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Manuals / Brands / Sony Manuals / Camera Accessories / CCU-TX7 / Service manual / PDF
# SONY CCU-TX7 SERVICE MANUAL
# Table of Contents
Table of Contents
INSTALLATION
CONNECTORS AND CABLES oo
Connection Connector
Wiring Diagram for Cable oo
MAKING OF WF MODE CONNECTOR
OPERATING ENVIRONMENT ou
MOUNTING ON 19-INCH RACK uu
SERVICE INFORMATION
BOARD LAYOUT
Removal of Cabinet
Replacement of Switching Regulator
Replacement Of Fan oo
# 3-2-4, Removal Of COU-TX7 o
CIRCUIT DESCRIPTION . 0
board (DXBK-701)
EXTENSION OF DXBK-701 (SDI-44 BOARD)
ADJUSTMENT
Switch settings
Connections
VIDEO SIGNAL SYSTEM ADJUSTMENT
Sub-carrier Frequency Check .0
CAM H Phase Adjustment
H Phase Adjustment 20.02
SYNC Phase Adjustment 0
INT SC Phase Adjustment
Y CLAMP Adjustment ou
Y OUT (COMP) Level Adjustment 00.0.0
Y OUT (VBS) Level Adjustment
R-Y/B-Y White Black Balance Adjustment
R Level Adjustment
# 4-2-12. B Level Adjustment
# 4-2-13. WF OUT R/B DC OFFSET Adjustment
# 4-2-14. Carrier Balance Adjustment
Color Vector Adjustment .0
# R-Y/B-Y OUT Level Adjustment 0.0
VBS OUT Level Adjustment .0
STAIR CASE Adjustment 0.0
# 4-2-19. WIDE ID Level Adjustment
SYNC SEP Adjustment
# 4-3-2. BLACK Pulse Width Adjustment
SYNC Sample Hold Pulse Width Adjustment
# 4-3-4, 22.5 MHz VCO DC Set Adjustment .0
Sample Pulse Width Adjustment
Sample Pulse V Gate Width Adjustment
# 22.5 MHz Carrier Level Adjustment
Y DEMOD Carrier Balance Adjustment
Y OFFSET Adjustment 2
Y Output Level Adjustment 00.0
CHROMA CABLE COMPENSATION SYSTEM ADJUSTMENT
45 MHz Carrier Level Adjustment
C PLL Set Adjustment 00.0.0
# B-Y DEMOD Carrier Balance Adjustment
C Ist AGC Adjustment
# B-Y OUT Level Adjustment
# R-Y DEMOD Carrier Balance Adjustment
# R-Y OUT Level Adjustment
RETURN VIDEO CABLE COMPENSATION SYSTEM
Return Video Carrier Frequency Adjustment
Return Video Deviation Adjustment 000
PROMPT VIDEO CABLE COMPENSATION SYSTEM
RX PROMPT VIDEO RF AGC Adjustment
RX PROMPT VIDEO Level Adjustment .0
Other ManualsLib Projects
SONY.
CAMERA CONTROL UNIT
CCU-TX7
CAMERA CONTROL UNIT
CCU-TX7P
CAMERA OPERATION UNIT
COU-TX7
SDI OUTPUT BOARD
DXBK-701
SERVICE MANUAL
Vol. 1 (1st Edition/Revised 1)
# SAFETY CHECK-OUT
After correcting the original service problem,
perform the following safety checks before
releasing the set to the customer :
Check the metal trim, "metallized" knobs,
screws, and all other exposed metal parts for AC
leakage. Check leakage as described below.
## LEAKAGE TEST
The AC leakage from any exposed metal part to
earth ground and from all exposed metal parts to
any exposed metal part having a return to
chassis, must not exceed 0.5 mA. Leakage
current can be measured by any one of three
methods.
1. Acommercial leakage tester, such as the Simpson 229 or RCA WT-540A. Follow the manufacturers' instructions to use these instruments.
2. Abattery-operated AC milliammeter. The Data Precision 245 digital multimeter is suitable for this job. 3. Measuring the voltage drop across a resistor by means of a VOM or battery-operated AC voltmeter. The "limit" indication is 0.75 V, so analog meters must have an accurate low- voltage scale. The Simpson 250 and Sanwa SH-63Trd are examples of a passive VOM that is suitable. Nearly all battery operated digital multimeters that have a 2 V AC range are suitable. (See Fig. A)
To Exposed Metal
Parts on Set
0.15 pF
AC
Pagel voltmeter
(0.75V)
= Earth Ground
Using an AC voltmeter to check AC leakage.
Fig A.
# Purpose of this manual
## MANUAL STRUCTURE
This manual is the Service Manual Vol. 1 of the CAMERA CONTROL UNIT CCU-TX7
(for NTSC) and CCU-TX7P (for PAL), CAMERA OPERATION UNIT COU-TX7 and SDI
OUTPUT BOARD DXBK-701.
This manual contains the operation manual related to the operations of this equipment,
the replacement of the parts and adjustments.
Related manuals
to this Service Manual Vol. 1, the following manual is provided.
In addition
## * Service Manual Vol. 2
Part No. 9-977-286-22
Contains semiconductor pin assignments,
and schematic diagrams.
parts lists, block diagrams, board illustrations
CCU-TX7 (E)/V1
CCU-TX7 (E)/V1
# TABLE OF CONTENTS
1. OPERATING INSTRUCTIONS
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COUHT RIT ATP cscs ccs sstashict cee sncttegastavaspcaatelabtaneaivesn cnsneaschivensseedsnasssenseedsdesrss 1-1
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2. INSTALLATION
2-1. CONNECTORS AND CABLES oo... eesesesssssessseesscsenessnsssseeseeesssesueeseesenees 2-1
2-1-1. Connector Input/Output Signals 2.0... eeeeteesesesseseseeseseeeesseessneneees 2-1
2-1-2. Connection Connector ..........scceceserecsssseeessesecssssesscscessstensesserseeessatanenes 2-4
2-1-3. Wiring Diagram for Cable oo... sssseseesesonsssesesesscesseeresstenesrenseneanens 2-4
2-2. MAKING OF WF MODE CONNECTOR .......csssssssesesesscesssseeeerserseeneseeeeeees 2-4
223. COAK:- CONNECTOR sss ccsseiscescsccverseuessasaasesosesetSbonvsecteterstccntsesvonasdahsusdeaeacseets 2-5
2-4. OPERATING ENVIRONMENT ou... ..cseteessescsceseeessesssseescsseessessesssensesessenens 2-5
2-5. MOUNTING ON 19-INCH RACK uu... eessssescsessssscessesssessneesseesesssseseseeesseas 2-6
2-6. SWITCH FUNCTIONS ON BOARD uu... ccesscsssesssesessessssssseeeeeseaeeesereeenes 2-7
3. SERVICE INFORMATION
3-1. BOARD LAYOUT.............. sas bade payers dbus bus pobancusnnatensa ca arapean degeareseasans 3-1
3-2. DISASSEMBLY/INSTALLATION OF MAIN PART .......ccsecesssessssseesesenes 3-1
3-2-1. Removal of Cabinet .......ccessesescsssscssssersescseeesssssssssssssatseneseneneeerseseenees 3-1
3-2-2. Replacement of Switching Regulator ...........ccccessessessesesesseesesserseseenenenee 3-2
3-2-3. Replacement Of Fan oo... sesesssssssssssesessseesseesseseeeeessseseneseneeesssseseneneeseneens 3-3
3-2-4, Removal Of COU-TX7 o....eeesscssssessseesssenesenseseseeerseeeseneeesneneaessseeseseneeges 3-3
3-3. CIRCUIT DESCRIPTION . 0... cccsscscssesseesessssssssessssesesesssaseseseenesesenseseeeneses 3-4
CT=18T DOA Ss ecssccsess seseteccectshecvessbancide sansvasencsceddeotesscusosduasagudabacacnsatseddiayenseedsosebeuns 3-4
AA-90 DOA oo. eeeeeeeeeteeeeeeees sSieg dock Sucwaweddechuscessussebscwubsastessyasaestertesbbovbésavedesetes O-4
YD=26 Doar cessessstanst ossssscvess.decssachestesasstehigccttvabaenedecessodssadasisessorneteasedeaveseoste vere S-4
ES=20 Doar cise. cctencciecscenstavsscctssbssccscesteasscbisosetateseustescesebsosedsasteateesdeuseesteccaaseests 3-4
AU-234 DO ard wise ccsceccscivectscentzacessusdudecsiasyesciteazescastiseseaasessdsaesereeenssstncavesevodeaanestas 3-4
TO-140 Doard .......sessesscecsesessenenesessneeesseerenenesnsnsesssssssneusarseaneseeeenssentseneressaneneaennents 3-4
SDI-44 board (DXBK-701) ......escesssssesessseseecseeessssscscneseesessscssssessnsesesesesseecseeesenaes 3-4
3-4, EXTENSION OF DXBK-701 (SDI-44 BOARD) ........:cscesssseeteesessseeeeeeees BO
4. ADJUSTMENT
421. PREPARATION? dines ccadeaseuateeceaselasieavandesaedseaasiaee sitvcssacctecscsselaveaseceebevevaatidicncat 4-]
4-1-1. Equipment Required wo... cessseeseseseseneesenseressnssensssersersscersneenessoaeess 4-1
AND. -FAXtUre igoiscvscclesoiaseuctecesdenceaiupsecescseesccssccchsssevetecndusNeveciendsetesttesstcaussenssdezee 4-1
AAR. Woteaion Adiustmient aahistat aicieocsscstistecsadclnucttiouyecrenaneateoegnasitte 4-1
4-1-4. Switch settings 0... ce eeeeseseesecescerseseseeneesesseeesecsessaereseensersenspenseoneoes 4-1
4-1-5. Connections ............. des vanetstcacesenauodedetusuesacendzansedsdeswessese vaceandatauecbausvoteciveve 4-2
4-2. VIDEO SIGNAL SYSTEM ADJUSTMENT .......ccccccesscsssesssesseeesseenseenennenns 4-3
4-2-1. Sub-carrier Frequency Check .0..0.....cseseeeeceseseseeeieseeseeees eaeia vatarislgins 4-3
4-2-2. CAM H Phase Adjustment... cssssssssscssesseresseeessessetersstsenseneseseneones 4-3
4-2-3. H Phase Adjustment 20.02... cccesccesceseecerssseccsereeeseseseenersensrsesnenssesserseness 4-4
1. -2-4. SYNC Phase Adjustment 0... cesesssssesessseceececssseteeecseeteceeseseeroeeee 4-4
4-2-5. INT SC Phase Adjustment............ eee Sd co evaantoadesnevedssaseatease suubdanddcenae 4-5
4-2-6. Y CLAMP Adjustment ou... ses cscscssesneceseenerscecscceetateceesenesersenenee 4-5
4-2-7. Y OUT (COMP) Level Adjustment 00.0.0... cccsseseseceesesececcesssccececeeteeses 4-6
1. -2-8. Y OUT (VBS) Level Adjustment .........ccccsccssssecesseseees he scseueteeasess 4-6 4-2-9, R-Y/B-Y White Black Balance Adjustment... sceseeeectereeteeseees 4-7 4-2-10. G Level Adjustment ..0... ce eceseeseeeecesctesesseessecssceeesseesscesvsceasssseseaees 4-7 4-2-11. R Level Adjustment... ccsessccesseseeseneresseeenes dads se daas ch dhe Wasesecead cai 4-8 4-2-12. B Level Adjustment... cscccssssescsscsseesssessssesseeseccsscseasssssesssacsensceesesnes 4-8 4-2-13. WF OUT R/B DC OFFSET Adjustment ce ccsssessseeseeecestecsesonesees ............ 4-9 4-2-14. Carrier Balance Adjustment ............:cccccsscsesesscessensecscessssseseesereessceeesraeeas 4-9 4-2-15. Color Vector Adjustment .0.......ecessecssesesceecessecsenseneseseerensenceeteeeenes 4-10 4-2-16. R-Y/B-Y OUT Level Adjustment 0.0... cescessesseesseseeeccesssesseessenteees 4-10 4-2-17. VBS OUT Level Adjustment .0....... cece ccssscsesesseresseceeseseccesssnseessnseeseees 4-11 4-2-18. STAIR CASE Adjustment 0.0... ccccescsessescescseesesecectsesssceseeeesessesersceeons 4-11 4-2-19. WIDE ID Level Adjustment ............cc:csssesessesceseserctessesseeesscesesseeasenes 4-12
