

A

72

70

103

104

101

102

72

70

(4A4)

BUFFEREDDATA BUS

BUFFEREDADDRESS BUS


TP11

TP10

TP13

TP12

1

2

14

15

TP31

TP30

TP33

TP32

20

25

19

27

C10

18

TP401 23

5

U38

TP20

TP18

TXD_C

RXD_C

37

36TP38

2

(4B5)

12

87

2

4

S1

U35

COMSEL

U5319

PORTSEL

BUFFER


CONTROLLER

RS-232DRIVER/

RECEIVER

BUFFER

(3B6)

(3B8)

1

2

19

9

TX

RX




SCH. #875539

P1


69-1001 TO 69-2000

9

11

13

15

3

1

7

5

P4


12

13

10

11

12

13

10

11

TECH_TXD_HI

TECH_RTS_HI

TECH_RXD_HI

TECH_CTS_HI

IFBTX

IFBRX

P3 21 22

P2

1

2

(1D8)

21

20

78

1816

U5(4B3)

(4C5)

U30(1C5)

RXD

(CTS)

TXD

(RTS)

U17 U16

MICROCONTROLLER 9600 C-ARM

For Reference Only

6/4/96

Page 2 of 3

CPP_TP_2.DS4

C-ARM COMMUNICATIONS BLOCK DIAGRAM

+5V

TP 3, 7,8, 9

TP6

TP 1, 3, 12, 13

+5VTP8

TP10

TP9

E32 1

2 1

E2

RS422SERIAL

COMMUNICATION

7

15

11

13




NOTE

Click on a yellow box to go directly to the block diagram for the section highlighted. Click on the blue box around the Title Block to go to the text describing this block diagram. Click on the << button in the Tool Bar to return to this point.


105 105

106 106

107 107

108 108

J1 ONPOWER PANEL

P2

INTERCONNECT CABLE

31

45

6

9

108MFRXD

MFCTS

13

12

15

14

MFRXD

MFCTS

MFTXD

MFRTS

28

26 26

21 21

18 18

MFTXD

MFRTS

U16

U16

30TXDA

29

RXDA31

7

DUAL UART

SD0-7

P1

386MOTHERBOARD28

U15

U1513 11


C-ARM

8

3

9

2

(1C7)

(1C7)

(1B4)

(1B5)

1


IP0

OP0

WORKSTATI0N

J5P2

U39

RXD

CTS

TXD

RTS

(4A7)

19

4

18

5

20

3

1

2

8

23

7

21 RTS_B

TXD_B

CTS_B

RXD_B

B



MFRXD

MFCTS

MFTXD

MFRTS

20

21

22

23

P10 TP11

TP12


P14 P3

U27




69-1001 AND UP


#877970

REFERENCE TOMAINRAME INTERCONNECT DIAGRAM

#877972


U38(4B5)

TP34

TP35

TP36

TP37


CONTROLLER

16 3

17 4

TP14

TP15

TP16

TP17

COMSELECT

WORKSTATION / C-ARMCOMMUNICATIONS BLOCK DIAGRAM

U52(1B3)

(1B4)

9600 C-ARM

For Reference Only

6/4/96

Page 3 of 3

CPP_TP_2.DS4

+5V

TP 3, 7,8, 9

TP6

(1B4)TP 7

TP 1&6+12V

TP 2&16+5V

TP 9-12V

TP 1-4



P4

MRESET*

EMEROFF_HI

EMEROFF_LO

X-RAY_SWITCH

X-RAY_LAMP

SECURITY

XRAY SWITCH

FAST STOPSWITCHES

+5V


69-2001 AND HIGHER &62-0001 AND HIGHER



878376

9600 C-ARM


CPP_TP_3.DS4


BLOCK DIAGRAM



P1 & P2



P3

P4

U11

Y1TP8

MICROPROCESSOR

EPROM

U10

SRAM

U8

PAL

U1

RESET* CHIPSELECTS

DD

A0-7

A8-14

A0-7

A8-14

A0-7

AD O-15

VCC

Q1

DS1

80C196

10MHZ

A0-7

A0-7

TP6TP5



AD 0-7


CIRCUITRY

CONTROLS &DISPLAY

INTERFACE

U13 (1C7)

VFDBUFFER

U9

(1C3) (1C1)

(1B2)

(1B2)

U12(1B3)

+12V

LS1(1B3)

Q2(1B3)

(1D5)

(1A3)

(1A3)

(1C4)(1D4)

U5&6(2D3)

LEDLATCHES

(1-16)

U14(2D5)

KEYPADCOLUMN

INPUTLATCH

U7(2C5)

KEYPADROW

OUTPUTLATCH

636

U2

U3 4516

1

23

767

28

19

TP 1, 9, 7, 4

+5VTP3

+5V3




SCH. #878489

P5

J1

J2

J3

COLUMN I/O PCBSCH. #878492

MRESET* 31 31 9 9


MICROPROCESSOR

U43 5712MRESET*


15U1

X-RAY_ON


EMEROFF_HI

EMEROFF_LO

X-RAY_SWITCH

SECURITY

J6

P7

P2

P5


X-RAY_LAMP*

X-RAY_LAMP*SIGNAL TO

WORKSTATIONPOWER PANEL

INTERCONNECTCABLE

SEE X-RAY ONBLOCK DIAGRAMFOR DETAILS

OF X-RAY ON SIGNAL


14 6

U30(1C5)

80C188

13

(1B8)

+12

-12VR2

VR1-15

+15

(1B7)

7575

8416

1

9

2

10

X-RAY_SWITCH

SECURITY


FROM FOOTSWITCH

FROM HANDSWITCH

8

24

25

27

P5

3

6

CR1

(1B5)

J1-5

4

3

9

P1


U36 (1B7)

LATCH

SEE WORKSTATION CONTROL ANDCOMMUNICATIONS BLOCK DIAGRAM FOR A

CONTINUATION OF THEINTERCONNECT CABLE SIGNALS


TP2+5V TP 3

+5V

20 20

P9

P8

1

3

1

3

3

1

2

4

5

CR2

CR1

10

12

16

18 17

9

11

15

14

2

13

1 SECURITY

X-RAY_SWITCH

X-RAY_LAMP*

EMEROFF_LO

EMEROFF_HI

P9

1 1

14 18

15 15

17 16

16 14

18 17

J1

90TO

IMAGE FUNCTION PCBP2-90

J5 P2

P10

R1P10

S1

S2

6/4/96


NOTE



1THESE 2 SIGNALS, COM_MODE_0 & COM_MODE_1

GO TO U53 & U38 TO SELECT SERIAL COMMUNICATIONSFOR C-ARM OR UROVIEW

2 SWITCHES 1 & 2 OF SW1 MUST BE ON TOENABLE SERIAL COMMUNICATIONS

U11

(1C4)

80C196

17

44

18

39

TP13

TP10

TECH_TXD_HI

TECH_TXD_LO

TECH_RTS_HI

TECH_RTS_LO

TECH_RXD_HI

TECH_RXD_LO

TECH_CTS_HI

TECH_CTS_LO

U15

U15

U4

U4

(1B7)

(1B7)

11

13

15

7

10

9

14

15

14

13

6

5MICROPROCESSOR

TP1

TECH_RXD_LO

TECH_RXD_HIRXD_TECH

TP2

TECH_CTS_LO

TECH_CTS_HICTS_TECH

TP3TECH_TXD_HI

TECH_TXD_LOTXD_TECH

TP4TECH_RTS_HI

TECH_RTS_LORTS_TECH

P10

U2

U2

U1

U1

6

5

14

13

10

9

14

15

P9

10

12

14

16

4

2

8

6

J5 P2

MICROPROCESSOR

U37

U39

RTS

TXD

RXD

CTS

17

15

18

16

3

5

2

4

80C188

(4A7)

TXD

RXD18

2019

103

104

101

102

TXD_A

RTS_A

RXD_A

CTS_A

A

72

70

103

104

101

102

72

70

(4A4)

BUFFEREDDATA BUS

BUFFEREDADDRESS BUS


TP11

TP10

TP13

TP12

1

2

14

15

TP31

TP30

TP33

TP32

20

25

19

27

C10

18

TP401 23

5

U38

TP20

TP18

TXD_C

RXD_C

37

36TP38

2

(4B5)

1

2

8

7

2

4

S1

U35

COMSEL

U5319

PORTSEL

BUFFER


CONTROLLER

RS-232DRIVER/

RECEIVER

BUFFER

(3B6)

(3B8)

1

2

19

9TX

RX


CONTROLPANEL

PROCESSORPCB

SCH. #878486


SCH. #878396

P5



3

4

1

21

11

30

14

13

J1


12

13

10

11

12

13

10

11

TXD_TECH

RTS_TECH

RXD_TECH

CTS_TECH

IFBTX

IFBRX

P271 73J171 73

(1D8)

21

20

7

8

18

16

U5(4B3)

(4C5)

U30(1C5)

RXD

(CTS)

TXD

(RTS)

U17U16

MICROCONTROLLER

+5V

TP 3, 7,8, 9

TP6

TP 1, 4, 7, 9

+5VTP3

TP12

TP11

E32 1

2 1

E2

7

15

11

13

9600 C-ARM


CPP_TP_3.DS4

C-ARM COMMUNICATIONS BLOCK DIAGRAM

P4

9

11

13

15

3

1

7

5

COLUMN I/OPCB

SCH. #878492

CONTROLPANEL

PROCESSORI/O PCB

SCH. #878489

P4

13

14

30

11

21

1

4

3

P3 J3

5 5

6 6

7 7

8 8

2 2

1 1

4 4

3 3

TP5

TP6TXD = TRANSMIT DATARTS = REQUEST TO SEND


6/4/96


NOTE



105 105

106 106

107 107

108 108

J1 ONPOWER PANEL

P2

INTERCONNECT CABLE

31

45

6

9

108MFRXD

MFCTS

13

12

15

14

MFRXD

MFCTS

MFTXD

MFRTS

28

26 26

21 21

18 18

MFTXD

MFRTS

U16

U16

30TXDA

29

RXDA31

7

DUAL UART

SD0-7

P1

386MOTHERBOARD

28

U15

U1513 11


C-ARM

8

3

9

2

(1C7)

(1C7)

(1B4)

(1B5)

1


IP0

OP0

WORKSTATI0N

J5P2

U39

RXD

CTS

TXD

RTS

(4A7)

19

4

18

5

20

3

1

2

8

23

7

21 RTS_B

TXD_B

CTS_B

RXD_B

B



MFRXD

MFCTS

MFTXD

MFRTS

20

21

22

23

P10 TP11

TP12


P14 P3

U27






#877970

REFERENCE TOMAINRAME INTERCONNECT DIAGRAM

#878376


U38(4B5)

TP34

TP35

TP36

TP37


CONTROLLER

16 3

17 4

TP14

TP15

TP16

TP17

COMSELECT

U52(1B3)

(1B4)

+5V

TP 3, 7,8, 9

TP6

(1B4)TP 7

TP 1&6+12V

TP 2&16+5V

TP 9-12V

TP 1-4

9600 C-ARM

For Reference Only

6/4/96

Page 3 of 3

CPP_TP_3.DS4

WORKSTATION / C-ARMCOMMUNICATIONS BLOCK DIAGRAMUsed and Refurbished C-Arms are Available from www.SharpMedical.com - Call us at 800-969-9800

An Independent C-Arm Service Provider. This PDF provided for research / historical purposes only.

NOTE



TP1

TP2

TP3

TP4TP6

TP7

TP4

TP3

TP12

TP1

TP5

DS1TP13

TP9TP10

TP11

MRESET*

RESET*

10MHZ.CLOCK

RXDTP 10

(TP 12)

TXDTP 6

(TP 13)

RTS at TP 7 (TP 10)and

CTS at TP 9 (TP 11)

2VDC5S

TP3TXD_TECH

CTS_TECH at TP2and

RTS_TECH at TP4

TP1RXD_TECH

POWER/SIGNAL INTERFACE PCBSCH. # 877998ASM. # 878000

CONTROL PANEL PROCESSOR PCBSCH. # 875601ASM. # 875603

COMMUNICATION SIGNALS

POWER SIGNAL INTERFACE PCBAND


9600 C-ARM

For Reference Only

4/23/96

Page 1 of 3

CP_TP_SS.DS4


SIGNAL SHEET

MRESET*TP 11

10 MHZ.CLOCK

TP 4

2VDC20MS

RESET*TP 5

TEST POINTS IN PARENTHESESINDICATE NEWER PCB

SCH. # 878486

2VDC.5ms

2VDC.5ms

2VDC1S

CTS_TECH

RTS_TECH

.2ms2VDC

.2ms2VDC

RTS

CTS

2VDC1S

2VDC1S


NOTE



S2

TP20

U1U2

+5VTP6

P1

TP33

TP32

TP31TP30 TP11

TP12TP13

TP10

RESET

MSD LSDTP8

TP9

TP7

TP3

P2

U36

127.3728MHZ. CLOCK

TP18

TP20 - TXD_C TP18 - RXD_C

TXD_ATP 12

RTS_A at TP 13and

CTS_A at TP 11

RXD_ATP 10

RTS_ATP 33

(TP 14)

TXD_ATP 32

(TP 12)

CTS_ATP 31

(TP 11)

RXD_ATP 30

(TP 10)

TECHNIQUE PROCESSOR PCBSCH. # 877742ASM.# 877744


TECHNIQUE PROCESSOR TO CONTROL PANEL PROCESSORAND

TECHNIQUE PROCESSOR TO IMAGE FUNCTIONS PCP

9600 C-ARMFor Reference Only

4/23/96CP_TP_SS.DS4


SIGNAL SHEET

Page 2 of 3

TEST POINTS INPARENTHESES

INDICATE OLDER PCBSCH. #876735

1VDC500ms

1VDC.1ms

1VDC.100ms

500ms1VDC

500ms1VDC

.2ms 5VDC .2ms 5VDC

500ms1VDC

CTS_A / TP11

RTS_A / TP13

U36 PIN 127.3728MHZ.

CLOCK

500ms1VDC


NOTE



RXD_BTP 14

(TP 17)

TXD_BTP 16(TP 9)

CTS_B at TP 15 (TP 18)and

RTS_B at TP 17 (TP 19)

S2U1U2

+5VTP6

P1

TP16

TP15TP17

TP14

RESET

MSD LSDTP8

TP9

TP7

TP3

P2

U36

127.3728MHZ. CLOCK

TP34TP35TP36

TP37

RXD_BTP 34

TXD_BTP 36

TECHNIQUE PROCESSOR PCBSCH. # 877742ASM.# 877744


TECHNIQUE PROCESSOR TO WORKSTATION

9600 C-ARM

For Reference Only

4/23/96CP_TP_SS.DS4


SIGNAL SHEET

Page 3 of 3

TEST POINTS INPARENTHESES

INDICATE OLDER PCBSCH. #876735

RTS_B at TP 37and

CTS_B at TP 35

10 S2VDC

.2ms5VDC

10VDC10S

CTS _B

RTS_B

CTS_B

RTS_B

.2ms2VDC

.2ms2VDC

.2ms5VDC



80C188

MICROPROCESSOR

U23-28ADDRESSLATCHES

U50BIDIRECTIONALTRANSCEIVER

INTERRUPTCONTROLLER

Y3

S2

14.7456 MH

DIAGNOSTIC LEDS U1 & U2

BUFFER U35

DUAL PORT RAM U31

A

D

RESET

A/D_D0-7

U30(1C5)

24

COMMUNICATIONS

SOLID STATE DRIVE

S11. COM SEL2. COM SEL3. FDD OSC4. FDD OSC 9600 ALL ON

(3B5)

(3B8)

(3B7) E1JUMPERS 9600NOT USED (3B7)

(1B2-1D2)

FLOPPY DISK CONTROLLERU48 (NOT USED)

(1B3)

(1B4)

WATCHDOG TIMER 1.2 SEC U34 (1D4)

(1D3)

U51(1C6)

SOLID STATE DISK DRIVE U13 (3B5)

BI-DIRECTIONTRANSCEIVER U49 (3B4)


CONTROLLERU39

(4B7)

BUFFERU11(5D3)

BUFFERU40 (5C3)

SEQUENCER RAM U41 (5D2)

(5D7)

ADDRESS DECODING GALS

U44-CPU (1A6)

U45-I/O D(1D7)

U46-BUS (1B6)

U47-MEMORY (1A7)

(1D5)

L R

SEE CONTOL PANEL PROCESSOR/ TECHNIQUE PROCESSOR

BLOCK DIAGRAMFOR COMMUNICATION DETAILS

00

9600 C-ARM


TECHNIQUE PROCESSOR/ANALOG INTERFACE

BLOCK DIAGRAM

30

57

REAL TIMECLOCK U29

18

12

U36

416

6

1412 13

MRESET*

RESET

A

APALU4

RESET*

ADDRESSINGCOUNTERSU42, 22, 3, 12,21,32

( 5B6-5C4)

+5V

TP 3, 7,8, 9

TP6

ASSY. # 877744

+5V

TP2TP3

ASSY. #876737

REAL TIME CLOCK

MEMORY(SHEET 2 OF SCH.)

U14-BOOTPROMBOOT CODE FOR

MICROPROCESSOR

U16-19-SRAMMICROPROCESSOR

MEMORY

U15-OPTION PROMCODE FOR SOLID

STATE DRIVE

U20-EEPROMCAL DATA

EVENT DATASERIAL NUMBER

AMUXSEL 0-3

VR1-15 -12

+15 +12VR2

2 2 2 22 2

TECHNIQUE PROCESSOR PCBSCH. #876735 OR #877742

MAINFRAME MOTHERBOARD(CARD RACK BACKPLANE)SCH. #875539 OR #878396

SAMPLE

TO POWER PANEL/INTERCONNECT CABLE

TO IMAGE SYSTEMHIGH VOLTAGE/SIGNAL CABLE

TO P3 ONX-RAY REGULATOR PCB

TO CONTROL PANEL

P1 (Serial Numbers 69-0001 to 69-2000)P5 (Serial Numbers 69-2001 and higher & 62-0001 and higher)

P2

P3

P4

1 1 REFER TO THE SERVICE MANUAL FOR A LISTINGOF THE CODES DISPLAYED ON THE BOOT/DIAGNOSTIC LEDS

2

3

2

3

RESET TO PIOS ON ANALOG INTERFACE PCB

MRESET* TO IMAGE FUNCTION PCB ANDCONTROL PANEL PROCESSOR PCB

P1

J2

P2

J5

TP_AIBK2.DS4 6/4/96


NOTE

Click on the blue box around the Title block to go directly to the 9600 Service Manual sections describing this diagram. Click on the << button in the Tool Bar to return to this point.


U3

SAMPLE & HOLD U8

A/DCONV. U7

A/D_D0-7

AMUXSEL 0-3

SAMPLE*

TP33

D/ACONV. U31

TARGET (not used)

MA CAL (not used)

KVPCONT

MACONT

SPARE

FILCNTRL

CAM_GAIN

CAM_BLK (not used)

TP19

TP18

TP10

TP13

A

B

C

A

B

C

A

B

C

U22

PIO

U38

PIO

PIO

U27

16CHANNELANALOG

MUX

VIDEOSTABLE

STORE

TP28

TP27

3

40

J2

J1

ON SOLDER SIDE OF PCBUSED ONLY DURING CALIBRATION

U26U36

U12-CTCU15-FFU16U17-PAL

U408

11

3

11U42

6

HVDRVB

FILDRVA

40KHZ

HVDRVA

FILDRVB

76U33

25

12

U33

23

(1B6)

(1B6)

12U28

6

U29

7625

(1A5-8)

(1A5)

(1A5)

(1D6)(1D5)

(1D5)

(2B7)

(2D7)

(2D7)

-10 VOLTREFERENCE FORD/A CONVERTERS

VR1,U30, Q14(2D1)

A/D SECTION

PIO SECTION

CTC SECTION

D/A SECTION

Q3-8 & 10(2B2)

TO IMAGEFUNCTION PCB

D/ACONV. U18

-10V

+5V

TP24TP 1, 2, 21, 22

+12VTP25

+15VTP23

KVPMEAS

MAMEAS

FILSNS

VLI

HOUSTEMP

SECTAP

LINE_SNS

200V_SNS

CHGR_I

CAMROT

9600 C-ARM

For Reference Only

6/4/96TP_AIBK2.DS4

Page 2 of 2

TECHNIQUE PROCESSOR/ANALOG INTERFACE

BLOCK DIAGRAM

P1

J3 J6

P2

A0 A3

1 1 1 1 1 1

ANALOG INTERFACE PCBSCH. #876738

MAINFRAME MOTHERBOARD(CARD RACK BACKPLANE)SCH. #875539 OR #878396

U50, 51, & 52OPTOCOUPLERS

(2C8)

BUFFER

U43U45

(2C5)

LINE DRIVERS

INTERLOCK KEEP-ALIVEQ1, Q2, K1,CR1, CR2 (2B4)

BUFFERU46 (2B7)

DS1

STATOR SENSEU19, U24(2A8-7)

REFER TO THE FOLLOWINGFUNCTIONAL SCHEMATICS FORDETAILS OF THE CIRCUITRY USING THE PIOS.

U22

X-RAY ON / DISABLEIMAGE PATH (SHEET 2)ABS LOOP

U38

X-RAY ON / DISABLEPRE-CHARGESTATOR RELAY / STATOR SENSEIMAGE INTENSIFIER CONTROLS

U27

X-RAY ON / DISABLESTATOR RELAY / STATOR SENSEGENERATOR INTERLOCKGENERATOR KV CIRCUIT FAULTSBATTERY CHARGER

4

4

5

5 THE OUTPUTS OF U31 AND U18 ARE CURRENT SOURCES.U33, 28, 29 ARE CURRENT TO VOLTAGE CONVERTERS.

6 THERE ARE 16 A/D CHANNELS, BUT ONLY 10 ARE BEING USED.THE RANGE OF THE VOLTAGE INPUTS IS 0-10 VOLTS.

REFER TO THE FOLLOWING FUNCTIONAL SCHEMATICSFOR DETAILS OF THE SIGNAL CIRCUITRY:

KVPMEAS (KVP MEASURED)KVP BLOCK

MASNS (MA MEASURED)MA BLOCK

FILSNS (FILAMENT B+ VOLTAGE SENSE)MA BLOCK

VLI (VIDEO LEVEL INDICATOR)ABS LOOP

HOUSETEMP ( X-RAY TUBE HOUSING TEMPERATURE)STATOR RELAY / STATOR SENSE

CAMROT (CAMERA ROTATION)CCD CAMERA MOTOR DRIVE IRIS/ROTATION MOTORS

SECTAPV (SECONDARY TAP VOLTAGE)GENERATOR KV CIRCUIT FAULTS

LINE_SNS (LINE VOLTAGE SENSE)BATTERY CHARGER

CHGR_I (BATTERY CHARGER CURRENT)BATTERY CHARGER

200V_SNS (BATTERY B+ AND BATTERY CHARGER VOLTAGE SENSE)BATTERY CHARGERPRE-CHARGE

6

(P4)

(P4)

(P4)

(P4)

(P4)

(P4)

(P4)

(P4)

(P4)

(P4)

(P4)

(P4)

(P4)

(P4)

(P4)

(P4)

(P4)

(P4)

(P3)

(P3)

(P3)

(P3)

(P3)

(P2)

(P2)

(P2)

(P2)

(P2&P4)

8 8THE FOLLOWING SIGNALS TO THE OPTOCOUPLERS ORIGINATE FROM THECONTROL PANEL X-RAY SWITCH, FOOTSWITCH, AND HANDSWITCH:XRAY SWITCH, SECURITY, FLUORO ONLY, BOOST, & L/R (SAVE).

CPUINTLK

S1

S2

S3

S4

S5

S7

S9

S10

S11

S12

CH1

CH2

CH0

CH3

CH4

CH6

CH8

CH9

CH10

CH11

7

7THE "S" NUMBERS ARE CHIP INPUTREFERENCE NUMBERS. SOFTWAREMONITORS THESE INPUTS AS CHANNELS 0-15.THESE CAN BE SEEN IN THE STATUS MODE,EVENT HISTORY, AND MAY BE SEEN AS A:DCHANNEL ERRORS DURING BOOT-UP. REFERTO THE C-ARM SOFTWARE SECTION OF THESERVICE MANUAL FOR DETAILS.

9

9

These transistors switch the following relays:

Q3 - "Stator Run" - K1 on Power/Motor Relay PCB

Q4 - "Pre-charge" - K1 on Generator Controller Asy.

Q5 - "Contact" - K2 on Generator Controller Asy.

Q6 - "II On" - K7 on Power/Motor Relay PCB

Q7 - "Stator Start" - K2 on Power/Motor Relay PCB

Q8 - not used

Q10 - not used

RESET

REFER TO NOTEON PAGE 1 2


NOTE



U27

PIO

(2B7)

25

11

PULSE DETECTOR Q1 & Q2

U45

(2C5)

13 7/244

2

6

K1

(2A4)

DS1

(2A5)

71

CP

U IN

TE

RLO

CK

P4 -3

R5

Q1

(1C8)

N.C.

N.C.

(1D8)

S2

S1EMEROF_HI

EMEROF_LO

(2B1)

P7-3

P7-1

P6-3

P6-1

P4-12 P4-10P2-1

J3-3

+24V

A2J4-3

P3-16P2-35P2-107

J6-107 J6-35 P4-10

P1-15

P1-14

P2-25 P2-24P2-19

P1-2

P1-1 P10-11 P10-9

P9-15

P9-14

P6-19P7-1

(1A8)

P6-20

+24VDC

PS2 CB73 AMP

8

(1C7)

4

6

5

K9(1D7)

10

4

11(1C6)

1311

9

TP3

(1C8)

+

C7CR11

R17

1

K8CR101

1216

+24V_IN

CR9

R13

12V 12V

TP1(1D7) P7-7

2

7

K10

(1B7)

43

5

1

8

6

12V

P1-14

P7-6 120VAC_PH1

P7-12

P1-4P1-3

+24V_INTERLOCK

EMERGENCY_OFF_B

12V

K4

R9

E51 2

(1C6)

CR7CR4

EMERGENCY_OFF_A

(1C5)

CB12 AMP

P5-1

LF2

3

1

P2-6

P5-4

P6-10

CB55 AMP

(1A5)

P2-4PS1

+15V

120V_PH1_SWITCHED

P6-24

CB55 AMP

(1A5)

P12-4

(1C6)

+5V

R16

4

1

(2B8)

P2-1

A1J3-3

KEY_PWR (+12VDC)

TP4(1B7)

8

6

4

TOK3

MOMENTARY CLOSURE

TO LATCH K9

DATA BUSTO/FROM

TECHNIQUEPROCESSOR


MOTHER BOARDSCH. #875539

X-RAY REGULATOR PCBSCH. #877458


SCH. #875601

POWER MOTOR RELAY PCBSCH. 875997


POWER SIGNALINTERFACE PCB

SCH. #876001OR #877998

REFERENCE TO MAINFRAMEINTERCONNECT DIAGRAM, SCH. #875500 OR #877972

BATTERY CHARGER PCBSCH. #876643OR #877995TP1 TP2 TP21 TP22

TP23+15V

TP25+12V

TP24+5V

TP5GND

+24 V TO K2SEE KV BLOCK

DIAGRAM

+24V TO K1FIL SELECT RELAY

SEE MA BLOCKDIAGRAM

+24V TO K1 & K2PRECHARGE RELAYS

SEE PRE CHARGE BLOCKDIAGRAM

1

1

1

ALL RELAYS SHOWN IN THE DE-ENERGIZED CONDITION

+15V

+15V

3WITH E5 INSTALLED, AC IS PROVIDED TO THE ROTATION AND ELEVATION M OTORS VIA K3. (SEE LIFT & ROTATION MOTOR BLOCK) THE 24V INTERLOCK CIRCUIT WILL NOT COMPLETE AND THE CONTROL PANEL WILL DISPLAY 18 ARROWS (SEE NOTE 3)

120VAC

SYSTEM POWERKEYPOWER

SYSTEM POWERC-ARM POWER

SEE THE FOLLOWING DIAGRAMS:

2

2

2 DURING BOOT, THE TECHNIQUE PROCESSOR INITIATES THE 10mS KEEP ALIVE PULSES. RELAY K1 ENERGIZES, ILLUMINATING DS1. THIS IS THE START OF THE INTERLOCK CIRCUIT.THE CONTROL PANEL DISPLAYS 18 ARROWS AT THIS TIME (SEE NOTE 3)

TP2GND

4

4

CONTROL PANEL DISPLAY

LOW

INTLK

INTLK

9600 C-ARM


INTRLK.DS4

GENERATOR INTERLOCKBLOCK DIAGRAM

USE THIS DIAGRAM ONSYSTEM SERIAL NUMBERS

69-0001 TO 69-2000

P55

+24V TO CCD CAMERA

6/4/96


NOTE



U27

PIO

(2B7)

25

11

PULSE DETECTOR Q1 & Q2

U45

(2C5)

13 7/244

2

6

K1

(2A4)

DS1

(2A5)

71

CP

U IN

TE

RLO

CK

P4 -3

R5

Q1

(1C8)

N.C.

N.C.

