Hitachi VK-S454E Service Manual

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Page 1

TK No. 8101E

VK-S454

SERVICE MANUAL

VK-S454E

SPECIFICATIONS AND PARTS ARE SUBJECT TO CHANGE FOR IMPROVEMENT

COLOR VIDEO CAMERA

2001January

Digital Media Products Division,Tokai

Page 2

PRODUCT SAFETY NOTICE

Many electrical and mechanical parts have special safety-related characteristics. These are often not evident from visual inspection nor can the protection afforded by them necessarily be obtained by using replacement components rated for a higher voltage, wattage, etc. Replacement parts which have these special safety characteristics are identified in this Service Manual. Electrical components having such features are identified by marking with a on the schematics and the parts list in this Service Manual. The use of a substitute replacement component which does not have the same safety characteristics as the HITACHI recommended replacement one, shown in the parts list in this Service Manual, may create shock, fire, or other hazards. Product safety is continuously under review and new instructions are issued from time to time. For the latest information, always consult the current HITACHI Service Manual. A subscription to, or additional copies for, HITACHI Service Manual may be obtained at a nominal charge from HITACHI SALES CORPORATION.

Microsoft, MS, MS-DOS, Windows and Windows NT are registered trademarks of Microsoft Corporation. Pentium and Celeron are registered trademarks of Intel Corporation. Manufactured under license from Dolby Laboratories. "Dolby" and double-D symbol are trademarks of Dolby Laboratories. Confidential unpublished works. (C) 1992-2001 Dolby Laboratories Inc. All rights reserved. IBM is registered trademarks of International Business Machines Corporations. Other company names and product names listed are trademarks or brand names belonging to each company.

CAUTION-1

Page 3

Notes When Using Service Manual

The following shows the contents to be noted when using service manual:

1. Value units used in parts list

Certain symbols are indicated below for value units of resistors, capacitors and coils in parts list. When you read them note the following regular indications:

Parts

Resistor

Capacitor

Coil

Indication in list Regular indication

...........................................

KOHM

................................................

...............................................

2. Values in schematic diagrams

The values, dielectric strength (power capacitance) and tolerances of the resistors (excluding variable resistors) and capacitors are indicated in the schematic diagrams using abbreviations.

[Resistors]

Item

Value

Tolerance

Power

capacitance

Indication No indication

...................................................

..................................................

M No indication (All tolerances other than ±5% are indicated in schematic diagrams) No indication (1/16W for leadless resistors without indication) All capacitances other than the above are indicated in schematic diagrams.

...................................

.............................

............................

±5%

1/8W

k µF pF µH

3. Identifications of sides A/B in circuit board diagrams

1) Board having a pattern on one side and parts on both sides. Side A: Shows discrete parts, viewed from the pattern

side.

Side B: Shows leadless parts, viewed from the

pattern side.

2) Board having patterns on both sides and parts on both sides. Side A: Shows parts and patterns which can be seen

when the case is opened.

Side B: Shows parts and the pattern on the back of

side A.

4. Table for indexing locations of parts

This table shows locations of each part on circuit board diagrams. The locations are indicated using the guide scales on the external lines of diagrams.

1) One diagram indicated for each board

Symbol

No.

IC1201

Circuit No.

2) Two diagrams indicated for each board

Parts

Location

Type of part

2 A

Zone "A" on board diagram

Zone "2" on board diagram

[Capacitors]

Item

Value

Dielectric

strength

[Coils]

Item

Value

Indication No indication

...................................................

P No indication (All dielectric strengths other than 50V are indicated in schematic diagrams)

Indication

....................................................

..................................................

.................................

..............................

µF pF

50V

µH

Symbol

No.

IC1201

Circuit No.