4-3. Y CABLE COMPENSATION SYSTEM ADJUSTMENT .........cssceseseeees 4-13
4-3-1. SYNC SEP Adjustment ...........cccccsscsssssessessesssseeseesserecscsessseeseesceesersenee 4-13
4-3-2. BLACK Pulse Width Adjustment .............csessssseesesenecsseesscsseesseneens 4-13
4-3-3. SYNC Sample Hold Pulse Width Adjustment ..........csssesseseeseeseenees 4-14
4-3-4, 22.5 MHz VCO DC Set Adjustment .0....... cc csssssesesscnesssseneseseescnsessees 4-14
4-3-5. Sample Pulse Width Adjustment .........cccsssssscsseseserecsssssnsseseesessessesees 4-15
4-3-6. Sample Pulse V Gate Width Adjustment cc .0.......sseseeseeteeseeeeseeees 4-15
4-3-7. 22.5 MHz Carrier Level Adjustment ...........ceccsssscessescesseesenseeesereeees 4-16
4-3-8. Y DEMOD Carrier Balance Adjustment .............cscssceccecesesesstseseeeenes 4-16
4-3-9, Y OFFSET Adjustment 2...........cccscscsssscsseccssssesceeesecseesesecsesssssessseeeesens 4-17
4-3-10.: ¥ 90" Adjustment scc.ccicccescisssscocscecventeccostseasanscaencvetivagsenssseasudueersndecsooaaes 4-17
4-3-11. Y Ist AGC Adjustment 0.0... cecseecececesecensensescsecessecensseeseseeeesenerees 4-17
4-3-12. Y Output Level Adjustment 00.0... sce ccscessseccessesescesssseseesesesesssseeseeeees 4-18
4-4, CHROMA CABLE COMPENSATION SYSTEM ADJUSTMENT .......... 4-18
4-4-1. 45 MHz Carrier Level Adjustment ..0....... ccc eeessscseescenseceeeceeesessenenes 4-18
4-4-2. C PLL Set Adjustment 00.0.0... csssssssscsscsssseescesssesesensescssssssnsesesevseeerass 4-19
4-4-3, B-Y DEMOD Carrier Balance Adjustment ...........ccsssesssereesenseneneeees 4-19
4-4-4. B-Y Crosstalk Adjustment oo. ceeectesseceesecneeteeseessoessseeseseeneesnees 4-20
4-4-5, C Ist AGC Adjustment .......eseceeesscseescsesccssnesseeerssenesecaeneeseessessenees 4-20
4-4-6. B-Y OUT Level Adjustment ..0.0. cs cseceenenseeseseeseeeesesseencseeeees 4-21
4-4-7, R-Y DEMOD Carrier Balance Adjustment ............scssccssesscececsessetenees 4-21
4-4-8. R-Y Crosstalk Adjustment .0.00.. ecco san chaz actscaeasagees dauesebadhcets 4-22
4-4-9, R-Y OUT Level Adjustment 0.00.0. ees eeseececcseeseeeneseeeestecseeseesoeeees 4-22
4-5. RETURN VIDEO CABLE COMPENSATION SYSTEM
ADJUSTMENT. d.ticicceicncsnseseccnonivsagssetertsvecsnniventactugocesnevseadsceeshontanstosensstebaves 4-23
4-5-1. Return Video Carrier Frequency Adjustment ............:ccssssssseeeeeseeeees 4-23
4-5-2. Return Video Deviation Adjustment 000... eeeceeesscsenseesseneeseersenes 4-23
4-6. PROMPT VIDEO CABLE COMPENSATION SYSTEM
ADJUSTMENT }nscscscssccssdscisel edi otessedscisl ceed neseupueasieeandeactadecainstieaaesdteeuttes 4-24
4-6-1. TX PROMPT VIDEO Demodulation Adjustment 00.0.0... ssscseseeess 4-24
4-6-2. RX PROMPT VIDEO Demod. Adjustment... ceseeesseneeserenees 4-25
4-6-3. RX PROMPT VIDEO RF AGC Adjustment cc .0........ccscesseeeseeeeseeenens 4-26
4-6-4. RX PROMPT VIDEO Level Adjustment .0........cccscsssssseesssoneenseseereees 4-27
CCU-TX7 (EYV1
# 4-7. TRIAX INTERFACE SYSTEM ADJUSTMENT .........ccscsssesssceetesersenees 4-27
4-7-1. Frequency Set Adjustment ............. isa dadach ice sauessoececedskexsduestevectesccey 4-27
4-7-2. INCOM Deviation Adjustment ........ cect eeseeseseesssceseceetseesesesesessaves 4-28
4-7-3. PGM Deviation Adjustment .............seceecsssessesccceesseeeesssseessessatatenees 4-28
4-7-4. INCOM Demodulation Adjustment ............ ce secssssscseessstssseseseseesseseees 4-29
4-7-5. INCOM Level Adjustment 0.0.0... cessescsecsecsessseaseoseeescesssersseensssessaes 4-29
4-7-6. MIC I Demodulation Adjustment ......... eee eesceeceeceestectsseenseeensoesses 4-30
4-7-7. MIC 1 Level Adjustment ...0...........seseesessecseeseosscosseceesesesseesosessenssseeees 4-30
4-7-8. MIC 2 Demodulation Adjustment ......... ic cesessceccesceseseesesseenssonessenens 4-31
4-7-9. MIC 2 Level Adjustment ..2...... cc ecsescssesseeeecsessesescssesnsecensesessseessnonsees 4-31
4-7-10. CAM DATA Demodulation Adjustment .............:ecsseesctsscsesonesreseeee 4-32
4-7-11. CAM TONE Adjustment ......ssccscsscsssssssssscssssssscssseesssssecsssssees onsen 4-32
CCU-TX7 (EVV1
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# SECTION 2 INSTALLATION
## 2-1. CONNECTORS AND CABLES
## 2-1-1. Connector Input/Output Sianale
* MIC OUTPUT CH1/CH2 (XLR 3P, MALE)
The connector input/output signals are described below.
1. Rear panel | (EXTERNAL VIEW)
BNC connector: 75 Q
[Input signals]
¢« GENLOCK (BNC)
- * RETURN VIDEO 1/2
- * PROMPT VIDEO (BNC)
: VBS/BS,
(BNC) : VBS, 1.0 V p-p
: VBS, 1.0 V p-p
## 1.0 V p-p
No. Signal
MIC OUT (G)
MIC OUT (Y)
MIC OUT (X)
(0 dBu
= 0.775 Vrms)
Specifications
0 dBu/
-20 dBu
(Selectable with MIC switch on AA-90
board)
[Output signals]
* R(BNC) : 700 mV p-p
« G(BNC) : 700 mV p-p
* B (BNC) : 700 mV p-p
« Y (BNC) :1.0V p-p
« R-Y (BNC) : 700 mV p-p
:525 mV p-p
* B-Y (BNC) :700 mV p-p
:525 mV p-p
¢ C(BNC) :286 mV p-p
(for CCU-TX7)
:300 mV p-p
« PIX (BNC) : 1.0 V p-p
* VBS 1/2 (BNC) : 140 IRE
* SYNC (BNC) _ : VBS, 0.3 V p-p,
¢ WE (BNC) : 700 mV p-p
(Encoded output : 1.0 V p-p)
* SDI OUT (BNC) : 800 mV p-p
(for CCU-TX7)
(for CCU-TX7P)
(for CCU-TX7)
(for CCU-TX7P)
(burst)
(for CCU-TX7P)
negative
* R/G/B, Y/R-Y/B-Y, Y/C selection (Selectable with S800,
$801 on the ES-20 board)
[Input/Output signals]
- ¢ TRIAX: King type (for CCU-TX7) _ Fischer type (for CCU-TX7P)
- * COAX (BNC)
## * WE MODE (4P, FEMALE)
## (EXTERNAL VIEW)
= 0.775 Vrms)
(0 dBu
No. Signal
Specifications
1 SEQ CONT OUT (G) - OPEN COLLECTOR .
2 SEQCONT OUT (X)
1. STAIR CASE OUT (X) #1) 4 STAIR CASE OUT (G) GND for STAIR CASE
- *1) Stair Case
- signal
- DCO +2 V
CCU-TX7 (E)/V1 2-1
« INTERCOM/TALLY
(D-Sub 25P, FEMALE)
O %o00000000000'
9 09900000009,
O
(EXTERNAL VIEW)
= 0.775 Vrms)
(0 dBu
No. Signal
Specifications
GREEN TALLY (Y) IN | ON :24V DC/TTL (H)/SHORT
14 GREEN TALLY (X) IN OFF : 0 V DC/TTL (L)/OPEN
RED TALLY (Y) IN ON : 24 V DC/TTL (H)/SHORT
15 RED TALLY (X) IN OFF : 0 V DC/TTL (L)/OPEN
GND GND for INTERCOM REMOTE
16 CAM MIC OFF IN L: CAM INCOM MIC OFF
CH2 INT IN L: CH2 INTERRUPT ON
17 CH1 INT IN L: CH1 INTERRUPT ON
4W CH2 SYSTEM RECEIVE
0 dBu
BALANCED
AW CH2 (R) (G) OUT
4W C#2 (R) (Y) OUT
4W C#2 (R) (X) OUT
4W CH2 (T) (G) IN
4W CH2 (T) (Y) IN
4W CH2 (T) (X) IN
2W CH2 ee ne(G) IN/OUT
~ 2W CH2 (X) IN/OUT
4W CH1 (R) (G) OUT
4W CH1 (R) (Y) OUT
AW CH1 (R) (X) OUT
4W CH1 (T) (G) IN
4W CHI (T) (Y) IN
4W CHi (T) (X) IN
2W CH1 (G) IN/OUT
2W CH1 (X) IN/OUT
CHASIS GND
18
4W CH2 SYSTEM TALK
0 dBu
BALANCED
19
20
2W CH2 SYSTEM
0 dBu
Recommended Term. imp.= 600 Q
21
4W CH1 SYSTEM RECEIVE
0 dBu
BALANCED
22
10
23
11
24
12
25
13
_4W CH1 SYSTEM TALK
0 dBu BALANCED
2W CH1 SYSTEM
0 dBu
Recommended Term. imp.= 600 Q
* RS-232C CH1/CH2 (D-Sub 25P, FEMALE)
O %o00000000000'
9 00000000009,
O
(EXTERNAL VIEW)
= 0.775 Vrms)
(0 dBu
No. Signal
Specifications
1
CHASSHIS GND
TXDATA specification.
# 3 RXDATA
This is based on RS-232C
38,400 bps or 9600 bps Switchable
by the internal switch on the
# 4 RTS
# 5 CTS
# 6 DSR
# 7 GND
# 20 DTR
CT-181 board of CCU.
# * REMOTE
# (10P FEMALE)
2%
62 a
© @
(EXTERNAL VIEW)
No. Signal
1 (SPARE)
Specification
-_
2 (SPARE)
3. (SPARE)
4 __S.DATA(RCP->
_
-
CCU) _RX DATA equivalent
5
# S. DATA
GND
7
# S. DATA §. DATA
GND
(CCU
> RCP)
(SPARE)
9
10
POWER +12.5 V DC GND
POWER +12.5 V DC IN
communication rate that is
based on RS-232C
specification is 38,400 bps.
TX DATA equivalent
communication rate that is
based on RS-232C
specification is 38,400 bps.
GND for +12.5 Vdc
# 10.6 V to 17:0 Vdc
1. -2
2. -TX7 (E)/V1
# ° PGM IN (XLR 3P, FEMALE)
(EXTERNAL VIEW)
|No.|Signal|Specifications|||EW?|
|---|---|---|---|---|---|
|1|PGM IN (G)|0 dBu/ -20 dBu|||(0 dBu = 0.775 Vrms)|
|2|PGM IN (X)|(Selectable with PGM switch on AA-90|No.|Signal|Specifications|
||PGM IN (Y|board||||
||OO|COND ee a ee|1|INCOM (T) (G) IN|-60 dBu (DYNAMIC MIC)|
||||2|INCOM (T) (X) IN|-20 dBu (CARBON MIC)|
|||||||
|¢|IN/OUT|3P, FEMALE MALE)|3|NCOM (R) (G) OUT|GND for HEADPHONE|
||FEMALE|MALE|4|INCOM (R) (X) OUT|-0 dBu (Max. 18 dBu)|
||||5|PGM (X) OUT||
Loop-through ® @
®
~~,
(EXTERNAL VIEW)
No. Signal
## 1 GND
2
RTS CH1 (X) IN/OUT
(EXTERNAL VIEW)
Specifications
0 dBu/
~10 dBu (Clear-Com)
RTS CH2 (X) IN/OUT - Current drive
Recomended Term. Imp.= 200 Q
## 2. Front panel
## + INTERCOM
## (XLR 5P, FEMALE)
5
OQ;
1
Be)
O & O
## ¢ DCIN (XLR 4P, MALE)
|No.|Signal|Specifications||||
|---|---|---|---|---|---|
|1|GND|GND for DC (+)||||
|2|(SPARE)|_||||
|3|(SPARE)|_-||||
|4|DC (+) IN|DC V to 10.517 V||||
@
@
® ®
(EXTERNAL VIEW)
# 2-1-2. Connection Connector
Use the connectors below or the equivalent at its tip when
cables are connected to each connector on the connector
panel during installation and servicing.