(1D8)

S2

S1EMEROF_HI

EMEROF_LO

(2B1)

P8-3

P8-1

P9-3

P9-1

P4-12 P4-10P2-1

J3-3

+24V

A2J4-3

P3-16P2-35P2-107

J6-107 J6-35 P4-30

P5-15

P5-18

P2-25 P2-24P2-19

P1-2

P1-1 P10-11 P10-9

P9-15

P9-14

P6-19P7-1

(1A8)

P6-20

+24VDC

PS2 CB73 AMP

8

(1C7)

4

6

5

K9(1D7)

10

4

11(1C6)

1311

9

TP3

(1C8)

+

C7CR11

R17

1

K8CR101

1216

+24V_IN

CR9

R13

12V 12V

TP1(1D7) P7-7

2

7

K10

(1B7)

43

5

1

8

6

12V

P1-14

P7-6 120VAC_PH1

P7-12

P1-4P1-3

+24V_INTERLOCK

EMERGENCY_OFF_B

12V

K4

R9

E51 2

(1C6)

CR7CR4

EMERGENCY_OFF_A

(1C5)

CB12 AMP

P5-1

LF2

3

1

P2-6

P5-4

P6-10

CB55 AMP

(1A5)

P2-4PS1

+15V

120V_PH1_SWITCHED

P6-24

CB55 AMP

(1A5)

P12-4

(1C6)

+5V

R16

4

1

(2B8)

P2-1

A1J3-3

KEY_PWR (+12VDC)

TP4(1B7)

8

6

4

TOK3

MOMENTARY CLOSURE

TO LATCH K9

DATA BUSTO/FROM

TECHNIQUEPROCESSOR


MOTHER BOARDSCH. #878396

X-RAY REGULATOR PCBSCH. #877458


POWER MOTOR RELAY PCBSCH. 875997


POWER SIGNALINTERFACE PCB

SCH. #877998

REFERENCE TO MAINFRAMEINTERCONNECT DIAGRAM,

#878376

BATTERY CHARGER PCBSCH. #877995

TP1 TP2 TP21 TP22

TP23+15V

TP25+12V

TP24+5V

TP5GND

+24 V TO K2SEE KV BLOCK

DIAGRAM

+24V TO K1FIL SELECT RELAY

SEE MA BLOCKDIAGRAM

+24V TO K1 & K2PRECHARGE RELAYS

SEE PRE CHARGE BLOCKDIAGRAM

1

1

1

ALL RELAYS SHOWN IN THE DE-ENERGIZED CONDITION

+15V

+15V

3WITH E5 INSTALLED, AC IS PROVIDED TO THE ROTATION AND ELEVATION M OTORS VIA K3. (SEE LIFT & ROTATION MOTOR BLOCK) THE 24V INTERLOCK CIRCUIT WILL NOT COMPLETE AND THE CONTROL PANEL WILL DISPLAY 18 ARROWS (SEE NOTE 3)

120VAC

SYSTEM POWERKEYPOWER

SYSTEM POWERC-ARM POWER

SEE THE FOLLOWING DIAGRAMS:

2

2

2 DURING BOOT, THE TECHNIQUE PROCESSOR INITIATES THE 10mS KEEP ALIVE PULSES. RELAY K1 ENERGIZES, ILLUMINATING DS1. THIS IS THE START OF THE INTERLOCK CIRCUIT.THE CONTROL PANEL DISPLAYS 18 ARROWS AT THIS TIME (SEE NOTE 3)

TP2GND

4

4


LOW

INTLK

INTLK

9600 C-ARM

For Reference Only

6/4/96

Page 2 of 2

INTRLK.DS4

GENERATOR INTERLOCKBLOCK DIAGRAM

USE THIS DIAGRAM ONSYSTEM SERIAL NUMBERS69-2001 AND HIGHER AND

62-0001 AND HIGHER

P55

+24V TO CCD CAMERA


NOTE


9600 Mobile Digital C-Arm - Workstation Block Diagrams, Test Points, and Waveforms

U6

U45

U40

U39

U41

DS1

DS2

C89

U32

U44

U29

TP38

U36

+12V

+5VDGND

-5V

AGND

-12V

+5VA

+5VR

TP19

TP30

TP28

TP25

TP23

TP27

TP26

TP24

5

1 V dc10 us

1A

5

1B

U389

1 V dc10 us

1C

14 13

3

1 V dc20 us

1D

1G

Waveforms aquiredwith and without Camera

sync as noted.

1 V dc20 us

1E

1 V dc20 us

1F

TP33

1 V dc10 ns

1H

VIDEO SWITCHING PCB

19

97 4

1J 1I

1 V dc100 ns

1K

1 V dc20 ns

1L

2

1M

2

157

10

2 6

1 V dc10 us

1N

1 V dc2 ms

1O

1 V dc10 us

1P

1 V dc10 us

1Q

1 V dc10 us

1S

1 V dc5 us

StaysLow

TTL Low without CameraTTL High without Camera TTL Low without Camera TTL Low without Camera

TTL Low without Camera

U43VCO

With Camera2.5 VDC (Approximately)

Without Camera0 VDC (Approximately)

Phase shift without Camera

1 V dc

5 us

1R

StaysLow

TTL Low = 60 HzTTL High = 50 Hz

(See Note 2 on Sheet 1)

1T

U2813

TTL High = Camera Sync PresentTTL Low = No Camera Sync Present

With Camera Sync PresentTTL High = Genlock EnabledWithout Camera Sync PresentTTL Low = Genlock Disabled

Camera Sync PresentTTL LowCamera Sync Not Present60Hz = 25.8MHz; 50Hz = 25.6MHz

9600 C-ARM


6/19/96

9600 WORKSTATION "GEN-LOCK"BLOCK DIAGRAM / WORKSHEET

GEN_LOK1.DS4


NOTE

- Click on a yellow box to go directly to the signal diagrams or back to the block diagram. - Click on the blue box around the title block to go directly to the 9600 Service Manual section describing this diagram. - Click on the << button in the Tool Bar to return to this point.


2 V dc10 ms

2 V dc10 ms

2 V dc10 ms

10 V dc10 ms

10 V dc10 ms

10 V dc10 ms

10 V dc100 ms

10 V dc100 ms

BEGINNING OF INTERLOCK

CPU INTERLOCK FROM ANALOG SUPPORT PCB15V = INTERLOCK OK

+24V INTERLOCK TO BATTERY CHARGER PCB

GND

GND

GND

GND

DS1

K1

P1

Q1

Q2

R16

TP1

TP2

TP21

TP22

U27

U45

P2

7 6 2 1

7

13

11

25

4 1

INTERLOCK HOLDIN SIGNAL

INTERLOCK COMPLETE SIGNAL

9600 C-ARM


9600 GENERATOR INTERLOCKSIGNAL SHEET

GINTLKSS.DS4 6/4/96

7126 1

PO

WE

R/M

OTO

R R

ELA

Y P

CB

AS

SY

00-

8759

99-

( )

2

119

20

K10

R9

E5

K4

K8

TP9

TP8

TP4

TP3

TP2 TP

1C

7CR4

CR

9C

R8

CR

10

CR7

CR11

P7P

1

K7

K9

R17

R13

MOMENTARY CLOSURE OF K8 LATCHES K9 ( RISING EDGE = 15V VIA FAST STOP SWITCHESFALLING EDGE = K9 LATCHED )

AN

AL

OG

INT

ER

FA

CE

PC

B

K8-6

K8-6

K8-6

TP4

TP3

TP3

U27-25

U27-11

U27-25

U27-25

U27-11

TP4

TP3

MOMENTARYCLOSURE OF K8Used and Refurbished C-Arms are Available from www.SharpMedical.com - Call us at 800-969-9800


NOTE


+

3

(2B7)

NEGATIVE PEAK DETECTOR

(2B5)(2B4)

KVP CONTROL

KV SENSE

7

(2C7)2

1

(2C7)PWM

+

-

(2D6)

RAMP

(2C6)

+15V

-15V

+15V

-15V

K2

Q1 B+

C1L1

Tank

HVTRANSFORMER

KV SENSE

(1B7)

15

8

KVP MEASURED

HV DRV B

HV DRV A

POSITIVE PEAK DETECTOR

-

-

-

3

19

+- To mA Block Diagram

mA SERVO

(Enable mA Error Amp)

(2B4)

1

6 7

62

3

3 1

2

3

7

5

U16

TP10

U20

U16

U22, U26, U18

U25, U26, U18

TP12

TP13

TP15

U23

Q6

TP2

U7PAL

(KVEREN)

PWM _COMP

U17

COMPENSATION NETWORKS U17

(2C4)

PWM COMP

DRV ST*

Darlington Drivers

(1C7)

(1C7)

C1

E1

B1

C2E1B2

B+

C1

E1

B1

C2E1B2

Q2

(1B8)

Q8

HV DRV B

Q7

Q6

Q5

HV DRV A

T1

T3

HV DRV B

HV DRV A12

F1

F4

F2

F5

E2

E2

P2 P3

46

47

29

28

28

27

10

9

U20

U19

TP9

(2C5)

(1C8)

A2J3

P3

7

7

8

8

(1C8)

(1C8)

(1C8)

(1B8)

TP5

TP6(1B7)

(1C7)

P47

P2

3

2

9

8

P1

3

2

9

8

U34 U12

R25

(2B7)

R46

R49

U8, U28, Q4

U8, U29, Q5

ANALOG INTERFACE PCB SCH. #876738


(2D5)

(2C5)

GENERATOR DRIVER PCB SCH. #877461

X-RAY REGULATOR PCB SCH. #877458

(1D2)

-10V REF GENVR1, U30, Q14

132

3VR1(1B4)

+15V +12V

TP23

-15V -12V

TP24

VR2(1B4)

TP22+5V

TP5GND

-C2 &C3 R1CB1

K1

K2

BATTERY PACKS

+

BATTERYCHARGER

876643

F1

U31D:A

(1B6)

PAL

(1A6)

U3MUX

(1D6)

12

13

U17

25

TP19

(1B4)

19

U33

6 7

U42

U40

8

6

KVPMEAS

KVPCONT

TP33

TP1 TP2 TP21 TP22

TP23+15V

TP25+12V

TP24+5V

(2B6)

(2B6)

(1C6)

2A

(1C6)

2A

(1B6)

2A

(1B6)

2A

3A

30A

1

2

2 See Battery ChargerBlock Diagram

1See PrechargeBlock Diagram

1:10000

9600 C-ARM

For Reference Only

12/4/96

Page 1 of 1

KV_BLK.DS4

KV BLOCK DIAGRAM

(.075V/KVP)

FIXEDDUTY

CYCLE

VARIABLEDUTY

CYCLE

3

3See Generator InterlockBlock Diagram

1vpp = 10kv1v = 10kvp

1v = 10kvp

1v = 20kvp

2

See Battery ChargerBlock Diagram

High Charge Mode

CR6

5kHZ.

E2


NOTE



Test Conditions

X-RAY REGULATOR00-873616- ( )

PPD

NPD

KVPM

RAMP

U25

U22

U26

U18U19

U20

U12

U7

U29

U28

TP15

TP2

TP13

TP12

TP9

R49

R48

R46

R54

R52

CR6

P3

Q5

Q4

A2J3

R25

Q6

U8

7 8

U16 76

TP10 76

U17

23

72

A1J3

23

5

U34

U23

E2

1 V dc100 us

10 V dc100 us

10 V dc100 us

HV DRV A

HV DRV B

2 V dc100 us

2 V dc100 us

2 V dc100 us

2 V dc100 us

HV DRV A

HV DRV B

HV DRV A

HV DRV B

PWM

KVPSNS

KVPSNS

U19-7 MA SERVO

HI = 8.5V MA SERVO ON ( X-RAYS ON )

LO = 0V MA SERVO OFF ( X-RAYS OFF )

E2 KV SERVO DISABLEINSTALLING E2OVERRIDES KVERENFROM PAL U7

U7-19 KVEREN (KV SERVO ENABLE)HI =X-RAY ON U17 PINS 6-7 OPENLO = X-RAY OFF U17 PINS 6-7 SHORTED

2 V dc100 us

2 V dc100 us

PPDTP12

NPDTP13

TP9 KVP MEASURE2.5 VOLTS AT 50KVP1 VOLT = 20 KVP ( X-RAYS ON )

U20 -7 KVP CONTROL -3.75 VOLTS AT 50 KVP.075V / KV

U23-1 KV CORRECTION

X-RAYS OFF = 0 VOLTSX-RAYS ON = -2.2V TYP.

TP15 RAMP

U34-2 KV CORR.

TP2 PWM_COMPFLIP FLOP OUTPUTU12-5 GOES LOWWHEN U34-7 COMP. OUT GOES LOW

U34-7 COMP. OUTGOES LOW WHENRAMP EXCEEDS KV CORR. VOLTAGE.

7

HV DRV A

HV DRV B

In the manual fluoro mode, use a techniqueof 50 kV and 1 mA for the majority of this lab.Other kV settings willbe useful for observinga change in DC voltages.

Note these unique kV settings on this worksheet for future reference.

1 V dc50 us

2 V dc50 us

2

3

19

13

13

123

9600 C-ARM

For Reference Only

5/17/96KV_LABSS.DS4

KV GENERATIONSIGNAL SHEET

Page 1 of 2


NOTE


9600 Mobile Digital C-Arm - Generator Block Diagrams, Test Points, and WaveformsTest Conditions

In the manual fluoro mode, use atechnique of 50 kV and 1 mA for the majority of this lab. Other kVsettings will be useful for observinga change in DC voltages. Note theseunique kV settings on this worksheetfor future reference.

00-8

7361

3- (

)

GEN

ERAT

OR

DR

IVER

P3

Q5 Q6 Q7 Q8

T3

T1

R29

R20

K2 F5

F4

F2

F1

P2

P1

TP5TP67 8

2 V dc100 us

2 V dc100 us

TP 5HVDR B

TP 6HVDR A

100 V dc

100 us 5 V dc

100 us

100 V dc

100 us

5 V dc

100 us

32

89

32

89

9600 C-ARM

For Reference Only

5/17/96

Page 2 of 2

KV_LABSS.DS4

KV GENERATIONSIGNAL SHEETUsed and Refurbished C-Arms are Available from www.SharpMedical.com - Call us at 800-969-9800


NOTE


9600 Mobile Digital C-Arm - Generator Block Diagrams, Test Points, and Signal Waveforms

MA SENSE

6 7

6 6

MA MEASURED

(1D7) (1D6) (1D6) (1D4)

FILAMENTREGULATOR

FIL DR A

FIL DR B

U31

U18

D:A

D:A

23

6

(1B6)

(1B6)

TP18

TP10

U17PAL

14

15

(1A6)

U3MUX

(1D6)

20

K1

XL XS

FILAMENT TRANSFORMER

FROM 100 TURN WINDINGAROUND ANODE SOCKET

5

6

12

13

(1A7)

1 FIL B+ SENSE

(1C6)

21

--

+5-

3 1 5 7 3 1

77

373

2

mA SERVO

mA CONTROL

14 (2B4)

.6mm MODE

+

-

2 1

TP7 TP6

U30 U31

TP11

U27

TP4

U15

TP8

U31 U30+ +

(1C6)

R82

(1D7)U15

(1D7)

R27

U19

U13

(1D7)

E1U10PAL

U13

6 7

U7 KVPAL

F3

Q10, Q1, Q2

(1D7)

R8

TP3

TP2 (1D6)

Q4

Q3

Q11

P1

P2

6

6

P3

4

5

11

P3

30

34

32

31

4

3

FILREG

FILFDBK

P3

6

11

11

U40

U42

U28

1

U331

U6

1 2

MA MEASURED(1D8)

(1B4)

(1B5)

(1A5)

(1A5) 6

-

C2 &C3

R1CB1

K1

K2

BATTERY PACKS

TP4(1D4)

(1D4)

(1D4)

(1D5)

(1D8)

P2

50

53

51

23

22

48

FILSNS

FILDRVA

FILDRVB

FIL B CONTROL

P4 15

K1 U21

SCALING AMP

U27

(1C7)

10 11

T2

(1D6)

TANK

10

9

3


GENERATOR DRIVER PCB SCH. #877461

(1C5)

MA ERROR

5

XRAY REGULATOR PCB SCH. #877458

SCALING (not used)

TP18

TP21

16

U5

L3 C13

REGULATED FILAMENT VOLTAGE

B+ VOLTAGE

NOTE: THE XL AND XSCONNECTIONS PASS

THRU THE X-RAY REGULATOR PCB

BEFORE CONNECTING TO THE TANK

TP1 TP2 TP21 TP22

TP23+15V

TP25+12V

TP24+5V

ANALOGINTERFACE PCB

SCH. #876738

VR1(1B4)

+15V +12V

TP23

-15V -12V

TP24

VR2(1B4)

TP22+5V

TP5GND

8

9

4

3

(1C7)

(1D7)

kVP MeasuredFrom kV Sense

Circuits TP9See KV Block

Diagram

P311

U11 U11

(1B6)

3

4

5

6

5 4

P3

P33

+

P3

2

2

-10V REFGEN VR1

(1D2)TP33

3

3

9600 C-ARM

For Reference Only

6/6/96

Page 1 of 1

MA_BLK.DS4

MA BLOCK DIAGRAM

+

350mV/mA - fluoro70mV/mA - film

4.1V

High above 100 mAs

161V = Fluoro176V = .3mm Film 161V prep184V = .6mm Film 141V prep

If E1 jumper is installed, no mA correctionvoltage will be applied to TP4

Opens whenX-rays on

Closes above 30kV

+ = More heat- = Less heat

8mA/Volt Fluoro40mA/Volt Film

LOW PASS FILTERCURRENT TO VOLTAGE CONVERTER


NOTE



OEC-DIASONICS,INC.X-RAY REGULATOR00-873616- ( )

GND

KVPM

MA MS

MA CNT MA ERR

MA SNS

U19

U31U30

U21

U5

U10 U7

U15

U13

U27

TP7

TP6

TP9TP4

TP5TP11

TP8

R27

R82

P4

P3

E1

A2J3

K1

TP21

56

141312

16

1

3

MA PLS

1

3

7

5

1

3

76 7

6

12

765

6

15

2 V dc100 us

2 V dc100 us

FIL DR B

FIL DR A

2 V dc100 us

MA ERROR

THESE COMPONENTS ARE COVERED BY THEX-RAY REGULATOR PCB

MAXIMUMMA ERROR CORRECTIONRANGE

U5 IS COVERED BY THE BATTERY CHARGER PCB

FLUORO AUTO MODE 67 KVP @ 2.3 MA (BOOT UP DEFAULT CONDITION)X-RAYS OFF.

FLUORO MANUAL MODE 67 KVP @ 2.3 MA X-RAYS ON

2

200 mV dc100 us

100 mV dc100 us

MA PULSES

MA SENSE

2 V dc100 us

2 V dc100 us

FILAMENT DRIVE A

FILAMENT DRIVE B

2

U10-14 .3MM / .6MM SELECT

TTL LO IN ALL FLUORO MODESAND FILM MODE BELOW 110 MAS(.3MM SPOT).

TTL HI IN FILM MODE 110 MAS ANDABOVE (.6MM SPOT)

U10-14 GOES HI WHEN FILM MODEIS ARMED FOR THE FIRST EXPOSUREAT OR ABOVE 110 MAS AND REMAINSHI UNTIL THE MAS IS SET BELOW 110AND THE SYSTEM IS ARMED FOR ANOTHEREXPOSURE OR FLUORO MODE IS SELECTED.

U7-16 MA ERROR ENABLE

HI = X-RAYS ON U13 PINS 10-11 OPENWHICH TURNS ON ERROR AMP U15.

LO = X-RAYS OFF U13 PINS 10-11 SHORTEDWHICH TURNS OFF ERROR AMP U15.

THIS SIGNAL IS CONTROLLED BY THE X-RAY ON CIRCUITRY VIA PAL U7.

TP21 MA CONTROL / MEASURE ENABLE

LO = X-RAYS ON U13 PINS 6-7 CLOSEDWHICH ALLOWS MA CONTROL VOLTAGETO BE FED TO ERROR AMP U15.

HI = X-RAYS OFF U13 PINS 6-7 OPENWHICH REMOVES MA CONTROL VOLTAGE FROM ERROR AMP U15.

THIS SIGNAL SWITCHES FROM LO TO HIWHEN TP9 KVPM IS 1.5 VDC OR HIGHER.( THE KVP IS 30 OR ABOVE )

R50

TP9 KVP MEASURE

MA SERVO ENABLE U19 TURNS ONMA SERVO WHEN THE VOLTAGE AT TP9 IS 1.5 VDC OR HIGHER.

E1 JUMPER MA SERVO DISABLE

WHEN A JUMPER IS INSTALLED AT E1MA ERROR ENABLE FROM U7 KV PALIS OVERRIDDEN, PREVENTING ANY MA ERROR CORRECTION DURINGANY X-RAY FLUORO OR FILM.

50 mV dc100 us

2 V dc100 us

MA SENSE

R91

CR15

U27-7 FILAMENT REGULATOR

FLUORO = 3.18 VDC X-RAYS OFF 4.5 VDC X-RAYS ON TYP.

.3MM FILM = 2.37 VDC, ARMED = 3.14

.6MM FILM = 2.03 VDC, ARMED = 4.23

U27-1 FILAMENT B+ SENSEFLUORO X-RAYS OFF = 3.9 VDCFLUORO X-RAYS ON = 3.6 - 4.2 VDC(X-RAY ON VOLTAGE VARIES DEPENDINGON THE AMOUNT OF ERROR AMP VOLTAGE AT TP4).

.3MM FILM = 4.3 VDC, ARMED = 3.9 VDC


U27-6 FILAMENT B+ CONTROLFLUORO = 3.9 VDC X-RAYS OFF 3.75 VDC X-RAYS ON TYP.



TP8 MA CONTROLFLUORO @ 5MA = -1.7VDC.3MM 70 KVP @ 20 MAS = -1.13 VDC ARMED = -4.17 VDC.6MM 70 KVP @ 300 MAS = -6.84 VDC ARMED = -6.84 VDCTHIS VOLTAGE IS DETERMINED BY THE GENERATOR SOFTWARE.

TP11 MA MEASURESCALE FACTOR:FLUORO 8 MA / VOLT ( .125 VOLTS / MA )FILM 40 MA / VOLT ( .025 VOLTS / MA )

9600 C-ARM

For Reference Only

6/6/96MA_LABSS.DS4

MA GENERATIONSIGNAL SHEET

Page 1 of 2


NOTE



00-8

7361

3- (

)

GE

NE

RA

TOR

DR

IVE

R

P3

Q1 Q2 Q3 Q4

T2

Q10

R8

K1

F3

P2

P1

Q11

TP2

TP3

TP4

6

6

3 4 5 6 9 10 11

5 V dc100 us

5 V dc100 us

FIL DR A

FIL DR B

50 V dc100 us

FIL DRIVE

TEST CONDITIONSFLUORO AUTO MODE 67 KVP @ 2.3 MA (BOOT UP DEFAULT CONDITION)X-RAYS OFF.

R8 REGULATED FILAMENT VOLTAGE

FLUORO = 160 VDC WITH X-RAYS OFF.3MM FILM = 175 VDC, ARMED 160 VDC.6MM FILM = 185 VDC, ARMED 140 VDC

WHEN AN EXPOSURE IS BEING MADE THEVOLTAGE FROM THE FILAMENT REGULATORIS CHANGED BY THE ERROR AMP U15 ON THE X-RAY REGULATOR BOARD TO REGULATE THE MA.

Q11 COLLECTOR .3MM / .6MM SPOT SELECT

+24 VOLTS IN ALL FLUORO MODES AND FILM MODE BELOW 110 MAS (.3MM SPOT).

.7 VOLTS IN FILM MODE 110 MAS AND ABOVE (.6 MM SPOT).

Q11 TURNS ON WHEN FILM MODE IS ARMED FOR THE FIRST EXPOSURE AT OR ABOVE 110 MAS AND REMAINSON UNTIL THE MAS IS SET BELOW 110AND THE SYSTEM IS ARMED FOR ANOTHER EXPOSURE OR FLUORO MODE IS SELECTED.

F3 B+ VOLTAGE

F3 HAS FULL BATTERY VOLTAGEPRESENT WHEN EVER THE +24VOLT INTERLOCK IS ON.SEE PRECHARGE CONTROL BLOCK

9600 C-ARM

For Reference Only

MA_LABSS.DS4

Page 2 of 2

MA GENERATIONSIGNAL SHEET

6/6/96


NOTE


+

-

+

-

K4 D

K9D

P7

7

TP1

+

-E5

D K3

+

-

K12

P6

K13

3

1

5

K5

K6

TB1

TB2

1

2

3

4

56

CHASSIS

LS4_A

LS4_B

CAP_B

MTR_RED

MTR_BLK

P6

+24V

115VAC_PH_MTR

115VAC_RTN_MTR

20

1

4

10

3

2

1

3

4

P2 P4

P3

5

1

9

P3P1

1

6

1

5

9

P4

LIFT_DN_SW2

LIFT_UP_SW1

ROTATE_CW_SW

ROTATE_CCW_SW

3

4

DC_RTN_SW

5

44

6

8

10 11

24V INTERLOCK RELAYSEE GENERATOR INTERLOCKBLOCK DIAGRAM FOR DETAILS

POWER/SIGNALDISTRIBUTION PCB

SCH. #875968

7 7

65

+

-

65

23

+

-

65

+

-

65

23

LIFT_115VAC_A

LIFT_115VAC_B

6

2 2

6

23

8

1

1

8

23

1

8

8

1

3

10 10

3

4

5

MTR_WHITE

7

8

9

10

CAP_A

LS3_B

LS3_A

M2ROTATION

MOTOR

M1LIFT

MOTOR

L-ARMMOTOR POWER

PCBSCH. #876378

ROTATE_AC_RTN

281010

3

3

3

3

1

1

1

1

P5

P7

P6

LIFT UP

LIFT DOWN

ROTATE CCW

ROTATE CW

LS1 - TOP

LS2 - BOTTOM C6

RED

BLACK

BLUE

C7

REFERENCE TOC-ARM (MAINFRAME)

INTERCONNECT DIAGRAMSCH. #875500 OR #877972

1 WARNING! SYSTEMS FROMSERIAL #69-1001 AND UP

CARRY VOLTAGE POTENTIALSON AC RETURN LINES

REFER TO SYSTEMPOWER DISTRIBUTION

BLOCK DIAGRAMFOR DETAILS OFTHESE CIRCUITS


SCH. #876001OR #877998


SCH. #875997

LIFT_MOT0R_AC_RTN

1

ROTATE_115VAC_B

ROTATE_115VAC_A

1

1

TP2

RELAYSSHOWN

DE-ENERGIZED

9600 C-ARM


LIFT&ROT.DS4

LIFT & ROTATION MOTOR BLOCK DIAGRAM

USE THIS PAGE FORSYSTEM SERIAL NUMBERS

69-0001 TO 69-2000

S4

S5

S7

S6

*(115VAC PH 2)

*(NEUTRAL)

*SIGNAL NAME FOR SERIAL NUMBERS69-0001 TO 69-1000

*SIGNAL NAME FOR SERIAL NUMBERS69-0001 TO 69-1000

12/9/96


NOTE


+

-

+

-

K4 D

K9D

P7

7

TP1

+

-E5

D K3

+

-

K12

P6

K13

3

1

5

K5

K6

TB1

TB2

1

2

3

4

56

CHASSIS

LS4_A

LS4_B

CAP_B

MTR_RED

MTR_BLK

P6

+24V

115VAC_PH_MTR

115VAC_RTN_MTR

20

1

4

10

3

2

1

3

4

P2 P11

P3

5

1

9

P3P1

1

6

1

5

9

P4

LIFT_DN_SW2

LIFT_UP_SW1

ROTATE_CW_SW

ROTATE_CCW_SW

3

4

DC_RTN_SW

5

44

6

8

10 11

24V INTERLOCK RELAYSEE GENERATOR INTERLOCKBLOCK DIAGRAM FOR DETAILS


7 7

65

+

-

65

23

+

-

65

+

-

65

23

LIFT_115VAC_A

LIFT_115VAC_B

6

2 2

6

23

8

1

1

8

23

1

8

8

1

3

10 10

3

4

5

MTR_WHITE

7

8

9

10

CAP_A

LS3_B

LS3_A

M2ROTATION

MOTOR

M1LIFT

MOTOR

L-ARMMOTOR POWER

PCBSCH. #876378

ROTATE_AC_RTN

281010

3

3

3

3

1

1

1

1

P5

P7

P12

LIFT UP

LIFT DOWN

ROTATE CCW

ROTATE CW

C6

RED

BLACK

BLUE

C7

REFERENCE TOC-ARM (MAINFRAME)

INTERCONNECT DIAGRAMSCH. #878376



REFER TO SYSTEMPOWER DISTRIBUTION

BLOCK DIAGRAMFOR DETAILS OFTHESE CIRCUITS


SCH. #877998


SCH. #875997

LIFT_MOT0R_AC_RTN

1

ROTATE_115VAC_B

ROTATE_115VAC_A

1

1

TP2

RELAYSSHOWN

DE-ENERGIZED

9600 C-ARM


12/9/96LIFT&ROT.DS4

LIFT & ROTATION MOTOR BLOCK DIAGRAM

S4

S5

S7

S6

USE THIS PAGE FORSYSTEM SERIAL NUMBERS

69-2001 AND HIGHER & 62-0001 AND HIGHER

LS1 - TOP

LS2 - BOTTOM


NOTE



9600 C-ARM


6/6/96

LIFT / ROTATATION MOTORSSIGNAL SHEET

64

31

PO

WE

R/M

OTO

R R

ELA

Y P

CB

AS

SY

00-

8759

99-

( )

110

P4

K3

K5

K6

K12

K13

E5

K4

TP2

P6

100 V ac

5 ms

100 V ac

5 ms

100 V ac

5 ms

100 V ac

5 ms

100 V ac

5 ms

100 V ac

5 ms

LIFT MOTOR UP

100 V ac

5 ms

100 V ac

5 ms

LIFT MOTOR DOWN

LFT&RTSS.DS4

ROTATE CCW

P6-1

P6_3

P6-1

P6-3

P4-5

P4-5

P4-1

P4-1

ROTATE CW


NOTE


SURGE SUPPRESSOR PCBSCH. #876784

TB1

1 2

3

5

4

6

10A

CB1RESET ONLY

P1 P2

RT1 RT3

RT2 RT4

DS1GREEN LAMP

E1

C1

RV1

E1

RV2

E2

C2 RV3

C3 RV4

TB1

1 2

3

5

4

6

10A

CB1RESET ONLY

P1

DS1GREEN LAMP

E1

See Sheet 3for C-Arm

Power Distribution

100-127 VAC CORD ASSEMBLY

200-250VAC CORD ASSEMBLY

T1ISOLATION

TRANSFORMER

128

120

110

COM

CT

AC1

POWER CONTROL PCB00-876547

P1

CB2 (10A)

RESET ONLY

E19(Mounting)

SHLD

12VDC Supply

+12V

T1

(1E7)

CR1

(1F6)

U1

(1F5)

1 3

2

7812

CB1 (0.2A)RESET ONLY

RV2

RV1

K3(1D4)

K4(1D2)

5

4

6

35

4

6

3

8

1

P5

TP2

TP1

K1(1C4)

K2(1C3)

P3KEY SWITCH

P2

P4

240VACTO TB2

4

5

6

3

F1 (2A S.B.)