Parts

Location

A - 2 A

A: Shows side A B: Shows side B

Type of part

Zone "A" on board diagram Zone "2" on board diagram

CAUTION-2

Page 4

CONTENTS

CHAPTER 1 GENERAL INFORMATION

SPECIFICATIONS .................................................. 1-1

COMPARISON OF SPECIFICATION ..................... 1-2

COMPARISON OF MAIN CONTROL ICs .............. 1-2

CHAPTER 2 DISASSEMBLY

DISASSEMBLY PROCEDURE .............................. 2-1

CHAPTER 3

1. Test Equipment/Jigs Necessary for

Adjustment ...................................................... 3-1

1.1 List of equipment and jigs ....................................... 3-1

1.2 List of charts for Adjustment ................................... 3-1

1.3 Test equipment, etc. ................................................ 3-1

2. Before Starting Adjustment ............................ 3-2

2.1 Connections for adjustment .................................... 3-2

2.2 Notes....................................................................... 3-2

2.3 Setting test equipment ............................................ 3-3

3. List of Adjustment Items................................. 3-4

4. Starting Adjustment Program (SMAP) ........... 3-5

5. Adjustment Procedure .................................... 3-6

5.1 Data initialize .......................................................... 3-6

(1) Data initialize ..................................................... 3-6

5.2 Electronic Volume ................................................... 3-6

(1) CDS Sampling Pulse Adjustment ...................... 3-6

5.3 Adjustment .............................................................. 3-7

(1) Auto Iris Control Adjustment.............................. 3-7

(2) White Balance Adjustment ................................ 3-7

(3) Chroma Gain Adjustment .................................. 3-8

5.4 Autofocus ................................................................ 3-9

(1) Zoom/Focus Tracking Adjustment ..................... 3-9

(2) AF Noise Level Adjustment ............................... 3-9

(3) Check of Zoom Track ....................................... 3-10

5.5 Spot Noise ............................................................ 3-10

(1) Spot Noise Adjustment .................................... 3-10

5.6 IR Control .............................................................. 3-11

(1) IR Control Adjustment ..................................... 3-11

6. Error Message................................................ 3-12

6.1 Error Message of Electrical Volume and

Adjustment ............................................................ 3-12

6.2 Error Message of Autofocus ................................. 3-13

7.3 Error Message of Spot Noise................................ 3-13

7.4 Error Message of IR Control ................................. 3-13

7. Troubleshooting of Autofocus ...................... 3-14

(1) No zoom and focus operation ............................... 3-14

(2) No focus lens operation ........................................ 3-16

(3) No zoom operation................................................ 3-17

(4) No autofocus operation......................................... 3-18

(5) Subject is greatly out-of -focus when zoomed ...... 3-19

ELECTRIC CIRCUIT ADJUSTMENT

8. Troubleshooting of IR control....................... 3-19

(1) No IR control operation ......................................... 3-20

CHAPTER 4 EXPLODED VIEW

EXPLODED VIEW .................................................. 4-1

CHAPTER 5

REPLACEMENT PARTS LIST

MECHANICAL PARTS ........................................... 5-1

ELECTRICAL PARTS ............................................ 5-2

SCHEMATIC, CIRCUIT BOARD AND BLOCK

CHAPTER 6 DIAGRAMS/MICRO-

PROCESSOR PIN FUNCTION TABLE

INTERNAL WIRING DIAGRAM ............................. 6-1

SCHEMATIC / CIRCUIT

BOARD

SENSOR [SP] .................................... 6-3 / 6-13

PROCESS [PC].................................. 6-5 / 6-11

SWITCHING REGULATOR [CSR] ..... 6-8 / 6-14

WAVEFORMS ........................................................ 6-2

BLOCK DIAGRAMS ............................................ 6-15

MICROPROCESSOR PIN FUNCTION TABLE .... 6-17

CONTENTS

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CHAPTER 1 GENERAL INFORMATION

SPECIFICATINOS

Note: The specifications are subject to change for improvement without notice.

Signal VK-S454: NTSC Format

VK-S454E: PAL Format

Scanning System 2:1 Interlaced

Image Sensor 4.5 mm Dia. (1/4-inch) CCD Image Sensor

Number of Effective Pixels VK-S454: 724 (H) × 494 (V)

VK-S454E: 724 (H) × 582 (V)

Total Number of Pixels VK-S454: 758 (H) × 504 (V)

VK-S454E: 758 (H) × 592 (V)

Scanning Frequency VK-S454: Horizontal 15.734 kHz

Vertical 59.94 Hz

VK-S454E: Horizontal 15.625 kHz

Vertical 50 Hz

Video Signal Output Composite Signal 1.0 Vp-p

Minimum Required Illumination Standard 3.0 lx

DS shutter 0.2 lx IRcf OFF 0.02 lx

S/N Ratio 50 dB or more

Horizontal Resolution 470 TV Line or more

Operating Temperature 0 - 60 °C

Operating Humidity 10 - 90 %

Power Input DC 9 V ± 0.5 V

Power Consumption 4.6 W or less

Dimensions 50 (W) × 60 (H) × 89.5 (D) mm

Weight Approx. 230 g

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COMPARISON OF SPECIFICATION

ITEM

Signal Format

Power Requirements Power Consumption Dimensions (W × H × D mm) Weight Lens

Operating Temperature/Humidity

Image Sensor Number of Effective Pixels

Total Number of Pixels

Scanning System Horizontal Scanning Frequency

Vertical Scanning Frequency

Sync Format Video Signal Output S/N Ratio Horizontal Resolution

Minimum Required Illumination (Standard) IR cf Mode

VK-S454/VK-S454E

VK-S454: NTSC VK-S454E: PAL DC 9 V

4.6 W (MAX) 50 × 60 × 89.5 Approx. 230 g Power zoom × 23 (3.6 - 82.8 mm) F 1.6 - 3.7 0 °C to 60 °C (Recommendation: 0 °C to 40 °C) 10 % to 90 %

4.5mm Dia. (1/4 inch) CCD VK-S454: 724 (H) × 494 (V) VK-S454E: 724 (H) × 582 (V) VK-S454: 758 (H) × 504 (V) VK-S454E: 758 (H) × 592 (V) 2:1 Interlaced VK-S454: 15.734 kHz VK-S454E: 15.625 kHz VK-S454: 59.94 Hz VK-S454E: 50 Hz Internal/External Composite Signal 1.0 Vp-p 50 dB or more 470 TV Line or more

3.0 lx

Provided

VK-S234/VK-S234E

VK-S234: NTSC VK-S234E: PAL

3.3 W (MAX)

Power zoom × 22 (4.0 - 88.0 mm) F 1.6 - 3.8

VK-S234: 768 (H) × 494 (V) VK-S234E: 752 (H) × 582 (V) VK-S234: 811 (H) × 508 (V) VK-S234E: 795 (H) × 596 (V)

VK-S234: 15.734 kHz VK-S234E: 15.625 kHz VK-S234: 59.94 Hz VK-S234E: 50 Hz

VK-S234: 470 TV Line or more VK-S234E: 460 TV Line or more

Not Provided

COMPARISON OF MAIN CONTROL ICs

ITEM

CCD Sensor

Sensor Drive Buf. Amp CDS AGC & A/D CONV. Camera Digital Signal Processor (DSP) SD RAM Inv. Clock Generator Digital µP EEPROM Reset Pulse Gen.