Connector name
GENLOCK VIDEO 1,2
RETURN VIDEO
PROMPT VIDEO
R/R-Y/C 1, 2
GNN 1
B/B-Y 1,2
WF
PIX
VBS 1/2
SYNC
COAX
(BNC type)
MIC CH1/CH2
RTS
(38P, MALE)
PGM IN
RTS
INTERCOM/TALLY
RS-232C CH1/CH2
(25P, FEMALE)
WF MODE
(4P, FEMALE)
REMOTE
(10P, FEMALE)
INTERCOM
(5P, FEMALE)
Connected connector/cabie
-_ 1-560-069-11 plug,
BNC, or B-B cable assembly
(1.5 min cable length, optional)
1-508-083-00 XLR, 3-pin
FEMALE or
CANNON XLR-3-11C
or the equivalent
## 1-508-084-00 XLR, 3-pin MALE or
CANNON XLR-3-12C
or the equivalent
D-Sub, 25-pin male,
JAE DA-25PF-N or the equivalent
## 1-560-343-11 plug, 4-pin male
_
## 1-766-848-11 plug, 10-pin male, or
CCA cable assembly
CCA-7-5 (supplied with RCP-TX7)
1. m max.)
1-508-370-11 XLR, 5-pin male,
or CANNON XLR-5-12-C or the
equivalent
## 2-1-3. Wiring Diagram for Cable
¢ CCA-7 cable
## 2-2. MAKING OF WF MODE
CONNECTOR
; :
¢ When connecting plug to wave form monitor, make the
plage Follow:
PLUG (4P) (Sony part No. 1-560-343-11)
(EXTERNAL VIEW)
To wave form monitor
(REMOTE)
(WIRING SIDE)
STAIR CASE
SEQ CONT
# 2-3. COAX CONNECTOR
The COAX connector (BNC type) can be used for connection
between the CCU and the CA with a BNC cable instead of a
triaxial cable. In this case, supply the power source from
outside to the CA side.
And for the CA side, it is needed to modify the TRIAX
harness to the COAX harness.
For the CCU, the following modification is required.
Disconnect the RF cable from the CN3 on the IO-141 board
and reconnect it to the CN4.
## RF Sf
## 2-4. OPERATING ENVIRONMENT
Operating temperature : +5 °C to +40 °C
Storage temperature :-20°C to +55 °C
Humidity : Noncondcnsing
Supply voltage : 100 V to 240 V +10%
Power consumption : 95 W (maximum)
(50/60Hz)
1. Do not put the unit in a place subject to high temperature or in a location near hear sources.
2. Do not put the unit in a place subject to excessive electrical and magnetic fields. 3. Put the unit in a dry and well-ventilated place.
4. Do not put the unit in a place subject to excessive dust
and mechanical shock.
5. Do not put the unit in a place subject to direct sunlight
and light.
(Unit: mm)
CCU-TX? (E)V1 2-5
# 2-5. MOUNTING ON 19-INCH RACK
Two CCU-550s can be mounted on a 19-inch EJA standard
rack in parallel by using rack mount adaptor RMM-TXC7
(optional).
## Mounting
1. Tighten the four rack mount screws.
B5 screws
(60 mm or more long)
1. Mount the CCU-TX7/TX7P on the rack mount adaptor as shown in the figure below and tighten the four fixing screws (supplied for RMM-TXC7).
2-6
1.
2. -TX7 (E)/V1
# 2-6. SWITCH
## FUNCTIONS ON BOARD
CT-181 board
a £12008
o8
Esoa
RV23
PROMPT
LEVEL
## CT-181 Board (A SIDE)
$1000
This switch is for the adjustment in the factory.
Factory setting : All OFF
$2002 (PROMPT SELECT TX/RX)
TX : When selecting the TX mode, the CCU modulates |
the VBS signal input to the PROMPT VIDEO IN
connector on the CCU-TX7/TX7P, and modulated
signal is sent to the CA-TX7/TX7P.
RX_: When selecting the RX mode, the CA modulates
the VBS signal input to the PROMPT VIDEO IN
connector on the CA-TX7/TX7P, and modulated
signal is sent to the CCU-TX7/TX7P.
Note : When using this switch, change as follows.
¢ Incase of using the TX mode (TX side) ;
1) Disconnect CN8 and connect CN3 and CN7
on the CT-181 board.
2) Set S1 and S6 switches to "PROMPTER" side
on the YD-25 board of CA-TX7/TX7P.
* In case of using the RX mode (RX side) ;
1) Disconnect CN7 and connect CN3 and CN8
on the CT-181 board.
2) Set S1 and S6 switches to "AUX" side on the
YD-25 board of CA-TX7/TX7P.
Factory setting : TX
$2011 (R TALLY POWER/CONTACT)
$2013 (R TALLY DC24 V/TTL)
These switches are set according to the signal sandard of
the R TALLY signal input to the INTERCOM/TALLY/
PGM connnector on the CCU rear panel. For the relation
between the signal and switch setting, refer to the table below.
Factory setting : ($2011) POWER
(S2013) DC 24 V
$2012 (G TALLY POWER/CONTACT)
$2014 (G TALLY DC 24 V/TTL)
These switches are set according to the signal standard of
the G TALLY signal input to the INTERCOM/TALLY/
PGM connector on the CCU rear panel. For the relation
between the signal and switch setting, refer to the table below.
Factory setting : (S2012) POWER
(S2014) DC 24.V
$1001 (PANEL REMOTE/LOCAL)
When the RCP or COU is connected, the connected one is
selected in spite of PANEL setting.
Also, when both RCP and COU are connected, RCP or
COU is selected according to the PANEL (REMOTE/
LOCAL) setting.
Factory setting : REMOTE
Note :
RCP : Remote Control Panel RCP-TX7
COU : Camera Operation Unit COU-TX7
* $1002 (CONTROL MODE NORMAL/SLAVE)
The RCP is only connected or both RCP and COU are
connected and then the $1001 switch is set to REMOTE
side. In this case, the RCPis valid, and this $1002 switch
is invalid. The COU is only connected or both RCP and
COU one connected, and then the $1001 switch is set to
LOCAL side. In this case, the COU is valid, and this $1002
switch is used as follows ;
NORMAL : COU can be used
'SLAVE _ : The operation of CCU can be used.
COU can not be used.
Factory setting : NORMAL
Signal input method
Switch
Contact Power (+24 V) TTL (+5 V)
Power Power
$2011,$2012 Contact
$2013,$2014 DC24VorTTL DC24V
TTL
SW1000 (MIC GAIN --- CH1)
SW1001 (MIC GAIN -:- CH2)
Use these screws to adjust the microphone amplifier gain
for the camera adaptor. The standard level (NORM) is 0
dB, and the gain setting can be adjusted to any of 16 levels
from -12 dB (MIX) to +12 dB.
$1004
This switch is used to change the RS-232C
Factory setting.: RS-232C side
and IF BOARD.
CCU-TX7 (E)/V1 2-7
AA-90 board
o9 0
O° TP14
& TONE TUNE 2 LV101 5.6m TUNE
S EIQ)
'OTP7 =O
fo fi 0
FiveM se
RV2000
SIDE TONE
AA-90 Board (A SIDE)
Intercom select switches (S2002, $2003, $2005, S2007)
$2002 (INCOM SELECT 2W/RTS/4W)
Select according to the intercom system.
Factory setting : 4W
# $2003 (INCOM MODE 1CH/2CH)
Set to 1CH or 2CH according to the intercom system. The interface circuit of CH1 side only works with the switch set to
1CH position.
Factory setting : 2CH
$2005 (RTS/Clear-Com)
This switch selects RTS or Clear-Com position when the $2002 switch is set to RTS position.
Factory setting : RTS
$2007 (RTS CH REV STD/REV)
Applicable Serial No. 10801 and Higher [UC]
Applicable Serial No. 40136 and Higher [CE]
This switch allows RTS input/output to be switched
Factory setting : STD
between CH1 (PROD*!) and CH2 (ENG*') when it sets to REV.
.
*1 : Corresponds to PROD side of the intercom selector switch for CCU-550, CCU-550P and so on.
*2 : Corresponds to ENG side of the intercom selector switch for CCU-550, CCU-550P and so on.
$2003, S2005 and S2007 switches to the positions shown in the table below, according to the intercom system.
Set the $2002,
X : Don't care
Intercom system to be connected
# 4-wire system
# 2-wire system
RTS TW system (2CH)
Clear-Com 1 ch system
Clear-Com TW system
$2002 $2003 $2005 $2007
4w
2w
RTS
2CH
X
2CH _ xX
2CH
RTS
X
X
REV
STD
1CH Clear-Com STD
2CH Clear-Com = REV
Remarks
CH1 (CCU) <=> CH1 (RTS)
CH2 (CCU) <=> CH2 (RTS)
CH1 (CCU) <=> CH2 (RTS)
CH2 (CCU) <=> CH1 (RTS)
- * $201 (MIC 1 LEVEL) This switch sets the audio signal level of the MIC OUTPUT CH-1 connector on the CCU rear panel to 0 dBu or -20 dBu. Factory setting : 0 dBu
- ° S301 (MIC 2 LEVEL) This switch sets the audio signal level of the MIC OUTPUT CH-2 connector on the CCU rear panel to 0 dBu or -20 dBu. Factory setting : 0 dBu
$2004 (MIC TEST)
This switch is for mixing the MIC (1 or 2) audio from the
CA-TX7/TX7P with the program audio (PGM) and for
monitoring the audio.
CH-1 : MIC 1 audio mixes to the program audio.
CH-2 : MIC 2 audio mixes to the program audio.
OFF : MIC 1 audio and MIC 2 audio do not mix to the
program audio.
Factory setting : OFF
# $2006 (RTS 200 Q ON/OFF)
This switch sets to ON or OFF position for 200 Q
termination in the RTS system. Usually, this switch sets to
OFF position because the RTS system has 200 Q
termination.
Factory setting : OFF
$2081 (PGM IN)
This switch sets the PGM (program audio) level to 0 dBu or
-20 dBu.
Factory setting : 0 dBu
CCU-TX7 (E)\V1 2-9
YD-26 board
'SAMPL GATE
axe TP4 TPT
UNE
# b8@ Qom
Os BLACK SH = SYNC SH
4
CZNBAGC
E7
fe) ° $ 3
TP13 TP14 $Q RVI
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RVIO
AGC CONT
OFFSET ADJ
YD-26 Board (A SIDE)
- * $1 (MODE AUTO/MANU) The length of a triax cable connecting the camera head and CCU is automatically detected and set. when this switch is set to AUTO. The triax cable length can be manually set using S2 (CABLE LENGTH SELECT) when this switch is set to MANU (MANUAL). Factory setting : AUTO
- ¢ $3 (¥-ch 2nd AGC ON/OFF)
- ¢ S4(CHROMA-ch 2nd AGC ON/OFF) These switches are used for RF AGC adjustment. set these switches to ON.
Usually,
¢ §2 (CABLE LENGTH SELECT)
This switch is valid when S1 is set to MANU. This switch
is set to the number corresponding to the cable length.
Factory setting : 0 (100 m)
Switch setting
0
1
PWD
Cabie length (center value)
100 m
300 m
500 m
700 m
NOT IN USED
CCU-TX7 (EVV1
ES-20 board
RV] HeHASE
RY62 sc PHASE
SYNC WIOTH
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Av2Q)
SYNC PHASE
RV1 RV800
Y SETUP LEVEL
(NTSC ONLY)
Rv4Q OFFI
CAMH: BIS)
'SC FREQUENCY
$800
$C. 07180 =OUTPUT!SELECT
Ci"
4
OE .
SCH PHASE
GMAT BAL2 BWHTBAL RWHTBAL
RVSO6 «= RVEOS = ROO
515
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te} 3 LEVELYCUP
&
@
RLY GAIN ADJ
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QO @
Rv504- AVS03
B-Y GAIN ADJ_B-¥ BLK
TP501
RV508 °
quranAVS07
'3 O8OR
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GLEVEL
ALY BLK BAL
AMAT BAL
RV509
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B MAT BAL
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RV513 erever
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TPISTP17
ES-20 Board (A SIDE)
S1 (V BLKG 19H/20H/21H) «-- NTSC only
This switch sets the V blanking width to 19H, 20H, or 21H.
Set this switch according to the application.
Factory setting : 20H
S2 (H BLKG)
This switch is used for H blanking width adjustment.
During factory setting, this switch is set so that the H
blanking with is 10.9 +0.2 psec. Set this switch according
to the application.
S3 (SC 0°/180°)
The SC phase can be selected to 0° or 180°.