(1C2)

P6

120VACTO PS4(+24V)

1

1

8

8

8

1

TP3

CR4(1D4)

P6

9

8

7

CB3 (3A)

CB2 (3A)(1B3)

+24VFROMPS4

+24V TOL_MON

+24V TOR_MON

2A

LOOP2

LOOP1

E1 E2 E3 E4 E5 E6

E1 - E6 ARE MOUNTING HOLES (GROUND)

240 VAC

N.O. N.O.

N.O.

N.O.

34

E3

1 DS1 is a green light that turns on when the Power Cordis plugged into a wall outlet.

240 VAC between TP1 & TP2when Workstation is plugged in to outletand interconnect cable is connected to C-ArmStrap T1 to match Hospital AC as follows:

220 -250 VAC Cord AssemblyTransformer TAP 98 104 110 Br 110 & Br/Wt 120 120 128 Input VAC Range 186 - 200 201 - 214 215 - 225 226-234 235-248 249-269

100 - 127 VAC Cord AssemblyTransformer TAP 98 104 110 120 128 Input VAC Range 94 -100 101 - 107 108 - 115 116-124 125-134

1

2

2

3

3

1

4

1

2

1

2

1

3

2

1

1

3

2

4

1

1

3

5

9

6

8

1

3

5

9

68

1

6

9

2

7

+-

U2

R5

R1

C5 (1D5)

(1E5)

(1E5)

R2 (1D5)

C3(1D6)

2

1

1312

DELAY CIRCUIT


PWERBLK1.DS4

9600 C-Arm

12/3/96

LOOP2

KEY_PWR

CNCT_ON

2

4

LOOP1

LOOP2

J1

12

18

19

13

INTERCONNECTCABLE

12

18

19

13

16 16

E9

E1 CHASSIS GND

KEY_PWR

CNCT_ON

LOOP1

LOOP2

TO POWER/SIGNALINTERFACE PCB

P1

1

10

1

10

120V PH1

120V PH2C-ARM

TO POWER/MOTORRELAY PCB

22222 NEUTRAL

(1E7)

COM

104

98

128

120

110

104

98

AC2

D1

D2E4

WORKSTATIONINTERCONNECT DIAGRAM

876158

Use this drawing with systemserial numbers 69-0001 to 69-1000

NEUTRALTO PS4

2B

2C

2D

2E

2F

2G

2H

3A

3B

3C

3D

3E

AC1

AC2

NEUT.

9600 System Power DistributionFunctional Schematic

Workstation DistributionUsed and Refurbished C-Arms are Available from www.SharpMedical.com - Call us at 800-969-9800 An Independent C-Arm Service Provider. This PDF provided for research / historical purposes only.

NOTE


1

2

34

TB2

1

2

3

4

5

6

7

8

120/240VAC OUTLET STRIP

P3

AC1

AC2

RT1

RT2

NEUTRAL

F1 (4A)FAST BLOW

OUT 1V ADJ

R53

DO NOTADJUST

R43

OUT 2V ADJ

R21

WH

ITE

/RE

D

WH

ITE

BL

AC

K

YE

LL

OW

R11

V ADJR6

DO NOTADJUST

PS4+24VDC

Ground toPower Control PCB

P6 pins 4,5,6See Sheet 1

Left Mon.+24VDCat P6.2

P6.3 (GND)

Right Mon.+24VDCat P6.2

P6.3 (GND)

PS1+/-5 VDC+/- 12VDCJ16

P16

P1 12

120VAC

120VAC

E8

E18

+12V

+5V

-12V

-5V

GND

SONY 890 OR 910THERMAL IMAGER

(Optional)

SONY VCR(Optional)INTERNAL LENZAR

HARD COPY CAMERA(Optional)

FAN B2 FAN B3FAN B1TB2.5

TB2.1

TB2.7

514-16 1 3 8-11

1

U1 monitors +5VDC. If it falls below 4.65VDC,U1.7 (SYSRST*) goes low resetting the 386 Motherboard.It goes high 200 mS after 4.7VCD is reached.

+12VGND

+12VGND

+12V+5VGNDGND

+12V+5VGNDGND

+5V+5VGNDGND+12V+5VGNDGND+12V+5VGNDGND

SYSRST*+5V+12V-12VGNDGNDGNDGND-5V+5V+5V+5V+5V+12V


+5V+5VGNDGND+5V+12V-12V-5VGNDGND+5V+12V-12V-5VGNDGND

N/C

ETI (Elapsed Time Indicator)

Spare Disk Drive

Floppy Disk Drive

Hard Disk Drive

386 Motherboard

Control Panel Interface PCB& Contrast / Brightness PCB

Auxiliary Interface PCB &Video Switching PCB &Image Processor PCB

P512

P812

P71234

P61234

P41278349

1056

1112

P2123456789

1011121314

P3123456789

1011121314

P1129

10345

111213678

141516

CB8

CB2

CB4

CB7

CB9

CB6

CB1

CB3

CB5

TP1GND

TP5-5V

TP4-12V

TP3+12V

TP2+5V

VCC

BAT

PFI

WDI

OUT

RST

PFO

GND

U1

MAX694 CPA

(1C5)

C1

R2

R1

1

CR1 CR2

2 -5 and -12 VDC are NOT CIRCUIT BREAKER PROTECTED

2 2

GROUND, -5VDC & -12VDC connections from P9, to the connectors

at the right side of the diagramare not shown to simplify this diagram.

P9

1

2

3

4

5

6

7

8

9

10

DC POWER DISTRIBUTION PCB00-876839


PWERBLK1.DS4

9600 C-Arm

12/3/96

TB2.5

TB2.6 AC2 (BRN)

NEUT (WHT)

CB3 (5A)RESET ONLY


876158 Use this drawing with systemserial numbers 69-0001 to 69-1000

1A

1B

1C

1D

1E

1F

1G

1H


Workstation Distribution

AC1

AC1

1

1

2

2

AC1

NEUTRAL

NEUTRAL

AC2 AC2

AC2

AC1

NEUTRAL

7

NEUTRAL

AC2 VIA F1


NOTE


KEY_PWR

J1

19

13

22

16E1

SEE STATOR RELAY/STATORSENSEAND LIFT/ROTATION

FUNCTIONAL SCHEMATICSFOR DETAILS OF THESE CIRCUITS

SEE GENERATOR INTERLOCK,PRE-CHARGE,

STATOR RELAY/STATOR SENSE,AND LIFT/ROTATION

FUNCTIONAL SCHEMATICSFOR DETAILS OF +24V AND+24V INTERLOCK CIRUITRY

J1 INTERCONNECTCABLE

19

13

22

16

WORKSTATION

SEE PAGE 1 TOCONTINUE THESE

SIGNALS

INTERCONNECT DIAGRAMDRAWING #876158

P1



PWERBLK1.DS4

9600 C-Arm

12/3/96

1 1

12 12TP2 CNCT_ON

E9

P1

1415

(1D6)

PS224V

PS1

LF1

LF2

LF3

+5+15

DC COMMON-15

P26

12

7

3

CB6CB5CB4

P7

P8

P11

P1

CB1

CB7

CB3

CB2

53

5

3

21

2

1

35

9120V PH1

120 PH2NEUTRAL

35

12

NEUTRAL

P5

48

16

10 20

DS2

120V PH2

120V PH1

P614 P12

120V PH1SWITCHED

K10

2413 17

7

NEUTRAL

120V PH2


SCH. #875997

CB8CB9

103612

+5

+5

+5

+15

+15

-15

-15


SCH. #876001

P10

18

5P9

+12V FROMMOTHERBOARD

+24V+24V

2

8114

612

C-ARM


2

3

5

P2

+ - NC


T1

CR1

(1B4)

(1B4)

(1B5)

(1C5)

(1B5)

(1C6)

(1C7)

(1C6)

(1B5)

(1B5)

(1A7)

(1B7)

(1B7)

56

120V PH1SWITCHED

42

2

1

4

FORROTATION,

LIFT,& STATOR

P7


SCH. #875601

P4

17

+15V +12VVR2

1 3

2

1

32-15V -12VVR1

+12V5

TOCONTROL PANEL PROCESSOR PCB

1

+12V1

SEE BATTERY CHARGERBLOCK DIAGRAM FOR

DETAILS OF THE BATTERY CHARGER PCB

TO X-RAYREGULATOR PCB - P1

TOCONTROL PANELPROCESSOR PCB - P3

TP1 +24V

TP2

TP1, 3,12, 13

TP2


P1 P8

Use this drawing with systemserial numbers 69-0001 to 69-1000

1A

1B

1C

1D

1E

NEUTRAL

120V PH2

120V PH1

KEY_PWR

CNCT_ON

C-Arm DistributionUsed and Refurbished C-Arms are Available from www.SharpMedical.com - Call us at 800-969-9800 An Independent C-Arm Service Provider. This PDF provided for research / historical purposes only.

NOTE



SURGE SUPPRESSOR PCBSCH. #876784

TB1

1 2

3

5

4

6

10A

CB1RESET ONLY

P1 P2

RT1 RT3

RT2 RT4

DS1GREEN LAMP

E1

C1

RV1

E1

RV2

E2

C2 RV3

C3 RV4

TB1

1 2

3

5

4

6

10A

CB1RESET ONLY

P1

DS1GREEN LAMP

E1

See Sheet 3for C-Arm

Power Distribution

100-127 VAC CORD ASSEMBLY

200-250VAC CORD ASSEMBLY

WARNING!AC RETURN LINES

IN THIS SYSTEMCARRY VOLTAGE

POTENTIALS

T1ISOLATION

TRANSFORMER

125

115

105

COM

125

115

105

COM

AC

RTN

AC2

CT

AC1

POWER CONTROL00-878001

E4 P1CB3 (4A)

RESET ONLY

CB2 (12.5A)

RESET ONLY

E19(Mounting)

SHLD

12VDC Supply

E4

+12V

T1

(1E7)

CR1

(1F6)

U1

(1F5)

1 3

2

7812

CB1 (0.2A)RESET ONLY

RV2

RV1

K3(1D4)

K4(1D2)

5

4

6

35

4

6

3

8

1

P5

TP2

TP1

K1(1C4)

K2(1C3)

P3KEY SWITCH

P2

P4

240VACTO TB2

4

56

3

F1 (2A S.B.)

(1C2)

P6

120VACTO PS4(+24V)

1

1

8

8

8

1

TP3

CR4(1D4)

P6

9

8

7

CB3 (3A)

CB2 (3A)(1B3)

+24VFROMPS4

+24V TOL_MON

+24V TOR_MON

2A

LOOP2

LOOP1

E1 E2 E3 E4 E5 E6

E1 - E6 ARE MOUNTING HOLES (GROUND)

240 VAC

N.O. N.O.

N.O.

N.O.

34

E3

120 VAC

1 DS1 is a green light that turns on when the Power Cordis plugged into a wall outlet.

120 VAC between TP1 & TP2when Workstation is plugged into outletand interconnect cable is connected to C-Arm.

Strap T1 to match Hospital AC as follows:220 -250 VAC Cord AssemblyTransformer TAP 105 115 125Input VAC Range 196 - 214 215 - 234 235 - 254

100 - 127 VAC Cord AssemblyTransformer TAP 105 115 125Input VAC Range 98 -107 108 - 117 118 - 127

1

2

2

3

3

1

4

1

2

1

2

1

3

2

1

4

6

1

3

2

4

1

1

3

5

9

6

8

1

3

5

9

68

1

6

9

2

7

+-

U2

R5

R1

C5 (1D5)

(1E5)

(1E5)

R2 (1D5)

C3(1D6)

2

1

1312

DELAY CIRCUIT


PWERBLK2.DS4

9600 C-Arm

9/19/96

LOOP2

KEY_PWR

CNCT_ON

2

4

LOOP1

LOOP2

J1

12

18

19

13

INTERCONNECTCABLE

12

18

19

13

16 16

E9

E1 CHASSIS GND

KEY_PWR

CNCT_ON

LOOP1

LOOP2

TO POWER/SIGNALINTERFACE PCB

P1

1

10

1

10

115VAC_PH

115VAC_RTNC-ARM

TO POWER/MOTORRELAY PCB

3A

22222 GROUND

(1E7)

USE THIS DRAWINGWITH SYSTEM SERIAL NUMBERS



00-877970

3B

3C

3D

3E

2B

2C

2D

2E

2F

2G

2H

AC1AC1

AC2AC2 AC2

AC1

GND

GND

System Power DistributionFunctional Schematic

Workstation DistributionUsed and Refurbished C-Arms are Available from www.SharpMedical.com - Call us at 800-969-9800 An Independent C-Arm Service Provider. This PDF provided for research / historical purposes only.

NOTE



1

2

3

4

TB2

1

2

3

4

5

6

7

8

120/240VAC OUTLET STRIP

P3

AC1

AC2

RT1

RT2

GND

F1 (4A)FAST BLOW

OUT 1V ADJ

R53

DO NOTADJUST

R43

OUT 2V ADJ

R21

WH

ITE

/RE

D

WH

ITE

BL

AC

K

YE

LL

OW

R11

V ADJR6

DO NOTADJUST

PS4+24VDC

Ground toPower Control PCB

P6 pins 4,5,6See Sheet 1

Left Mon.+24VDCat P6.2

P6.3 (GND)

Right Mon.+24VDCat P6.2

P6.3 (GND)

PS1+/-5 VDC+/- 12VDCJ16

P16

P1 12

120VAC

120VAC

E8

E18


00-877970

+12V

+5V

-12V

-5V

GND

1

1

2

2

SONY 890 OR 910THERMAL IMAGER

(Optional)

SONY VCR(Optional)INTERNAL LENZAR

HARD COPY CAMERA(Optional)

FAN B2 FAN B3FAN B1TB2.5

TB2.2

TB2.7

514-16 1 3 8-11

1

U1 monitors +5VDC. If it falls below 4.65VDC,U1.7 (SYSRST*) goes low resetting the 386 Motherboard.It goes high 200 mS after 4.7VCD is reached.

+12VGND

+12VGND

+12V+5VGNDGND

+12V+5VGNDGND

+5V+5VGNDGND+12V+5VGNDGND+12V+5VGNDGND



+5V+5VGNDGND+5V+12V-12V-5VGNDGND+5V+12V-12V-5VGNDGND

N/C

ETI (Elapsed Time Indicator)

Spare Disk Drive

Floppy Disk Drive

Hard Disk Drive

386 Motherboard

Control Panel Interface PCB& Contrast / Brightness PCB

Auxiliary Interface PCB &Video Switching PCB &Image Processor PCB

P512

P812

P71234

P61234

P41278349

1056

1112

P2123456789

1011121314

P3123456789

1011121314

P1129

10345

111213678

141516

CB8

CB2

CB4

CB7

CB9

CB6

CB1

CB3

CB5

TP1GND

TP5-5V

TP4-12V

TP3+12V

TP2+5V

VCC

BAT

PFI

WDI

OUT

RST

PFO

GND

U1

MAX694 CPA

(1C5)

C1

R2

R1

1

CR1 CR2

2 -5 and -12 VDC are NOT CIRCUIT BREAKER PROTECTED

2 2

GROUND, -5VDC & -12VDC connections from P9, to the connectors

at the right side of the diagramare not shown to simplify this diagram.

P9

1

2

3

4

5

6

7

8

9

10

DC POWER DISTRIBUTION PCB00-876839



PWERBLK2.DS4

9600 C-Arm

9/19/96

TB2.5

TB2.6 LINE (BRN)

GND (WHT)



1A

1B

1C

1D

1E

1F

1G

1H

Workstation Distribution



POTENTIALS

GND

GND

GND

AC2 VIA F1

AC2

AC1


NOTE



PS224V

PS1

+5+15

DC COMMON-15

P2

6

12

7

3

CB6CB5CB4

P7

P8

CB1

CB7

TO X-RAYREGULATOR PCB

3

5

1

2

P5

48

1

6

10 20

DS2

P614

P12

+

-

KEY_PWR

K10

241317

7

CB8

CB9

103612

+5

+15

+15

-15

-15

P10

18

5P9

+12V FROMMOTHERBOARD1

14

612

C-ARM

J1

19

13

22

(1B5)

(1C5)

(1B5)

(1C6)

(1B7)

56

42

2

1

4

16E1

FORROTATION,

LIFT,& STATOR

P7

+15V +12VVR2

1 3

2

1

32-15V -12VVR1

P8 OR P5P1 OR P5

+12V5

TOCONTROL PANEL PROCESSOR PCB

1


SCH. #875601

P4

17

+12V

1

TP1, 3,12, 13

TP2

TP1

SEE STATOR RELAY/STATORSENSEAND LIFT/ROTATION

FUNCTIONAL SCHEMATICSFOR DETAILS OF THESE CIRCUITS

SEE GENERATOR INTERLOCK,PRE-CHARGE,

STATOR RELAY/STATOR SENSE,AND LIFT/ROTATION

FUNCTIONAL SCHEMATICSFOR DETAILS OF +24V AND+24V INTERLOCK CIRUITRY

P11

P1

3

5

1

2

TOCONTROL PANELPROCESSOR PCB

+5

+5

2

8

3

P2

+ -

T1

CR1 (1B5)

(1A7)

(1B7)115VAC_PH_CH

115VAC_RTN_CH

4

3

4LF2

CHASSIS GND 22

(1C6)

4

CB2

CB3(1B6)


CB10 CB11

115V_ PH_PS2

115V_RTN_PS2

CB12

LF1

(1B4)GROUND

(1B5)

+24V_PS2

DC COMMON


SCH. #877998

INTERCONNECT DIAGRAMDRAWING #877972 OR #878376

J1 INTERCONNECTCABLE

19

13

22

16

WORKSTATION


SIGNALS




MOTHERBOARDSCH. #875539OR #878396

SEE BATTERY CHARGERBLOCK DIAGRAM FOR

DETAILS OF THEBATTERY CHARGER PCB

115VAC_PH_IN115VAC_ PH_SW


SCH. #875997USE -04 (SHEET 2)

115VAC_RTN_MTR

115VAC_PH_MTR

+24V

115VAC_PH

115VAC_RTN



POTENTIALS

P1


PWERBLK2.DS4

9600 C-Arm


P4

17


SCH. #878489

P3

15

+12V

TP4TP3

J3

15

SERIAL NUMBERS69-1001 TO 69-2000

SERIAL NUMBERS69-2001 AND HIGHER

&62-0001 AND HIGHER

9/19/96

1 1

12 12TP2 CNCT_ON

E9

P1

1415

(1D6)

1A

3B

3C

1D

1E

1C

3B

3C

1B


C-Arm Distribution

GROUND

115VAC_PH

115VAC_RTN

KEY_PWR

CNCT_ON


SIGNALS


NOTE


U38PIO(2D7)


J6P2

U44RESISTOR

PACK

(2C5)

CR18(2A1)

MOTHER BOARDSCH.#875539OR #878396

+

-

K2

+

-1

K1

SAMPLEMUXU3

REFERENCE TO C-ARM (MAINFRAME)

INTERCONNECT DIAGRAMSCH. # 875500, #877972, or 878376

6

(2B2)

(2C6)

U45

(1D6)

SEE TECHNIQUE PROCESSOR/ANALOG INTERFACE

BLOCK DIAGRAMFOR DETAILS OFTHIS CIRCUITYRY

18 18

19 19Q5

Q4

19

18

4

17

16

3

BUSDRIVER

7

6 11

10

(2B2)

CR17

CR15

PRECHRG

CONTACT

P3

36

P4

36

3535

P2

4

5

X-RAYREGULATOR PCB

SCH. #877458

9

5

R1

BATTERIESBATTERIES

BATTERYCHARGER PCBSCH. # 876643

OR #877995

High Voltage

Tank

C2 C3

+

BX1B1E1

E2B2BX2

BX1B1E1

E2B2BX2

Q2

Q1

L1 C1

+200V Sense

Primary A

Primary B (1A8)

(1B8)

(1B7)

(1B7)

P1

P2

F3

R11

R10

(1D4)

(1D4)

6

3 F13 AMP 250VDC

SLO-BLOW

C2E1

E2

C1

C2E1

E2

C1

6

6

1P3

200VSNS8 41 41 22 22 1

A2J3

CB130 AMP

GENERATOR CONTROLLER ASSEMBLY

1INTERLOCK

+24V

SEE GENERATORINTERLOCK

BLOCK DIAGRAMFOR DETAILS

B

A

2

+ -

P5

(1B7)

(1B6)

(1B6)

(1C8)

(1B7)

(1C7)

(1C5)


225V

225V

5.3

225V

.2V

.7V

5V

5V

5.3V

TP1 TP2 TP21 TP22

TP23+15V

TP25+12V

TP24+5V

RELAYS SHOWN IN THE DE-ENERGIZED POSITION


1

1 THE CONTROL PANEL DISPLAYS 19 ARROWS AT THIS TIME

2

THIS OCCURS AFTER THE TECHNIQUE PROCESSORDETECTS APPROXIMATELY 185VDC ON THEPRE-CHARGE CAPACITORS C2 & C3

2

9600 C-ARM

For Reference Only

12/4/96

Page 1 of 1

PRECHG.DS4

PRE-CHARGEBLOCK DIAGRAM

(1)

(23)

(34)

(Numbers in parentheseson connector P4represent pin numbersseen on Sch. 878396.)

CR2(1A8)

CR1(1A8)

1K25W


NOTE



2 V dc50 ms

10 V dc50 ms

2 V dc1 s

100 V dc1 s

2 V dc5 s

2 V dc

5 s

U38-19

Q4 CRISING EDGE = +24V INTERLOCK ON

FALLING EDGE = B+ CHARGE STARTEDK1 (PRECHARGE) RELAY ON

RISING EDGE = B+ CHARGE STARTED

RISING EDGE = B+ CHARGE STARTED

C2, C3 CHARGE VOLTAGE VIAR1 & K1 IN GENERATOR TRAY

U38-19

F3

U38-18

+200VSENSE

GE

NE

RA

TO

R D

RIV

ER

R11R10

CR33

F3

P2

P1

TP1

F3

GND

GND

GND

GND

C7

C8

C9

CR15

CR17

CR18

P1

Q4

TP1

TP2

TP21

TP22

U2

U3

U38

U45

U7

U8

U9

P2

C44

19 18

Q5

8

4 3

14

5

12

U38-19

Q4 C

+200VSENSE

U38-18

9600 C-ARM


6/5/96PRECHGSS.DS4

PRE-CHARGE CONTROLSIGNAL SHEET

AN

ALO

G IN

TE

RF

AC

E P

CB

C2, C3 CHARGE VOLTAGE IS MEASURED BY U7 ADC VIA +200V SENSE FROM GENERATOR DRIVER PCB.

AS +200V SENSE REACHES APPROX. 4.6 VOLTS K2 (B+ CONTACTOR) IS TURNED ON BY U38-18 VIA Q5.

WITH K2 ON, THE VOLTAGE ON C2, C3 IS EQUAL TO THE BATTERY CHARGER VOLTAGE OF 225 VOLTS, WHICH RAISES THE VOLTAGE OF +200V SENSE TO 5.3 VOLTS.THIS TELLS THE SYSTEM THAT PRECHARGE HAS BEEN SUCESSFULLY COMPLETED.

F3

+200VSENSE

100 V dc1 s

2 V dc1 s


NOTE



CB2

T1

40 VAC

STATOR 1

STATOR CAP 1

STATOR 2

40 VAC

+24V FromInterlock Circuit

XRAY TUBE

C5

3

12

(1B1)

DS2

DS1

4

40 VAC

U38PIO

Q7

14371323

STATSTRT

STAT_RUN

CR20

CR16(2D7)

Q3

TTL LOGIC HIGH-STATOR STARTINGTTL LOGIC LOW-STATOR RUNNING


3.6V DC-STATOR STARTINGTTL LOGIC LOW-STATOR RUNNING

3.6V DC-STATOR STARTING3.6V DC-STATOR RUNNING

TTL LOGIC HIGH-STATOR STARTINGTTL LOGIC HIGH-STATOR RUNNING

J6P2

105

U44RESISTOR

PACK

20 15 5 8 9106

P1

5

6

P2

17

18

(2C5)

CR18(2A1)

MOTHER BOARDSCH.# 875539OR #878376


SCH. #875997

+

-

8

1

K2

+

-

8

1

K1

115 VAC

P187

U27PIO

10

+5V

+5V

4 STATOR CAP 2

5

10

THERMALSWITCH

STATOR SENSE RETURN

STATOR SENSE

C17

CR7CR6

CR5R15

U24 54

R16

3

1

C22

R14

R13

U19-

+

2

3

R12 CR4 CR3 103 103

104 104

15

16

A4J53 10 5

P5

3

PHASECAP(1A1)

P2

2A P5

5

J15P15

1 7 31 7 3

C P MTEMP

SENSOR

+12V

SAMPLEMUXU3

23 55 55

P3

6

3

+12V

HOUSING_TEMP

10 510 5


INTERCONNECT DIAGRAMSCH. # 875500, #877972, OR #878376

(1&2B6)

65

5

76

(1&2B5)

P28 6

XFMR_AC_RTN

STATOR_RTN

A1J3

REFERENCE TOIMAGE SYSTEM

INTERCONNECT DIAGRAMSCH.#875410, #877971, OR #878377



(2B2)

(2A2)

(2C6)

U45

U43

BUSDRIVERS

(2B7)

(2B8)

(2A7)

(2A7)

(2A8)

1

(2A8)

(1D6)

106

105

HOUSTEMP

STATOR_RUN

STATOR_START

T3STATOR

TRANSFORMER

2

XFMR_115VAC

(1&2A6)

(1&2B6)

TP4(1B7)

(1&2A6)

(1B5)

10 3

115 VAC_PH_MTR 115VAC_RTN_MTR

P7

SEE SYSTEM POWERBLOCK DIAGRAMFOR DETAILS OF

POWER DISTRIBUTION

High VoltageCable Assembly

900602 or 900927

RELAYS SHOWN IN DE-ENERGIZED POSITION

DURINGRUN

CONDITION

1

1

1

STATOR RUNRELAY

On for stator operation

STATORSTARTRELAY

On for 2secthen turns off

2

2


2

TTL LOGIC LOWSTATOR DRAWING CURRENT

TP1 TP2 TP21 TP22

TP23+15V

TP25+12V

TP24+5V

SEE TECHNIQUE PROCESSOR/ANALOG INTERFACE BLOCKDIAGRAM FOR DETAILS OF

THIS CIRCUITYRY

THE CONTROL PANEL DISPLAYS 19 ARROWS AT THIS TIME

40 VAC

9600 C-ARM

For Reference Only

6/5/96

Page 1 of 1

STATOR.DS4

STATOR RELAY / STATOR SENSEBLOCK DIAGRAM

STARTMODE

RUNMODE

SLEEPMODE

DS2 DS1

ON ON

OFF ON

OFF OFF


NOTE



2 V dc500 ms

GNDGND

GND

GND

P1

TP1

TP2

TP21

TP22

U38

P2

Q7

Q3

CR20

U27

R16

R15C17

CR6

CR5

C22R14

R13

R14

CR4

CR3

23

2010

3 1

54

U19

7

13

3

145

15

8

9U44

U45

U43

U24

CR16

CR7

3 2 1

10 V dc500 ms

10 V dc500 ms

2 V dc500 ms

2 V dc500 ms

2 V dc20 ms

9600 C-ARM


5/17/96STATORSS.DS4

STATOR RELAY / STATOR SENSESIGNAL SHEET

P5-5

7126 1

105

61

PO

WE

R/M

OTO

R R

ELA

Y P

CB

AS

SY

00-

8759

99-

( )

1

K1

K2

TP4TP

2

DS

2

DS

1

CB

2

T1

P5

P7

AN

AL

OG

INT

ER

FA

CE

PC

B

GROUND

INTERLOCKED +24 V

P5-10

CR3-C

U19-1 U24-5

U38-23

U38-20

Q7 C

Q3 C

U27-10

CR3 C

U19-1Q3 C

U24-5

U27-10

U38-23

U38-20

Q7 C

STATORSTART

STATORSTART

STATORRUN

STATORRUN

STATORSENSE

STATOR 1

STATOR 2

10 mV ac50 ms

5V ac5 ms

200 V dc500 ms

200 V dc500 ms

STARTMODE

RUNMODE

SLEEPMODE

DS2 DS1

ON ON

OFF ON

OFF OFF


NOTE


+

Lemo Connector

J1

PH 2

NEUT.