Zoom Motor Drive Focus Motor Drive IR Filter Drive F.Det./Iris Drive PWM Y/C Mix. & Video Amp Level Shift VCO/Phase Compa. FV Pulse Gen. Inv. NTSC/PAL Switch

1 - 2

VK-S454: ICX216AN (IC1001) VK-S454E: ICX217AN (IC1001) µPD16510GR (IC1002) HD74AC244 (IC1003) HD49325BHF (IC1101) HG75C015ABT (IC1121) µPD456323G5-A10BL-9JH (IC1150) TC7SHU04FU (IC1171) MJU6321P (IC1173) VK-S454 Series µP (IC1201) X25097V1-2.7 (IC1250) RN5VD27AA (IC1251) TC7S08FU (IC1206) MPC17AT85VMEL (IC1301) MPC17AT85VMEL (IC1302) MPC17AT85VMEL (IC1380) µPD5023GS-147-GJG (IC1351) TL1464IPT (IC1501) BA7664FV (IC1601) HD74HCT125T (IC1602) 74VHC4046MTCX (IC1603) TC7S08 (IC1604) TC7SHU04FU (IC1605) NJM2533V (IC1606)

VK-S454/VK-S454E

VK-S234/VK-S234E

VK-S234: ICX208AK (IC1001) VK-S234E: ICX209AK (IC1001)

Not provided HD49323AF (IC1101) HG73C053FE (IC1121) MSM51V18165BSL-6TS-K (IC1122) TC7SU04F (IC1173) TC7SU04F (IC1174) HD6432237M09TE (IC1201) X25097V1-2.7 (IC1202) RN5VD27AA (IC1203)

Not provided

Not provided Not provided

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CHAPTER 2 DISASSEMBLY

PROCEDURE

LENS BLOCK

BRACKET-R

(5)

REMOVE ONE SCREW

RUBBER

CRYSTAL FILTER

(4)

DISCONNECT TWO FLAT CABLES (*1)

(9)

UNSOLDER FOURTEEN POINTS

CCD SENSOR

BRACKET

PC CIRCUIT BOARD

SP CIRCUIT BOARD

(8)

REMOVE TWO SCREWS

(7)

(6)

REMOVE ONE SCREW

REMOVE TWO SCREWS (*2)

CSR CIRCUIT BOARD

(2)

REMOVE TWO SCREWS

(10)

REMOVE THREE SCREWS

(1)

(1) Release the lock of the connector

on the left and right.

(2) Pull out the flat cable

(2)

Fig. 2-1-1

(1)

REMOVE TWO SCREWS

Fig. 2-1

(3)

REMOVE TWO SCREWS

BRACKET-L

*1: Do not the pull out the flat cable or touch the exposed

terminal at the connecting position with your bare hands as it could cause a defective (1) and (2) shown in Fig. 2-1-1.

*2: When the SP circuit board is removed, the crystal filter

and rubber are also removed. Be careful not to damege and lose them.

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CHAPTER 3 ELECTRIC CIRCUIT ADJUSTMENT

1. Test Equipment/Jigs Necessary for Adjustment

1.1 List of equipment and jigs

New

Adjutsment Floppy Disk (

)

Personal Computer (PC)

[Goods on the Market]

DSP Interface Connect Jig

No. 7069179

Personal Computer Cable

RS-232C (9 or 25 pins) Straight Type

[Goods on the Market]

1.2 List of charts for adjustment

DSP-R Jig

No.7099448

: The adjustment floppy disk is not for sale: It will be

supplied only when service maintenance contract is concluded.

C12 Light Balancing Filter

No.7099369

Color Bar Chart Gray Scale Chart Backfocus Chart

1.3 Test equipment, etc.

Color video monitor (color TV for monitoring) Oscilloscope Vectorscope [If not available, adjustment is still possible, but easier if this is used] Digital voltmeter (DVM) 3100 K light box DC power supply (9 V/3 A) [To power of video camera] DC power supply (5 V/1 A) [To power of DSP-R jig]

3 - 1

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2. Before Starting Adjustment

2.1 Connections for adjustment

Connect the video camera to the test equipment and jigs as shown in Fig. 2-1.

2.2 Notes

1) All adjustments are performed using the adjustment program and personal computer (PC). The adjustment program is

subject to change without notice for improvements in functions and operability, and the actual instructions on PC screen may be different from those in this manual: If so, follow the instructions on PC screen to proceed with adjustment.

2) The adjustment program will not operate normally unless the video camera, PC and test equipment/jigs are all turned on.

3) Be sure to connect the video output of video camera to a color video monitor (terminate the video output with 75 ohm:

If the video output is not connected to the monitor (and if it is not terminated with 75 ohm), the output video signal level cannot be measured correctly.