Factory setting : 0°
$801 (OUTPUT 2 SELECT)
*R/G/B
* Y/R-Y/B-Y
*Y/C
This switch selects the signals of the G/R/B, Y/R-Y/B-Y,
and Y/C to output the OUTPUT 2 connectors on the CCU
rear panel.
Factory setting : R-Y/Y/B-Y
$1000 (SEQ ON +/-)
Set this switch to + or - position according to the waveform
monitor to be used.
+: NPN open collector output
-: PNP open collector output
Factory setting : +
S800 (OUTPUT
- ° R/G/B
- ° Y/R-Y/B-Y eY/C
# 1 SELECT)
Factory setting : R-Y/Y/B-Y
CCU-TX7 (E)/V1
# DU-33 board
[For the Serial No. 10601 and Higher (UC)]
[For the Serial No. 40251 and Higher (CE)]
## AU-234 board
DU-33 Board (A SIDE)
¢ S1 (WIDE ID ON/OFF)
Set this switch to ON position when the 16:9 compatible
camera is connected and used in the 16:9 mode.
Factory setting : ON
AU-234 Board (A SIDE)
- * $5 (DYNAMIC/CARBON) Set this switch according to the type of the headset microphone connected to the INTERCOM connector on the front panel. DYNAMIC _ : Dynamic type microphone CARBON : Carbon type microphone Factory setting : DYNAMIC
SDI-44 board
Tr1aoo
30
BO pvsaor
BYDC
a
Av1400
BY LEVEL
RV1501 RV1S00
RYOC RY LEVEL
| [J] Q
% TP1s00
TP1300 RVI301 RV1300
YOC YLEveL
A> Ir
TP1201 £201
Oo 8°
Rv904
o OB Dlaveos
T3902 Z|Z
o DI Blaveos
TP901 RVo02
# SDI-44 Board (A SIDE)
- * S701 (for factory adjustment) Factory setting: LOCK
- * S601 (ADJ/OPE) This switch is used for returning the level control values of the R-Y and B-Y video signals to the factory setting. Set this switch to ADJ position and turn on the power to the main unit. Alternatively, set this switch to ADJ position and press the AUTOLEVEL (BARS) switch. Usually, set this switch to OPE position. Factory setting : OPE
# * $401 (AUDIO MODE)
Set this switch sets to 4CH position when the units is
connected to an equipment with cannot receive SDI audio
in 2CH mode.
It is impossible to send audio signals to channels 3 and 4
even if this switch is set to 4CH.
Usually, set this switch to 2CH position.
Factory setting : 2CH
CCU-TX7 (E)V1 2-13
# 3-1. BOARD LAYOUT
## 10-140 board
## SECTION 3 SERVICE INFORMATION
## 3-2. DISASSEMBLY/INSTALLATION OF MAIN PART
## 3-2-1. Removal of Cabinet
1. Removal
of Front
1.
1.
AU-234 board
AU-234 board
Front panel
CCU-TX7(EVV1 3-1
1. Removal
of Cover
1.
Bottom cover
a
B 3x5
# 3-2-2. Replacement of Switching Regulator
[For the Serial No. 10001 through 11000 (UC)]
[For the Serial No. 40001 through 41000 (CE)]
1. Remove the top and bottom covers. (Refer to "3-2-1. Removal of Cabinet".)
2. Remove four screws (K3X6) and disconnect CN1 on the 1O-140 board and CN10, CN19 and CN20 on the MB- 693 board. Remove the rear panel.
Connector (CN10)
-
We onnector (CN19)
Connector (CN20)
Switching regulator
1. When installing a new switching regulator, reverse the | above procedures.
[For the Serial No. 11001 and Higher (UC)]
[For the Serial No. 41001 and Higher (CE)]
# 1. Remove the top cover. (Refer to "3-2-1. Removal of
Cabinet'.)
. Remove four screws (K3X6) and disconnect CN1 on the
10-140 board and CN10, CN19, CN20 and CN28 on the
MB-693A board. Remove the rear panel.
. Remove four screws (PSW3X20) and remove the fan.
Connector (CN10)
Cae (CN1)
# 3-2-3. Replacement of Fan
[For the Serial No. 11001 and Higher (UC)]
[For the Serial No. 41001 and Higher (CE)]
When the fan is out of order, the CAMERA POWER
indicator is blinking. ,
Turn off the power immediately and replace the fan.
Using the defective fan may reduce the service life of the
equipment extremely.
Before replacing the fan, be sure to turn off the power
switch and unplug the power cord.
°
Perform steps 1 to 3 in Section "3-2-2. Replacement of
Switching Regulator" for the Serial No. 11001 and
higher (UC), Serial No. 41001 and higher to remove the
fan.
Install a new fan in the reverse order.
Connector
(CN28)
Connector (CN19)
K3x6 Connector (CN20)
# 3-2-4. Removal of COU-TX7
As for installing of COU-TX7, refer to "Installing the Camera
Operation Unit" of service manual SECTION 1.
Switching regulator
5. When installing a new switching regulator, reverse the
above procedures.
CCU-TX7(EVV1
# 3-3. CIRCUIT DESCRIPTION
## CT-181 board
CT-181 board employs RF system circuit that is consists of
RETURN VIDEO modulation circuit and PROMPT VIDEO
modulation circuit (It becomes AUX VIDEO demodulation
circuit by switching.) and microcomputer system circuit that
controls the system.
Microcomputer system circuit section :
The program is written in the ROM (C1022) that is inserted
to socket (CNI 1). ROM of built-in microcomputer is not
used. Input and output of control signals between each board
in CCU (included in COU) and each board are performed by
serial data of 16 bit via YO EXPANDER (1C1028). There are
four communication channels with outside. The SCI-1 and
SCI-2 built-in microcomputer communicate with CA (via
modulation and demodulation circuit ) and RCP (via RS-232C
driver). The external SCI (1C1024 and 1025) communicates
with command link (RS-232C-1 and RS-232C-2 on the rear
panel).
The RF system circuit section :
RETURN VIDEO modulation circuit frequency-modulates
the input signal (VBS) from RETURN VIDEO 1 or 2, and
sends to the CA. Change of RETURN VIDEO 1 or 2 is
switched by RETURN 1! and 2 changing switch on the CA.
The PROMPT VIDEO modulation circuit amplitude-
modulates the input signal (VBS) from PROMPT VIDEO on
the rear panel, and sends to the CA. The PROMPT VIDEO
modulation circuit becomes AUX VIDEO demodulation
circuit by switching S2002 and connecting RF coaxial cable to
CN3 and CN8. (lt is needed to change on the YD-25 board of
CA.)
Demodulated AUX VIDEO is outputted from PROMPT
VIDEO on the rear panel.
## AA-90 board
This board demodulates the RF signal of MIC1, MIC2,
INCOM, CAM DATA and TONE sent from the CA,
modulates a PGM signal, the INCOM signal and control data
send to the CA. And also, this board switches the INCOM
line, and switches the input /output of each audio signals.
3-4
## YD-26 board
YD-26 board demodulates Y, R-Y, B-Y, CAM SYNC and
SKIN GATE. This circuit consists of cable length detection
circuit, cable length compensation circuit and these
demodulation circuits. The cable length detection detects
from amplitude of Y modulated wave. In accordance with
this, the cable compensation circuit compensates the
amplitude and phase matching as cable length to modulated
wave of Y or differential signal. After that, they are
respectively demodulated in demodulator circuit.
## ES-20 board
This board produces VBS and RGB signal from the Y, R-Y,
and B-Y signals sent from the YD-26 board, switches these
signals, and outputs them as WF and PIX signals. This
board also generates each sync signal and color bars signal.
## AU-234 board
This board inputs and outputs an INCOM signal on the front
panel, displays tally signals, and turns on and off the power
of camera.
## 10-140 board
This board mixes the RF signal between CA and CCU with
the power of the camera.
## SDI-44 board (DXBK-701)
This board converts the analog video/audio signals into
digital signals and outputs them as SDI signals.
Video signal processing :
Y, R-Y and B-Y signals sent from the ES-20 board are
converted from analog to digital and subject to the double
over-sampling process on the digital filter IC308.
Audio signal processing :
MIC1 and MIC2 signals sent from the AA-90 board are
converted from analog to digital and subject to 64 times
over-sampling process on IC904 and then subject to time-
base compression on IC404.
These digital video signals and the time-base compressed
digital audio signals are mixed on IC413. After that, the
parallel data is converted to serial data on IC702 and output
from this board.
CCU-TX7(EVV1
# 3-4. EXTENSION OF DXBK-701 (SDI-44 BOARD)
1. Disconnect two coaxial cables from the SDI-44 board.
2. Extend the SDI-44 board with the EX-564 board.
To confirm the SDI signal output with the SDI-
44 board extended:
Preparation:
@ Coaxial connector converter : Sony part No. 1-750-881-11
@) Coaxial cable assembly: Sony part No. 1-765-112-12
@ BNC cable : . BELDEN 8281 cable or
equivalent
Connect @ Coaxial cable assembly, @® Coaxial connector
converter, and ® BNC cable as shown below.
eee
7 oe
-
Coaxial cable
are assembly
oek Coaxial
connector
a
Equipment,
Monitor
@ BNC cable
CCU-TX7(E\V1 3-5
# SECTION 4 ADJUSTMENT
## 4-1. Preparation
## 4-1-1. Equipment Required
- * Oscilloscope (more than 300 MHz) Tektronix 2465 or equivalent * Waveform monitor/Vectorscope Tektronix 1765 or equivalent ¢ Color monitor Sony PVM-1354Q or equivalent (For NTSC) Sony PVM-1454QM or equivalent (For PAL) ¢ Video signal generator Tektronix 1410 or equivalent (For NTSC) Tektronix 1411 or equivalent (For PAL) (Color Bar signal, 10 STEP signal, SWEEP signal)
- ¢ Video camera Sony DXC-637 or DXC-D30 (NTSC) Sony DXC-637P or DXC-D30P (PAL) ¢ Remote control Unit Sony RCP-TX7 (or COU-TX7 : Camera Operation Unit) ¢ Digital voltmeter ¢ Frequency counter
- ¢ Audio generator ¢ Spectrum analyzer
- ¢ TRIAX Cable
## 4-1-2. Fixture
Extension board
EX-564 (For CCU-TX7/TX7P)
|$1002|NORMAL|
|---|---|
|$1004|All RS-232C side|
|Sony part number : Sony part number :||
|$2002|TX|
|J-6276-420-A J-6276-430-A||
|$2011|POWER|
|$2012|POWER|
|$2013|DC 24V|
|$2014|DC 24V|
|AA-90 $201|0 dBu|
|$301|0 dBu|
|$2002|4w|
|$2003|2CH|
|$2004|OFF|
|Pattern box PTB-500 . $2005|RTS|
|$2006|OFF|
|Sony part number :||
|$2081|0 dBu|
|J-6029-140-B||
|YD-26 =S1|AUTO|
|} © Light source for test chart||
|$2|0|
|$3|ON|
|$4|ON|
|es ES-20 $1|20H (NTSC.only)|
|S2|-|
|$3|0°|
|$800|R-Y/Y/B-Y|
|$801|R-Y/Y/B-Y|
|$1000|+|
Extension board
| EX-565 (For CA-TX7)
CCU-TX7 (EVV1
## 4-1-3. Notes on Adjustment
CAUTION
- ¢ When performing STAIR CASE adjustment, connect the WF MODE connector of CCU-TX7/TX7P rear panel to the remote control connector of waveform monitor with the connecting cord. (Refer to Section 2, 2-2. "Making of WF MODE Connection")
- ¢ Do not turn the following adjusting core on the YD-26 and CT-181 boards. Replace a new one when a filter is faulty. Filters on the YD-26 board and CT-181 board FL1, FL2, FL4, FL5, FL6, FL7, FL8, FL9, FLJ0, FL11, FL12, FL13, FL14, FL15 The adjustment is not required after replacing.
## 4-1-4. Switch settings
When switching the following switches from a customer-set
position, it is recommended to record the setting state of the
customer in the table below.
After adjustment is complete, be sure to return the switches
to their customer-set position.
Board Switch Setting during
adjustment
CT-181 $1000
$1001
$1002
$1004
$2002
$2011
$2012
$2013
$2014
All OFF
REMOTE
NORMAL
All RS-232C
TX
POWER
POWER
DC 24V
DC 24V
Customer-set
position
# 4-1-5. Connections
COLOR VIDEO
CAMERA
DXC-D30/D30P
ape
CAMERA
ADAPTOR
CA-TX7/TX7P
TRIAX CABLE
(30~750m)
CAMERA CONTROL UNIT
CCU-TX7/TX7P
(CAMERA OPERATION UNIT
COU-TX7/TX7P)
Waveform monitor
[ neeaee
## Audio connections
Audio generator
## Fig-1
4
RCP-TX7
75Q
## (X)
## GND
Audio generator
LEVEL 6000
ADJ
®.