PH 1

GND

5

2

3

+

C4R2

VR1

VR2

VR3

R11

R10

F3

++

R1

K2

K1

6

3 9

6 5

n.o.

n.c.

F1

See Precharge Control Block Diagram

CB1

C2

C3

RedConnector

BlueConnector

BlackConnector

U3 Sample Mux8

P2 41P6

910

4243

U27 PIO18

37

+200volt

sense

Charger DisableLine Sense

Charger Current

R7

R8 C9

+12SEP

-12SEPP2

Q2

L2

P1

Q1

R2

R1 Current Sensor

T2

C10 C11

L1

CR2

CR3

25 40 50 75 100

105

220

320

450

625

MILLIAMPS

OvervoltageProtectionQ6, Q8, U1, U3,

CR6

CR7

6

14

4

16

U2

Low PassFilter

R19CurrentSensor

TP3CurrentSense

R10ChargerOutputAdjust

R6

-12SEP

R32Volts

DisplayAdjust

TP2Volt

Sense

R26TP1Volt

Feedback

CR1

CR6

+12SEP

+

U3

14

15

U57 23

Q7

J11

J3

1

4

6

2

Mother PCB

DS1 DS2

See PrechargeBlock Diagram

5.1 VDC

HI = Charger Disabled

7.5 VDC

Low Voltage CutoffQ10 shuts off Q2 when battery voltage falls below 160 VDC

R48, R16, CR11, Q10

(1B7)

T1(1A7)

(1A6)

(1B5)

(1B5)

(2A7)

(1B7) (1C8)

(1B6)

(1D5)

(1B4)

(1D4)

(1D6)

(1D4)

(1C6)

(1A5)

(1A4)

(1D5)

(1C5)

(1B4)

(1B3)

(1C4)

(1B4)

(1D8)

(1B7)

(2C1)

(1C6)

(1D4)

(2B7)

(1D6)

37 43 42 41

P4 18 24 23 22

Battery Packs

R37

1.1 VDCR39

X-Ray Regulator PCB

Generator Driver PCB

U4, C17R18

5-20 mA DC Trickle ChargerC26, CR9, CR10

See KV Block DiagramX-Ray Regulator PCB

VOLTS (1D7)

160

170

180

190

200

210

220

230

240

250

(1B8)

(1C8)

(1B6)

(1B6)

(1B7)

(1C7)

X-RAYS ON = HI(Hi charge)

X-RAYS OFF = LO(Normal charge)

877458

877461

875539

876738

Analog Interface PCB

130 to 160 VDC(1B6)

Reference DrawingMainframe Interconnect Diagram

875500

(1D1)

P1

5

9

3

CB2

CB3

5 AMP

1

2

4

10 AmpCurrent Limiter

10 AmpCurrent Limiter

Battery Charger PCB

Power / Signal Interface PCB

876643

876001

(1B6)

(1C7)

(1C7)

(1C6)

(1C6)

(1B5)

(1B5)

5 AMP

E1

BATTERY CHARGER ADJUSTMENT PROCEDURE:

1. CONNECT A DVM FROM J1-1 TO CHASSIS GROUND.2. ADJUST R10 FOR 220 VOLTS ON THE DVM.3. ADJUST R32 UNTIL THE 220 VOLT SEGMENT ON DS1 GOES OFF AND THE 210 VOLT SEGMENT LIGHTS.4. ADJUST R32 UNTIL THE 210 VOLT SEGMENT GOES OUT AND THE 220 VOLT SEGMENT JUST LIGHTS.5. ADJUST R10 FOR 225 VOLTS ON THE DVM.

19

22

13

16

P12

Ideal DiodeU4, CR8, Q9

J22

1

RT2

RT1

LF 3

LF 1


9600 Battery Charger Block DiagramSerial # 69-0001 to 69-1000

CHGBLK.DS4

9600 C-Arm

R25(1D5)

R11

R28

12/3/96

3

1


NOTE



9600 Battery Charger Signal Sheet

CHGBLK.DS4

9600 C-Arm

BATTERY CHARGER ERROR MESSAGES

2 V dc20 us

500 mV dc20 us

U2-14

U2-4

C-4 FILTER CAP VOTAGEMIN. LOAD = 160 VDCMAX. LOAD = 130 VDC

R8 LINE SENSE7.5 VDC = NORMALLINE VOLTAGE

R32 VOLTAGE DISPLAY ADJUSTMENT

R10 CHARGER OUTPUT VOLTAGE ADJSUTMENT

TP3 CURRENT SENSEMIN. CURRENT = .08 VDC(CHARGER OUTPUT = 25 MA)

MAX. CURRENT = 5.2 VDC(CHARGER OUTPUT = 2.5 AMPS)

REMEMBER, CHARGER OUTPUT VOLTAGEIS MEASURED THRU +200 SENSE(R11/R10 JUNCTION ON GENERATOR DRIVER PCBTO U3-8 ON ANALOG INTERFACE PCB)

RECHARGE NEEDED -ALLOW 24 HOURSPRESS ANY KEY TO CONTINUE

THIS MESSAGE IS DISPLAYED DURING BOOT UP IF THE SYSTEM HAS NOT BEEN TURNED ON FOR 6 MONTHS.

IF 6 MONTHS HAVE PAST SINCE THE SYSTEM HAS BEEN PLUGGED IN AND TURNED ON, LET THE SYSTEM RUNWITHOUT MAKING X-RAYS FOR 24 HOURS TO ALLOW THE BATTERIES TO RECHARGE AND THE IMAGE TUBE TO DEGAS.

THIS ERROR MAY ALSO BE DISPLAYED AFTER INSTALLINGA COPY OF THE BACKUP GENERATOR SOFTWARE, IN THIS CASE PRESS ANY KEY ON THE CONTROL PANEL AND CONTINUE USE AS NORMAL.

WARM-UP NEEDED - ALLOW 4 HOURSPRESS ANY KEY TO CONTINUE

THIS MESSAGE IS DISPLAYED DURING BOOT UP IF THE SYSTEMHAS NOT BEEN TURNED ON FOR 2 MONTHS.

IF 2 MONTHS HAVE PAST SINCE THE SYSTEM HAS BEEN PLUGGED IN AND TURNED ON, LET THE SYSTEM RUNWITHOUT MAKING X-RAYS FOR 4 HOURS TO ALLOW THE BATTERIES TO RECHARGE AND THE IMAGE TUBE TO DEGAS.

THIS ERROR MAY ALSO BE DISPLAYED AFTER INSTALLINGA COPY OF THE BACKUP GENERATOR SOFTWARE, IN THIS CASE PRESS ANY KEY ON THE CONTROL PANEL AND CONTINUE USE AS NORMAL.

70% CHARGETHIS MESSAGE IS DISPLAYED IF THE SOFTWARE THINKS THATTHE CHARGE CAPACITY OF THE BATTERIES HAS BEENDEPLETED TO 70% OR LESS. THE 70% CHARGE MESSAGE IS DISPLAYED INTERMITTANTLY ONTHE CONTROL PANEL AND DOES NOT AFFECTSYSTEM OPERATION.

50% CHARGETHIS MESSAGE IS DISPLAYED IF THE SOFTWARE THINKS THATTHE CHARGE CAPACITY OF THE BATTERIES HAS BEENDEPLETED TO 50% OR LESS.

THE 50% CHARGE MESSAGE IS DISPLAYED INTERMITTANTLY ONTHE CONTROL PANEL, SYSTEM OPERATION IN FLUORO MODE IS ALLOWED BUT FILM EXPOSURES ARE SUSPENDED UNTIL THE CALCULATED CHARGE OF THE BATTERIES RISES ABOVE 50%.

CR7 CATHODE "CHARGER DISABLE"CHARGER ON = 0 VDC (THE CHARGER IS ON ALL THE TIME EXCEPT DURINGCHARGER OFF = 3 VDC DURING FILM EXPOSURES AND FOR A SHORT TIME TIME AT THE END OF THE STSTEM BOOT PROCESS.)

CHARGER FAILEDTHIS MESSAGE IS DISPLAYED IF THE SOFTWARE SENSES THAT THE BATTERY VOLTAGE IS LESS THAN 225 VOLTS AND THAT THE CHARGER OUTPUT CURRENT IS LESS THAN 1.0 AMPS.

THE SOFTWARE CHECK FOR CHARGER FAILURE RUNS IN THE BACKGROUND ALL THE TIME EXCEPT DURING X-RAYS.

TP2 VOLT SENSENORMAL = 3.3 VDC (CHARGER OUTPUT @ 225 VDC)

HI CHARGE = 4.2 VDC (CHARGER OUTPUT @ 230 VDC)

TP1 VOLTAGE FEEDBACK NORMAL = 5.15 VDC (MIN. CURRENT)HI CHARGE = 4.55 VDC (MAX. CURRENT)

P5 CHARGER OUTPUTNORMAL = 225 VDCHI CHARGE = 230 VDC

THIS PAGE GIVES THE LAYOUTFOR THE 877997 PCB. REFER TO THE

POWER DISTRIBUTION SECTIONIN THE SERVICE MANUAL

FOR THE OLDER PCB LAYOUT.

BATTERY DISCONNECTEDTHIS MESSAGE IS DISPLAYED DURING BOOT UP (-1 ARROWS) IF THE SOFTWARE THINKS THE BATTERIES ARE DISCONNECTED.

THIS IS CHECKED BY DISABLING THE BATTERY CHARGER AND WAITING FOR 2 SECONDS, THE +200 VOLT SENSE LINE IS THEN READ. IF 180 VOLTS OR LESS IS READ, THE SOFTWARE ISSUESA SHUTDOWN COMMAND AND DISPLAYS THE " BATTERIES DISCONNECTED" MESSAGE.

IF THE BATTERIES ARE DISCONNECTED OR CB1 IS OPEN THE ERROR "PRECHARGE FAIL" MAY BE DISPLAYED INSTEAD OF BATTERIES DISCONNECTED.

R10

U2

TP2

TP1

R8

CR

7

DS

1

TP

3

P5

P4

DS

2

R32

R25

R6

R6CHARGER OUTPUT

U3

R25HIGH CHARGE MODE

CURRENT SENSOR INPUT TO PWM

PWM OUTPUT DRIVE PULSES TO Q1

12/3/96


NOTE

Click on the blue box around the Title Block to go directly to the description for this card. Click on the << button in the Tool Bar to return to this point.


9600 Battery Charger Block DiagramSerial # 69-1001 and Higher

CHGBLK.DS4

9600 C-Arm

+

Lemo Connector

J1

+

C4R2

VR1

VR2

VR3

R11

R10

F3

++

R1

K2

K1

6

3 9

6 5

n.o.

n.c.

F1


CB1

C2

C3

RedConnector

BlueConnector

BlackConnector

U3 Sample Mux8

P2 41P6

910

4243

U27 PIO18

37

+200volt

sense

Charger Disable

Line SenseCharger Current

R7

R8 C9

+12SEP

-12SEPP2

Q2

L2

1

3P1

Q1

R2

R1 Current Sensor

T2

C10 C11

L1

CR2

CR3

25 40 50 75 100

105

220

320

450

625

MILLIAMPS


CR6

CR7

6

14

4

16

U2

Low PassFilter

R19CurrentSensor

TP3CurrentSense


R6

-12SEP

R32Volts

DisplayAdjust

TP2Volt

Sense

R26TP1Volt

Feedback

CR1

CR6

+12SEP

+

U3

14

15

U57 23

Q7

P51

J3

14

6

2

Mother PCB

DS1 DS2


5.1 VDC


7.5 VDC


R48, R16, CR11, Q10

(1B7)

T1(1A7)

(1A6)

(1B5)

(1B5)

(2A7)

(1B7) (1C8)

(1B6)

(1D5)

(1B4)

(1D4)

(1D6)

(1D4)

(1C6)

(1A5)

(1A4)

(1D5)

(1C5)

(1B4)

(1B3)

(1C4)

(1B4)

(1D8)

(1B7)

(2C1)

(1C6)

(1D4)

(2B7)

(1D6)

37 43 42 41

P4 12 35 31 34

Battery Packs

R37

1.1 VDCR39

X-Ray Regulator PCB


U4, C17R18



VOLTS (1D7)

160

170

180

190

200

210

220

230

240

250

(1B8)

(1C8)

(1B6)

(1B6)

(1B7)

(1C7)



877458

877461

875539 or 878396

876738


130 to 160 VDC(1B6)

(1D1)

P1

CB3

CB2

Battery Charger PCB


(1B6)

(1B5)

E1


1. CONNECT A DVM FROM P5-1 TO CHASSIS GROUND.2. ADJUST R10 FOR 220 VOLTS ON THE DVM.3. ADJUST R32 UNTIL THE 220 VOLT SEGMENT ON DS1 GOES OFF AND THE 210 VOLT SEGMENT LIGHTS.4. ADJUST R32 UNTIL THE 210 VOLT SEGMENT GOES OUT AND THE 220 VOLT SEGMENT JUST LIGHTS.5. ADJUST R10 FOR 225 VOLTS ON THE DVM.


19

13

22

16

115_VAC_RET

115_VAC_PH

GROUND

CHASSIS

1

4

2

P12 10 AMP

10 AMP

LF2

10 AmpCurrent Limiters

877998

RT2

RT1

4

2

3 3

4

2

J42

1


#877972 or #878376

Sch. #877995

(1C6)

(1C7)

R25(1D5)

12/3/96


NOTE




9600 Battery Charger Block DiagramSerial # 69-1001 and Higher

CHGBLK.DS4

9600 C-Arm

+

Lemo Connector

J1

+

C4R2

VR1

VR2

VR3

R11

R10

F3

++

R1

K2

K1

6

3 9

6 5

n.o.

n.c.

F1


CB1

C2

C3

RedConnector

BlueConnector

BlackConnector

U3 Sample Mux8

P2 41P6

910

4243

U27 PIO18

37

+200volt

sense

Charger Disable

Line SenseCharger Current

R7

R8 C9

+12SEP

-12SEPP2

Q2

L2

1

3P1

Q1

R2

R1 Current Sensor

T2

C10 C11

L1

CR2

CR3

25 40 50 75 100

105

220

320

450

625

MILLIAMPS


CR6

CR7

6

14

4

16

U2

Low PassFilter

R19CurrentSensor

TP3CurrentSense


R6

-12SEP

R32Volts

DisplayAdjust

TP2Volt

Sense

R26TP1Volt

Feedback

CR1

CR6

+12SEP

+

U3

14

15

U57

23

Q7

P51

J3

1

4

6

2

Mother PCB

DS1 DS2


5.1 VDC


7.5 VDC


R48, R16, CR11, Q10

(1B7)

T1(1A7)

(1A6)

(1B5)

(1B5)

(2A7)

(1B7) (1C8)

(1B6)

(1D5)

(1B4)

(1D4)

(1D6)

(1D4)

(1C6)

(1A5)

(1A4)

(1D5)

(1C5)

(1B4)

(1B3)

(1C4)

(1B4)

(1D8)

(1B7)

(2C1)

(1C6)

(1D4)

(2B7)

(1D6)

37 43 42 41

P4 12 35 31 34

Battery Packs

R37

1.1 VDCR39

X-Ray Regulator PCB


U4, C17R18



VOLTS (1D7)

160

170

180

190

200

210

220

230

240

250

(1B8)

(1C8)

(1B6)

(1B6)

(1B7)

(1C7)



877458

877461

875539 or 878396

876738


130 to 160 VDC(1B6)

(1D1)

P1

CB3

CB2

Battery Charger PCB


(1B6)

(1B5)

E1


1. CONNECT A DVM FROM J1-1 TO CHASSIS GROUND.2. ADJUST R10 FOR 220 VOLTS ON THE DVM.3. ADJUST R32 UNTIL THE 220 VOLT SEGMENT ON DS1 GOES OFF AND THE 210 VOLT SEGMENT LIGHTS.4. ADJUST R32 UNTIL THE 210 VOLT SEGMENT GOES OUT AND THE 220 VOLT SEGMENT JUST LIGHTS.5. ADJUST R10 FOR 225 VOLTS ON THE DVM.


19

13

22

16

115_VAC_RET

115_VAC_PH

GROUND

CHASSIS

1

4

2

P12 10 AMP

10 AMP

LF2

10 AmpCurrent Limiters

877998

RT2

RT1

4

2

3 3

4

2

J42

1


#877972 or #878376

877458

(1C6)

(1C7)

R25(1D5)

6/4/96



TP20

U211

23 11 XRAY ON

XRAY EN 31

13 11

2

3

(1B8)

U4112

13

9

10

8U41

40

12

24

(2D7)

(2B7)

U6

U6

3

2

U7KV PAL

4

5

U10FIL PAL

U35GAL

12

U25 U243 221

XRAYEN

XRAYON

STORE

XRYDISBL

U1

P1

10

D 0-7U27PIO

U22PIO

U38PIO

(2D7)

CR12

12

10

FOOTSWITCH

HANDSWITCH POWER PANEL

CAMERA

BOOST

BOOST

6 6

2 2

4 4

1 1

P2 J2

4 4

2 2

P3 J3

P7

86

85

81

84

J6

C-ARM

26

P2

27

88

101

J6

(2C7)

(2C7)

P4

7

8

7

8

P3

P2

(1B7)

(1A7)

(1B7)

L

L

LL

L

LTP27

L

L5

2

4

X-RAYSWITCH

P5 P4

+5V

14

2 SECURITY

X-RAY SWITCH

P10

1

13

P9

18

16

P1

18

16

I SOURCE

I SOURCE

100

SECURITY

SW2

SW1

SW3 1 1

7 7

15

SAVE(L/R)

3 3

X-RAY SWITCH

FLUORO ONLY

SECURITY

4

8

6

2

10

16

9

3

5

86

85

81

84

100

26

27

88

101



16 16 U511 7

U504 6

U253 4

U255 6

15

11

13

(2C6)U259 8

4 6

U50

U52

1 7

1 7U52

MOTHERBOARDSCH. # 875539

XRAY REGULATOR PCBSCH. #877458


SCH. #876001OR #877998


SCH. # 875601


SCH. #875997

15 16 X-RAY_LAMP

FL2

+5VR40

(2C8)

1 3

3 3 3

7 7

SAVE (L/R)

FLUORO ONLY3 3 7

SW2

SW3

SW1

SW4

BOOST

SCOUTFLUORO

SAVE

PROCESSFLUORO

PROCESSBOOST

SCOUTFLUORO

SAVE

REFERENCE TO9600 C-ARM

INTERCONNECT DIAGRAMSCH. #875500OR #877972

U50, 51, &52OPTOCOUPLERS

1

1

INPUTOUTPUT

A LOGIC HIGH INPUTGIVES A LOGIC LOW OUTPUT

L

L=XRAY ALLOWED

(2C8)

(2C8)

(2C7)

(2C7)

(2B7) (2B7)

R33 & C36300MS.DELAY

CIRCUIT

(2B5)

(2B5)(2B5)

XRAYINH

26

9

13

(2D4)

(1C6)

P2

9600 C-ARMFor Reference Only Page 1 of 3

XRAY_ON.DS4

XRAY-ON / DISABLE


DATA BUS TO/FROMTECHNIQUE PROCESSOR

REFER TO TECHNIQUE PROCESSOR/ANALOG INTERFACE

BLOCK DIAGRAM FOR DETAILS

+5VTP24TP 1, 2,21, 22

+12VTP25

+15VTP23

+5V +12V

TP 5

TP22 TP23

-12VTP24

6/20/96

9

3

P1

17

P28

27

P10

15

P9

17


SCH. #876001OR #877998

P5

P4

+5V 16


SCH. # 875601

1 3

LAMP IN X-RAYSWITCH ON

CONTROL PANEL

CR1

(1B5)


NOTE



TP20

U211

23 11 XRAY ON

XRAY EN 31

13 11

2

3

(1B8)

U4112

13

9

10

8U41

40

12

24

(2D7)

(2B7)

U6

U6

3

2

U7KV PAL

4

5

U10FIL PAL

U35GAL

12

U25 U243 221

XRAYEN

XRAYON

STORE

XRYDISBL

D 0-7U27PIO

U22PIO

U38PIO

(2D7)

CR12

12

10

FOOTSWITCH

HANDSWITCH POWER PANEL

CAMERA

BOOST

BOOST

6 6

2 2

4 4

1 1

P2 J2

4 4

2 2

P3 J3

P7

86

85

81

84

J6

C-ARM

26

P2

27

88

101

J6

(2C7)

(2C7)

P4

3

28

7

8

P3

P2

(1B7)

(1A7)

(1B7)

L

L

LL

L

LTP27

L

L5

2

4

X-RAYSWITCH

P10 P4

+5V

14

2 SECURITY

X-RAY SWITCH

P10

1

13

P9

18

16

P5

17

14

I SOURCE

I SOURCE

100

SECURITY

SW2

SW1

SW3 1 1

7 7

14

SAVE(L/R)

3 3

X-RAY SWITCH

FLUORO ONLY

SECURITY

4

8

6

2

10

15

9

3

5

86

85

81

84

100

26

27

88

101



16 16 U511 7

U504 6

U253 4

U255 6

15

11

13

(2C6)U259 8

4 6

U50

U52

1 7

1 7U52

MOTHERBOARDSCH. # 878396

XRAY REGULATOR PCBSCH. #877458


SCH. #877998


FL2

+5VR40

(2C8)

1 3

7 7

SAVE (L/R)

FLUORO ONLY3 3 7

SW2

SW3

SW1

SW4

BOOST

SCOUTFLUORO

SAVE

PROCESSFLUORO

PROCESSBOOST

SCOUTFLUORO

SAVE

REFERENCE TO9600 C-ARM

INTERCONNECT DIAGRAMSCH. #878376

USE THIS PAGE FOR SERIAL NUMBERS69-2001 AND HIGHER &62-0001 AND HIGHER

U50, 51, &52OPTOCOUPLERS

1

1

INPUTOUTPUT

A LOGIC HIGH INPUTGIVES A LOGIC LOW OUTPUT

L

L=XRAY ALLOWED

(2C8)

(2C8)

(2C7)

(2C7)

(2B7) (2B7)

R33 & C36300MS.DELAY

CIRCUIT

(2B5)

(2B5)(2B5)

XRAYINH

26

9

13

(2D4)

P2

9600 C-ARM


XRAY_ON.DS4

XRAY-ON / DISABLE

DATA BUS TO/FROMTECHNIQUE PROCESSOR

REFER TO TECHNIQUE PROCESSOR/ANALOG INTERFACE

BLOCK DIAGRAM FOR DETAILS

+5VTP24TP 1, 2,21, 22

+12VTP25

+15VTP23

+5V +12V

TP 5

TP22 TP23

-12VTP24

CR1

CR2

6/20/96

P10

15

P9

17


SCH. #877998

P10

P4

+5V 16

COLUMN I/O PCBSCH. # 878492

1 3

LAMP IN X-RAYSWITCH ON

CONTROL PANEL3 3 3 3

U1

P1

10


SCH. #875997

15 16 X-RAY_LAMP

(1C6)9

P5

16

P28

27CR1

(1B5)


NOTE



U1

E1

U1

U1

R9

+5

XRAYINH

5 20

A/DVIDEO

U429

108

U42114

64

5

TP10

(1A8)

U33SER-PAR

REG.

(1B7)

(1B7)

U6SYNCSTRIP

(1D5)

U13MUX

(1D6)

(2B8) (2A7)

9

13

1

SYNCDET

4

6

(1A5)

U26DUART

(1C5)2

J8-2

J11-5 P4-5

P6-11

VIDEO IN

VMDAT

XRAYON

VIDEO

P6-11

VMDAT

VIDEO SWITCHINGSCH. #872237

AT COMM PCBSCH. #872125

INTERCONNECT CABLE

20

22

7

P3

20

22

7

8

10

1 VIDEOTP35(1B8)

U38 U28

1(1D3)

U15

(1D4)

58

5 2

SEPINCSY

(1D6)

P6

5

7

P6

5

7

J8-1

DRINTLKINPUT FROMROOMINTERFACE

XRAYDIS*

L=VIDEO PRESENT

H=SYNC PRESENT

H

L=XRAY ALLOWED L=XRAY ALLOWED

AUXILIARY INTERFACESCH. #876502

IMAGE PROCESSORSCH. #875952

P9-1 13 12

U512

1311

TP14 P10

5 6

P6-1 9 8

P1

P9-2 STORE*

STORE*

123

U11 2

WORKSTATION

1 1 1

P14 U14LATCH

REFERENCE TO 9600 WORKSTATION

INTERCONNECT DIAGRAMSCH. # 876158

OR #877970

POWER PANELON C-ARM

J6 2

TP16

XRAY_ON19

18

U3PIO #2

(2D2) 14

(4C4)TP3

U17A:D

(4C3)

TP7

AGND

(1D8)(1D8)

(1D7)

(1D8)

(1D8)

(1D8)

(1B5)

STORE*

XRAYINH

DRINTLK

R4

+5

9600 C-ARM

For Reference Only

6/20/96

Page 3 of 3

XRAY_ON.DS4

XRAY-ON / XRAY DISABLE

+5V +12V -12VTP2 & 16 TP9 TP 3-5,7-8

TP1&6-5V

TP15TP1-4

+5V +12V -12V-5VTP27 TP19TP24

TP25,23,39,40TP28, 31

2

2 E1 NORMALLY JUMPERED 1-2WOULD ONLY BE JUMPERED 2-3 IFDOOR INTERLOCK SIGNAL AT P6-1

NEEDED TO BE INVERTED

R155

+5

2 2 2 2

1

X-RAY _LAMP*

TP13

+5

R17CR4

R13

U14

12

3

+12V +5V

P8

E3

(1D6)

1

2

13

J9 P9

25

13

25

J11 P11

2 2

3 3

LED ARRAY ON TOPOF WORKSTATION18

3

D

D


NOTE


GND

+12

+5

GND

+15

GND

GND

TP1

TP2

TP21

TP22

TP23

TP24

TP25

U38

DS1

U27

24

U35

U24 U25

XRAY SW

TP20

U41

2F

2J

TP27STORE

TP28VID STBL

8 9 10 11 12 13

9 10 11 12 14 15

13 12 11 10

U23

6 5

12

U223

40

3 2 2 1

2A

2A

2A

2A

2F

2A

2A

2A

2A

2ATP20 XRAYSW

Normally high, goes low when ProcessFluoro footswitch or control panel X-ray switch is pressed.

U38-10 (X-RAY SW)

Normally low, goes high when ProcessFluoro footswitch or control panel X-ray switch is pressed.

U38-11 (BOOST)

Normally low, goes high whenBoost is pressed.

U38-12 (SCOUT FLUORO)

Normally low, goes high when Scout is pressed.

U27-12 (X-RAY DISABLE)

Normally low, goes high to disable X-rays.Selecting PULSE MODE causes this line to toggle high and low at an 4 pulse per second rate.

2A

U41-8 XRAYEN

Normally low, goes high whenBoost, Scout, Process, Fluoroor control panel X-RAY Switch is pressed.

U41-11 XRAYON

Normally low, goes high when U27-24 CPU Verified X-ray goes lowafter Boost, Scout, Process, Fluoroor control panel X-ray Switch is pressed.

TP28 VIDSTBL

Normally low, goes high when X-raysare turned on until video level stabilizesthen goes low.

TP27 STORE

Normally High, goes Low when X-rays are on, goes High when X-rays are off. Last Image Hold = High

U27-24 (CPU Verified X-ray On)

Normally high, goes low when CPU receivesX-ray on command from U38-10 (XRAYSW) 9600 C-ARM


X-RAY ON / DISABLESIGNAL SHEET

XRAYONSS.DS4 12/4/96

ANALOG INTERFACE PCB


NOTE


9600 Mobile Digital C-Arm - Image System Block Diagrams, Test Points, and Waveforms

ANALOGINTERFACE

PCB

TECHNIQUEPROCESSOR

PCB

P.10-1AUX.

INTERFACEBOARD

P1VIDEO

SWITCHINGBOARD

J6

TP10 TP18

J11 P4

TP3

IMAGEPROCESSOR

BOARDTO RIGHT VIDEO BNC

ON OLDER REARPANEL

VIDEOSWITCHING

BOARD

TP4

TP20

TP17

TP1

TP6

P3

P2

IMAGE SYSTEM INTERCONNECTFAST SCANCONVERTER

P9

J2

DIGITAL RIGHT VIDEO DIGITAL LEFT VIDEO

J4

J5

LEFTFASTSCANMONITOR

RIGHTFASTSCANMONITOR

TP1 & TP6 VIDEO IS ALWAYS INTERLACE

FORMAT

VIDEO TO THE LEFT & RIGHT MONITORS IS ALWAYS

HIGH SCAN NON-INTERLACEDVIDEO

PIXEL FILTER PCBOR

PIXEL/COLUMNFILTER PCB

CCD CAMERA

9600 C-ARM


96VIDOVR.DS4 4/9/96

IMAGEFUNCTION

PCB

INTERCONNECTCABLE

HIGH VOLTAGE CABLE ASSY.


MAINFRAME INTERCONNECT WORKSTATION INTERCONNECT


VIDEO

CAMERA GAIN

VIDEO LEVEL

P2

P4

P3

P2

J1

P3

P1

VIDEOCONTROL

J2

IMAGEINTENSIFIER

&POWER SUPPLY

POWER &FIELD SIZE

SELECT

CAMERAMOTORS

& CONTROL

9600 IMAGE SYSTEM OVERVIEWBLOCK DIAGRAM

P5

IRISCOLLIMATOR

P1

REFER TOSTATOR RELAY / STATOR SENSE BLOCK DIAGRAM

FOR DETAILS OF X-RAY TUBE WIRING

VIDEO

L

R

P4

P4

HARDCOPYCAMERA

ANDVCRS

TO LEFT VIDEO BNCON REAR PANEL

TP2

TP2

TP2TP2J8TO FAST SCAN BNC

ON REAR PANEL

USE THIS PAGE FORSERIAL NUMBERS69-0001 TO 69-2000


NOTE


9600 Mobile Digital C-Arm - Image System Block Diagrams, Test Points, and Signal Waveforms

ANALOGINTERFACE

PCB

TECHNIQUEPROCESSOR

PCB

P.10-1AUX.