LIGHT BOX

DC POWER SUPPLY (9V/3A)

GND

DC POWER SUPPLY (5V/1A)

VIDEO CAMERA

PG1601

DSP INTERFACE CONNECT JIG

RD WHT

SD BRW

GND BRW

+B BRW

GND BRW

VIDEO OUT BRW

GND BRW

EX. FV BRW

GND BRW

YEL

RED

9PIN FLAT CABLE (ACCESSORY)

2345

WHT BLK

COLOR VIDEO MONITOR

VIDEO IN

PERSONAL COMPUTER

GND

BLK

3 - 2

DSP-R JIG

Fig. 2-1

PERSONAL COMPUTER CABLE (RS-232C)

Page 10

4) Use light box that does not flicker and whose color temperature is controlled, for adjustment. If an inappropriate light box is used, precise adjustment will not be possible, and the adjustment program will not operate normally.

5) Take care with the following when pointing the video camera at a chart (light box):

Focus the chart correctly. Set the chart (light box) 30-50 cm away from the lens surface, and avoid any effects from surrounding light (except for a case where some designation is given). Aim at the chart and let chart fill the screen (video period). (Except for a case where some designation is given.)

2.3 Setting test equipment

1) Set the switches, knobs and each mode of oscilloscope as follows for adjustment:

Probe: 10:1 TIME/DIV: 10 or 20 µs (except for a case where some designation is given) VOLTS/DIV: Will vary depending on the measurement object (except for a case where some designation is

given) Synchronization: Internal sync (except for a case where some designation is given) AC/DC/GND: AC (except for a case where some designation is given)

Note: The names of switches, knobs, modes, etc. of oscilloscope may vary slightly depending on the manufacturer or

model. Since some oscilloscopes may have switches, etc. other than the above that must be set, see the instruction manual of the particular oscilloscope for details.

3 - 3

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3. List of Adjustment Items

The following table shows the adjustment items, their purposes, and whether or not check is required after replacing major components. The components shown in the table below are the minimum to be checked after replacing major components: If several components have been replaced - or depending on the cause of a defect - more components may need to be checked.

: CHECK

Name of Major Components

Item of Adjustment

Data Initialize

(1) Data Initialize (*2)

Electric Volume

(1) CDS Sampling

Pulse

Adjustment

(1) Auto Iris Control (2) White Balance

(3) Chroma Gain

Autofocus

(1) Zoom/Focus

Tracking

(2) AF Noise Level

(3) Check of Zoom

Trace

Spot Noise

(1) Spot Noise

IR Control

(1) IR Control

Purpose of Adjustment

Initilizing EEPROM.

To suppress noise in the CCD sensor output signal and maximize the signal level.

To set the iris control data. To input the automatic wihite balance control data. To set the color saturation under the reference color temperature.

To set the out-of -focus correction level during zooming. To set the noise level in the autofocus circuit. To check the autofocus adjustment.

To correct spot noise.

To set the IR filter control data.

PC circuit

SP circuit

board

IC1001

board (*1)

IC1101

IC1201

IC1250 (*1)

IC1351

Lens Block

*1: When replacing the PC circuit board (containing EEPROM) or EEPROM, be sure to perform all adjustments

only after “Data Initialize”.

*2: Since all adjustments must be performed any time “Data Initialize” is done, do not perform it indiscriminately.

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Page 12

4. Starting Adjustment Program (SMAP)

CAN NOT FIND THE DATA FILE

**** PRESS ANY KEY ****

***********************************************************

MANUAL ADJUSTMENT PROGRAM

***********************************************************

[A] DATA INITIALIZE [B] ELECTRIC VOLUME [C] ADJUSTMENT [D] AUTO FOCUS [E] SPOT NOISE [F] IR CONTROL [ESC] END

Please select [A] - [F] or [ESC]

Note: If error message appears during adjustment, refer to “6. Error Messages”.

1) Connect the video camera, DSP-R jig and PC as shown in Fig. 2-1, and supply power to them. (*1)

2) Operate the PC to start MS-DOS . (*2)

3) Make sure that the adjustment floppy disk is write-protected.

4) Insert the adjustment floppy disk into the floppy disk drive of PC.

5) Use the PC keyboard to type A:. (*3) (See the MS-DOS screen)

6) Type SMAP_IBM (space) 1. (*4) (See the SMAP input screen)

7) The SMAP will start: Make sure that the model select screen appears on the PC display. (*5) (See the model select screen)

8) If the appropriate model is displayed on the model select screen, input the number to PC. If the appropriate model name is not shown on the model select screen, input P to PC until the model name appears. (*6)

9) The screen for verifying the model name will appear on PC display: If it is correct, input Y to PC. If it is incorrect, input N and start over (from step 8).

10)Make sure that the main menu appears on PC display: If it does not appear, check whether model selection (in step 8) is correct.

*1: If the connection of jig, etc. is inappropriate or power is not supplied, the adjustment program will not start normally. *2: For details on how to start MS-DOS, refer to the instruction manual of PC, since this varies for each PC. *3: The letter to be input is to designate the drive into which the adjustment floppy disk has been inserted. If using a drive

other than A, designate the drive.