## Fig-2
# 4-2. Video Signal System Adjustment
## 4-2-1. Sub-carrier Frequency Check
Note : Check that the GEN LOCK IN connector of CCU-
TX7/TX7P rear panel is no signal.
Before adjustment, warm up the frequency counter
more than 30 minutes.
Equipment : Oscilloscope, Frequency counter
To be extended : ES-20 board
Adjustment Procedure :
1. Connect the oscilloscope and the frequency counter as
follows.
## 4-2-2. CAM H Phase Adjustment
Equipment : Oscilloscope (CHOP mode)
To be extended : ES-20 board
Preparation :
* $800 (R/G/B, Y/R-Y/B-Y, Y/C)/ES-20 board
- "Y/R-Y/B-Y" (Center
Test point : CH1 pin 94/extension board
CH2 pin 47/extension board
Adjusting point : @RV1 (CAM H PHASE) /ES-20
Specification :T=0+0.05 ps
position)
_
board
CH1
CH2
Frequency
counter
2. Test point : TP1 (GND: E1) /ES-20 board
Adjusting point : @RV4 (SC FREQ.)/ES-20 board
Specification : [For NTSC] 3,579,545 +2 Hz
[For PAL] 4,433,619 +2 Hz
CCU-TX7 (E\V1
'SYNC WIOTH
VE
{NTSC ONLY}
Y LEVEL (VBS)
'SYNC LEVEL (VBS) oO
OS LEVEL RV813
GMATBAL2 BWHTBAL RWHTBAL
Rv506 «= RVSOS A
AV510RLeveL OTP5OS
@ 'BMAT BAL
pvsi2
RVS1S eveveL
Rvsoz
QO OO
Rv504_-AV503
8-Y GAIN ADJ _B-Y BLK
BAL
## ES-20 Board (A SIDE)
# 4-2-3. H Phase Adjustment
Equipment : Oscilloscope (CHOP mode)
Video signal generator
(Color Bar signal)
To be extended : ES-20 board
Preparation :
¢ Gen-lock .
* Input color bar signal of video signal generator to the
GENLOCK connector on the CCU-TX7/TX7P.
Test point : CHI pin 78 (GND : pin 77)/
extension board
CH2 pin 100 (GND: pin 99)/
extension board
Adjusting point : @RV7 (H PHASE)/ES-20 board
Adjustment Procedure :
1, Adjust @RV7 (H PHASE)/ES-20 board so that the width
Tlis 0 £0.1 us.
## Pin 78 (CH-1)
Pin 100
(CH-2)
## 4-2-4. SYNC Phase Adjustment
: Overall white
(white portion of the pattern box)
: Waveform monitor
: ES-20 board
Object
Equipment
To be extended
Preparation :
¢ Adjust the zoom
feame matches
screen.
¢ In case of RCP-TX7
IRIS AUTO Button (Control
* In case of COU-TX7
IRIS AUTO/MANUAL switch
control at "TELE" so that the white pattern
the underscanned picture frame on the
panel) -
"ON"
(Control panel)
-
1 OUT connector/CCU rear
(SYNC PHASE)/ES-20 board
(SYNC WIDTHYES-20 board
(HK BLKGYES-20 board
NTSC]
Tl = 1.35 +0.1 ps (@RV2)
T2= 4.7 £0.1 us (@RV3)
T3= 10.9 40.1 us (@S2)
[For PAL}
T1 = 1.55 £0.1 ps (@RV2)
T2 =4.7 +0.1 ps (@RV3)
T3 = 12.0 +0.1 us (@S2)
"AUTO"
panel
Test point : VBS
Adjusting point: @RV2
@RV3
@S2
Specification > [For
## [For NTSC]
[For PAL]
CCU-TX? (E)V1
# 4-2-5. INT SC Phase Adjustment
Note : The SC-H phase measurement equipment (Tektronix :
Waveform monitor 1765 or equivalent) is used for
this adjustment. In case of using another measurement
equipment, read its instruction manual carefully and
then perform the following adjustment.
Equipment : SC-H phase measurement equipment
To be extended : ES-20 board
Preparation :
* Set the mode of Textronix 1765 to "SC-H" mode.
¢ Make sure that the video signal is not inputted to the GEN
LOCK connector on the CCU-TX7/TX7P rear panel.
Test point
: VBS
## 1 OUT/CCU
rear panel
Adjustment Procedure :
* Adujst @RV5 (SC-H PHASE)/ES-20 board so that the
luminance line of BURST (SC) is the same as following
figure.
## [For NTSC]
## [For PAL]
## 4-2-6. Y CLAMP Adjustment
Equipment : Oscilloscope
To be extended : ES-20 board
Preparation :
¢ Select the BARS mode on the RCP-TX7 or COU-TX7.
Test point : TP507 (GND : E1)/ES-20 board
Adjusting point : @RV515 (Y CLAMP)/ES-20 board
Specification :A=0+5mV
[For NTSC]
{For PAL]
Note : After this adjustment is completed, set the mode of
Tektronix Waveform monitor 1765 to "WFM" mode.
RV7 HPHasE
RY6 sc PHASE
SYNC WIDTH
Rva@®
Rv2
SYNC PHASE
Ava ort
'SC FREQUENCY
RVS
'SC-H PHASE
RVB00
Y SETUP LEVEL
(NTSC ONLY}
GMATBAL2 BWHTBAL AWHTBAL -
Rvs06 «= RVS0S = R500
Y LEVEL (VBS)
SYNC LEVEL (VBS) oO
RVE03 RYS02
o8
, TPIS TP17
RV514
BOCBAL
RV513 B LEVEL
CCU-TX7 (E\V1
## B-Y GAIN ADJ
_8-¥ BLK BAL
ES-20 Board (A SIDE)
# 4-2-7. Y OUT (COMP) Level Adjustment
## 4-2-8. Y OUT (VBS) Level Adjustment
Equipment : Waveform monitor
To be extended : ES-20 board
Preparation :
¢ Select the BARS mode on the RCP-TX7 or COU-TX7.
* S800 (R/G/B, Y/R-Y/B-Y, Y/C\/ES-20 board - "Y/C"
Test point : G/Y/Y 1 OUT connector/CCU rear panel
Equipment : Waveform monitor
To be extended : ES-20 board
Preparation :
¢ Select the BARS mode on the RCP-TX7 or
* S800 (R/G/B, Y/R-Y/B-Y, Y/C)/ES-20 board
- "Y/R-Y/B-Y" (Center
Test point : G/Y/Y | OUT connector /CCU rear panel
COU-TX7.
position)
Adjustment Procedure :
. Adjustment
Procedure :
ES-20 board [For NTSC]
## ES-20 board [For NTSC] pane] minaSeeictns |
Y Level Adjustment
@RV804
A= 100 +2 IRE
SYNC Level Adjustment | @RV803
B = 40 +1 IRE
ES-20 board [For PAL]
Y Level Adjustment
SYNC Level Adjustment
@RV802 A= 700 +10 mV
| @RV801 B= 300 +5 mV
[For NTSC]
[For PAL]
ES-20 board [For PAL]
Y Level Adjustment
@RV804
SYNC Level Adjustment | @RV803
[For NTSC]
[For PAL]
A= 700 +10 mV
B =
300 +5 mV
RY6 sc PHASE
SG. 0/180 §=-ouTPUuT?SELECT
SYNC WIDTH
Y LEVEL (vBS)
SYNC LEVEL (VBS) Oo
RV603. Rveo2
7) Qo ¥ Q coun
RVI
QScamnrnnse ANTSC ONLY)
&& 27
'SC FREQUENCY
2
aso
Rvs
SC+H PHASE
of °
Rv813 "~~
fete)
TPISTP17
G MATBAL2
506
BWHTBAL RWHTBAL
RV505 RV500
4-6
AV510 Reve, OTPSO3
BMATBAL
Q OaAvsie
RVS13 8 LeveL
RV504 RVSO3
1. -Y GAIN ADS _B-Y BLK BAL
ES-20 Board (A SIDE)
1. -TX7 (EVV
# 4-2-9. R-Y/B-Y White Black Balance Adjustment
Equipment : Oscilloscope
To be extended : ES-20 board
Preparation :
¢ Select the BARS mode on ie RCP-TX7 or COU-TX7.
Adjustment Procedure :
1. Test point : TP505 (GND : E1)/ES-20 board
Specification : A=0£5 mV @RV500
C=0+5 mV @RVSO01
E=525+5mVp-p @RV502
## 4-2-10.G Level Adjustment
Equipment : Waveform monitor
To be extended : ES-20 board
Preparation :
* Select the BARS mode on the RCP-TX7 or COU-TX7.
* S800 (R/G/B, Y/R-Y/B-Y, Y/C)/ES-20 board > "R/G/B"
Adjustment Procedure :
1. Test point : G/Y/Y1 OUT connector/CCU rear panel Adjusting point : @RV507 (G MAT BAL1)/ES-20 board @RV506 (G MAT BAL2)/ES-20 board Specification :A=B=07) mV [For NTSC] A=B=0*) mV [For PAL]
2. Test point : TP506 (GND : E1)/ES-20 board Specification : B=0+5 mV @RV505 D=0+5mV @RV503 F=525+5mVp-p @RV504
2. Adjusting point : @RV508 (G LEVEL)/ES-20 board
Specification : C= 700 +10 mV [For NTSC]
C= 700 +10 mV [For PAL]
[For NTSC]
[For PAL]
1. Repeat procedure 1 and 2 several times.
CCU-TX7 (E}/V1
1. -7
# 4-2-11. R Level Adjustment
Equipment : Waveform monitor
To be extended : ES-20 board
Preparation :
- ¢ Select the BARS mode on the RCP-TX7 or COU-TX7.
- * $800 (R/G/B, Y/R-Y/B-Y, Y/C)/ES-20 board > "R/G/B"
Adjustment Procedure :
1. Test point : R/R-Y/C 1 OUT connector/CCU rear panel
Adjusting point : @RV509 (R MAT BAL)/ES-20 board
Specification :A= 0*) mV [For NTSC]
A=0*) mV [For PAL]
{For NTSC]
[For PAL]
## 4-2-12. B Level Adjustment
Equipment : Waveform monitor
To be extended : ES-20 board
Preparation :
- ¢ Select the BARS mode on the RCP-TX7 or COU-TX7.
- ¢ $800 (R/G/B, Y/R-Y/B-Y, Y/C)/ES-20 board - "R/G/B"
Adjustment Procedure :
1. Test point : B/B-Y 1 OUT connector/CCU rear panel
Adjusting point : @RV512 (B MAT BAL)ES-20 board
Specification :A=0 70 mV [For NTSC]
A=0"0 mV [For PAL]
[For NTSC]
[For PAL]
A
2. Adjusting point : @RV510 (R LEVEL)/ES-20 board
Specification : B= 700 +10 mV [ For NTSC]
B = 700 +10 [ m VFor PAL]
[For NTSC}
[For PAL]
## e
## B
Md |
2. Adjusting point : @RV513 (B LEVELYES-20 board
Specification :B=700+10 mV [For NTSC]
B = 700 +10 mV [For PAL]
[For NTSC}
[For PAL]
1. -8
SYNC WIDTR
'SC FREQUENCY
RVs
SC-H PHASE
Ob
GMATBAL2 @ WHT BAL RWHT BAL
Rvs0s = RVSO5 = RV500
TPSO1
RV5O8 lo}
8 O80Z0 2
OTPse2 & &
guaroaiCQRYSO7,
MAT BAL
Rvsoo
ALEVE, OTP503
GLEVEL
511 QO
ROCBAL AYS1O
## 2 Oo
BDCBAL RVS513 BLever
## B-YGAINADS_6-Y BLK BAL
Y LEVEL (VBS)
SYNC LevEt ves) R¥BO4
oR
fete)
TP17
- ES-20 Board (A SIDE)
- CCU-TX7 (E\V1
# 4-2-13. WF OUT R/B DC OFFSET Adjustment
Equipment : Waveform monitor
To be extended : ES-20 board
Preparation :
¢ Select the BARS mode on the RCP-TX7.
Test point : WF OUT connector/CCU rear
panel
Adjustment Procedure :
* Adjust @RV511 (R DC BAL), @RV514 (B DC BAL)/ES-
20 board so that the DC levels of "R" and "B" are same as
that of "G" even after the MONITOR SELECT button /
RCP-TX7 is selected "R", "G" and "B".
Specification
: DC
level +1 mV ("G")
## 4-2-14. Carrier Balance Adjustment
Equipment : Vectorscope (MAX GAIN)
To be extended : ES-20 board
Preparation :
¢ Select the BARS mode on the RCP-TX7 or COU-TX7.
Test point .t VBS 1 OUT connector/CCU rear panel
Adjustment Procedure :
* Adjust @RV805 (I (V) CAL) and @RV809 (Q(U) CALY/
ES-20 board so that the luminance point of black level is
located in the center of the vectorscope.