INTERFACEBOARD

P1VIDEO

SWITCHINGBOARD

J6

TP10 TP18

J11 P4

TP3

IMAGEPROCESSOR

BOARD

VIDEOSWITCHING

BOARD

TP4

TP20

TP17

TP1

TP6

IMAGE SYSTEM INTERCONNECT

FAST SCANCONVERTER

P9

J2

DIGITAL RIGHT VIDEO DIGITAL LEFT VIDEO

J4

J5

LEFTFASTSCANMONITOR

RIGHTFASTSCANMONITOR

TP1 & TP6 VIDEO IS ALWAYS INTERLACE

FORMAT

VIDEO TO THE LEFT & RIGHT MONITORS IS ALWAYS

HIGH SCAN NON-INTERLACEDVIDEO

PIXEL FILTER PCB

CCD CAMERA

9600 C-ARM


96VIDOVR.DS4 4/9/96

INTERCONNECTCABLEHIGH VOLTAGE

CABLE ASSY.MAINFRAME

MOTHERBOARD

MAINFRAME INTERCONNECT WORKSTATION INTERCONNECT


VIDEO

CAMERA GAIN

VIDEO LEVEL

P2

J1

P3

E1

VIDEO

J2

IMAGEINTENSIFIER

&POWER SUPPLY

POWER &FIELD SIZE

SELECT

CAMERAMOTORS

& CONTROL

9600 IMAGE SYSTEM OVERVIEWBLOCK DIAGRAM

IRISCOLLIMATOR

REFER TOSTATOR RELAY / STATOR SENSE BLOCK DIAGRAM

FOR DETAILS OF X-RAY TUBE WIRING

L

R

P4

P4

HARDCOPYCAMERA

ANDVCRS

TO LEFT VIDEO BNCON REAR PANEL

TP2

TP2

TP2TP2J8

TO FAST SCAN BNCON REAR PANEL

VIDEOP2 J2

P1

J1

CAMERAASSEMBLY

IMAGEFUNCTION

PCB

P6

P3

USE THIS PAGE FORSERIAL NUMBERS



NOTE



MOTHER BOARDSCH.# 875539


INTERCONNECT DIAGRAMSCH. # 875500 OR #877972

CCD CAMERA

IMAGE FUNCTIONS PCBSCH. #874750

P2

TECHNIQUE PROCESSOR PCBSCH. #876735 OR 877742

P3P2J5

P1

VIDEO LEVEL

9

1023

20

7

6CAM_GAIN

VIDEO_LEVEL

PIXEL/COLUMNFILTER PCB

SCH. # 878045

P1 8

OBJECT

DATA BUS


J6P2

56 5625 6 -+

TP13

(1A4)U29

54 5422

PIO

0 - 10V

0 - 10V

P1 J2

P2

J3 P1

J6

(2D7)U23

3 5 6U22 89 89

P3

1

2

TP28(2D3) P2


MICROPROCESSOR

DUALPORTRAM

P3

19 19

AUXILIARYINTERFACE PCB

SCH. #876502

AT COMMUNICATIONS PCBSCH. #872125

386 ATMOTHERBOARD

DATA BUS U14(1A5)

LATCH

5 9 INTERCONNECTCABLE

REFERENCE TOWORKSTATION INTERCONNECT DIAGRAM

SCH. # 876158 OR #877970

U27(1B5)

39 15

DUART

P14 P10TP10(1D7)

VIDSTBL VIDSTAB* 10

7

VIDSTAB*

J0 (876158)P1 (877970)

LEMOCONNECTOR

J14 P14

4 4

ELECTRONICS BOX PANEL(LOWER REAR RIGHT)

VIDSTAB*

1

1

U30

(1C5)

80C188

U31

(5D7)

SAMPLE MUX& A/D CONVERTER

U3U7U8

(1D6)

A/D_0-7A/D_0-7 VLI VIDEO_LEVEL

CAMERA_GAIN CAMERA_GAIN(1B6)U18

D/A CONVERTER

25 6 -+

(1A4)(1B6)

D/A CONVERTER

U31

TP19

U33

KVPCONT

-+

(1A4)U33

23 2TP18

MACONT

47 47

53 53

X-RAY REGULATION CIRCUITRY

SEE KV AND MA BLOCK DIAGRAMSFOR DETAILS

REFERENCE TO IMAGE SYSTEM INTERCONNECT DIAGRAM

SCH. # 875410 OR #877971

P4

28

34 P5 3

SEE CAMERA VIDEO &PIXEL/COLUMN FILTER PCB

BLOCK DIAGRAMFOR DETAILS OFTHIS CIRCUITRY

NOTE: THE PIXEL/COLUMN FILTER PCBWAS NOT INSTALLED ON ALL SYSTEMS

TP1 TP2 TP21 TP22

TP25+12V

TP23+15V

TP24+5V

TP7

TP 1, 2, 3, 4

ABS SOFTWARE RESIDING IN RAMWILL ATTEMPT TO KEEP THE CAMERA VIDEOCONSTANT BY CONTROLLINGKV,MA, & CAMERA GAIN IN THE AUTO MODEOR CAMERA GAIN ONLY IN THE MANUAL MODE

9600 C-ARM


ABSLOOP.DS4 4/12/96

ABS LOOP

USE THIS PAGE FOR SERIAL NUMBERS69-0001 TO 69-2000


NOTE

- Click on a yellow box to go directly to the signal diagrams or back to the block diagram. - Click on the blue box around the Title block to go directly to the 9600 Service Manual section describing this diagram. - Click on the << button in the Tool Bar to return to this point.





CCD CAMERAP2

TECHNIQUE PROCESSOR PCBSCH. #877742

P2J5P1

VIDEO LEVEL

9

10

CAM_GAIN

VIDEO_LEVEL

OBJECT

DATA BUS


J6P2

56 5625 6 -+

TP13

(1A4)U29

54 5422

PIO

0 - 10V

0 - 10V

P1 J2

P2

J3 P1

J6

(2D7)U23

3 5 6U22 89 89

P3

27

26

TP28(2D3) P2


MICROPROCESSOR

DUALPORTRAM

P3

19 19

AUXILIARYINTERFACE PCB

SCH. #876502

AT COMMUNICATIONS PCBSCH. #872125

386 ATMOTHERBOARD

DATA BUS U14(1A5)

LATCH

5 9 INTERCONNECTCABLE

REFERENCE TOWORKSTATION INTERCONNECT DIAGRAM

SCH. #877970

U27(1B5)

39 15

DUART

P14 P10TP10(1D7)

VIDSTBL VIDSTAB* 10

7

VIDSTAB*

P1

LEMOCONNECTOR

J14 P14

4 4

ELECTRONICS BOX PANEL(LOWER REAR RIGHT)

VIDSTAB*

U30

(1C5)

80C188

U31

(5D7)

SAMPLE MUX& A/D CONVERTER

U3U7U8

(1D6)

A/D_0-7A/D_0-7 VLI

CAMERA_GAIN CAMERA_GAIN(1B6)U18

D/A CONVERTER

25 6 -+

(1A4)(1B6)

D/A CONVERTER

U31

TP19

U33

KVPCONT

-+

(1A4)U33

23 2TP18

MACONT

47 47

53 53

X-RAY REGULATION CIRCUITRY

SEE KV AND MA BLOCK DIAGRAMSFOR DETAILS

REFERENCE TO IMAGE SYSTEM INTERCONNECT DIAGRAM

SCH. # 878377

P4

37

14

TP1 TP2 TP21 TP22

TP25+12V

TP23+15V

TP24+5V

TP7

TP 1, 2, 3, 4

ABS SOFTWARE RESIDING IN RAMWILL ATTEMPT TO KEEP THE CAMERA VIDEOCONSTANT BY CONTROLLINGKV,MA, & CAMERA GAIN IN THE AUTO MODEOR CAMERA GAIN ONLY IN THE MANUAL MODE

9600 C-ARM


ABSLOOP.DS4 4/12/96

ABS LOOP

USE THIS PAGE FOR SERIAL NUMBERS


J2

19 19

18 18


NOTE

Click on a yellow box to go directly to the signal diagrams or back to the block diagram. Click on the blue box around the Title block to go directly to the 9600 Service Manual section describing this diagram. Click on the << button in the Tool Bar to return to this point.


GENERATOR

THE CAMERA GAIN SIGNALVARIES FROM 0 TO 6 VOLTS DC AS REQUIRED BY THE ABS SOFTWARE TO GET A VIDEO LEVEL SIGNAL OF APPROX. 6 VOLTS FROM THE CAMERA VIDEO PCB.

9600 C-ARM

For Reference Only

5/17/96

Page 1 of 1

ABSLOPSS.DS4

9600 ABS LOOPSIGNAL SHEET

MA

CN

T

GN

D

KV

P C

NT

CA

M G

AIN

GN

D

GN

D

GN

D

VID

STB

L

DS

1

TP1

TP13

TP18

TP19

TP2

TP21

TP22

TP28

U18

U22

U23

U29

U3

U31

U33

U7

U8

TP7

VID

STB

*TP

10P

14

P10

22

3

WORKSTATION

GN

D

ANALOG INTERFACE PCB

AUXILIARY INTERFACE PCB

THE VIDEO LEVEL SIGNAL VARIES FROM 1 VOLT WITH X-RAYS OFF TO 6 VOLTS WITH X-RAYS ON.TYPICAL VIDEO LEVEL VOLTAGE IS 5.75 - 6.0 VOLTS DC DURING X-RAYS.

A

A

B

B

D

D

C

E

E

E

C

HIGH TO LOW TRANSITION

VIDEO STABLE GOES FROM HIGH TO LOW AFTER THE ABS LOOP HASBEEN SATISFIED AND THE VIDEOSIGNAL IS STABLE.

THE MA CONTROL SIGNAL WILLADJUST UP OR DOWN AS THE ABSSOFTWARE ON THE TECHNIQUEPROCESSOR MAKES ADJUSTMENTSTO ACHIEVE THE PROPER VIDEOLEVEL SIGNAL

THE KV CONTROL SIGNAL WILLADJUST UP OR DOWN AS THE ABSSOFTWARE ON THE TECHNIQUEPROCESSOR MAKES ADJUSTMENTSTO ACHIEVE THE PROPER VIDEOLEVEL SIGNAL


NOTE







CCD CAMERAIMAGE FUNCTIONS PCB

SCH. #874750

P2


P3

U17 U16

1

2

5

7

4

MICROCONTROLLER

RS232RECEIVER/

DRIVER

8

P2

IFBTX

IFBRX

19

9

2

1

24

10

18

17

J5

70 70

72 72

21

22

RXD

TXD

SEE APPROPRIATE C-ARMCOMMUNICATIONS BLOCK DIAGRAM

FOR DETAILS

P3

REFERENCE TO IMAGE SYSTEM


TP1 TP2



(1A5)

(1D8) (1C6)

SEE IMAGE FUNCTIONS PCB& COLLIMATOR MOTORS

BLOCK DIAGRAM FOR DETAILSOF MICRO CONTROLLER CIRCUITRY

P1

DC_COM_CAM

UNITY GAMMA

TEST PATTERN

INTEGRATE

ANTI_VIGNETTE

(1C3)

U6

OUTPUTLATCH

(1D8)U1912 11


SCH. #875997

8

3 COOLER +

COOLER RTN1

ASM TEC POWER

A13P1

22

19

13

15

14

16

DG

S

+24V_CAMERA

Q3(1B8)

19

(2D7)U26

40 1213

11 64 64 INTEGRATE

U5(1C3)

/

10

4

12

6

11

3

13

5

3

4

1810

P5

1

2

7

P7

TP1(1D7)

+24VSEE GENERATOR INTERLOCKBLOCK DIAGRAM FOR DETAILS

OF +24V DISTRIBUTION

+24V _IN

U38

PIO

(S3) (S3)

8

7

+5V E9R21

R22

R4

(1B8)

13

16

19

RS232RECEIVER/

DRIVER

P2 J6

U9(1A5)

1 3

+5V

+15V

+15V

20 24

TP3(1B7)

1

2

3

4

4

3

2

1

TEST PATTERN NOT USED

INTEGRATE USED IN PULSED MODE TO HALTSCANNING OF CCD SENSOR. LOW=SCANNING IS HALTED

NORMAL IMAGING - GAMMA=.07 - SIGNAL IS HIGHSUBTRACTION OR ROADMAPPING - GAMMA=1.0(LINEAR)SIGNAL IS LOW

ANTI-VIGNETTING USED TO CORRECT SHADING INPERIPHERY OF IMAGE FOR OVERALL EVEN SHADINGACTIVE LOW SIGNAL. USED IN LARGE FIELD ONLY.

5

5 E9 JUMPERS ARE FOR CURRENT LIMITINGTHE COOLER +5V. THEY ARE NOT USED ATTHIS TIME

9600 C-ARM


CAMCNTRS.DS4

CCD CAMERA CONTROLS


6/6/96

U39


NOTE







CCD CAMERA


P2


P2

U17 U16

1

2

5

7

4

MICROCONTROLLER

RS232RECEIVER/

DRIVER

8

P2

IFBTX

IFBRX

19

9

71

73

24

10

18

17

J5

70 70

72 72

71

73

RXD

TXD


FOR DETAILS

J1



TP1 TP2



(1A5)

(1D8) (1C6)

SEE IMAGE FUNCTIONS PCB& COLLIMATOR MOTORS

BLOCK DIAGRAM FOR DETAILSOF MICRO CONTROLLER CIRCUITRY

J1

DC_COM_CAM

UNITY GAMMA*

TEST PATTERN

INTEGRATE

ANTI_VIGNETTE

(1C3)

U6

OUTPUTLATCH

(1D8)U1912 11


SCH. #875997

8

3 COOLER +

COOLER RTN1

ASM TEC POWER

A13P1

17

13

11

15

DG

S

+24V_CAMERA

Q3(1B8)

19

(2D7)U26

40 1213

11 64 64 INTEGRATE

U5(1C3)

/

10

4

12

6

11

3

13

5

6464

P5

1

2

7

P7

TP1(1D7)

+24VSEE GENERATOR INTERLOCKBLOCK DIAGRAM FOR DETAILS

OF +24V DISTRIBUTION

+24V _IN

U38

PIO

(S3) (S3)

117

119

+5V E9R21

R22

R4

(1B8)

13

16

19

RS232RECEIVER/

DRIVER

P2 J6

+5V

+15V+15V

TP3(1B7)

1

2

3

4

4

3

2

1

TEST PATTERN NOT USED

INTEGRATE USED IN PULSED MODE TO HALTSCANNING OF CCD SENSOR. LOW=SCANNING IS HALTED

NORMAL IMAGING - GAMMA=.07 - SIGNAL IS HIGHSUBTRACTION OR ROADMAPPING - GAMMA=1.0(LINEAR)SIGNAL IS LOW

ANTI-VIGNETTING USED TO CORRECT SHADING INPERIPHERY OF IMAGE FOR OVERALL EVEN SHADINGACTIVE LOW SIGNAL. USED IN LARGE FIELD ONLY.

5

5 E9 JUMPERS ARE FOR CURRENT LIMITINGTHE COOLER +5V. THEY ARE NOT USED ATTHIS TIME

9600 C-ARM


CAMCNTRS.DS4 6/6/96

CCD CAMERA CONTROLS

MOTHER BOARDSCH.# 878396 P3

J1

(S3)17 8

J2 P2

+5V TP7

TP8

J4 P1

55 55

34 34

P3

6

5

13 13

1212

4

3

15

11

13 25

24

7

17 17

16 16

14 14

117

119

28

29

20 20

21 21

15 15



U39




J6P2


SAMPLEMUXU3



(1D6)

CCD CAMERA

ROTATIONMOTOR


P2


IRISMOTOR

+15 U1 21P3 P3

U17

U11

U3

U16

10 1

9 2

5 5

7

11 3

12 4

6 6

24 8

3 9

3

6

11

14

MOTORDRIVER

MOTORLATCH

PLD

MICROCONTROLLER

RS232RECEIVER/

DRIVER

/8

+

-

+

-

P2

8

5

CAM_ROT_WIPER

IFBTX

IFBRX

19

9

2

1

24

10

18

17

J5

70 70

72 72

21

22

RXD

TXD


FOR DETAILS

25

26

59 59

60 60

P3

7

30

21



21 1

22

7

1520 9

23

2

10

EN1

EN2

CAM_IRIS_WIPER (NOT USED)

TP1 TP2

+10V

1



0 - 6.8V

(1A5)

(1B8)

(1D8) (1C6)

(1D3)

(1D2)

U9(1A5)

1 3

+5V

+15V

+15V

20 24

THE CAMERA IRIS IS CLOSEDTO MINIMUM ONLY DURING A SHOT IN

THE PULSED BOOSTFLUOROGRAPHY MODE

1SEE COLLIMATOR MOTOR DRIVEBLOCK DIAGRAM FOR DETAILSOF MICRO CONTROLLER CIRCUITRY

9600 C-ARM


CAMMTRS.DS4 6/6/96

CCD CAMERA MOTOR DRIVEIRIS / ROTATION MOTORS


CAM_POTS_LO

CAM_IRIS_HI

CAM_ROT_HI

-CAM_IRIS

+CAM_IRIS

-CAM_ROT

+CAM_ROT

U39


NOTE




J6

P2


SAMPLEMUXU3



(1D6)

CCD CAMERA ASSEMBLY

ROTATIONMOTOR


IRISMOTOR

+15 U1 21

P3

U17

U11

U3

U16

1

2

5

7

3

4

6

8

9

3

6

11

14

MOTORDRIVER

MOTORLATCH

PLD

MICROCONTROLLER

RS232RECEIVER/

DRIVER

/8

+

-

+

-

CAM_ROT_WIPER

IFBTX

IFBRX

19

9

24

10

18

17

25

26

59

59

60

60



21 1

22

7

1520 9

23

2

10

EN1

EN2

CAM_IRIS_WIPER (NOT USED)

TP1 TP2+10V



0 - 6.8V

(1A5)

(1B8)

(1D8) (1C6)

(1D3)

(1D2)

THE CAMERA IRIS IS CLOSEDTO MINIMUM ONLY DURING A SHOT IN

THE PULSED BOOSTFLUOROGRAPHY MODE

SEE COLLIMATOR MOTOR DRIVEBLOCK DIAGRAM FOR DETAILS

OF MICRO CONTROLLER CIRCUITRY

9600 C-ARM


CAMMTRS.DS4

CCD CAMERA MOTOR DRIVEIRIS / ROTATION MOTORS



P2


J570

70

72

72

RXD

TXD


FOR DETAILS

P2

J1

35 29 27

CAM_POTS_LOCAM_IRIS_HICAM_ROT_HI

-CAM_IRIS+CAM_IRIS

-CAM_ROT+CAM_ROT

71

71

73

73 35 29 27

25

25

23

23

21

21

19

19

P3

J2

P2

1516

8

8

7

7

17

9

9

14

6

6

13

5

5

10

2

2

9

1

1

12

4

4

11

3

3

6/6/96

U39


NOTE






P2


IRISMOTOR

1

U17

10

1

9

25

5

3

4

6

6

8

3

9

3

6

11

14

MOTORDRIVER

MOTORLATCH

PLDMICRO

CONTROLLER

RS232RECEIVER/

DRIVER

+

-

+

-P2

IFBTX

IFBRX

19

9

2

1

24

10

18

17

70 70

72 72

21

22

RXD

TXD


FOR DETAILS

P3



1

22

7

15

923

2

10

EN1

EN2

TP1 TP2(1A5)

(1D8)

(1D2)

COLLIMATOR

+

-

FL4 3

+5

(1C8)

P1

TERMINALBLOCK

10 IRISPOT

2

1

7

4

3

6

14

MOTORDRIVER

17

159

2

10

EN1

EN2

U18

+

-

18

19

K3

4

13

6

11

1

16

1 3U2

(1C8)

9

U12(1C5)

U16(1C6)

U10

U15

(1D6)

(1C4)

STATICRAM

BOOTPROM

ADDRESSDECODING

U13(1B4)

CHIPSELECT

PAL

U4

U7(1D4)

EEPROM

A 0-7

A 8-15

AD 0-7

CS_EPROMCS_SRAMCS_EEPROMCS_INPUTCS_OUTPUTCS_MOTORS

Y13 67

8MHZ.

(1D7)

E8

TP4

166U8(1D6)

7 23121187575 MRESET*

SEE CONTROL PANEL PROCESSOR/TECHNIQUE PROCESSOR

BLOCK DIAGRAM FOR DETAILSOF THE MASTER RESET CIRCUIT

WATCHDOG TIMER(150MS) AND

POWER MONITOR (5%)

141715

16

+5V

(1C2)

IRIS CLOSED = .7VIRIS OPENED = 4.3V

U11(1D3)

E5 (1C8)

DS1(1C2)

+5

U512

(1C3)

38

R3

U9(1A5)

1 3

+5V

+15V

39 PWM0

11

2

DS1 BLINKS ON AND OFF AS A VISUAL INDICATION THAT THE MICROCONTROLLER IS RUNNING

2

3

3


+15V

2420

DS2(1C3)

R19

18U6(1C3)

OUTPUTLATCH

P5LEAF IN/OUT

MOTOR

LEAF ROTATIONMOTOR

1

1 E5 JUMPER INSTALLED ONLY DURING COLLIMATORIRIS SIZE CALIBRATION. WITH E5 INSTALLED THE IRISPOTENIOMETER VALUES ARE WRITTEN TO THEEEPROM U7 FOR EACH MAG MODE.

DS2, WHEN ILLUMINATED, INDICATES THAT THECOLLIMATOR IRIS DID NOT GO TO THE EXPECTEDSIZE FOR THE MAG MODE SELECTED

RELAY SHOWN IN THE DEENERGIZED POSITION

4

4


9600 C-ARM


COLLMTRS.DS4 6/6/96

COLLIMATOR MOTOR DRIVEIRIS / LEAF MOTORS

IRIS_POT_HI

IRISSIG

COL_IRIS_RTN

+COL_IRIS

-COL_IRIS

+SHUT_IN/OUT

-SHUT_IN/OUT

+SHUT_ROT

-SHUT_ROT

U39


NOTE






P2


IRISMOTOR

1

U17

78

1

298

5

3

4

96

6

8

106

9

3

6

11

14

MOTORDRIVER

MOTORLATCH

PLDMICRO

CONTROLLER

RS232RECEIVER/

DRIVER

+

-

+

-P2

IFBTX

IFBRX

19

9

71

73

24

10

18

17

70 70

72 72

71

73

RXD

TXD


FOR DETAILS

J1



1

22

7

15

923

2

10

EN1

EN2

TP1 TP2

(1A5)

(1D8)

(1D2)

COLLIMATOR

+

-

FL4 3

+5

(1C8)

P2

TERMINALBLOCK

10 IRISPOT

85

87

94

100

3

6

14

MOTORDRIVER

17

159

2

10

EN1

EN2

U18

+

-

18

19

K3

4

13

6

11

1

16

1 3U2

(1C8)

9

U12(1C5)

U16(1C6)

U10

U15

(1D6)

(1C4)

STATICRAM

BOOTPROM

ADDRESSDECODING

U13(1B4)

CHIPSELECT

PAL

U4

U7(1D4)

EEPROM

A 0-7

A 8-15

AD 0-7

CS_EPROMCS_SRAMCS_EEPROMCS_INPUTCS_OUTPUTCS_MOTORS

Y13 67

8MHZ.

(1D7)

E8

TP4

166U8(1D6)

7 23190907575 MRESET*

SEE CONTROL PANEL PROCESSOR/TECHNIQUE PROCESSOR

BLOCK DIAGRAM FOR DETAILSOF THE MASTER RESET CIRCUIT

WATCHDOG TIMER(150MS) AND

POWER MONITOR (5%)

141715

16

+5V

(1C2)

IRIS CLOSED = .7VIRIS OPENED = 4.3V

U11(1D3)

E5 (1C8)

DS1(1C2)

+5

U512

(1C3)

38

R3

39 PWM0

11

2

DS1 BLINKS ON AND OFF AS A VISUAL INDICATION THAT THE MICROCONTROLLER IS RUNNING

2

3

3


+15V

DS2(1C3)

R19

18U6(1C3)

OUTPUTLATCH

P5LEAF IN/OUT

MOTOR

LEAF ROTATIONMOTOR

1

1 E5 JUMPER INSTALLED ONLY DURING COLLIMATORIRIS SIZE CALIBRATION. WITH E5 INSTALLED THE IRISPOTENIOMETER VALUES ARE WRITTEN TO THEEEPROM U7 FOR EACH MAG MODE.

DS2, WHEN ILLUMINATED, INDICATES THAT THECOLLIMATOR IRIS DID NOT GO TO THE EXPECTEDSIZE FOR THE MAG MODE SELECTED

RELAY SHOWN IN THE DEENERGIZED POSITION

4

4



+15V

+5V +5V

TP8

TP7

J4 P1

9600 C-ARM


COLLMTRS.DS4

COLLIMATOR MOTOR DRIVEIRIS / LEAF MOTORS


P6J1

IRIS_POT_HI 5106

IRISSIG 1185

COL_IRIS_RTN 887

+COL_IRIS 7

78

8080

-COL_IRIS 6

+SHUT_IN/OUT 996

-SHUT_IN/OUT 394

+SHUT_ROT 10100

-SHUT_ROT 498

U39

6/6/96


NOTE



AS

SY

00-

8747

52-

(

)IM

AG

E F

UN

CT

ION

PC

B1

2

23

24P2

OE

C M

ED

ICA

L S

YS

TE

MS

, IN

C.

U3

U4

U18

GNDTP2

GNDTP1

DS1

U8

U17

U2

DS2

K3

TP4

9600 C-ARM

For Reference Only

COLLIMATOR IRIS MOTOR - OPEN

LEAF MOTOR - OUT

LEAF MOTOR - IN

LEAF ROTATION MOTOR - CW

LEAF ROTATION MOTOR - CCW

CAMERA ROTATION MOTOR CW

CAMERA ROTATION MOTOR CCW

CAMERA IRIS MOTOR

OPENED 3.45VDCCLOSED .83 VDC

FULLY CW 0 VDCFULLY CCW 6.56 VDC

COLCAMSS.DS4

COLLIMATOR IRIS MOTOR - CLOSE

U18-6

U18-6

U18-3

U18-3

COLLIMATOR IRIS POTENIOMETER WIPERU2-1 OR U16-9

U4-6

U4-6

U4-3

U4-3

LEAF ROTATION MOTOR-DYNAMIC BRAKING CONTROL

U18-14

U4-14

U4-14

U4-11

U4-11

U3-3

U3-3

U3-6

U3-6

U3-11

U3-14

CAMERA ROTATION POTENIOMETER WIPERP3-21, P2-8, OR ANALOG INTERFACE PCB U3-25


FROMTECHNIQUE PROCESSOR

IFBTXU17-19

IFBRXU17-9

COLLIMATOR & CAMERA SIGNAL SHEETS

Page 1 of 4

10 VDC500MS

10VDC10S

10VDC10S

10VDC2ms

10VDC10S

10VDC10S

10 VDC500MS

Signal seen during rotation

10VDC500ms

10VDC10S

10VDC10S

10VDC10S


7/9/96

COLLIMATOR & CAMERA MOTORSUsed and Refurbished C-Arms are Available from www.SharpMedical.com - Call us at 800-969-9800 An Independent C-Arm Service Provider. This PDF provided for research / historical purposes only.

NOTE



9600 C-ARM

For Reference Only

OPENED 3.45 VDCCLOSED .83VDC

FULLY CW 0VDCFULLY CCW 6.56VDC

COLCAMSS.DS4

IMA

GE

FUN

CTIO

N P

CB

OE

C M

ED

ICA

L SY

STE

MS

, INC

.

AS

SY

00-878400- ( )

IFBRXIFBTXmP GOOD

GND

I.F. FAULT

GND

U3

U4

U18

TP2

TP1

DS1

U8

U2

DS2

K3

TP4

TP5TP6


FROMTECHNIQUE PROCESSOR

COLLIMATOR IRISPOTENIOMETER WIPER

U2-1

CAMERA ROTATIONPOTENIOMETER WIPER

ANALOG INTERFACE PCB U3-25IFBTXTP6

IFBRXTP5

Page 2 of 4

COLLIMATOR IRIS MOTOR - OPEN COLLIMATOR IRIS MOTOR - CLOSE

U18-6 U18-6

U18-3U18-3

10 VDC500MS

10 VDC500MS

LEAF MOTOR - OUT LEAF MOTOR - IN

U4-6U4-6

U4-3

U4-3

10VDC10S

10VDC10S

10VDC2ms

CAMERA ROTATION MOTOR CW CAMERA ROTATION MOTOR CCW

U3-3 U3-3

U3-6U3-6

10VDC10S

10VDC10S

LEAF ROTATION MOTOR - CW LEAF ROTATION MOTOR - CCW

U4-14 U4-14

U4-11 U4-11

10VDC10S

10VDC10S

LEAF ROTATION MOTOR-DYNAMIC BRAKING CONTROL

U18-14

Signal seen during rotation

10VDC500ms

CAMERA IRIS MOTOR

U3-11

U3-14

10VDC10S



7/9/96

COLLIMATOR & CAMERA SIGNAL SHEETS

COLLIMATOR & CAMERA MOTORSUsed and Refurbished C-Arms are Available from www.SharpMedical.com - Call us at 800-969-9800 An Independent C-Arm Service Provider. This PDF provided for research / historical purposes only.