*4: The number to be input after a space is to designate the serial port no. of PC. If the PC has two or more serial ports,

and the DSP-R jig is connected to a port other than serial port 1, input the serial port no.

*5: If the model select screen does not appear, make sure of the following:

Power is supplied to the video camera and DSP-R jig. The designation of drive (in step 5) is correct. The designation of serial port is correct. The correct adjustment floppy disk has been correctly inserted.

*6: If an erroneous model name or number is selected, misoperation message will appear on PC display: Press any key to

restore the model select screen.

To terminate the adjustment program (SMAP):

Press the [Esc] key once to three times until the PC display returns from each menu screen to the MS-DOS screen. When the MS-DOS screen appears on PC display, turn off the video camera and jig.

PC Display & Figs

MS-DOS screen

C>A: A>

SMAP input screen

C>A: A>SMAP_IBM 1

Model select screen

***********************************************************

MODEL SELECT

[1] ЧЧЧЧЧЧЧЧ [2] ЧЧЧЧЧЧЧЧ [3] ЧЧЧЧЧЧЧЧ [4] ЧЧЧЧЧЧЧЧ [5] ЧЧЧЧЧЧЧЧ [P] NEXT SELECTION [ESC] END

Please select the type of the set

Press [1] - [5] or [P] or [ESC]

Screen for verifying model name

Selected model is ЧЧЧЧЧЧЧЧ

Are you sure ? (Y/N)

Main menu

Misoperation message

3 - 5

Page 13

5. Adjustment Procedure

The following explains the adjustment procedure using the adjustment program (SMAP), following the order of items on the main menu screen. Refer to “4. Starting Adjustment Program (SMAP)” in advance, start SMAP and display the main menu on PC display. In actual work, it is possible to adjust one item independently.

Note: If error message appears on PC display during adjustment, perform troubleshooting, referring to “6. Error Messages”.

5.1 Data Initialize

(1) Data Initialize

This procedure initializes the data in EEPROM (including the adjustment data). Any time you replace the PC circuit board (containing EEPROM), be sure to perform this procedure. [Generally, this procedure is not necessary after replacing other circuit board (components).]

Important:

After completing this adjustment, be sure to perform all adjustment items as follows.

Procedure:

1) Input A to PC on the main menu screen.

2) The screen for verifying the initialization will appear: Input Y to PC. (*1)

3) Follow the instructions on PC display thereafter.

*1: Entering N on the screen for verifying initialization will restore the data main menu screen.

5.2 Electronic Volume

Before starting:

1) Input B to PC on the main menu screen to display the electronic volume menu screen.

2) Input to PC the appropriate adjustment number. (*1)

*1: Pressing the [Esc] key on the adjustment menu screen will restore the main menu screen.

(1) CDS Sampling Pulse Adjustment

Incompleted Phenomenon:

Diagonal beats and horizontal noise occure.

Procedure:

1) Input 1 to PC on the adjustment menu screen.

2) Follow the instruction on PC display thereafter.

PC Display & Figs

Main menu Screen for verifying initialization

***********************************************************

MANUAL ADJUSTMENT PROGRAM

***********************************************************

[A] DATA INITIALIZE [B] ELECTRIC VOLUME [C] ADJUSTMENT [D] AUTO FOCUS [E] SPOT NOISE [F] IR CONTROL [ESC] END

Please select [A] - [F] or [ESC]

<< DATA WRITING >>

START TO SEND DATA. (Y/N)

3 - 6

Electronic volume menu

***********************************************************

ELECTRIC VOLUME

[1] CDS SAMPLING PULSE [ESC] RETURN TO MAIN MENU

Please select [1] or [ESC]

Page 14

5.3 Adjustment

ADJUSTMENT FINISHED

PRESS ANY KEY

<< ADJUSTMENT OF WHITE BALANCE >>

ADJUSTMENT FINISHED

PRESS ANY KEY

Before starting:

1) Input C to PC on the main menu screen to display the adjustment menu screen.

2) Input to PC the appropriate adjustment number. (*1)

*1: Pressing the [Esc] key on the adjustment menu screen will restore the main menu screen.

(1) Auto Iris Control Adjustment

Incompleted Phenomenon:

The picture becomes too bright. The picture becomes too dark.

Condition:

Set the zoom to wide end and point at the light box, without chart inserted, to fill the screen.

Procedure:

1) Input 1 to PC on the adjustment menu screen.

2) Follow the instruction on PC display thereafter.

3) After the AIC (auto iris control) adjustment complete screen appears, press any key to restore the adjustment menu

screen.

4) Turn the video camera off, leave as is for at least 5 seconds, and then turn it on again. (*1)

*1: When the video camera is turned on again, the SMAP may not operate normally, and the following

adjustments may not be possible. If this happens, press the [Esc] key to restore the MS-DOS screen, and then restart the SMAP.

(2) White Balance Adjustment

Incompleted Phenomenon:

Color of the subject is different from that of the picture. A white subject is not senn as white.

Conditions:

Attach a C12 filter. Set the zoom to wide end, and point at a gray scale chart.

Procedure:

1) Input 2 to PC on the adjustment menu screen.

2) Follow the instructions on PC display thereafter.

3) After the white balance adjustment complete screen appears, press any key to restore the adjustment menu

screen.