_
[For NTSC]
## [For PAL]
CCU-TX7 (EVV1 4-9
# 4-2-15. Color Vector Adjustment
Equipment : Vectorscope, Waveform monitor
To be extended : ES-20 board
Preparation :
- ¢ GAIN Switch/vectorscope - "75% CAL"
- * Adjust the PHASE control on the vectorscope so that the burst spot is aligned to the 75% axis. ¢ Select the BARS mode on the RCP-TX7 or COU-TX7.
Test point : VBS 1 OUT connector/ CCU rear panel
Adjustment Procedure :
1. Adjust @RV806 (BURST LEVEL)/ES-20 board so that the burst spot is located at 75% scale mark on the vectorscope screen.
2. Adjust the following adjusting controls so that all luminance points are inside the respective "EA" mark on the vectorscope. @RV807 (BURST PHASE)/ES-20 board @RV808 ((U) LEVEL)/ES-20 board @RV810 (CHROMA LEVEL)/ES-20 board @FL800 (QUAD)/ES-20 board
[For NTSC]
[For PAL]
## 4-2-16. R-Y/B-Y OUT Level Adjustment
Equipment : Oscilloscope
To be extended : ES-20 board
Preparation :
- * Select the BARS mode on the RCP-TX7 or COU-TX7.
- * $800 (R/G/B, Y/R-Y/B-Y, Y/C)/ES-20 board - "Y/R-Y/B-Y" (Center position)
- ¢ R/R-Y/C1 OUT connector/CCU rear panel - "75 Q termination"
- ¢ B/B-Y1 OUT connector/CCU rear panel - "75 Q termination"
Adjustment Procedure :
ES-20 board [For NTSC (UC)}
Test point
(GND : pin 91)
Adj. point
Specifications
## opvett | A= 70025mVpp
## onvat2 | B=70025mVpp
ES-20 board [For PAL]
Test point
(GND : pin 91)
Adj. point
## FRY | ping2 | @Rvatt By | pingo || @avei2,
Specifications
## A = 525 45 mV p-p |B =52545mVp-p
## R-Y OUT
## B-Y OUT
1. Repeat procedure | and 2 several times.
fl |
1. -10
2. -TX7 (E)\V1
# 4-2-17. VBS OUT Level Adjustment
Equipment : Waveform monitor
To be extended : ES-20 board
Preparation :
* Select the BARS mode on the RCP-TX7 or COU-TX7.
Test point : VBS 1 OUT connector/CCU rear panel
Adjusting point : @RV813 (VBS LEVEL)/ES-20 board
Specification :A=100+1 IRE [For NTSC]
A= 700 £10 mV [For PAL]
[For NTSC]
[For PAL]
## 4-2-18. STAIR CASE Adjustment
Note : This adjustment is for temporary adjustment when
repairing the STAIR CASE block. In the system
set up, the readjustment is required to match the
characteristic of waveform monitor.
Equipment : Oscilloscope
To be extended : ES-20 board
Preparation :
¢ Select the BARS mode on the RCP-TX7.
¢ MONITOR SELECT button/RCP-TX7 - "SEQ"
Test point : pin 76 (GND: pin 75)/
extension board
Adjusting point : @RV1001/ES-20 board
@RV 1000/ES-20 board
Specification :A=10.0 +1 V p-p (@RV1001)
B =0 +1 V de (@RV1000)
'SYNC. WIDTH
og
SC FREQUENCY
RVS
'SC-H PHASE
pole}
TPI7
GMATBAL2 BWHTBAL RWHY BAL
RVSO6 «= RVSO5 = R500
TPS501
508 fe)
= OF0R0 RV515
Y CLP LEVEL
TPSO5 Bey BLK BAL
Rysot
RVSO9
OTP503 RLY GAIN ADS
B MAT BAL RvSO2
RV503
B-Y GAIN ADJ _8-¥ BLK BAL
guarRV507, eau
e Orpso2 & &
AMAT BAL
RVS10 nrever
Orvsi2
RV513 B LEVEL
ES-20 Board (A SIDE)
CCU-TX? (EVV1 4-11
# 4-2-19. WIDE
## ID Level
## Adjustment
## [Forthe Serial
[For the Serial
## No. 10601 and Higher (UC)]
No. 40251 and Higher (CE)]
Note : Before starting this adjustment, complete the
adjustments as instructed in section 4-2-7, 4-2-8 and
4-2-17.
Equipment : Waveform monitor
To be extended : ES-20 board
Preparation :
Select the BARS mode on the RCP-TX7/TX7P or COU-
TX7.
$1/DU-33 board (on the ES-20 board) + ON
Select the 16:9 mode. (How to select the 16:9 mode differs
depending on the equipment connected to the unit.)
[When the RCP-TX7/TX7P is connected]
For details, refer to the RCP-TX7/TX7P
operating instruction.
## 1. Select the advanced setting mode.
2. Press the menu selector button "OTHERS" nine times.
3. Select 16:9 with the setting button.
[When the COU-TX7 is connected]
For details, refer to the DXC-D30WS/D30WSP
instruction.
operating
Switch 16:9/4:3 to the 16:9 setting mode using the advanced
menu page 9 of the DXC-D30WS/D30WSP.
Adjustment point: @RV 1/DU-33 board (on the ES-20
board)
Adjustment Procedure :
1. Select the lines on the waveform monitor.
20 lines [NTSC]
23 lines [PAL]
2. Test point : VBS 1 OUT connector/CCU rear panel
Specification : A = 70 +5 IRE [For NTSC]
A = 500 +10 mV [For PAL]
[For NTSC] [For PAL]
(a)
4-12
## DU-33 Board (A SIDE)
CCU-TX7 (E)V1
# 4-3. Y Cable Compensation System Adjustment
## 4-3-1. SYNC SEP Adjustment
Equipment : Oscilloscope
To be extended : YD-26 board
Preparation :
¢ In case of RCP-TX7
Set IRIS AUTO button to "OFF",
IRIS control knob. .
* In case of COU-TX7
Set IRIS AUTO/MANUAL
close the lens iris by IRIS control
Test point : TP4 (GND: E2)/YD-26 board
Adjusting point : @LV1 (Y RF TUNE)/YD-26 board
Specification -_: Level "A" = maximum level
and close the lens iris by
switch to "MANUAL", and
knob.
## 4-3-2. BLACK Pulse Width Adjustment
Equipment : Oscilloscope
To be extended : YD-26 board
Test point : TPS (GND: E2)/YD-26 board
Adjusting point : @RV2 (BLACK S/H)/YD-26 board
Specification : T= 1.7 +0.1 ps
ig
50%
Y RE TUNE
wi
OF LV1
a
(eo)
'SAMPL GATE
SAMPLSH - RVS
-2 RV4
% 2
bis
a OTs
stacks sync sat
S4
C2ng AGC
& 3 Br cARA AL
S
TP14 8@ u
Q
TPs,
e
-
RVI RVI4 RVIS
OFFSET ADJ PULSET CCAR LEV
one
O&6
RVIT
_AYLeVEL
TPu
TPi2
O
TRIS
RVI wa
YD-26 Board (A SIDE)
# 4-3-3. SYNC Sample Hold Pulse Width Adjustment
Equipment : Oscilloscope
To be extended : YD-26 board
Test point : TP8 (GND: E2)/YD-26 board
Adjusting point : @RV5 (SYNC S/H)/YD-26 board
Specification :T=1.3 £0.1 us
50%
## 4-3-4. 22.5 MHz VCO DC Set Adjustment
Note : Make sure that 45MHz frequency on the YM-15
board (CA-TX7/TX7P) should be correct.
Equipment : Oscilloscope
To be extended : YD-26 board
Test point : TP9 (GND: E2)/YD-26 board
Adjusting point : @RV6 (VCO DC SET)/YD-26 board
Specification :A=0+30mVdc
fAanp
1. -14
2. -TX7 (E)/V1
# 4-3-5. Sample Pulse Width Adjustment
Equipment : Oscilloscope
To be extended : YD-26 board :
Test point : TP7 (GND: E2VYD-26 board
Adjusting point : @RV4 (SAMPLE S/H)/YD-26
Specification :T=40.0+2.0 us
board
Vv
Jt
## 4-3-6. Sample Pulse V Gate Width Adjustment
Equipment : Oscilloscope
To be extended : YD-26 board
Test point : TP7 (GND: E2)/YD-26 board
Adjusting point : @RV3 (SAMPLE GATE)/YD-26
board
Adjustment Procedure :
* Confirm that the sample pulses have six pulses in both odd
and even fields.
If not met, adjust @RV3 (SAMPLE GATE)/YD-26 board
so that the sample pulses have six pulses in both odd and
even fields.
6 Pulses
--T
50%
SAMPL GATE
3
TP26 ry
° gro e
## eat a Y bb2 Qo
LV1 lack SH SYNC SH
2}
TPS Ss
'2nd AGC
E7
°
o. 86 6 B-Y CARA BAL
TP13 TP14@> 3 AVI
Q
RV1I0O
AGC CONT
RVIS RV14
OFFSET ADJ PLL SET
Y BAL CARA
Y CAR LEVEL
TPH
YUEVEL@®
Rve
Te12 RVI7
O RY LEVEL
OE
TPIg
AVIS
0 SET
YD-26 Board (A SIDE)
CCU-TX7 (E)N1 4-15
# 4-3-7. 22.5 MHz Carrier Level Adjustment
Equipment : Oscilloscope
To be extended : YD-26 board
Test point : TP10 (GND:
Adjusting point : @RV7 (Y CARR
YD-26 board
Specification : A =400 +20 mV p-p
(BW LIMIT/Oscilloscope >
E5)/YD-26 board
LEVEL)/
"OFF")
## 4-3-8. Y DEMOD Carrier Balance Adjustment
Equipment : Oscilloscope
To be extended : YD-26 board
Preparation :
* In case of RCP-TX7
Set IRIS AUTO button to "OFF", and close the lens iris by
IRIS control knob.
¢ In case of COU-TX7
Set AUTO/MANUAL switch to "MANUAL", and close
the lens iris by IRIS control knob.
¢ $3 (Y 2nd AGC)/YD-26 board > "OFF"
Test point : TP11 (GND: E6)/YD-26 board
Adjusting point : @RV8 (Y CARR BAL)/YD-26 board
Specification :A= maximum level
1. -16
2. -TX7 (EyV1
# 4-3-9. Y OFFSET Adjustment
Equipment : Oscilloscope
To be extended : YD-26 board
Test point : TP11 (GND: E6)/YD-26 board
Adjusting point : @RV24 (Y OFFSET ADJ)/
YD-26 board
Specification :A=0+3mV
## ee i
## 4-3-11. ¥Y 1st AGC Adjustment
Equipment : Oscilloscope
To be extended : YD-26 board
Preparation :
¢ SI (AUTO/MANU)/YD-26 board - "AUTO"
¢ S3 (Y 2nd AGC)/YD-26 board - "OFF"
Test point : TP11 (GND: E6)/YD-26 board
Adjusting point : @RV1 (Y AGC CONT)/YD-26 board
Specification :A=700220mV
A
## 4-3-10. ¥ 90° Adjustment
Equipment : Oscilloscope
To be extended : YD-26 board
Preparation :
* Select the BARS mode on the RCP-TX7 or COU-TX7.
Test point : TP26 (GND: E6)/YD-26 board
Adjusting point : @FL3 (90° SIFT)/YD-26 board
Specification :A=0+10mV
[For NTSC]
[For PAL]
=I
i
ae Se
## CCU-TX7 (E)V1 4-17
# 4-3-12. Y Output Level Adjustment
Equipment : Oscilloscope
To be extended : YD-26 board
Preparation
¢ §3 (Y 2nd AGCVYD-26 board > "ON"
Test point : TP11 (GND: E6)/YD-26 board
Adjusting point : @RV9 (Y LEVEL)/YD-26 board
Specification :A=700+7 mV p-p
## 4-4. CHROMA Cable Compensation System Adjustment
## 4-4-1. 45 MHz Carrier Level Adjustment
Equipment : Oscilloscope
To be extended : YD-26 board
Test poini : TP16 (GND:
Adjusting point : @RV15 (C CARR
YD-26 board
Specification :A=400+20mVp-p
(BW LIMIT/Oscilloscope >
E8)/YD-26 board
LEVEL)/
"OFF" )
1. -18
'SAMPL GATE
Nees 66
ss[]
t
o 6
TP4 TP7
'oh Q
%
AY2
LY BLACK S/H
S4
Avs OTPS
SYNC SH
Oo
CZnd ace
§ 3 - evcannsa
TP14 oO 77>, RVIt
€7
oO
Q
RV13 RV14 AVIS
OFFSET ADS PULSET CCARLEV
TP
YLEVEL@®
AVS
@&e
TPI2--RVI7
O URvcever
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TP19
RVI8 ou
CABLE LENGTH
St
O o38
YD-26 Board (A SIDE)
CCU-TX7 (E)/V1
# 4-4-2. C PLL Set Adjustment
Note : Make sure that 45 MHz frequency on the YM-15
board (CA-TX7/TX7P) is correct.