NOTE

Click on a yellow box to go directly to the signal diagrams or back to the block diagram. Click on the blue box around the title block to go directly to the 9600 Service Manual section describing this diagram. Click on the << button in the Tool Bar to return to this point.


9600 C-ARM

For Reference Only

COLCAMSS.DS4 7/9/96

Page 3 of 4

AS

SY

00-

8747

52-

(

)IM

AG

E F

UN

CT

ION

PC

B

1

2

23

24

2

123

24 P3

OE

C M

ED

ICA

L S

YS

TE

MS

, IN

C.

U5

P2

1J1

J2

IF FAULTIFB P2-11, U5-8DS2 OFF - 0V WHEN NOT FAULTDS2 ON - +5V WHEN FAULT IS INDICATED

+24VIFB P2-3, OR CAMERA J1-2

TEST PATTERN (NOT USED) IFB P3-16, U5-6 OR CAMERA J1-4 HI WHEN NOT ENABLEDLO CAUSES TEST PATTERN 5 1/2" X 5 1/2"REFER TO FSB #94-025

ANTI VIGNETTEIFB P3-14, U5-12 OR CAMERA J1-7NORMAL MODE - LOWMAG 1 - HIMAG 2 - HI

+5V

0V

INTEGRATEIFB P3-13, U5-10 OR CAMERA J1-5PULSE MODE OR PULSE BOOST MODEALL OTHER MODES, +5V

CAMERA GAINIFB P3-20 OR CAMERA J1-9MIN. 0VMAX. +9V

VIDEO LEVEL INDICATORIFB P3-23 OR CAMERA J1-10MIN. 0VMAX. 9.5VAUTO MODE +4.5V - FLAT FIELDAUTOMODE +4.5V - MESH TOOL

CAMERA VIDEO SIGNALCENTER PIN OF CAMERA J2

TP1GND

TP2GND

CAMERA VIDEO SIGNAL - NO X-RAYS

DS1

DS2

UNITY GAMMAIFB P3-15, U5-4 OR CAMERA J1-8HI (+5V WHEN NOT IN SUBTRACTION OR ROAD MAP)LO (0V WHEN IN SUBTRACTION OF ROAD MAP)


COLLIMATOR & CAMERA SIGNAL SHEETSCAMERA CONTROLSUsed and Refurbished C-Arms are Available from www.SharpMedical.com - Call us at 800-969-9800


NOTE



9600 C-ARM

For Reference Only

COLCAMSS.DS4

Page 4 of 4

IMA

GE

FUN

CTIO

N P

CB

OE

C M

ED

ICA

L SY

ST

EM

S, IN

C.

AS

SY

00-878400- ( )

mP GOOD

GND

I.F. FAULT

GND

U5

TP2

TP1

DS1DS2

1J1

J2

CAMERA VIDEO SIGNALCENTER PIN OF CAMERA J2

+24VCAMERA J1-2

IF FAULTIFB U5-8DS2 OFF - 0V WHEN NOT FAULTDS2 ON - +5V WHEN FAULT IS INDICATED

CAMERA GAINCAMERA J1-9MIN. 0VMAX. +9V VIDEO LEVEL INDICATOR

CAMERA J1-10MIN. 0VMAX. 9.5VAUTO MODE +4.5V - FLAT FIELDAUTOMODE +4.5V - MESH TOOL

+5V

0V

INTEGRATEIFB U5-10 OR CAMERA J1-5PULSE MODE OR PULSE BOOST MODEALL OTHER MODES, +5V

ANTI VIGNETTEIFB U5-12 OR CAMERA J1-7NORMAL MODE - LOWMAG 1 - HIMAG 2 - HI

TEST PATTERN (NOT USED) IFB U5-6 OR CAMERA J1-4 HI WHEN NOT ENABLEDLO CAUSES TEST PATTERN 5 1/2" X 5 1/2"REFER TO FSB #94-025

UNITY GAMMAIFB U5-4 OR CAMERA J1-8HI (+5V WHEN NOT IN SUBTRACTION OR ROAD MAP)LO (0V WHEN IN SUBTRACTION OF ROAD MAP)

CAMERA VIDEO SIGNAL - NO X-RAYS



7/9/96

COLLIMATOR & CAMERA SIGNAL SHEETSCAMERA CONTROLS


NOTE




J6P2





P2


U17 U16

4

MICROCONTROLLER

RS232RECEIVER/

DRIVER

8IFBTX

IFBRX

19

9

2

1

24

10

18

17

J5

70 70

72 72

21

22

RXD

TXD


FOR DETAILS

P3



TP1 TP2



(1A5)

(1D8) (1C6)(1C3)

U6

OUTPUTLATCH


SCH. #875997

(2D7)

/

P5

7

P7TP1(1D7)

+24V _IN

U38

PIO

IMAGE INTENSIFIER

+

-

6

1

+

-

1

24

3

8

K2

7

23

4

8K1

5

7

6

5

Q6(2B2)

70 70U43(2C6)

12824II_ON 31

P2

P1 1

+

-

1

K7

5 4

12II_ON

24V_INTERLOCK

II_24V 6

SEE GENERATOR INTERLOCKBLOCK DIAGRAM FOR DETAILS

OF +24V DISTRIBUTION AND24V INTERLOCK DETAILS

8

(1D7)TP8

P2

9

12

+24/II

DC COM II

P4

2

1

3

7

II HIGH VOLTAGEPOWER SUPPLY

G1 G2 G3 G4 GND E PC A

Ue

0V

M1

M2

(900753)

(900752)

MEDFIELD

SMALLFLD

14

15

Q2(1B3)

(1B3)Q1

E1

TP1, 2, 21, 22

TP2

MEDFIELD

SMALLFIELD

J7

SEE COLLIMATOR MOTOR DRIVEBLOCK DIAGRAM FOR DETAILSOF MICRO CONTROLLER CIRCUITRY

9600 C-ARM


IICNTRLS.DS4

IMAGE INTENSIFIER CONTROLSFUNCTIONAL SCHEMATIC


TP4

CR4

CR3

CR5U39

9/19/96

U9(1A8)

1 3

+5V

2420

+15V

+15V


NOTE




J6P2





P2


U17 U16

4

MICROCONTROLLER

RS232RECEIVER/

DRIVER

8IFBTX

IFBRX

19

9

71

73

24

10

18

17

J5

70 70

72 72

71

73

RXD

TXD


FOR DETAILS

J1



TP1 TP2



(1A5)

(1D8) (1C6)(1C3)

U6

OUTPUTLATCH


SCH. #875997

(2D7)

/

P5

7

P7TP1(1D7)

+24V _IN

U38

PIO

IMAGE INTENSIFIER

+

-

6

1

+

-

1

24

3

8

K2

7

23

4

8K1

5

3

5

9

Q6(2B2)

70 70U43(2C6)

12824

II_ON

31 P2

P1 1

+

-

1

K7

5 4

12II_ON

24V_INTERLOCK

II_+24V 6

SEE GENERATOR INTERLOCKBLOCK DIAGRAM FOR DETAILS

OF +24V DISTRIBUTION AND24V INTERLOCK DETAILS

8

(1D7)TP8

II_+24V

DC COM II

1

3

7

II HIGH VOLTAGEPOWER SUPPLY

G1 G2 G3 G4 GND E PC A

Ue

0V

M1

M2

(900753)

(900752)

MEDFIELD

SMALLFLD

14

15

Q2(1B3)

(1B3)Q1

E1

TP1, 2, 21, 22

TP2

MEDFIELD

SMALLFIELD

J7

SEE COLLIMATOR MOTOR DRIVEBLOCK DIAGRAM FOR DETAILSOF MICRO CONTROLLER CIRCUITRY

9600 C-ARM


IICNTRLS.DS4 9/19/96USE THIS PAGE FORSERIAL NUMBERS


CR4

CR3

CR5

TP4


P3 P3

2

1

20

22

P2 J1

3

5

9

21

23

+5V

+15V+15V

+5V TP7

TP8

J4 P1

55 55

34 34

P2

U39

IMAGE INTENSIFIER CONTROLSFUNCTIONAL SCHEMATICUsed and Refurbished C-Arms are Available from www.SharpMedical.com - Call us at 800-969-9800


NOTE



9600 C-ARM


10/8/96II_CNTSS.DS4

IMAGE INTENSIFIER CONTROLSSIGNAL SHEET

10

5

61

PO

WE

R/M

OT

OR

RE

LA

Y P

CB

AS

SY

00-8

75999-

( )

TP

8T

P4

TP2

TP

1

CR

8

P5

K7

AS

SY

00-8

74752-

( )

IMA

GE

FU

NC

TIO

N P

CB

1

2

23

24

17

P4

P2

OE

C M

ED

ICA

L S

YS

TE

MS

, IN

C.

U6R6

R5

CR

3C

R4

Q2Q1

K1

K2

TP2

E1

U17

TP1


TP4 - "+24V INTLK"

10VDC10S

POWER/MOTORRELAY PCBTP8 - "II_ON"


P5-6 - "+24VII"


IMAGE FUNCTION PCB

U6-15

10VDC10S

10VDC10S

10VDC10S

IMAGE FUNCTION PCB

P4-6(MEDFIELD)

IMAGE FUNCTION PCB

U6-14

IMAGE FUNCTION PCB

P4-5(SMALLFLD)



NOTE



9600 C-ARM


10/8/96II_CNTSS.DS4

IMAGE INTENSIFIER CONTROLSSIGNAL SHEET


69-2001 AND HIGHER &62-0001 AND HIGHTER

10

5

61

PO

WE

R/M

OT

OR

RE

LA

Y P

CB

AS

SY

00-8

75

99

9-

(

)

TP

8T

P4

TP2

TP

1

CR

8

P5

K7


TP4 - "+24V INTLK"

10VDC10S



P5-6 - "+24VII"


IMAGE FUNCTION PCB

U6-15

10VDC10S

10VDC10S

10VDC10S

IMAGE FUNCTION PCB

P2-5(MEDFIELD)

IMAGE FUNCTION PCB

U6-14

IMAGE FUNCTION PCB

P2-9(SMALLFLD)

IMAGE FUNCTION PCBOEC MEDICAL SYSTEMS, INC.

ASSY 00-878400- ( )

GN

D

GN

D

U16

U6

CR3CR4

CR

5

Q2

Q1

K1

K2

TP

2

TP

1

E1

U17

P1

P2

15

14

91

0

24

19


NOTE



INTERCONNECTCABLE TO

WORKSTATION



CCD CAMERA



TP2

P2

P3

J1

PIXEL/COLUMN FILTER PCBSCH.# 878045

5 67

5

12

3

1

J2

A 0-9

D 0-7 U1(1F7)

SW1

SW2IPOS 0-3

OFF 0-3

16 POSITIONROTARY SWITCHES

DA 0-3

DACLK7 12

D/ACONVERTER

U3

(1B2)PIXCLK

HDRV

25

44 20

TP1 (1C2)

COAX SHIELDCOAX SHIELD

CAMERA_GAIN 16VREF8

IMAGE FUNCTION PCBSCH.# 874750

P5

3

1

2

1

2

4

3

+5P

8

7

5

3

6

5

+5V

+5P

U2(1F5)

VIDEO

Q1(1D3)

(1D4)U4

60nSDELAY CIRCUIT

ADDRESSCONTROLLER

EPLD

R11 R10

R12

R1

R2

R3 R4

EPROM

PROGRAMMED WITHCOLUMN CORRECTION

DATA FOR THE PARTICULARCCD CHIP ON THE CAMERA

P3


29

28

P2 J1

14

15

1

2

1

21

2

PIXEL FILTER CIRCUITRY

COLUMN FILTER CIRCUITRY

PIXEL FILTER PCB - SCH.#877789IS MADE UP OF COMPONENTS

WITHIN DOTTED LINES

J3+5V

NOTE: THE +5P IS SOURCEDFROM THE CCD CAMERA ANDIS USED ONLY FOR PIXEL FILTERCIRCUITRY C11C10

U201 3(1A7)

+15V +5V

6

P2

P3 20

CAMERA_GAIN

SEE ABS LOOPBLOCK DIAGRAMOF CAMERA GAIN

CIRCUIT

TP1 & 2

1

1

NOTE: SOME SYSTEMS MAY HAVE THEPIXEL FILTER PCB IN PLACE OF THE

PIXEL/COLUMN FILTER PCB

9600 C-ARM

For Reference Only

4/19/96

Page 1 of 2

PIX_COL.DS4

CAMERA VIDEO &PIXEL/COLUMN FILTER PCB



NOTE



INTERCONNECTCABLE TO

WORKSTATION



CCD CAMERA



P2

A13P3

J1

PIXEL FILTER PCBSCH. # 877789

5 67

5

12

3

1

J2

COAX SHIELDCOAX SHIELD

+5

1

+5

VIDEO

Q1(1D3)

(1D4)U4

60nSDELAY CIRCUIT

R1 R2

R3J1

14

15

1

21

2

E1+5V

C2C1

9600 C-ARM

For Reference Only

4/19/96

Page 2 of 2

PIX_COL.DS4

CAMERA VIDEO &PIXEL/COLUMN FILTER PCB

J1 P1

CAMERA ASSEMBLY

J2P2

HIGH VOLTAGECABLE ASSEMBLY

POWERPANEL




NOTE


VCR 1 Hardcopy Camera

LeftMonitor

RightMonitor

Printer

AT Communications PCB00-872125

Video Switching PCB00-872237

- 8:1 Video Switches (6)- Log Amp (Subtraction Mode)- Anti-Aliasing Filter- GenLock Control

- GSP (Graphics System Processor) performs image processing.- A:D Video (8 bit - 256 levels)- D:A Video (8 bit - left and right)- Circular Blanking- Region of Interest- Text Generator- Gray Scale LUT (Look Up Tables)

A:D

IR RCVR PCB00-874220

IR

IR XMIT PCB00-873936

REMOTECONTROL

Photocell

- Brite/Cont. Control- Ambient Light Adj.

NOTE: 386 Motherboard has built-in disk controller.

GSP/Control & PIOs

Digital Video Memory

- IR Interface- LED Driver- Serial Link to AT- Tone Generator

VCR 1 VIDEO HARD COPY VIDEO

GENERATOR SERIAL LINK

VCR CONTROL

TP5TP7

LD:A

RD:A

TP4

RMON VIDEOLMON VIDEO

Video SwitchingMatirx

TP10

- Convert IR to TTL- Ambient Light Sensor

CameraVideo

40 MB Hard DriveC:\ 10 MB; DOS & Application S/WD:\ 30 MB; 100 Image Storage

3.5" Floppy DriveA:\ 1.2 meg; Image Backup& Level 2 Diagnostic Access

386 Motherboard PCB00-900658

Image Processor PCB00-875952

TechniqueProcessor

PCB

Brightnessand

ContrastControl

Brightnessand

ContrastControl

Contrast/ Brightness PCB00-876351

Control Panel Interface PCB00-876611

High Rate Scan Converter PCB 00-876397

-Normal Interlace to High Scan Non Interlace Conversion-D:A Video (8 bit Left and Right)

- Signal Distribution- Status LEDs

EO

Thermal Imager

Que

rty

Key

Bd

Con

trol

Tra

ck P

anel

C

ontr

ol

Fro

nt P

anel

C

ontr

ol

NOTE: Control Panel Processor Serial Link to AT Motherboard viaAT Communications PCB must be working for this cart to boot up.

- Switch Decode for: Front Panel Trackball Panel Key Board Panel- Solid State Track Ball Control

- Interface "AT" to Two Serial Links: (1) Control Panel Serial Link (2) Generator Serial Link - Option PROM (CMOS Setup)- VCR Control- Printer Control- Status LED Control- Disk Drive Selection Jumpers (E1, E2, E3)

Right & LeftDigital Video

Video Matrix Serial Data

9600 C-ARM


12/4/96

9600 WORKSTATION BLOCK DIAGRAM

4TH_BLK1.DS4

Auxiliary Interface PCB00-876502

Auxiliary Interface PCB

00-876502

VCR 2

High ScanNon-interlaced Video

Rear Panel (BNC)

Normal Interlaced VideoRear Panel (BNC)


NOTE


NOTE: Control Panel Interface Serial Link to Motherboard via AT Communications PCB must work for normal cart boot-up process.

U25 Option Prom

E4 Jumper- Remove this jumper to disable internalCGA (Image Processor) video driver whenusing an external CGA/EGA video card(for diagnostic purposes only)

DISK DRIVE SELECTION JUMPERS E1-E3Jumpers located on AT Communications PCB

SYSTEM TYPEMOTHERBOARD & DISK E1 E2 E3

386 (AMI BIOS) WITH + + GIDE DISK386 (AMI BIOS) WITH G + GSCSI DISK

Status LEDs

BIOS ROM\BOOT CODESE0 - Normal Boot Code98 - Hard Disk Error90 - Boot Disk Not Available82 - GSP Load FailureBE - Boot-up with Diagnostic Diskette.FO - Workstation Program Exited to DOS (Internal Workstation Communications Error "System Error #253")

For a complete listing of BIOS ROM codes, seeService Manual Workstation Software Section.

U25OptionProm

P5

P3

U27DUART

Status LEDDriver

E2

E3

+ GG+

E1+ G

- Programs UARTs U20, 22, 26, & 27and then loads CGA Driver for IP PCB.- Verifies/rewrites AT CMOS RAM.

FLUORO ONE-SHOT ENHANCEDONE-SHOT

AVERAGING RL

SERIES 9600O C

Control Panel Processor PCB

See Control Panel Processor Block Diagram

IDE Hard Drive (non-cine systems)C:\ 10 MB; DOS & Application S/WD:\ Up to 200 image storageSee 9600 Workstation Configuration Block Diagrams

BackupBattery

AT Comm. PCBImage Processor PCBHigh Rate Scan Converter PCB386 Mother Board

1. To boot the Motherboard, the AT Communications PCB can first be removed.The floppy drive should still be accessed (with the service boot disk).

2. Next, the Image Processor can be removed. The floppy drive should still be accessed (with the service boot disk) but no monitor images will be displayed when the Image Processor is removed.

NOTE: An external video card and monitor can be used to observe the motherboard boot process and to examine A: & C: drives.Remember to remove jumper E4 on the AT Comm. PCB to monitor mother board boot process.

3. If the system still fails to boot, verify power. See Workstation Power Block Diagram. Finally , the Motherboard may need to be replaced..

386 (NO 4 OR 30FPS)MINIMUM CONFIGURATION

(Verify the Motherboard)

P4

Serial link to AT Comm. PCB

E4

AT Communications

PCB

Aux. Interface PCB Video Switching PCB

1.44 Meg Floppy Drive

J10 Ext. Batt. Connection

DC Dist PCBPS1 +5VDC

1. To boot the Motherboard, the IP-SCSI board(s) can first be removed. The floppy drive should still be accessed (with the service boot disk).

2. The AT Communications PCB can be removed. The floppy drive should still be accessed (with the service boot disk).

3. Next, remove the DOS SCSI Disk Controller PCB. The floppy should be accessed. (with the service boot disk)

4. Then, the Image Processor can be removed. The floppy drive should still be accessed (with the service boot disk) but no monitor images will be displayed when the Image Processor is removed.

NOTE: An external video card and monitor can be used to observe the Motherboard boot process and to examinethe A: drive. Remember to remove jumper E4 on the AT Comm. PCB to monitor mother board boot process.

5. If the system still fails to boot, verify power. See Workstation . Power Block Diagram. Finally, try replacing the Motherboard.

386 (WITH 4 OR 30 FPS)MINIMUM CONFIGURATION

(Verify the Motherboard)

J17 Floppy DiskJ16 Hard Disk2 Megabytes RamMother Board Power

386 Mother PCB Boot Sequence Screen (Viewed on external monitor using an external video card

with jumper E4 Removed from AT Comm. PCB)

AMIBIOS (C)1991 American Megatrends Inc.,386NSX - P/Ns 06018-07 - 9/17/92

001664 KB OK

WAIT......

Adaptec AHA-1520 BIOSVersion 1.4Copyright 1990 Adaptec, Inc.All Rights Reserved

AMIBIOS System Configuration (C) 1985-1991, American Megatrends Inc.

Main Processor : 80386SX Base Memory Size : 640 KBNumeric Processor : None Ext. Memory Size : 1024 KBFloppy Drive A: : 1.44 MB, 3.5" Hard Disk C Type : 35Floppy Drive B: : None Hard Disk D Type :NoneDisplay Type : Color 80X25 Serial Port(s) : 3F8, 2F8AMIBIOS Date : 12/12/91 Paralell Port(s) : 378

HiMEM: DOS XMS Driver, Version 2.78 - 09/19/91XMS Specification Version 2.0Copyright 1988-1991 Microsoft Corp.

Installed A20 Handler Number 1.64K High Memory Area is available.

MICROSOFT Expanded Memory

MICROSOFT Expanded Memory Manager 386 Version 4.33.06X(C) Copyright Microsoft Corporation 1986, 1990

EMM386 successfully installed.

Available expanded memory ......256 KB

LIM/EMS version.......4.0Total expanded memory pages.......40Available expanded memory pages....16Total handles.......64Active handles.....1Page frame segment....CC00 H

Total upper memory available...15 KBLarges upper memory block available....15 KBUpper memory starting address....C800 H

EMM386 Active.MS-DOS Version 5.00NBKSHELL LoadedFASTOPEN installedTSRSER Loaded Sucessfully

9600 WORKSTATION

For Reference Only

12/5/96

Page 1 of 1

4TH_AT2.DS4

9600 WORKSTATION MOTHERBOARDBLOCK DIAGRAM


NOTE


P8

1.44 MegFloppy DriveP/N 900669

P1 Power

P1 DataJ17

J6

J4

J2 J11

J2

J16IDE DRIVEData

Power

Image Processor PCBSch. #875952

(See Image Path Block Page 2)

386 MotherboardP/N 900658

(See 9600 Workstation &9600 Workstation AT Motherboard

Block Diagrams)

DC Power Distribution PCB

876839(See Workstation Power

Block Diagram #1)

NOTES

Drives used: Fujitsu M2684TAU Seagate ST3660A Western Digital AC1365

See page 2 for hard drive jumper settings.

Line Frequency (Hz):

System Model:

Archive:

Language:

60

SP

0

ENGLISH

Serial Number:

Hospital Name:

Mars Table:

Date Format:

69-1107

OEC TRAINING

DOMESTIC

MM/DD/YYYY

Use the cursor arrow keys to select

Press [ENTER] to accept

Press [ESC] to exit

SET CONFIGURATION

SYSTEM CONFIGURATION

1. Press "SETUP OPTIONS" on the annotation keyboard

2. Install the service disk in the floppy drive at the rear of the Workstation

3. Select "Access Level 2" from the menu

4. Select "System Configuration" from the menu

5. Select "Set System Configurations" from the menu

6. Set the configuration by making selections from the following menu:

AVERAGING L RFLUORO ONE-SHOT ENHANCED

WINDOW

AUTO HISTO ON/OFF

NEGATE

LEVEL

SOFTWARE

VERSION

FORMATTED

HARD DISK

PART #

DISK

CONTROLLER

PART #

AT COMM. PCB

OPTION PROM

(U25)

10

11

00-877024-02

00-877024-03

NONE

NONE

-02

-03

SP SOFTWARE & HARDWARE CONFIGURATION

FRONT PANEL

TRACKPAD PANEL

DRIVE

PARTIONING

C: DRIVE 10M

D: DRIVE 30MC: DRIVE 10M

D: DRIVE 60M

9600 C-ARM

For Reference Only

11/13/96NON_CINE.DS4

Page 1 of 4

9600 WORKSTATION

SP, GSP, ESP - (NON CINE) CONFIGURATIONS

AT COMMUNICATIONS BOARDDISK DRIVE SELECTION JUMPERS E1-E3

FOR IDE DISKSSYSTEM TYPEMOTHERBOARD & DISK E1 E2 E3

386 (AMI BIOS) WITH + + GIDE DISK

See also 9600 Workstation Motherboard

Block Diagram


NOTE


9600 C-ARM

For Reference Only


Page 2 of 4

9600 WORKSTATION


GSP SOFTWARE & HARDWARE CONFIGURATION

P8


P1 Power

P1 DataJ17

J6

J4

J2 J11

J2

J16IDE DRIVEData

Power





Block Diagrams)



Block Diagram #1)

NOTES




System Model:

Archive:

Language:

60

SP

4

ENGLISH

Serial Number:

Hospital Name:

Mars Table:

Date Format:

69-1107

OEC TRAINING

DOMESTIC

MM/DD/YYYY



Press [ESC] to exit

SET CONFIGURATION








SOFTWARE

VERSION

FORMATTED

HARD DISK

PART #

DISK

CONTROLLER

PART #

AT COMM. PCB

OPTION PROM

(U25)

10

11

00-877024-02

00-877024-03

NONE

NONE

-02

-03

DRIVE

PARTIONING

C: DRIVE 10M


D: DRIVE 60M

WINDOW

AUTO HISTO ON/OFF

NEGATE

LEVEL

TRACKPAD PANEL

AVERAGING L RFLUORO ONE-SHOT ENHANCED

FRONT PANEL





Block Diagram


NOTE


9600 C-ARM

For Reference Only


Page 3 of 4

9600 WORKSTATION


ESP SOFTWARE & HARDWARE CONFIGURATION

P8


P1 Power

P1 DataJ17

J6

J4

J2 J11

J2

J16IDE DRIVEData

Power





Block Diagrams)



Block Diagram #1)

NOTES




System Model:

(Digital Spot Option:

Cine Disk:

Language:

VCR1:

VCR2:

Digital Print:

60

ESP

Yes/No)

None

ENGLISH

Sony

Sony

No

Serial Number:

Hospital Name:

Mars Table:

Measurements:

Date Format:

69-1107

OEC TRAINING

DOMESTIC

NO

MM/DD/YYYY



Press [ESC] to exit

SET CONFIGURATION








SOFTWARE

VERSION

FORMATTED

HARD DISK

PART #

DISK

CONTROLLER

PART #

AT COMM. PCB

OPTION PROM

(U25)

10

11

00-877024-02

00-877024-03

NONE

NONE

-02

-03

DRIVE

PARTIONING

C: DRIVE 10M


D: DRIVE 60M

TRACKPAD

VCR RECORD

VCR PLAY

ZOOM

SHARPEN

WINDOW

AUTO HISTO ON/OFF

NEGATE

LEVEL

AVERAGINGL RFLUORO ONE-SHOT RECALL SAVEDIG. SPOT

FRONT PANEL

TRACKPAD PANEL





Block Diagram


NOTE


CN 5

CNH 1

1 2

13 14

FUJITSU M2684TA

JUMPER AS ILLUSTRATED

5 3 1

6 4 2

J8

WESTERN DIGITAL AC 1365


7 5 3 1

8 6 4 2

FRONT

SEAGATE ST3660A


9600 C-ARM

For Reference Only


Page 4 of 4

9600 WORKSTATION

SP, GSP, ESP - (NON CINE) CONFIGURATIONSJUMPER SETTINGS FOR IDE DRIVESUsed and Refurbished C-Arms are Available from www.SharpMedical.com - Call us at 800-969-9800


NOTE


9600 C-ARM

For Reference Only

11/13/964&8_CINE.DS4

Page 1 of 6

P8

P9

P51.44 MegFloppy Drive

900669

P1 Power

P1 Data J17

J6

J4

J2J11

J2

J5

J6

J9

Drive 1Data

Drive 1Power

Image Processor PCB875952


386 AT Motherboard900658


Block Diagrams)



Block Diagram #1)

8 Bit Digital Left Video

IP SCSIDisk

Controller00-900661-01

Master

SCSI DRIVE

J2

DOSSCSIDisk


ESP/4 HARDWARE & SOFTWARE CONFIGURATION

9600 WORKSTATION CONFIGURATIONS

ESP/4, ESP/BVAS, VASC/4 - (4 & 8 FPS) OPTIONS

TRACKPAD

ACQUIRE IMAGES

PLAY/PROCESS

VCR RECORD

VCR PLAY

ZOOM

SHARPEN

WINDOW

AUTO HISTO ON/OFF

NEGATE

LEVEL



System Model:

Digital Spot Option:

Cine Disk:

Language:

VCR1:

VCR2:

Digital Print:

60

ESP

Yes

ALTA4

ENGLISH

Sony

Sony

No

Serial Number:

Hospital Name:

Mars Table:

Measurements:

Date Format:

69-1107

OEC TRAINING

DOMESTIC

NO

MM/DD/YYYY

Use the cursor arrows to select


Press [ESC] to exit

SET CONFIGURATION








NOTES

Drives used: Fujitsu M2684SAU, M2623FA, or M2624FA Seagate ST3550N or ST5660N Hitachi DK325C-57

See pages 5 & 6 for hard drive jumper settings.

SOFTWARE

VERSION

FORMATTED

HARD DISK

PART #

DOS SCSI DISK

CONTROLLER

PART #

AT COMM. PCB

OPTION PROM

(U25)

10

11

00-877025-01

00-877025-02

00-900659-02

ADAPTEC-02

-03

DRIVE

PARTIONING

C: DRIVE 10M


D: DRIVE 60M

00-900659-02

ADAPTEC

IP-SCSI DISK

CONTROLLER

PART #

00-900661-01

00-900661-01

TRACKPAD PANEL

FRONT PANEL


FOR SCSI DISKSSYSTEM TYPEMOTHERBOARD & DISK E1 E2 E3

386 (AMI BIOS) WITH G + GSCSI DISK


Block Diagram


NOTE


9600 C-ARM

For Reference Only

11/13/964&8_CINE.DS4

Page 2 of 6

P8

P9


900669

P1 Power

P1 Data J17

J6

J4

J2J11

J2

J5

J6

J9

Drive 1Data

Drive 1Power





Block Diagrams)



Block Diagram #1)


IP SCSIDisk


Master

SCSI DRIVE

J2

DOSSCSIDisk


ESP/BVAS HARDWARE & SOFTWARE CONFIG.