PC Display & Figs

Main menu

***********************************************************

MANUAL ADJUSTMENT PROGRAM

***********************************************************

[A] DATA INITIALIZE [B] ELECTRIC VOLUME [C] ADJUSTMENT [D] AUTO FOCUS [E] SPOT NOISE [F] IR CONTROL [ESC] END

Please select [A] - [F] or [ESC]

Adjustment menu

***********************************************************

ADJUSTMENT

[1] AUTO IRIS CONTROL [2] WHITE BALANCE [3] CHROMA GAIN [ESC] RETURN TO MAIN MENU

Please select [1] - [3] or [ESC]

AIC adjustment complete

White balance adjustment complete

3 - 7

Page 15

(3) Chroma Gain Adjustment (Figs. 5-1, 5-2, 5-3)

Incompleted Phenomenon:

Color of the picture is denser than that of the subjuct. Color of the picture is lighter than that of the subject.

Equipment:

Oscilloscope or Vectorscope

Test Point:

Video Out (PG1601-6)

Condition:

Atach a C12 filter Point the at a color bar chart.

Procedure:

1) Input 3 to PC on the adjustment menu screen.

2) The chroma gain adjustment screen will appear.

3) When using an oscilloscope (Fig. 5-1):

Press the D or U key to set the red level on waveform to approx. 620 mVp-p. Then, while holding down the [Ctrl] key, press the D or U key to set the red level on waveform to approx. 620 mV ± 20 mVp-p.

When using a vectorscope (Figs. 5-2, 5-3):

Press the D or U key to set the red vector to approx. 220% of burst vector. Then, while holding down the [Ctrl] key, press the D or U key to set the red vector to approx. 220% ± 5% of burst vector.

4) Press the [Enter] key: The PC display will switch from the chroma gain data write screen to chroma gain adjustment complete screen.

5) Press any key to restore the adjustment menu screen.

PC Display & Figs

Adjustment menu

***********************************************************

Chroma gain adjustment

<< ADJUSTMENT OF CHROMA GAIN >>

[U] CHROMA GAIN UP [D] CHROMA GAIN DOWN

[Crt] + [U] CHROMA GAIN UP [Crt] + [D] CHROMA GAIN DOWN

[ENTER] SAVE & RETURN TO MENU [ESC] QUIT

Chroma gain data write

<< ADJUSTMENT OF CHROMA GAIN >>

ADJUSTMENT

[1] AUTO IRIS CONTROL [2] WHITE BALANCE [3] CHROMA GAIN [ESC] RETURN TO MAIN MENU

Please select [1] - [3] or [ESC]

ROUGH ADJUSTMENT

FINE ADJUSTMENT

DATA WRITING INTO EEPROM

Chroma gain adjustment complete

<< ADJUSTMENT OF CHROMA GAIN >>

ADJUSTMENT FINISHED

PRESS ANY KEY

RED

BURST

100 %

220 % ± 5 %

RED

620 mV ± 20 mV

Fig. 5-1

RED

BURST

220 % ± 5 %

100 %

3 - 8

Fig. 5-2 Fig. 5-3

Page 16

5.4 Autofocus

Before starting adjustment:

1) Input D to PC on the main menu screen to display the AF menu screen.

2) Input the appropriate adjustment number to PC. (*1)

*1: Pressing the [Esc] key on the AF menu screen will restore the main menu screen.

(1) Zoom/Focus Tracking Adjustment

Incompleted Phenomenon:

Focus is lost during zooming.

Condition:

Point at the backfocus chart, 1500 ± 5mm away from the lens surface. Light the backfocus chart with 200 - 400 lx.

Caution when Adjustment:

1) Measure the distance between the chart and lens surface precisely.

2) Place the chart as parallel as possible to the lens surface.

3) The backfocus chart should always be at the center of the monitor screen when the zoom is set to the wide-angle and telephoto ends.

4) The zoom trace adjustment procedure is completed within 2 minutes after it is selected.

5) Do not place any obstruction between the lens and chart during adjustment.

Procedure:

1) Input 1 to PC on the AF menu screen.

2) Follow the instructions on PC display thereafter.

(2) AF Noise Level Adjustment

Incompleted Phenomenon:

It takes time until a subject is brought into focus. Correct focus is not obtained.

Condition:

Point at a light box without a chart inserted at a distance of up to 10cm.

Caution when Adjustment:

1) Place the light box as parallel as possible to the lens surface.

2) The AF noise level adjustment procedure will be completed within thirty seconds after it is selected.

Procedure:

1) Input 2 to PC on the AF menu screen.

2) Follow the instructions on PC display thereafter.

PC Display & Figs

Main menu

***********************************************************

MANUAL ADJUSTMENT PROGRAM

***********************************************************

[A] DATA INITIALIZE [B] ELECTRIC VOLUME [C] ADJUSTMENT [D] AUTO FOCUS [E] SPOT NOISE [F] IR CONTROL [ESC] END

Please select [A] - [F] or [ESC]

AF menu

***********************************************************

[1] ADJUSTMENT OF ZOOM/FOCUS TRACKING [2] ADJUSTMENT OF AF NOISE LEVEL [3] CHECK OF ZOOM TRACE [ESC] RETURN TO MENU

AUTO FOCUS ADJUSTMENT

Please select [1] - [3] or [ESC]

3 - 9

Page 17

(3) Check of Zoom Trace

Incompleted Phenomenon:

Focus is lost during zooming.