Equipment : Oscilloscope
To be extended : YD-26 board
Test point : TP15 (GND: E8VYD-26 board
Adjusting point : @RV14 (PLL SET)/YD-26 board
Specification :A=02+30mVdc
## ANip
## 4-4-3. B-Y DEMOD Carrier Balance Adjustment
Equipment : Oscilloscope
To be extended : YD-26 board
Preparation :
¢ $4 (C 2nd AGC)/YD-26 board - "OFF"
Test point : TP17 (GND: E8)/YD-26
Adjusting point : @RV11 (B-Y CARR BAL)/
YD-26 board
Specification -: Adjust so that the waveform
SAMPLE pulse is maximum,
board
level of
-
## yy
Maximum.
SAMPL GATE
sampcsm - RV3
VE AGS
83
## OO
5
6
TP4 TP7
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TPi4 gry RVIT
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TP3
7
a
BAL
ie}
TP13
AVIO
AGC CONT
RV13
'OFFSET ADJ
TPH
yreve.O
RVS
Ore
RVI7
pytever
Tei2
O
$2
CABLE LENGTH
1
a
YD-26 Board (A SIDE)
CCU-TX7 (E)/V1 4-19
# 4-4-4. B-Y Crosstalk Adjustment
Note : Make sure that 45 MHz frequency on the YM-15
board (CA-TX7/TX7P) is correct.
Equipment : Oscilloscope
To be extended : YD-26 board
Test point : TP17 (GND: E8)/YD-26 board
Adjusting point : @RV13 (OFFSET ADJ)/YD-26 board
Specification :A=0+3mV
## 4-4-5. C ist AGC Adjustment
Equipment : Oscilloscope
To be extended : YD-26 board
Preparation :
- ¢ $1 (AUTO/MAND)/YD-26 board - "AUTO"
- ¢ S4(C 2nd AGCVYD-26 board > "OFF"
Test point : TP17 (GND: E8)/YD-26 board
Adjusting point : @RV10 (C AGC CONT)/YD-26 board
Specification :A=350+20mV
A
1. -20
2. -TX7 (EVV1
# 4-4-6. B-Y OUT Level Adjustment
Equipment : Oscilloscope
To be extended : YD-26 board
Preparation :
e $4 (C 2nd AGC)/YD-26 board > "ON"
Test point : TP17 (GND: E8)/YD-26 board
Adjusting point : @RV12 (B-Y LEVEL)/YD-26 board
Specification :A=350+5mVp-p
## 4-4-7. R-Y DEMOD Carrier Balance Adjustment
Equipment : Oscilloscope
To be extended : YD-26 board
Test point : TP18 (GND: E9)/YD-26 board
Adjusting point : @RV16 (R-Y CARR BALY
YD-26 board
: Adjust @RV 16 so that the negative DC
level is maximum.
Specification
GND
Maximum
(Negative DC level) -
'SAMPL GATE
TP26 rz
O TP10 §
fe}
YOFFSET ADS
<
Bee LVI
RV2 Avs OTPS
aacksat SYNC SH
Te
yuevecO
Rvs
Oc6
Tei2 AVI
O Lpvieve
OFFSET ADS
PALSET
$2
CABLE LENGTH
YD-26 Board (ASIDE) -
CCU-TX7 (E)V1 4-21
# 4-4-8. R-Y Crosstalk Adjustment
Note : Make sure that 45 MHz frequency on the YM-15
board (CA-TX7/TX7P) is correct.
Equipment : Oscilloscope
To be extended : YD-26 board
Test point : TP19 (GND: E9)/YD-26 board
Adjusting point : @RV18 (90° SETVYD-26 board
Specification :The SAMPLE pulse level should
minimum.
A=02+3mV
be
Ra
## 4-4-9. R-Y OUT Level Adjustment
Equipment
To be extended
Preparation :
* S4 (C 2nd AGCY/YD-26
Test point : TP19
Adjusting point : @RV17
Specification
: Oscilloscope
: YD-26 board
board > "ON"
(GND: E9)/YD-26 board
(R-Y LEVEL)/YD-26 board
:A=350+5mV
|
A
Vv
1. -22
2. -TX7 (EYV1
# 4-5. RETURN VIDEO Cable Compensation System Adjustment
4-5-1. Return Video Carrier Frequency
Adjustment
Equipment : Spectrum analyzer
To be extended : CT-181 board
Preparation :
* Input 10 STEP signal (sub-carrier : OFF) of video signal
generator to RETURN-I connector (75 Q termination, 1.0
V p-p) on the CCU-TX7/TX7P rear panel.
Test point : TP21 (GND: E12)/CT-181 board
Adjusting point : @CV1 (RET FREQ)/CT-181 board ~
Specification -: 69.000 +0.005 MHz
SYNC
## 4-5-2. Return Video Deviation Adjustment
Equipment : Spectrum analyzer
To be extended : CT-181 board
Preparation :
* Input 10 STEP signal (sub-carrier : OFF) of video signal
generator to RETURN-1 connector (75 Q termination, 1.0
V p-p) on the CCU-TX7/TX7P rear panel.
Test point : TP21 (GND: E12)/CT-181 board
Adjusting point : @RV20 (RET DEV)/CT-181 board
Specification :T=2.000 0.005 MHz
T
## 69.0MHz CENT FREQ: 69.0MHz FFEQ SPAN: 5.0MHz
## 69.0MHz CENT FREQ: 69.0MHz FFEQ SPAN: 5.0MHz
Note : Performe the adjustment of 4-5-1. "Return Video
Carrier Frequency Adjustment" when the SYNC
portion is moved during the adjustment.
OEt001
g E12@@2 RF AGCOLY
o2 = Av22
- a
- PROMPT FREQ
- pat 4,
- LEVEL eRoMey Fun:
Av23
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- CT-181 Board (A SIDE)
CCU-TX7 (E)\V1 4-23
# 4-6. PROMPT VIDEO Cable Compensation System Adjustment
## 4-6-1. TX PROMPT VIDEO Demodulation Adjustment
Note : When performing this adjustment, the TRIAX cable
less than 300 m should be used.
Equipment : Waveform monitor,
Video signal generator (10 STEP signal)
To be extended : CT-181 board
Preparation :
¢ $1 (AUX/PROMPT)/YD-25 board (CA-TX7/TX7P)
- "PROMPT"
¢ S6 (AUX/PROMPT)/YD-25 board (CA-TX7/TX7P)
- "PROMPT"
¢ Connect CN7 and CN3 on the CT-181 board. (CCU-TX7/
TX7P)
* $2002 (TX «+» RX)/CT-181 board (CCU-TX7/TX7P)
> "TX"
* $1 (MODEAUTO/MAN)/YD-26 board (CCU-TX7/TX7P)
- "AUTO"
* Input 10 STEP signal (sub-carrier : OFF) of video signal
generator to PROMPT VIDEO IN connector (75 Q
termination, 1.0V p-p) on the CCU-TX7 /TX7P rear panel.
Test point : PROMPTER OUT (CA-TX7/TX7P)
Note : To measure the video level, make 75 Q
termination on the waveform monitor side.
Adjusting point: @RV21 (PROMPT DEV)/
CT-181 board
Specification :A=140+6IRE [For NTSC]
A= 1.00 £0.05 V [For PAL].
Note : After this adjustment is completed, set as follows.
- * S1 (MODE AUTO/MAN)/YD-26 board (CCU-TX7/TX7P) - "AUTO"
1. -24
2. -TX7 (E)/V1
# 4-6-2. RX PROMPT VIDEO Demod. Adjustment
## Note :
Perform
(PROMPT
board.
When performing
300 m should be used.
Adjustment of CA-TX7/TX7P
this adjustment only when replacing @LV2
FREQ) or @LV3 (PROMPT TUNE)/CT-181
this adjustment,
the TRIX
cable less than
must be completed.
Equipment : Waveform monitor,
Video signal generator (10 STEP signal)
To be extended : CT-181 board
Preparation :
* S1 (AUX/PROMPT)/YD-25 board (CA-TX7/TX7P)
> "AUX"
¢ S6 (AUX/PROMPT)/YD-25 board (CA-TX7/TX7P)
- "AUX"
¢ Connect CN8 and CN3 on the CT-181board. (CCU-TX7/
TX7P)
* §2002 (TX <> RX)/CT-181 board (CCU-TX7/TX7P)
= "RX"
* S1 (MODEAUTO/MAN)/YD-26 board (CCU-TX7/TX7P)
- "AUTO"
* Input the SWEEP signal of the video signal generator to
PROMPTER OUT connector on the CA-TX7/TX7P rear
panel.
Test point : PROMPTER VIDEO IN connector
(CCU-TX7/TX7P rear panel)
Note : To measure the video level, make 75 Q
termination on the waveform monitor side.
Adjusting point : @LV2 (PROMPT FREQ)/
CT-181 board
@LV3 (PROMPT TUNE)/
CT-181 board
Adjustment Procedure :
1. Observe the waveform monitor screen and adjust @LV3 (PROMPT TUNE)/CT-181 board so that the video waveform is appeared.
2. Adjust @LV2 (PROMPT FREQ)YCT-181 board so that the frequency response at 6 MHz portion is minimum.
3. Change the output signal of the video signal generator to 10 STEP (sub-carrier : ON) signal.
4. Re-adjust @LV3 (PROMPT TUNE)/CT-181 board so that the "A" portion at video waveform becomes flat. NOTE : If not met, Re-perform "4-6-2. RX PROMPT VIDEO Demod. Adjustment" after performing "4-6-3. RX PROMPT VIDEO RF AGC Adjustment".
Note : After the adjustment is completed, set the switches
as follows.
¢ S1 (AUX/PROMRTY/YD-25 board (CA-TX7/TX7P)
- "PROMPT"
* S6 (AUX/PROMRT)Y/YD-25 board (CA-TX7/TX7P)
. ; - "PROMPT"
* Connect CN7 and CN3 on the CT-181 board. (CCU-TX7/
_ TX7P)
* $2002 (TX < RX) switch/CT-181 board (CCU-TX7/TX7P)
- "TX"
CCU-TX7 (E)V1 4-25
# 4-6-3. RX PROMPT VIDEO RF AGC
## Adjustment
Note : When performing this adjustment, the TRIAX cable
50 m to 150 m should be used.
Adjustment of CA-TX7 /TX7P must be completed.
Equipment : Oscilloscope,
Video signal generator (10 STEP signal)
To be extended : CT-181 board
Preparation :
S1 (AUX/PROMPT)/YD-25 board (CA-TX7/TX7P)
=> "AUX"
S6 (AUX/PROMPT)YD-25 board (CA-TX7/TX7P)
- "AUX"
Connect CN8 and CN3 on the CT-181 board. (CCU-TX7/
TX7P)
$2002 (TX <> RX)YCT-181 board (CCU-TX7/TX7P)
- "RX"
S1 (MODE AUTO/MAN)/YD-26 board (CCU-TX7/TX7P)
- "AUTO"
Input the 10 STEP (sub-carrier : ON) signal of the video
signal generator to PROMPTER connector on the CA-TX7/
TX7P rear panel. ¥
Test point : PROMPTER VIDEO IN connector
(CCU-TX7/TX7P rear panel)
Note : To measure the video level, make 75 Q
termination on the waveform monitor side.
Adjusting point : @RV22 (RF AGC DLY)/CT-181 board
Adjustment Procedure :
¢ Turn @RV22 (RF AGC DLY\CT-181 board fully in the
clockwise direction, and then turn it slowly in the
counterclockwise direction so that the V SYNC position
of waveform becomes flat. (Take care not to over-turn.)
Note : After this adjustment is completed, set the switches
as follows.
- ¢ SI (AUX/PROMPT)Y/YD-25 board (CA-TX7/TX7P) - "PROMPT"
- * S6 (AUX/PROMPT)/YD-25 board (CA-TX7/TX7P) - "PROMPT" ¢ Connect CN7 and CN3 on the CT-181 board. (CCU-TX7/ TX7P)
- ¢ $2002 (TX < RX)/CT-181 board (CCU-TX7/TX7P) - "TX"
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CCU-TX7 (E\V1
# 4-6-4. RX PROMPT VIDEO Level Adjustment
Note : When performing this adjustment, the TRIAX less
than 300 m should be used.
Adjustment of CA-TX7/TX7P must be completed.