System Model:


Cine Disk:

Language:

VCR1:

VCR2:

Digital Print:

60

BVAS

Yes

ALTA8

ENGLISH

Sony

Sony

No

Serial Number:

Hospital Name:

Mars Table:

Measurements:

Date Format:

69-1107

OEC TRAINING

DOMESTIC

NO

MM/DD/YYYY



Press [ESC] to exit

SET CONFIGURATION








NOTES



SOFTWARE

VERSION

FORMATTED

HARD DISK

PART #

DOS SCSI DISK

CONTROLLER

PART #

AT COMM. PCB

OPTION PROM

(U25)

10

11

00-877025-01

00-877025-02

00-900659-02

ADAPTEC-02

-03

DRIVE

PARTIONING

C: DRIVE 10M


D: DRIVE 60M

00-900659-02

ADAPTEC

IP-SCSI DISK

CONTROLLER

PART #

00-900661-01

00-900661-01

TRACKPAD

ACQUIRE IMAGES

PLAY/PROCESS

VCR RECORD

VCR PLAY

ZOOM

SHARPEN

WINDOW

AUTO HISTO ON/OFF

NEGATE

LEVEL

AVERAGINGL RFLUORO ONE-SHOT RECALL SAVEROADMAP SUBTRACTDIG. SPOT

TRACKPAD PANEL

FRONT PANEL





Block Diagram


NOTE


9600 C-ARM

For Reference Only

11/13/964&8_CINE.DS4

Page 3 of 6

P8

P9


900669

P1 Power

P1 Data J17

J6

J4

J2J11

J2

J5

J6

J9

Drive 1Data

Drive 1Power





Block Diagrams)



Block Diagram #1)


IP SCSIDisk


Master

SCSI DRIVE

J2

DOSSCSIDisk


VASC/4 HARDWARE & SOFTWARE CONFIGURATION




System Model:


Cine Disk:

Language:

VCR1:

VCR2:

Digital Print:

60

VAS

Yes

ALTA4

ENGLISH

Sony

Sony

No

Serial Number:

Hospital Name:

Mars Table:

Measurements:

Date Format:

69-1107

OEC TRAINING

DOMESTIC

NO

MM/DD/YYYY



Press [ESC] to exit

SET CONFIGURATION








NOTES



SOFTWARE

VERSION

FORMATTED

HARD DISK

PART #

DOS SCSI DISK

CONTROLLER

PART #

AT COMM. PCB

OPTION PROM

(U25)

10

11

00-877025-01

00-877025-02

00-900659-02

ADAPTEC-02

-03

DRIVE

PARTIONING

C: DRIVE 10M


D: DRIVE 60M

00-900659-02

ADAPTEC

IP-SCSI DISK

CONTROLLER

PART #

00-900661-01

00-900661-01


FRONT PANELTRACKPAD

MASK

ACQUIRE IMAGES LANDMARK

PLAY/PROCESS

VCR RECORD

VCR PLAY

REGISTRATION

ZOOM

SHARPEN

WINDOW

PEAK OPACIFY AUTO HISTO ON/OFF

NEGATE LEVEL

TRACKPAD PANEL





Block Diagram


NOTE


RN

4R

N3

RN

2

J6

J5

J8

J9

J9-6 SJ8-6 OJ6-6 OSJ5-6

J6-7

J6-8J5-8

J5-7

O

O J9-7

J9-8

J8-7

J8-8

O

O

O

O S

S

O=OPEN S=SHORT

J6-2

J6-3

J6-4

J6-5

J6-1

J5-5

J5-4

J5-3

J5-2

J5-1

O

S

O

O

O

J9-2

J9-3

J9-4

J9-5

J9-1

J8-2

J8-3

J8-4

J8-5

J8-1

S

O

O

S

S

O

O

O

O

O

JUMPER SETTING

O

O

S

O

O

SCSI 900659-02

Terminator ResistorsMust be Removed

ADAPTEC

4 & 8 FPS CINE OPTIONS

9600 C-ARM

For Reference Only

11/13/964&8_CINE.DS4

Page 4 of 6

DOS SCSI & IP-SCSI DISK CONTROLLER CONFIG.



U59

U58

U57

U15

RP1

RP2

P5

P9

P3

J9

GYR

LEDs

Pin 1

Pin 1

Terminator Values:U57, U58, U59: 220/330 Ohms

RP1, RP2: 100pf/100 Ohms

U15: 22 Ohms

IP SCSI CONTROLLER - MASTER (4/8/15/30 FPS)

RG Y

on on off

on onoff

on on on

on onoff

on onoff

offoff on = Normal Condition

= IP-SCSI Failure

= IP-SCSI Failure

= IP-SCSI Failure

= IP-SCSI Failure

= SCSI HDD Failure

IP SCSI Disk Controller Status LEDs

SCSI Troubleshooting Notes

Boot-up Problems1. If the system Application software boots up, the DOS SCSI Disk Controller PCB is probably OK. Otherwise, remove the IP SCSI Disk Controller PCBs and reboot.If this caused the system to not boot, replace this board.2. Try booting with the diagnostic disk in the A:\ drive. If this is successful, you need to replace the DOS SCSI Disk Controller PCB or the Hard Disk Drive.

CINE LOOP Problems1. Examine the green, yellow and red LEDs on the IP-SCSI Disk Controller PCB. After boot-up, use the table below to determine the probable cause of failure.2. If only the cine loop is not working, try deleting the Header.Dat file on the C:\ drive BUT YOU WILL LOOSE ALL PREVIOUS CINE RUNS AND ALL 200 PATIENT IMAGES.Reboot the system and verify operation. See also Formatting the Cine Partition.3. Try replacing the IP-SCSI Disk Controller PCBs.

Formatting the Cine Partition.1. With the cart powered on, insert the diag. disk & press SETUP OPTIONS, Select Access Level 2.2. Select "Prepare CINE Disk"3. Reboot the system and verify operation.


NOTE


1 2

23 24

CNH1

JUMPEREDAS SHOWN

TERMINATORINSTALLED

2 1 0

CNH5

CNH4

CNH7CNH 2

CN 5

CNH 1

CN 6

1 2

65

1 2

15 16

TERMINATING

PIN 1

PIN 1

RESISTOR

INSTALLED

FOUR PIN POWER

CONNECTOR

FIFTY PIN RIBBON

CONNECTOR

FUJITSU M2623FA AND M2624FA


FUJITSU M2684SAU


9600 C-ARM

For Reference Only

11/13/964&8_CINE.DS4

Page 5 of 6

FUJITSU SCSI DISK JUMPER SETTINGS




NOTE


PCB PCB

1357

2468

1234567891011121314151617181920

J12

PCB

PCB

J4

J3

135

246

13

24

J9 J6

J5

1 3 5

2 4 6

PCB

J8

15

16

1

2JP2

JP36

2

7

1

J3

BOTTOM VIEW

1

2

7

8J6

J717

8 2

NO JUMPERS

TOP VIEW

HITACHI DK325C-57

SEAGATE ST5660N SEAGATE ST3550N

9600 C-ARM

For Reference Only

11/13/964&8_CINE.DS4

Page 6 of 6

HITACHI & SEAGATE SCSI DISK JUMPER SETTINGS



Pin

1

J8

Pin

1

J8

33

34 32

31

24

23

J1 J3


NOTE


9600 C-ARM

For Reference Only

11/13/9615_CINE.DS4

Page 1 of 4

P8

P9


900669

P1 Power

P1 Data J17

J6

J4

J2J11

J2

J5

J6

J9

Drive 1Data

Drive 1Power





Block Diagrams)



Block Diagram #1)


IP SCSIDisk


Master

SCSI DRIVE

J2

DOSSCSIDisk


ESP/15 HARDWARE & SOFTWARE CONFIGURATION


ESP/15, VASC/15 - (15 FPS) OPTIONS

TRACKPAD

ACQUIRE IMAGES

PLAY/PROCESS

VCR RECORD

VCR PLAY

ZOOM

SHARPEN

WINDOW

AUTO HISTO ON/OFF

NEGATE

LEVEL



System Model:


Cine Disk:

Language:

VCR1:

VCR2:

Digital Print:

60

ESP

Yes

ALTA15

ENGLISH

Sony

Sony

No

Serial Number:

Hospital Name:

Mars Table:

Measurements:

Date Format:

69-1107

OEC TRAINING

DOMESTIC

NO

MM/DD/YYYY



Press [ESC] to exit

SET CONFIGURATION








NOTES

Drives used: Fujitsu M2932SAU Seagate ST11950N, ST12550N, or ST32550N Micropolis 4221


SOFTWARE

VERSION

FORMATTED

HARD DISK

PART #

DOS SCSI DISK

CONTROLLER

PART #

AT COMM. PCB

OPTION PROM

(U25)

10

11

00-878230-01

00-878230-02

00-900659-04

Q Logic-02

-03

DRIVE

PARTIONING

C: DRIVE 10M


D: DRIVE 60M

00-900659-04

Q Logic

IP-SCSI DISK

CONTROLLER

PART #

00-900661-01

00-900661-01

TRACKPAD PANEL

FRONT PANEL





Block Diagram


NOTE


15_CINE.DS4

VASC/15 HARDWARE & SOFTWARE CONFIG.



9600 C-ARM

For Reference Only

11/13/96

Page 2 of 4

P8

P9


900669

P1 Power

P1 Data J17

J6

J4

J2J11

J2

J5

J6

J9

Drive 1Data

Drive 1Power





Block Diagrams)



Block Diagram #1)


IP SCSIDisk


Master

SCSI DRIVE

J2

DOSSCSIDisk



System Model:


Cine Disk:

Language:

VCR1:

VCR2:

Digital Print:

60

VAS

Yes

ALTA15

ENGLISH

Sony

Sony

No

Serial Number:

Hospital Name:

Mars Table:

Measurements:

Date Format:

69-1107

OEC TRAINING

DOMESTIC

NO

MM/DD/YYYY



Press [ESC] to exit

SET CONFIGURATION









FRONT PANELTRACKPAD

MASK


PLAY/PROCESS

VCR RECORD

VCR PLAY

REGISTRATION

ZOOM

SHARPEN

WINDOW


NEGATE LEVEL

TRACKPAD PANEL

SOFTWARE

VERSION

FORMATTED

HARD DISK

PART #

DOS SCSI DISK

CONTROLLER

PART #

AT COMM. PCB

OPTION PROM

(U25)

10

11

00-878230-01

00-878230-02

00-900659-04

Q Logic-02

-03

DRIVE

PARTIONING

C: DRIVE 10M


D: DRIVE 60M

00-900659-04

Q Logic

IP-SCSI DISK

CONTROLLER

PART #

00-900661-01

00-900661-01

NOTES







Block Diagram


NOTE


JP2

JP3

JP5

JP7

JP6

JP4

J2

3 4

7

8

1

2

9 101 3

BIOS ROM

3 4

12

J1

P1P2

Q LOGIC (2 MODELS)



U59

U58

U57

U15

RP1

RP2

P5

P9

P3

J9

GYR

LEDs

Pin 1

Pin 1



U15: 22 Ohms

IP SCSI CONTROLLER - MASTER (4/8/15/30 FPS)

9600 C-ARM

For Reference Only

11/13/9615_CINE.DS4

Page 3 of 4

DOS SCSI & IP-SCSI DISK CONTROLLER CONFIG.



RG Y

on on off

on onoff

on on on

on onoff

on onoff


= IP-SCSI Failure

= IP-SCSI Failure

= IP-SCSI Failure

= IP-SCSI Failure

= SCSI HDD Failure






J91 50

J1

BIOSROM

J2

1

3

2

330

230

I/O

J3

1 3

1 2

J4

9 10

ASYNC

SCSI ID 7

PARITY

SEE TABLE 1

SEE TABLE 1

SYNC

SCSI ID 6

NO PARITY

SEE TABLE 1

SEE TABLE 1

OUT IN

IRO

J5

1

2

7

8

15 12 11 10

1 2

BIOS ROM

J6

DISABLE ENABLE

A B

3 4

OUT IN

J8

2

1

TERM DIS

QLOGIC

SCSI

PROCESSOR

J10


NOTE


OEC JUMPERSNO JUMPERS ON OPTI0N JUMPER BLOCK

NO JUMPERS ON ID0, ID1OR ID2

JUMPER W1 & W3W1W3

RN1 AND RN2 INSTALLED

MICROPOLIS 4221

OEC JUMPERS

CN6: D (INTERNAL DIAGNOSTIC) OFF

P (PARITY SETTING) ON

A (AUTOMATIC MOTOR START) ON

FUJITSU M2932SAU

CN4: ID0 OFF

ID1 OFF

ID2 OFF

CN7: SY (SPINDLE SYNC SIGNAL) OFF

R (DISK DRIVE RESET) OFF

WP (WRITE PROTECT) OFF

TM (TERMINATION) ON

OEC JUMPERS

SEAGATE ST32550N

J1

PIN 1

PIN 2

PIN 5

PIN 6

JUMPER PINS 1 & 2 (TERMINATE POWER FROM DRIVE)

JUMPER PINS 5 & 6 (ENABLE SCSI TERMINATION)

NO JUMPERS ON J2 & J4

J01

J4

J01

SCSICONNECTOR

PIN 1POWER

CONNECTOR

PIN 1

J4 - NO JUMPERS INSTALLED

TERM. POWER FROM DRIVE:

PIN 3

PIN 1PIN 2

A POSITIONB POSITION

OEC JUMPERS

SEAGATE ST11950N AND ST12550N

OPTION

JUMPER

BLOCK

RN1

RN2

ID1 ID0

ID2 NOT USED

W1W3

9600 C-ARM

For Reference Only

11/13/9615_CINE.DS4

Page 4 of 4

SCSI DISK JUMPER SETTINGS




NOTE


9600 C-ARM

For Reference Only

11/13/9630_CINE.DS4

Page 1 of 4

P8

P9


900669

P1 Power

P1 DataJ17

J6

J4

J2J11

J2

J5

J6

J9

Drive 1Data

Drive 1Power





Block Diagrams)



Block Diagram #1)


P9

P5

J9J4

IP SCSIDisk

Controller900661Master

IP SCSIDisk

Controller900661Slave

DRIVE 1 (Left)

DRIVE 2 (Right)

Drive 2Data

Drive 2PowerP3

P3

J2

SCSIDisk

Controller900659


System Model:


Cine Disk:

Language:

VCR1:

VCR2:

Digital Print:

60

VAS

Yes

ALTA30

ENGLISH

Sony

Sony

No

Serial Number:

Hospital Name:

Mars Table:

Measurements:

Date Format:

69-1107

OEC TRAINING

DOMESTIC

NO

MM/DD/YYYY



Press [ESC] to exit

SET CONFIGURATION








HARDWARE & SOFTWARE CONFIGURATION


VASCULAR WITH 30FPS CINE LOOP OPTION

TRACKPAD

MASK


PLAY/PROCESS

VCR RECORD

VCR PLAY

REGISTRATION

ZOOM

SHARPEN

WINDOW


NEGATE LEVEL

TRACKPAD PANEL


FRONT PANEL

NOTES



SOFTWARE

VERSION

FORMATTED

HARD DISK

PART #

2 REQUIRED

DOS SCSI DISK

CONTROLLER

PART #

AT COMM. PCB

OPTION PROM

(U25)

10

11

00-878230-01

00-878230-02

00-900659-04

Q Logic-02

-03

DRIVE

PARTIONING

C: DRIVE 10M


D: DRIVE 60M

00-900659-04

Q Logic

IP-SCSI DISK

CONTROLLER

PART #

2 REQUIRED

1 MASTER&1SLAVE

00-900661-01

00-900661-01





Block Diagram


NOTE


J91 50

J1

BIOSROM

J2

1

3

2

330

230

I/O

J3

1 3

1 2

J4

9 10

ASYNC

SCSI ID 7

PARITY

SEE TABLE 1

SEE TABLE 1

SYNC

SCSI ID 6

NO PARITY

SEE TABLE 1

SEE TABLE 1

OUT IN

IRO

J5

1

2

7

8

15 12 11 10

1 2

BIOS ROM

J6

DISABLE ENABLE

A B

3 4

OUT IN

J8

21

TERM DIS

QLOGIC

SCSI

PROCESSOR

J10

JP2

JP3

JP5

JP7

JP6

JP4

J2

3 4

7

8

1

2

9 101 3

BIOS ROM

3 4

12

J1

P1P2

DOS SCSI CONTROLLERS

Q LOGIC (2 MODELS)



9600 C-ARM

For Reference Only

11/13/9630_CINE.DS4

Page 2 of 4

DOS SCSI CONTROLLER CONFIGURATIONS




NOTE


U59

U58

U57

U15

RP1

RP2

P5

P9

P3

J9

GYR

LEDs

Pin 1

Pin 1



U15: 22 Ohms

Not Installed

U57

U58

U59

RP1

U15

RP2

P5

P9

P3

J9

Pin 1

GYR

LEDs

IP SCSI CONTROLLER - SLAVE (30FPS)IP SCSI CONTROLLER - MASTER (4/8/15/30 FPS)

RG Y

on on off

on onoff

on on on

on onoff

on onoff


= IP-SCSI Failure

= IP-SCSI Failure

= IP-SCSI Failure

= IP-SCSI Failure

= SCSI HDD Failure






9600 C-ARM

For Reference Only

11/13/9630_CINE.DS4

Page 3 of 4

IP-SCSI CONTROLLER CONFIGURATIONS




NOTE


OEC JUMPERSNO JUMPERS ON OPTI0N JUMPER BLOCK

NO JUMPERS ON ID0, ID1OR ID2

JUMPER W1 & W3W1W3

RN1 AND RN2 INSTALLED

MICROPOLIS 4221

OEC JUMPERS

CN6: D (INTERNAL DIAGNOSTIC) OFF

P (PARITY SETTING) ON

A (AUTOMATIC MOTOR START) ON

FUJITSU M2932SAU

CN4: ID0 OFF

ID1 OFF

ID2 OFF

CN7: SY (SPINDLE SYNC SIGNAL) OFF

R (DISK DRIVE RESET) OFF

WP (WRITE PROTECT) OFF

TM (TERMINATION) ON

OEC JUMPERS

SEAGATE ST32550N

J1

PIN 1

PIN 2

PIN 5

PIN 6

JUMPER PINS 1 & 2 (TERMINATE POWER FROM DRIVE)

JUMPER PINS 5 & 6 (ENABLE SCSI TERMINATION)

NO JUMPERS ON J2 & J4

J01

J4

J01

SCSICONNECTOR

PIN 1POWER

CONNECTOR

PIN 1

J4 - NO JUMPERS INSTALLED

TERM. POWER FROM DRIVE:

PIN 3

PIN 1PIN 2

A POSITIONB POSITION

OEC JUMPERS

SEAGATE ST11950N AND ST12550N

OPTION

JUMPER

BLOCK

RN1

RN2

ID1 ID0

ID2 NOT USED

W1W3

9600 C-ARM

For Reference Only

11/13/9630_CINE.DS4

Page 4 of 4

SCSI DISK JUMPER SETTINGS




NOTE




P1

U27DUART

(1B5)

U15

U154 6

12

13

11U16

U1623

12 - OP1

11 - TXDB

(1B4)

(1B3)

10 - RXDB

10 84 - IP1

U33DATA

BUFFER

U30,U31ADDR

BUFFER

U2422V10ADDR

DECODE

23

UR

TBS

EL*

35-CEN

(1C8)

(1D7)

(2D7)

P3

23

24

25

5

23

24

25

5

CPIRXD

CPITXD

CPICTS

CPIRTS

To & FromMotherboard

See MotherboardBlock Diagram

P14

8

6

4

P12

AuxiliaryInterface

PCB00-876502

Electronic Rack Assembly

P9

10

8

6

4

10

J2

8

6

4

10

E5

1 2

1 2

1 2

1 2

E3

E2

E4

4

19

18

5

3

20

1

2

U7MAX233

CTS

RXD

TXD

RTS

TP2

TP7

TP3

44

17

18

39

U580C196KC

Externally Mounted

U13 P7216

372

U11

HSO.0 28

OSC 5

RESET15

TP11

Y112 MHZ

TP12

12

14

VCC

7

U11

U11

5

61

2

RESET

U24MAX694(Power

Monitor &Watchdog

Timer)

13 12

6

P1.1 20

P3

1234

See IR Remote Control Block Diagram for more Details

+12VINIR_LCL

+12VRET+12VRET

1

47

U9Opto_I

U8(not used)

IR RMTTP9

IR LCLTP5

5 RS422INPUT

1 2

3

U374LS08

P2.2 15

VCC

R11

1

5

VCC

37

U4 PALADDRESSDECODE

U10EPROM(BOOT)

U1 STATIC

RAM

RESET

U14,U2ADDRESS DECODE74ABT573

ACQUIRE IMAGES WINDOW

PLAY/PROCESS ZOOM NEGATE

VCR RECORD SHARPEN AUTO HISTO ON/OFF

VCR PLAY LEVEL

TRACKPAD

FLUORO ONE-SHOT DIG. SPOT ROADMAP SUBTRACT AVERAGING RECALL SAVE L<--->R

10DS1 DIAGNOSTIC LED

VCC

1P4

U16, U17TRACK PANEL

LEDLATCH

P6U12, U19

FRONT PANELLED

LATCH

U15, U23KEY BOARD

INPUT LATCH(COLUMN READ)

P5

U18, U22KEY BOARD

OUTPUT LATCH(ROW DRIVE)

LATCHED ADDR. 0 - 15

FORCE SENSITIVE RESISTOR CONTROL

DIAG_DISPLAY_WR

11

11

11

11

11

LED_00-15_WR

LED_16-31_WR

COL_READ

ROW_DRV

AD0 - AD15

1SEGMENT 10 BLINKS ON & OFFTO INDICATE THAT THE MICRO CONTROLLER (U5) IS RUNNING

13 VREF

4 P0.3

7 P0.2

5 P0.1

6 P0.0

12 AGND

Cart Control PanelProcessor PCB

00-876611

10

Key Board

(1D7) (1C8)

(1D2)

(1D4)

(1D5)

(1D3)

(1C6)

(1C6)

(1B6)

(1B6)

(1D7)

(1D7)

(1D7)

(1C1)(1C2)(1B1)

(1B2)

(2B5)

(2D5)

(2C3)

(2D3)

(2C4)(2D5)

D

+12VIN

TP4TP14

TP6

U20, U21DIAGNOSTIC

LED LATCH

TP1, TP10TP8, TP13

+5VIN

P1

24135

Front Panel

Track Panel

9600 C-ARM

For Reference Only

6/17/96CPI_BLK1.DS4

Page 1 of 2

9600 CONTROL PANEL PROCESSOR BLOCK DIAGRAMUsed and Refurbished C-Arms are Available from www.SharpMedical.com - Call us at 800-969-9800


NOTE


9600 Mobile Digital C-Arm - Workstation Block Diagrams, Test Points, and Signal Waveforms

E

P4

P5

TP13

GND

DS1

U21 U22

U5

P1 1 2 3 4 5 6

TP14

+5V

TP1

GNDP2 P3

E2 E3

E4 E5

1 1

1 1

U7

TP9

IRRMT

U8 U9 TP5

IRLCL

P7

TP3

RTS

TP4

+12VTP7

RXD

TP6

TXD

TP2

CTS

TP10

GND

TP11

OSC

TP12

RST*

P6

U13

U24

U11

R11

U10

U1

U4

U2

U14

U20

U23

U18

U15

U12

U19

U16 U17

ASSY 00-876613CONTROL PANEL PROCESSOR9600 MONITOR CART

Y1

U3

TP8

GND

00-8

7212

6-01

OE

C-D

IAS

ON

ICS

INC

CO

MM

UN

ICA

TIO

NS

PC

B

GN

D

GN

D

GN

D

GN

D

U30

U31

U33

U27

U15

U16

TP

4

TP

2

P1

P3

TP

3

TP

1

U24

121110

4

111213 3

2

64

8

10

WaveformsScreen Image

U24-6WDI2 Vdc1 ms

WaveformsScreen Image

Measurements

TP12RESET2 Vdc500 ms

TP6TXD2 Vdc5 ms

TP7RXD2 Vdc5 ms

TP11OSC1 Vac50 ns

TP5IR LCL500 mVdc50 ms

U20-18SEG. 102 Vdc200 ms

P7-1SPKR10 Vdc100 us

P7-2SPKR10 Vdc100 us

11 A

A

B

B

C

D

E

F

F

G

G

H

H

I

I

J

6

J

K

K

L

18L

SEGMENT 10OP1

TXDBRXDB

IP1

C

F

E

D

TP3RTS5 Vdc5 S

TP2CTS5 Vdc5 S

C

D

DURING BOOT UP

U15-1COL_READ100 mVdc200 ns

9600 C-ARM

For Reference Only

6/17/96CPI_BLK1.DS4

9600 CONTROL PANEL PROCESSOR BLOCK DIAGRAM

Page 2 of 2




5-Q

12-Q

+ 5V

1-A

+ 5V

10-B

9-A

2-B 13-Q

4-Q(2A8)

(2B8)

(2B7)

Camera

Cart

3 - "B"

14 - "A"

13

DS1/DS2 Display Driver

VCO Adjustment

Sync Generator

2

3

U371

(2B6)

U45

5

4

12

10

U45

(2B6)9

7

(2B6)

(2.5V)

+ 5V

R96=1k

R93=1k

R94=1k

(3.3V)

(1.7V)

+ 5V

R87

DS1On withCart

+ 5V

R95

DS2On withCamera

(2A5)

U43Voltage Controlled

Oscillator

12

31 2

(2A4)

U36

TP33VCO

TP38Correction Voltage

18

C89 L12

(2B4)

8 1910

See Video MatrixBlock Diagram

7 - Genlock

9

(2B3)

8 - OSC

15 - VRST

2 - MODE

See Video MatrixBlock Diagram

E4

2 3

P6

50Hz 31

50 Hz

GenLock

U38

U38

U44Edge

Comparator

SepIncsy

1

1

1

1

1

1

2 This video control bit is changed through software for 50 or 60 Hz systems.To do this: 1) Power on Cart, 2) Insert Diag. Disk, 3) Press F10, 4) Access Level 2,5) Select Config & Hard Disk, 6) Set System Config. Then follow screen instructions.

2

A

-3.3V+2.5V -0.8V

-2.5V+1.7V -0.8V

U32

(2B6)1-A

2-B5-Q

12-Q

Vertical Sync Separator

+ 5V

Q8

R107

(1C7)

R105

A/D Clamp Circuit

See Image PathBlock Diagram

Camera VideoOut of U13 R25

(1D5)

C26 2 5

Clamp OutputSync Separator

U6

A/D Clamp

B+ 5V

R156

B

U39Buffer

U41Buffer

(2B3)

(2A3)

(High=50Hz; Low=60Hz)

4

9-CLK

5

12

13

2

7

10

15

4

9-CLK

5

2

6

5

16

3

4

14

CLAMP

EVENFLD

CBLANK*

CSYNC*

VDRV*

HDRV*

16 U363 4

(2A4)

PIXEL CLK

23

25

19

17

27

21

AU42

1

2

3

To U42.13

U29PAL16V8


29

(2B3)

2A

2B

U40Sync Generator

2C 2D

2E

2G

2H

2I

2J

2K

2L

2M

2N

2O

2P

2Q

2R

2S

See Image Path BlockDiagram (U7; SW201)

P6

31

23

25

19

17

27

21

29

Horizontal Edge Comparator/Camera Sync Detection

1-A

2-B 13-Q

4-Q

U28

(2A7)

Sync Detect

3

Adjust C89 so DS1 & DS2 are equally illuminatedand both monitors have stable images when camera sync present.TP33 will equal approximately 25.8 MHz.TP38 will equal approximately 2.5 VDC.

3 SYNC WITH CAMERAWhen camera sync is present, Sync Detect = TTL High. This signal is monitored by the Image Processor and forces GENLOCK bit TTL High. This forces U29 to use pin 8 as the input frequency for the sync generation circuitry.STAND-ALONE MODEWhen camera sync is not present, Sync Detect = TTL Low. This signal is monitored by the Image Processor and forces GENLOCK bit TTL Low. This forces U29 to use pin 9 as the input frequency for the sync generation circuitry, using the 50Hz or 60Hz crystal.

2T Y160Hz

Y250Hz

5

HI = 50Hz Stand-AloneLo = Camera Sync Present

HI = 60Hz Stand-AloneLo = Camera Sync Present

25.8 Mhz 25.6 Mhz

1 1

33

18

17

Ena

ble

Ena

ble

3

Syncdet - To P6.3

High = Enabled (Camera Sync Present)U29 Pin 8 is frequency input pin.Low = Disabled (Camera Sync Not Present)U29 Pin 9 is frequency input pin.