Condition:

Point at the backfocus chart, 1500 ± 5mm away from the lens surface. Light the backfocus chart with 200 - 400 lx.

Caution when Adjustment:

1) Measure the distance between the chart and lens surface precisely.

2) Place the chart as parallel as possible to the lens surface.

3) The backfocus chart should always be at the center of the monitor screen when the zoom is set to the wide-angle and telephoto ends.

4) Do not place any obstruction between the lens and chart during adjustment.

Procedure:

1) Input 3 to PC on the AF menu screen.

2) Follow the instructions on PC display thereafter. If error message appears, readjust the following items:

(1) Zoom/Focus Tracking Adjustment (2) AF Noise Level Adjustment

5.5 Spot Noise

Important:

Spot noise refers to bright points that appear on the screen, which are caused by a defect in pixel of CCD image sensor. Perform this adjustment after specified components have been replaced (see “List of Adjustment Items”). Perform this adjustment if spot noise occurs under abnormal usage conditions or after long-term use. If spot noise still occurs after this adjustment is complete, the CCD image sensor may be defective. Perform this adjustment after completing all other adjustments. (Perform this adjustment in normal video status.)

(1) Spot Noise Adjustment

Incompleted Phenomenon:

Spot noise occurs under abnormal usage conditions or after long-term use.

Equipment:

Color video monitor (CRT type is desirable)

Condition:

Cap the lens (so that no light enters).

PC Display & Figs

Main menu

***********************************************************

MANUAL ADJUSTMENT PROGRAM

***********************************************************

[A] DATA INITIALIZE [B] ELECTRIC VOLUME [C] ADJUSTMENT [D] AUTO FOCUS [E] SPOT NOISE [F] IR CONTROL [ESC] END

Please select [A] - [F] or [ESC]

AF menu

***********************************************************

[1] ADJUSTMENT OF ZOOM/FOCUS TRACKING [2] ADJUSTMENT OF AF NOISE LEVEL [3] CHECK OF ZOOM TRACE [ESC] RETURN TO MENU

AUTO FOCUS ADJUSTMENT

Please select [1] - [3] or [ESC]

3 - 10

Page 18

Procedure:

FINISHED WRITING DATA

PRESS ANY KEY

1) Input E to PC on the main menu screen.

2) Follow the instructions on PC display thereafter.

3) The screen for verifying writing of spot noise data will appear: Input Y. (*1)

4) When writing data is complete, the spot noise data write complete screen will appear: Press any key to restore the main menu screen.

*1: Entering N on the screen for verifying writing of spot noise data will restore the main menu screen.

5.6 IR Control

(1) IR Control Adjustment

Condition:

Cap the lens (so that no light enters).

Procedure:

1) Input F to PC on the main menu screen.

2) Follow the instructions on PC display thereafter.

3) After the IR control adjustment complete screen appears, press any key to restore the adjustment menu screen.

PC Display & Figs

Main menu

***********************************************************

MANUAL ADJUSTMENT PROGRAM

***********************************************************

[A] DATA INITIALIZE [B] ELECTRIC VOLUME [C] ADJUSTMENT [D] AUTO FOCUS [E] SPOT NOISE [F] IR CONTROL [ESC] END

Please select [A] - [F] or [ESC]

Screen for verifying writing of spot noise data

<< DATA WRITING >>

START TO SEND DATA. (Y/N)

Spot noise data write complete

FINISHED WRITING DATA

PRESS ANY KEY

IR control adjustment complete

3 - 11

Page 19

6. Error Message

A message may appear while you are adjusting the video camera. If a message appears, refer to the following table and take appropriate corrective action.

6.1 Error Message of Electric Volume and Adjustment

ERROR MESSAGE COUNTERMEASURE

ERROR OCCURRED. IRIS TROUBLE PRESS ANY KEY

ERROR OCCURRED ON da× ADJUSTMENT PRESS ANY KEY Defective soldering, damage to pattern, etc. in the above circuit. D RANGE OVER. ERROR ON da× ADJUSTMENT PRESS ANY KEY. Defective soldering, damage to pattern, etc. in theabove circuit. ERROR OCCURRED ON da0 and

da1 ADJUSTMENT circuits. PRESS ANY KEY Defective soldering, damage to pattern, etc. in the above circuits. FILE NOT FOUND !!!! PRESS ANY KEY Check the adjustment floppy disk and replace it if necessary. FILE OPEN ERROR !!!! PRESS ANY KEY Check the adjustment floppy disk and replace it if necessary. ERROR OCCURRED ON C DUTY ADJUSTMENT PRESS ANY KEY Defective soldering, damage to pattern, etc. in the above circuit. ERROR OCCURRED ON FDET ADJUSTMENT PRESS ANY KEY

ERROR OCCURRED. ZOOM DOES NOT WORK PRESS ANY KEY TOO BRIGHT PRESS ANY KEY Move the camera further away from the light box. TOO DARK PRESS ANY KEY

D RANGE OVER ERROR ON HALL AMP IRIS CANNOT OPEN ANY MORE PRESS ANY KEY

STAURATION ERROR. TOO BRIGHT PRESS ANY KEY Move the camera further away from the light box. CAN'T ADJUST WHITE BALANCE PLEASE RETRY PRESS ANY KEY

Check whether or not power is supplied. Check the values of the iris drive circuit. Defective soldering, damage to pattern, etc. in the above circuit. Check the iris block and replace it if necessary. Check the values in the hall amp circuit.