Equipment : Oscilloscope,
Video signal generator (10 STEP signal)
To be extended : CT-181 board
Preparation :
- ¢ S1 (AUX/PROMPTY)YD-25 board (CA-TX7/TX7P) - "AUX"
- ¢ S6 (AUX/PROMPTYYD-25 board (CA-TX7/TX7P) - "AUX"
- * Connect CN8 and CN3 on the CT-181 board. (CCU-TX7/ TX7P) * $2002 (TX - RX)/CT-181 board (CCU-TX7/TX7P) - "RX"
- * S1 MODE AUTO/MAN)YYD-26 board (CCU TX7/TX7P) - "AUTO"
- * Input the 10 STEP signal (sub-carrier : ON) of the video signal generator to PROMPTER OUT connector on the CA-TX7/TX7P real panel. ,
Test point : PROMPTER VIDEO IN connector
(CCU-TX7/TX7P rear panel)
Note : To measure the video level, make 75 Q
termination on the waveform monitor side.
Adjusting point : @RV23 (PROMPT LEVEL)/CT-181
board.
A= 140+6 IRE [For NTSC]
A= 1.00+0.05V [For PAL]
## 4-7. TRIAX Interface System Adjustment
## 4-7-1. Frequency Set Adjustment
Note : Check to see that no signal is input to the INCOM
connector and PGM connector on the CCU-TX7/
TX7P rear panel or the CCU-TX7/TX7P front panel.
Perform the adjustment only when replacing the
following part on AA-90 board.
LV1, 21, 41, 81, D2, 22, 42, 62
Equipment : Frequency counter, Digital voltmeter
To be extended : AA-90 board
Adjustment Procedures :
1. Remove the ES-20 and CT-181 boards.
2. Turn on the power switch "ON".
3. AA-90 board (GND : El)
|_| Test point | Adj. point
oLvel 4.300 0.005 MHz
oLv4t 3.600 +0.005 MHz
ov 3.000 . +0.005 MHz
o.v2t 2.500 +0.005 MHz
Specifications
## INCOM
## H CONT CCU DATA
Setting after Adjustment :
Install the ES-20 and CT-181 boards back into position.
E130 Tp220
FREQPROMPT
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$2002
TUNE PROMPT Lv3
Note : After this adjustment is completed, set the switches
as follows.
- ¢ S1 (AUX/PROMPTYYD-25 board (CA-TX7/TX7P) - "PROMPT"
- * S6 (AUX/PROMPT)Y/YD-25 board (CA-TX7/TX7P) - "PROMPT" ¢ Connect CN7 and CN3 on the CT-181 board. (CCU-TX7/ TX7P)
- ¢ $2002 (TX < RX) /CT-181 board (CCU-TX-7/TX7P) = "TX"
Rv23 LEVEL PROMPT
§
CT-181 Board (A SIDE)
CCU-TX7 (EyV1 4-27
# 4-7-2. INCOM Deviation Adjustment
Equipment : Spectrum analyzer, Oscilloscope,
Audio generator
To be extended : AA-90 board
Preparations :
1. INTERCOM CH1/CH2 switch (CA-TX7/TX7P side panel) - "CH-1"
2. INTERCOM LINE (CH1/PR1V/CH2) (CCU-TX7/TX7P) front panel - "CH-1 or CH-2" 3. $2002 (2W/RTS/4W)/AA-90 board (CCU-TX7/TX7P) => "4w"
4. Input the 400 Hz sine wave signal of the audio generator
to pin 84 (X), pin 83 (Y) and pin 82 (GND)/extension
board (AA-90 board).
¢ Fig-2 (Refer to 4-1-5. Audio connection.)
5. Adjust the output level of audio generator so that the level
at TP43 (GND : E10)/AA-90 board is 220 mVp-p.
Test point : TP3 (GND : E1)/AA-90 board
Adjustment point : @RV41 (INCOM DEV)/
AA-90 board
_ Specifications :A=B=6.0 +0.2 kHz
## 4-7-3. PGM Deviation Adjustment
Equipment : Spectrum analyzer, Oscilloscope,
Audio generator
To be extended : AA-90 board
Preparetions :
1. $2081 (0 dB/-20 dB)/AA-90 board (CCU-7X7/TX7P) - "0 dB"
2. Input the 350 Hz sine wave signal of the audio generator to pin 94 (X), pin 93 (Y) and pin 92 (GND)/extension board (AA-90 board). ¢ Fig-2 (Refer to 4-1-5. Audio connection.)
3. Adjust the output level of audio generator so that the level at TP44 (GND : E12)/AA-90 board is 220 mV p-p.
Test point : TPS (GND : E1)/AA-90 board
Adjustment point : @RV81 (PGM DEV)/AA-90 board
Specifications >:A=B=7.0 £0.4 kHz
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FREQ SPAN : 20 MHz
AA-90 Board (A SIDE)
CCU-TX7 (E\V1
# 4-7-4. INCOM Demodulation Adjustment
Note : Perform this adjustment only when replacing @T401/
AA-90 board.
Equipment : Oscilloscope, Audio generator
To be extended : AA-90 board
AFM-15 board (CA-TX7/TX7P)
Preparetions :
1. Input the 1 kHz sine wave signal of the audio generator to pin 2 (GND : pin 1) of INTERCOM/PROGRAM connector (5 pin) on the CA-TX7/TX7P. « Fig-1 (Refer to 4-1-5. Audio connection.)
2. Adjust the output level control of audio generator so that the pin 24 (GND: pin 12) /AFM-15 board is 220 mV p-p.
Test point : TP14 (GND : E2)/AA-90 board
Adjustment Procedures :
1. Set the input range of oscilloscope to DC made. Adjust
the white core of @T401/AA-90 board slowly so that the
DC level at TP14 (GND : E2)/AA-90 board is 1.24 £0.01
V de.
## 4-7-5. INCOM Level Adjustment
Equipment : Oscilloscope, Audio generator
To be extended : AA-90 board
FM-15 board (CA-TX7/TX7P)
Preparetion :
1. Input the 1 kHz sine wave signal of the audio generator to pin 2 (GND: pin 1) of INTERCOM/PROGRAM connector (5 pin) on the CA-TX7/TX7P. ¢ Fig-1 (Refer to 4-1-5. Audio connection.)
2. Adjust the output level control of audio generator so that the pin 24 (GND: pin 12) /AFM-15 board is 220 mV p-p.
Test point : TP15 (GND : E2)/AA-90 board
Adjustment point : @RV401 (INCOM LEVEL)/
AA-90 board
Specifications :A=220+10 mV p-p
1. Set the input range of oscilloscope to AC mode, and adjust the blue core of @T401/AA-90 board so that the sine wave is minimum.
2. Repeat procedure 1.
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CCU-TX7 (E)V1 4-29
# 4-7-6. MIC 1 Demodulation Adjustment
Note : Perform this adjustment only when replacing @T201/
AA-90 board.
Equipment : Oscilloscope, Audio generator
To be extended : AA-90 board
Preparations :
1. AUDIO SELECT switch (CAMERA/CA-MIC/CA-LINE)/ CA-TX7/TX7P rear panel - "CA-LINE"
2. Input the 1 kHz sine wave signal of the audio generator to CH 1 of MIC IN (rear panel) on the CA-TX7/TX7P. ¢ Fig-2 (Refer to 4-1-5. Audio connection.) 3. Adjust the output level control of audio generator so that the pin 19 (GND: pin 12)/AFM-15 board is 220 mV p-p.
Test point : TP8 (GND : E2)/AA-90 board
Adjustment Procedures :
1. Adjust the white core of @T201/AA-90 board slowly so
that the DC level at TP8 (GND : E2) /AA-90 board is
1.24 +0.01 V de.
## 4-7-7. MIC 1 Level Adjustment
Equipment
To be extended
: Oscilloscope,
: AA-90 board
AFM-15 board
Audio generator
(CA-TX7/TX7P)
Preparations :
1. AUDIO SELECT switch (CAMERA/CA-MIC/CA-LINE)/ CA-TX7/TX7P rear panel '-"CA-LINE"
2. Input the 1 kHz sine wave signal of the audio generator to CH 1 of MIC IN (rear panel) on the CA-TX7/TX7P. * Fig-2 (Refer to 4-1-5. Audio connection.) 3. Adjust the output level control of audio generator so that the pin 19 (GND: pin 12) / AFM-15 board is 220 mV p-p. 4. S201 (0 dB/-20 dBV/AA-90 board - 0 dB Test point : TP10 (GND : E2)/AA-90 board Adjustment point : @RV201 (MIC 1 LEVEL)/ AA-90 board
1100 + 50 mV p-p
1.24 + 0.01 Vde
GND
2. Set the input range of oscilloscope to AC mode, and adjust
the blue core of @T201/AA-90 board so that the sine wave
is minimum.
Minimum
1. Repeat procedure 1.
2. -30
3. -TX7 (E\V1
# 4-7-8. MIC 2 Demodulation Adjustment
Note : Perform this adjustment only when replacing @T301/
AA-90 board.
Equipment : Oscilloscope, Audio generator
To be extended : AA-90 board
AFM-15 board (CA-TX7/TX7P)
Preparations :
1. AUDIO SELECT switch (CAMERA/CA-MIC/CA-LINE)/ CA-TX7/TX7P - "CA-LINE"
2. Input the 1 kHz sine wave signal of the audio generator to CH 2 of MIC IN (rear panel) on the CA-TX7/TX7P. ¢ Fig-2 (Refer to 4-1-5. Audio connection.) 3. Adjust the output level control of audio generator so that the pin 17 (GND: pin 12)/AFM-15 board is 220 mV p-p.
Test point : TP11 (GND : E2)/AA-90 board
Adjustment Procedures :
1. Adjust the white core of @T301/AA-90 board slowly so
that the DC level at TP11 (GND : E2) /AA-90 board is
1.24 +0.01 V de.
## 4-7-9. MIC 2 Level Adjustment
Equipment
To be extended
: Oscilloscope,
: AA-90 board
AFM-15 board
Audio generator
(CA-TX7/TX7P)
Preparations :
1. AUDIO SELECT switch (CAMERA/CA-MIC/CA-LINE)/ CA-TX7/TX-7P - "CA-LINE"
2. Input the 1 kHz sine wave signal of audio generator to CH 2 of MIC IN (rear panel) on the CA-TX7/TX7P. ¢ Fig-2 (Refer to 4-1-5. Audio connection.) 3. Adjust the output level control of audio generator so that the pin 17 (GND: pin 12)/AFM-15 board is 220 mV p-p.
4. S301 (0 dB/-20 dB)/AA-90 board - "0 dB"
Test point : TP13 (GND : E2)/AA-90 board
Adjustment point : @RV301 (MIC 2 LEVEL)
. AA-90 board
Specifications :A=1100+50mVp-p
1. + 0.01 Vde GND
2. Set the input range of oscilloscope to AC mode, and adjust the blue core of @T301/AA-90 board so that the sine wave is minimum.
Minimum
1. Repeat procedure 1.
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CCU-TX7 (E)\/V1 4-31
# DATA Demodulation Adjustment
4-7-10. CAM
Notes :
- ¢ This adjustment for the following cameras must be completed before this adjustment. [For NTSC] DXC-637 or DXC-D30 [For PAL] DXC-637P or DXC-30P
- * Perform the adjustment only when replacing @LV101 (5.6 MHz TUNE)/AA-90 board.
Equipment : Oscilloscope
20 MHz BW Limit : ON
ee made :DC
To be extended =: AA-90 board
Test point TP6 (GND : E2)/AA-90 board
Adjustment point : @LV101 (5.6 MHz TUNE)
AA-90 board
Specifications : -100 +40 mV dc
## 4-7-11. CAM TONE Adjustment
Notes:
¢ This adjustment for the Pollowinw cameras must be
completed before this adjustment.
[For NTSC] DXC-637 or DXC-D30
{For PAL] DXC-637P or DXC-30P
Equipment : Oscilloscope (DC mode)
To be extended =: AA-90 board
Test point : TP7 (GND : E2)/AA-90 board
Adjustment point : @RV101 (TONE TUNE)/
AA-90 board
Adjustment Procedures :
1. @RV101 (TONE TUNE)/AA-90 board - "Mechanical center"
2. Turn @RV1I01 (TONE TUNE)/AA-90 board slowly clockwise and stop it at the point where the sine. wave signal just appears. Measure the DC voltage "a"---Fig-1
Equal (a) :
Turn slowly clockwise
Mechanical center
3. Turn @RV101 (TONE TUNE)/AA-90 board slowly
counterclockwise and stop it at the point where the sine
wave signal just appears.
Measure the DC voltage "b"---Fig-2
Neate eet et aorta" Equal (a)
Turn slowly counterclockwise
Equal (b)
4, Adjust the DC level with @RV101 (TONE TUNE)/AA-
90 board so that "a" is equal to "b"---Fig-3
teen wet esate eettae" Equal (a)
## @RV101 (A=B)
et atetee er scetsuesnensne
Equal (b)
(fig. 3)
:
1. -32
2. -TX7 (E)/V1
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