CSYNC*

(High=50Hz; Low=60Hz)

CLAMP

ImageProcessor

PCB00-875952

To GSP (U140)& MemoryAddressors

See "LOG" onImage Path Block Diagram

Page 1 of 5

2F

9600 C-ARM


6/19/96

9600 WORKSTATION "GEN-LOCK"BLOCK DIAGRAM / WORKSHEET

GEN_LOK1.DS4

1

3 3Syncdet3


NOTE


AUXILLARY INTERFACE PCB876502

VIDEO SWITCHING PCB872237

CAMERAVIDEOFROM C-ARM

P101234

P114152324

J1

J2

J6

J75

+

-7

8

R129

(1D7)

TP10

IN0IN1IN2IN3IN4IN5IN6IN7

VOUT

A0 A1 A23 2 1

L L

1

U8 Mux


VOUT

A0 A1 A23 2 1

L L


VOUT

A0 A1 A23 2 1

L L L


VOUT

A0A1A2321

LLL

U13 Mux

20

U9 Mux

U10 Mux

U1

U2

U4

3 8

J532

N. C.

1

1

1

J4LEFT VIDEO(REAR PANEL)

20

J356

910

78

J514

N. C.

N. C.

J434

20


VOUT

A0 A1 A23 2 1

L L L

U11 Mux

1

20

AUXILLARY INTERFACE PCB876502

12


VOUT

A0 A1 A23 2 1

L L L

U12 Mux

1N. C.

34

RMON

RVIDEO

AUXOUTTP8

TP6

TOVCR1

TP7

TOVCR2

20

20

TP3

LMON

TP2

LVID

TP5

HCO

H

P21 N.C.TOVCR2

P20 N.C.FROM VCR2

P199

1012

VCR2

TP13VCR1

J2TOVCR1(INTERNAL VCR)

IN3

12

34

P1

IN4

TP12

TP4

8

(1D5)

2

1TO GEN-LOCK

& SYNC BLOCKDIAGRAM

2

3

1

See Gen-LockDiagram

U7SW201

(1D4)

3+

- 78

U4(1D4)

TP16A/D VIDEO

1

VOUT

A0

1

L

5 +

-78

U46

5+

-7 8U26

TP22

5

(2D7)

(2D6)

R80 -5VR51R50+5V

Log Amp

4IN0IN1

8

U42 1211

(2B3)13 (H)

U19 Mux(LOG)

5

TP21

8U24

3 4

(2C5) (2C4)

TP29

10

Anti-Alias Filter(Always Used)

1

VOUT

A0

1

5

4IN0IN1

8

U18 Mux(ANTI-ALIAS)

H

H A/D VIDEOTP18

U25

5

J11 5 6

9

7

9 10 1 2

5

5

5

20 bits from VMDAT.18 (6 MUXs; 3 address bits each) 1 (LOG amp enable) 1 (Anti-Alias filter enable)

1 Default patterns after boot-up shown.

Q2

(1C8)

Q3

(1C7)

LEFTMON

VIDEO(NOT

USED)

(1B6)

(1B6)

(1C6)

(1A6)

(1C6)

(1D6)

(2D5)

(2D4)

2

3

A/D CLAMP - See Gen-Lock Block Diagram 3

TP25DGND

TP23AGND

TP28+12V

TP19-12V

TP27+5V

TP24-5V

TP26+5VA

TP30+5VR

R80 typically does not need to be adjusted.This pot adjusts the DC offset for U26 so the DC level of TP16 matches that of TP22.

SW201 closes pins 2 & 3 when a TTL low is placed on pin 1.Pin 1 goes low during vertical and horizontal retraces. This ensures the A/D video signal is grounded (or clamped) to eliminate video noise during retrace.

OUTSIDE WORKSTATION ELECTRONICS BOX

INSIDE WORKSTATION ELECTRONICS BOX

(SEE 9600 WORKSTATION AT MOTHERBOARDBLOCK DIAGRAM)

P6

See 9600 Workstation "VMDAT"Video Matrix Data Block Diagram

J6HARD COPY VIDEO(FRONT OF ELECTRONICS BOX)

TP20LDAC

TP17RDAC

U6SYNC

SEPARATOR

J1 FROM VCR1(INTERNAL VCR)

J17 LEFT FAST SCAN VIDEO

(REAR PANEL)

4F

4F

4C4E

4D

4B

4A

J12

J13

9600 C-ARM


12/5/96

IMAGE PATHBLOCK DIAGRAM

IP_BLK1.DS4

4

4

4 Connected to rear panel BNC connector on system serialnumbers 69-0001 to 69-1000

SeeVMDATABlockDiagram

ClampOutput

CBLANK*

LOG2

3

NOTE:Shorting the J9 (Bypass) connector onthe Video Switching PCB will direct livecamera video to the "Video" BNCconnector on the rear panel of theWorkstation. This can be used fortroubleshooting purposes as required.See page 4 of this drawing forlocation of the J9 connector.

2E2A 2B 2C 2DUsed and Refurbished C-Arms are Available from www.SharpMedical.com - Call us at 800-969-9800 An Independent C-Arm Service Provider. This PDF provided for research / historical purposes only.

NOTE


P6P9

TP4GND

P8

P4

TP1TP6 TP7AGND

TP3

P3

TP8+5V

P2P1

LEFT MONITOR

P456

12

910

VIDEO IN

LEFT VIDEO OUT

RIGHT VIDEO OUT

U17ADC

U2 LDAC

U16RDAC

J1J1

LEFT & RIGHTFAST SCAN

VIDEO

RIGHT MONITOR

OUTSIDE WORKSTATIONELECTRONICS BOX

J2

J5 J6 J8 J9 J3 J4

TP4TP3

TP2 TP6 TP7 TP1

+5 VOLTS & GROUNDFROM MOTHERBOARD

LEFT & RIGHT DIGITAL VIDEO2 X 8 BIT VIDEO DATA & TIMINGFROM IMAGE PROCESSOR PCB

FROM VIDEO SWITCH PCB(See Sheet 1)

SEE GEN-LOCK &SYNC BLOCK

DIAGRAMAND

VIDEO MATRIXDATA BLOCK

DIAGRAM

RS170 SYNC SIGNALSTO / FROM VIDEO SWITCHING PCB

GSP SOFTWARE DOWNLOADED FROM AT MOTHERBOARD

SEE 9600 WORKSTATION CONFIGURATIONBLOCK DIAGRAMS

DIGITAL IMAGE DATATO / FROM IP-SCSI PCB(S)

ON CINE SYSTEMS

INSIDE WORKSTATION ELECTRONICS BOX

5G 5H

5J 5J 5JU3PIO

U4PIO

U140GSP

J8 J7

9600 C-ARM


12/5/96


IP_BLK1.DS4

1A A/DVIDEO

1B LEFTVIDEOOUT

1C RIGHTVIDEOOUT

1D 1E FASTSCANVIDEO

TOREARPANEL

SCAN CONVERTER PCBASY. 876399 / SCH. 876397

ORF/F (FULL FRAME) SCAN CONVERTER PCB

ASY.878891 / SCH. 878889


NOTE


U42

9

10

8

XRAYON10 2

22 6XRAYON

U14LATCH

(1A5)

P6

2

P8

+5

R155

(1A8)

7

22

P2U22

PIO_3

121340

U23

(2D7)

STORE (X-ray On)

WORKSTATION

Image Processor Enable (This signal has nothing to do with X-ray logic.

TP27Store

L with X-rays

L with X-rays

A TTL Low indicates the system is taking X-rays and the IP is enabled.

GENERATOR

4

1

1

P2

AT COMMUNICATIONS00-872125

7 X_RAY_ON

P6

P3

Data Bus To/From Technique ProcessorSee Technique Processor/ Analog Interface

Block Diagram

(2D4)

P106

101 101 13

MO

TH

ER

BO

AR

D00

-875

539

ANALOG INTERFACE00-876736

Lemoconn.

P1P10

TP7

AUXILIARY INTERFACE00-876502

P9

P14

VIDEO SWITCHING00-872237

19

U3PIO

(2D2)

IMAGE PROCESSOR00-875952

8 BitData Bus to

AT Mother PCBr

9600 C-ARM


12/5/96


IP_BLK1.DS4


+12V

+5V

DGND

-5V

AGND

AGND

A/DVIDEO

A/DV

RDAC

-12V

+5VA

+5VR

DGND

LDAC

TP10

TP20TP17

TP16

TP3

TP19

TP30

TP28TP25

TP23

TP21TP18

TP27

TP26

TP24

TP29 P6

TP39

TP40

1 2 3

1 2 3

1 2 3

1 2 3

1 2 3

1 2 3

U8-Mux

U9-Mux

U10-Mux

U11-Mux

U12-Mux

U13-Mux

J11

FromIP RDAC

FromIP LDAC

To IPA:D

J5

200 mV dc10 us

AUTO FLUORO MODE - NOTHING IN FIELDAmplitude may vary slightly.


500 mV dc10 us


500 mV dc10 us


200 mV dc10 us


200 mV dc10 us

VIDEOSWITCHING

PCB

To Aux. Interface PCB& Interconnect Cable

(Not Used) J7

J9 BYPASS

(NOT INSTALLED)

200 mV dc10 us

This is one horizontal line from the imageshown on the left. Note the gray scale levels.Your waveform may vary slightly depending

on which horizontal line being viewed.

This computer generated image should appearon both left and right monitors.

To view Left and Right DAC and Monitoroutputs, use this computer generated image.

(Press TEST PATTERN; Swap L>R; TEST PATTERN)

1A

1B 1C

1D

1E

1F

TP2LVID

LMON

From C-ArmCamera

J6

TP4RVID

TP6TOVCR1

TP5HCO

TP13VCR1

TP8AUXVOUT

9600 C-ARM


12/5/96


IP_BLK1.DS4


NOTE


200 mV dc10 us

This is one horizontal line from the imageshown on the left. Note the gray scale levels.Your waveform may vary slightly depending

on which horizontal line being viewed.

This computer generated image should appearon both left and right monitors.


200 mV dc10 us

J2

J5 J6 J8 J9 J3 J4

TP4 TP2 TP1

P6 P9 P8

P4

TP1 TP6 TP7AGND

TP3

P2P1

U17ADC

U2 LDAC

U16RDAC

200 mV dc5 us

This is one horizontal line from the image shown on the left. Note the horizontal timing and the gray scale levels.

Your waveform may vary slightly dependingon which horizontal line being viewed.

To view Left and Right DAC and Monitoroutputs, use this computer generated image.

(Press TEST PATTERN; Swap L>R; TEST PATTERN)

2G 2H 2J

9600 C-ARM


12/5/96


IP_BLK1.DS4

SCAN CONVERTER PCBASY. 876399 / SCH. 876397

ORF/F (FULL FRAME) SCAN CONVERTER PCB

ASY.878891 / SCH. 878889

J5 J6 J8 J9 J3 J4

TP9TP10

TP5AGND

The illustration in the dotted box showsthe locations of test points on the

F/F Scan Converter PCB. Asy. #878891


NOTE


9600 Mobile Digital C-Arm - Workstation Block Diagrams, Test Points, and Signal WaveformsVideo Switching PCB

00-872237

P69

13

11

15

P6

9

13

11

15

VMEN*

VM-DTCLK

VMDATA

VM-LTCLK

From GSPSee ImagePath BlockDiagram

13

15-QA1-QB2-QC3-QD4-QE5-QF6-QG7-QH

14-IN

9-OUT

10-MR

11-SRCK

12-RCK

U33 - 74LS595

+ 5V

13


14-IN

9-OUT

10-MR

11-SRCK

12-RCK

13


14-IN

9-OUT

10-MR

11-SRCK

12-RCK

U34 - 74LS595

U35 - 74LS595

24 Bits into Three 8 BitSerial to Parallel Shift Registers

R154

TP35VMDAT

TP36VMLCLK

TP37VMDCLK

+12V

+5VDGND

-5V

AGND

-12V

+5VA

+5VR

TP19

TP30

TP28TP25

TP23

TP27

TP26

TP24

VIDEO SWITCHING PCB

A0

A2A1

To U13See Image PathBlock Diagram

(1B7)

(1A7)

(1A7)A0

A2

A1

To U10See Image PathBlock Diagram

To U11 - See Image PathBlock DiagramA0

A1A2

A0A1A2

To U12 - See Image PathBlock Diagram

GENLOCK - See Gen Lock Block Diagram50 Hz - See Gen Lock Block Diagram LOG - See Image Path Block Diagram & Gen Lock BlockANTI ALIAS - See Image Path Block Diagram

U27PAL16V8

(1A7)

2

A0A1

A0A1A2

A2181716151413



456789

11

R146

+ 5V

R144

1

U33

U34

U35

P6

U27

J9

TP37 VMDCLK

TP35 VMDAT

TP36 VMLCLK

13

A

B

C

D

E

+5V

+5V

+5V

X-RAY DISABLE - See X-Ray Disable Block Diagram

2

D

E

5 V dc20 us

TP37 VMDCLK

TP35 VMDAT

TP36 VMLCLK

C

A

B

WAVEFORMS & DATATAKEN AFTER SYSTEM

HAS SUCCESSFULLYBOOTED UP.

TTL Low = Shift Register Enable

TTL Low = Normal State

1

Bit 24 (U27.2)This bit is always set low. This allows PAL U27 to initialize muxes U8 & U9 using the datafrom U34. If this bit is high (i.e., due to a transmission error) U27 will set mux U8 to the BYPASS mode (see note 1 above).

1

Bit 24

Bit 1

Image Processor PCB00-875952

U3PIO

15

13

14

11

(2D2)

9600 C-ARM


6/19/96

9600 WORKSTATION "VMDAT"VIDEO MATRIX DATA

BLOCK DIAGRAM / WORKSHEET

VM_DAT1.DS4


NOTE


9600 Mobile Digital C-Arm - Workstation Block Diagrams, Test Points, and Signal WaveformsIR Receiver PCB

00-874220

E1 E2

RP1PhotoCell

E3

+12V

+5

TP2

K1

161

6

8

11

13

4n.o.

n.o.9

R11

R13

TP1

R8

R10 R9

R3

C6

1

U2

R18 R16

R36 R14

CR2

U2

U2

U2

1 23P6

7

R7

R6

C5

R5

R4 R27 R23

CR4R25

-12V

R22

R24

C8

R23

R26 R35R34

R37 R33

CR5

R29CR3

R30R31

8

14

R19R17

C7

R12

R15

R21

P4

2

5

P5

2

5

LEFT MONITORCONTRAST

LEFT MONITORBRIGHTNESS

RIGHT MONITORCONTRAST

RIGHT MONITORBRIGHTNESS

High Scan Brightness / Contrast Control00-876351

P34

1

2

3

5

P2

2

3

5

P32

3

5

P2

2

3

5

3+

-2 LM324

5 +

-

10+

-9

12+

-13

6

P11 +12V2 +5V4 -12V3

TP2

See Workstation

PowerBlock

Diagram

LEFTCONTRAST

R2

LEFTBRIGHTNESS

R1

RIGHTCONTRAST

R4

RIGHT BRIGHTNESS

R3

TP1 typical voltage range:Dark room = -1.2 VDCLighted room = +1.2 VDC

9600 C-ARM


MONITOR CONTRAST & BRIGHTNESSBLOCK DIAGRAM

CON_BRT1.DS4 6/17/96


NOTE

- Click on a yellow box to go directly to the signal diagrams or back to the block diagram. - Click on the blue box around the title block to go directly to the 9600 Service Manual section describing this diagram. Click on the << button in the Tool Bar to return to this point.


R3

R4

BrightnessAdjustment

ContrastAdjustment

BrightnessAdjustment

ContrastAdjustmentR1

R2

OE

C-D

IAS

ON

ICS

,IN

CR

EM

OT

E C

ON

TR

AS

T/B

RIG

HT

NE

SS

/A

SS

Y 0

0-87

6353

- (

)

R21

R35

R30

R10

R20

R32

R12

R24

R17

R23

R14

R19

R8

R3

R7

R27R31

R25

R15R16R18

R28

R4

C4

C2

C3

K1A35P9

A33P2

A33P3

A33P6

A33P7

A33P5

U1

R5 R6

R9

A33P1

R2R1

Q1

TP1

TP2

A33P12

CR1

U2

A35P2

A35P3

A35P4

R13

R11

C6

C5

C8

C7

C9

C10

C1

R34

R26

R29

R33

CR2

CR4

CR5

CR3

R22

R36

R37

Monitor Side View

J3

J6

J3

J6

To Ambient Room light sensor(Part of IR Receiver PCB)

To Left Monitor Contrast Pot

To Right Monitor Contrast Pot

To Left Monitor Brightness Pot

To Right Monitor Brightness Pot

To J3 on Left Monitor Circuit PCB

To J3 on Right Monitor Circuit PCB

J1VideoInput

J1VideoInput

MONITOR BRIGHTNESS & CONTRAST SETUP

Setup the monitor brightness and contrast in normal room lighting conditions.

1. Turn off AUTO HISTO & WINDOW / LEVEL2. Call up TEST PATTERN on both monitors by pressing the TEST PATTERN button and the L-R button.3. Adjust brightness and contrast pots R1 - R4 to minimum.4. Adjust the brightness pots R1 & R3 until the raster lines on both monitors are just visable.5. Adjust the contrast pots R2 & R4 until all steps in the gray scale test pattern on both monitors can be seen without causing the white areas of the image to bleed.

All steps in the gray scale should be visable.

There should be no bleedingof the white part of the image.

Look here to check for excessivecontrast pot adjustment..

TP1 typical voltage range:Dark room = -1.2 VDCLighted room = +1.2 VDC

HSIZE

VFRQV

SIZE

VLIN

HCENT

HFRQ

SUBCONT

VCENT

Monitor Adjustment Access Holes

DO NOT ADJUST*

*

*

*

For Monitor Adjustment refer to IMAGE SYSTEM CALIBRATION

Monitor Bottom View

*

*

Monitor Adjustment Access Holes

DO NOT ADJUST

Adjustment access holes are located in the monitor mounting plate

Monitor PCB

Monitor PCB

9600 C-ARM


6/17/96

MONITOR CONTRAST & BRIGHTNESSBLOCK DIAGRAM

CON_BRT1.DS4

Monitor PCBFocus

G2 Sub Brightness


NOTE



VCR Control


Data

CLK

Pin-for-pin connection

A

1

GND

GND

GND

GNDTP4

TP2

P3 P5

TP3

TP1P4

AT Extender Board

AT COMMUNICATIONS PCB

U24PAL22V10

(2D7)

21

Addr

U26DUART-PIO

15

(1C5)

U18Buffer

PORTD-W

(2D6)

U6Buffer

PORTE-R

(2D6)

11

PORTDW*

1

1

19

PORTER*

VCREN*

P3

+5V

R4

18

16

15

14

13

12

U17

U17

U17

U17

9 8U17

U81 2

1 2

(2D5)

(2D5)

3 4

11 10

5 6

VCRSTP1*

RECORD1*

PAUSE1*

PLAY1*

FFORWD1*

REWIND1*

1

2 3 4 5 6 7 8 9 10

(2D5)

2

4

6

8

+5V

R17

PLAYIN1

STOP

RECIN1*

PAUSEIN1

65

4

U38

(2D5)

B

C

D

E

F

G

H

I

J

46

27

29

32

31

34

35

44

37

50

U6 U38

U18

U24

Test Point

A

C

D

E

F

G

H

I

J

K

L

M

1

HIGH

PAUSE RECORD PLAY

VCR 1


Test point data taken with VCR connected andconfigured in software (F10 with disk, AccessLevel 2, Configuration/Hard Disk, Set SystemConfiguration.

Control Cable On/Off

HIGHN/C fromPAUSE

Pulses LOW when VCR RecordLite turned OFF on Trackpad.

Pulses LOW when VCR RecordLite turned ON on Trackpad.HIGH HIGH

N/C fromPAUSE

HIGH

With VCR Record Lite ON, thispulses LOW when a) X-rayswitch pressed or released, orb) VCR record lite turned OFF.

Pulses LOW when VCR PlayLite turned ON or OFF.

Pulses LOW withoutcontrol cable connected.

HIGH

HIGH HIGH

Pulses LOW when VCRRecord Lite turned OFF.

HIGHPulses LOW withoutcontrol cable connected.

N/C fromPAUSEHIGH

HIGH HIGHN/C fromPAUSEHIGH

LOW LOWPulses HIGH when VCRRecord Lite turned OFF.

TRI-STATE withoutcontrol cable connected.

HIGH HIGHN/C fromPAUSE

HIGH

HIGH HIGHN/C fromPAUSE

LOW = VCR Record Lite ONHIGH = VCR Record Lite OFF

LOW

LOW LOW LOWN/C fromPAUSE

HIGH without controlcable connected.HIGH = VCR Play Lite ON

HIGH = VCR Record Lite ON &X-ray switch pressed.PULSES HIGH = VCR RecordLite turned OFF.

HIGH

PULSES LOW = VCR RecordLite turned ON & X-ray switchpressed, or when VCR RecordLite turned OFF.

PULSES LOW when VCRPlay Lite turned ON or OFF.

PULSES LOW withoutcontrol cable connected.

PULSES LOW every 6mS(APPROXIMATELY).

PULSES LOW every 6mS(APPROXIMATELY).

N/C fromPAUSE

See 9600WorkstaionBlock Diagram

To & FromAT Motherboard

46

27

29

32

31

34

35

44

37

50

P14 P15

PULSES LOW every 6mS(APPROX.).

VIDEO CABLE P/N00-876803-03For Sony 9500

CONTROL CABLE P/N00-876802-01For Sony 9500

P10Internal

VCRControl

Top of Electronics

Box

See 9600 Service ManualPeripherals Section

CONTROL CABLE P/N00-876452-01

CONTROL CABLE P/N00-876534-01

2

2

K

L

M

B

3

4

6

7

8

9

10

2

11

1920

2

AuxiliaryInterface

PCB00-876502

9600 C-ARM


6/19/96

9600 WORKSTATION PERIPHERALSBLOCK DIAGRAM / WORKSHEET

PERPHRL1.DS4


NOTE



Hard Copy Camera


TP5HCO

910

J3

(1C3)HARDCOPY CAMERA

200 mV dc10 us

AGNDTP39

VIDEOSWITCHING

PCB

J7J6

TP5HCO

J3

This is one horizontal line from the imageshown on the right. This amplitude will be

twice as large if measuring an unterminated output.

1

1

See Image Path Block Diagram

Page 1

To view this computer generated imagefor the left monitor:

(Press TEST PATTERN)

This image can be used to adjust the hardcopy camera’s image. To adjust the hard copy camera adjust the BRIGHTNESS &CONTRAST controls located on the hardcopy camera control panel. When adjustingthe BRIGHTNESS & CONTRAST makesure that "AUTO HISTO" is TURNED OFF. After the camera has been adjusted properlyto the Test Pattern, use the WINDOW & LEVELCONTROLS or AUTO HISTO to adjust diagnostic images on the hard copy camera.Do not use the brightness & contrast knobsfound on the back of the monitors.

RemotePanel

VideoIn

J6Located on the

front of electronics box

RESET PROGRAM EXPOSE

USR 5

Coax cable withBNC connectors

on each end 20 conductorribbon cable

J28

As viewed from the Solder Side

J0174LS05

18 Seg. X 4Display

J28

Trouble Shooting Hints

1 3 5 7 9 11 13 15 17 19

2 4 6 8 10 12 14 16 18 20

1 3 5 7 9 11

2 4 6 8 10 12

12 V dc50 us

J28-4

Other pinslisted onJ28 & J01

This portion of the signal will appear HI as long as a button is pressed.

LED test: To test the LED display, turn on the Workstation Keyand observe that all segments of the display light up momentarilyas the multi format camera powers up. If the LEDs do not lightproperly, verify that J28 is plugged in correctly.

Button Tests: All tests listed are done with the camera turned on.If the buttons do not respond when pressed, check the following signals:Reset: Press reset and verify that J01-11 and J28-3 goes HI (+5V).Program: Press program & check for pulse at J28-4, J01-9 and J28-11. Up: Press up & check for pulse at J28-4, J01-7 and J28-12.Down: Press down & check for pulse at J28-4, J01-5 and J28-15.Advance: Press advance and check for pulse at J28-4, J01-3 and J28-14.Expose: Press expose and check for pulse at J28-4, J01-1 and J28-13. If there are no pulses at J28-4, the problem is in the camera itself.If there are pulses at J28-4, but no pulses on the other pins listed abovethe problem is in the panel assembly.

9600 C-ARM


6/19/96


PERPHRL1.DS4

SEE 9600 SYSTEM SERVICE MANUALPERIPHERALS SECTION


NOTE



Printer


RearPanel

Data

(2C5)

(2B2)

(2B2)

(2A2)

P4

Addr

U29PAL22V10

(2B3)

15

16

22

23

U34Buffer

PORTA-W

U19Buffer

PORTC-W

U28Buffer

PORTC-R

U23Buffer

PORTB-R

PORTBR*

PORTAW*

PORTCW*

PORTCR*

CLK

CLK

19

18

17

16

15

14

13

12

R15

R14

R13

R12

R11

R10

R9

R8

U11

U11

U7

U11

1 219

18

17

16

3 4

(2B2)

(2B2)

(2B2)

(2B2)

9 8

9 8

12

34

(2B2)

(2B2)

(2B2)

U10

U10

6 5U10

R1

SLCT_IN*

PD0

PD1

PD2

PD3

PD4

PD5

PD6

PD7

STROBE*

AUTOLF*

INIT*

2

3

4

5

5

6

7

8

9U10

8 9

(2A2)

ERROR*

SLCT

PE

ACK*

BUSY

2

3

4

5

6

7

8

9

1

14

16

17

15

13

12

10

11

18-

25

A

B

C

D

E

F

G

H

I

J

K

L

M

N

O

P

Q

R

S

T

U

1

2

ParallelPrinter Cable

25 PinD-SUB

High = Printer On-LineLow = Printer Off-Line

Test Point Idle or Printing

A

B

C

D

E

F

G

H

I

J

K

L

M

N

O

P

Q

R

S

T

U

LOW

Start of Print (Momentary)

PULSES

PULSES

LOW PULSES

PULSES

LOW PULSES

LOW PULSES

LOW PULSES

LOW PULSES

LOW

LOW

PULSES

HIGH

HIGH

HIGH HIGH

HIGH HIGH

HIGH HIGH

LOW

Tri-State Tri-State

Tri-State Tri-State

LOW

Tri-State Tri-State

HIGH

1

2 HIGH

HIGH HIGH

HIGH

HIGH

HIGH

HIGH

HIGHGND

GND

GND

GND

TP4

TP2

P3 P5

TP3

TP1

U29

U19

U28

U23

P4

U34

AT Extender Board

ParallelPrinter

AT COMMUNICATIONS PCB

Test point data taken by printing patient summary.Press F5, then print. Some lines toggle as shownin the "Start of Print" column. Then, they return tothe same state as when the printer is setting idle.

11

11

1&19

1&19

See 9600 WorkstationBlock Diagram

To & FromAT Motherboard

P18Printer


AuxiliaryInterface

PCB00-876502

2

3

4

5

6

7

8

9

1

14

16

17

15

13

12

10

11

18-

25

P3

Printer Cable 00-876450


9600 C-ARM


6/19/96


PERPHRL1.DS4

SEE 9600 SYSTEM SERVICE MANUALPERIPHERALS SECTION


NOTE



E7

E6

IR Receiver PCB00-874220

R5

+ 5V

(1E3)

Q1

R1

9

U1IR Pre-Amp

+ 5V

+ 5V

(1E4)

8

IR Transmitter PCB00-873936

R3 CR1

+ 12V

IN11

E5

(1E6)

L2, C8Local Oscillator

L2

COIL1

COIL2

7

10

TP1

Top View

(1C5)12 11

Y1 - 455 kHz P2

From 9VBattery

Keypads/Switches

7

7

U1Keypad Decode

Q7-Q10, CR4Low Battery

Detection Circuit

P1

(1D5)

Low BatteryIndicator

Q4-Q6IR LED Driver

(1E4)

CR14

CR15SNS0-6

DRV0-6

1

20Vcc

Infra-RedPulse Train

E1 Jumper = 13-14

1

1

9VDC Battery

4 Assy. Screws

Side View

IR XMIT PCB

REMOTE CONTROL ASSEMBLY

CR3

- CR3 is physically located behind the dark lens. Thiseliminates the visible light spectrum allowing onlyIR (Infra-Red) light to pass and be detected by CR3.If this lens is mispositioned, ambient light can strikeCR3 creating unwanted random pulses.

- The clear lens is used to detect ambient light andchange the brightness of both monitors to match roomlight intensity. See Contrast/Brightness & MonitorsBlock Diagram for this detector and circuitry.

P3

1234

+12VINIR_LCL

+12VRET+12VRET7

U9Opto_I

U8(not used)

IR RMTTP9

IR LCLTP5

5 RS422INPUT

3

P2.2 15

VCC

R11

1

5

(1D7)

(1D7)

(1D7)

2

1

1

4

E4

U580C196KC

(1B6)

Cart Control PanelProcessor PCB

00-876611

TP5IR LCL500 mVdc50 ms

Waveform taken when pressing theENTER button on the Remote Control.

U374LS08

AVERAGING

SELECT

IMAGE DIR

ENTER

RECALL

ZOOM SHARPEN

PLAY/PROCESS

REGISTRATION

WINDOW/LEVEL

ON/OFF

WINDOW LEVEL

DISK

VIEW

ACQUIRE

IMAGES

AUTO-HISTO NEGATE

LOWBATTERY

See 9600 Control Panel Block Diagram

9600 C-ARM

For Reference Only

5/21/96REM_BLK1.DS4

9600 IR REMOTE CONTROL BLOCK DIAGRAM

Q1-Q3IR LED Driver

(1E6)

CR16

CR17COMPONENTS Q1-Q3, CR16. &CR17 NOTINSTALLED IN EARLIER REVISIONS

Page 1 of 1


NOTE


Documents

9600 Mobile Digital C-Arm · oec-diasonics,inc. 00-873616- ( ) satdet. pri i u32 u33 u11 u7 u2 u1 u14 tp3 r12 r11. r35 r36. cr20 p4. p3 p2. a2j3. tp1. 12. tp16satf tp17 ovld. 2 5