Check the values in the hall amp circuit.

Check the values in the hall amp circuit and its peripheral

The adjustment program (file) cannot be found.

The adjustment program (file) does not start.

Check the values of the iris drive circuit.

Supply power again and re-adjust. Check the values in the hall amp circuit. Defective soldering, damage to pattern, etc. in the above circuit. Supply power again and re-adjust.

The subject is too bright.

The subject is too dark. Check the light box. Move the camera closer to the light box. Supply power again and re-adjust. The subject is too dark. Check the light box. Move the camera closer to the light box. Check the values in the hall amp circuit. Defective soldering, damage to pattern, etc. in the above circuit. The subject is too bright.

The subject is too bright or too dark. Check the light box. Move the camera closer to or away from the light box. Supply power again and re-adjust.

3 - 12

Page 20

6.2 Error Message of Autofocus

ERROR MESSAGE COUNTERMEASURE

ERROR OCCURRED. ZOOM DOES NOT WORK PRESS ANY KEY TIME OUT ERROR ON FOCUS

TIME OUT ERROR ON ZOOM

TIME OUT ERROR ON AF STEP

AF LIMIT OVER

AF ERROR

TOO DARK

Supply power again and re-adjust.

Check the conditions of subject. If this error message appears even when the adjustment is performed 2 or 3 times, the autofocus circuit system is defective. Refer to (1) of TROUBLESHOOTING OF AUTOFOCUS. If this error message appears even when the adjustment is performed 2 or 3 times, the autofocus circuit system is defective. Refer to (2) of TROUBLESHOOTING OF AUTOFOCUS. Check the conditions of subject. If this error message appears even when the adjustment is performed 2 or 3 times, the autofocus circuit system is defective. Refer to (1) of TROUBLESHOOTING OF AUTOFOCUS. Check the conditions of subject. If this error message appears even when the adjustment is performed 2 or 3 times, the autofocus circuit system is defective. Refer to (2) of TROUBLESHOOTING OF AUTOFOCUS. If this error message appears even when the adjustment is performed 2 or 3 times, the autofocus circuit system is defective. Refer to (1) of TROUBLESHOOTING OF AUTOFOCUS. Insufficient lighting. Check the subject.

6.3 Error Message of Spot Noise Adjustment

ERROR MESSAGE COUNTERMEASURE

ERROR!! SPOT NOISE COMPENSATION IS EEPROM. STOPPED BY INITIAL DATA. PLEASE CHECK THE EEPROM. PRESS ANY KEY. Check the EEPROM, and if necessary, replace it. ERROR!! THRESHOLD DATA ERROR. PLEASE CHECK THE EEPROM. PRESS ANY KEY. ERROR!! THE SPOT NOISE IS TOO MANY. limit. CAN'T COMPENSATE ANY MORE. PRESS ANY KEY.

Spot noise compensation is inhibited by the data in the

Turn the power on again. Data in the EEPROM is defective. (Initialize it.)

Turn the power on again. Data in the EEPROM is defective. (Initialize it.) Check the EEPROM, and if necessary, replace it.

The amount of spot noise that can be compensated reaches the

Turn the power on again. Check the CCD image sensor, and if necessary, replace it.

6.4 Error Message of IR Control

ERROR MESSAGE COUNTERMEASURE

IR ERROR

If this error message appears even when the adjustment is performed 2 or 3 times, the IR control circuit system is defective. Refer to TROUBLESHOOTING OF IR CONTROL.

3 - 13

Page 21

7. Troubleshooting of Autofocus

Check the connections

of the lens flat cable.

TL1346:3V

TL1335:PULSE

Lens block faulty

IC1201 faulty.

R1203 faulty.

Q1201 faulty.

Check the 3V line

Correct the connections

of the cable.

IC1301-3:PULSE

IC1301-4:PULSE

Check IC1301

IC1201 faulty.

IC1301-30:PULSE

IC1201 faulty.

L1301 faulty

(1) NO ZOOM AND FOCUS OPERATION

3 - 14

TL1301:8V

EEPROM

Check IC1201 and

TL1345:PULSE

When power turned on:

Lens block faulty.

TL1331-TL1334:PULSES

Check the 5V line

IC1301-2,10,29:5V

Check the 8V line

IC1301-12,20:8V

IC1201 faulty

IC1301-28:PULSE

Page 22

Lens block faulty.

Check the connections

of the lens flat cable.

TL1346:3V

TL1344:PULSE

Lens block faulty.

IC1201 faulty.

R1204 faulty.

Q1201 faulty.

Check the 3V line

Correct the connections

of the flat cable.

Check the 5V line

Check the 8V line.

IC1201 faulty.

When power turned on:

TL1336:PULSE

TL1347-TL1350:PULSES

IC1302-2,10,29:5V

IC1302-12,20:8V

IC1302-28:PULSE

IC1302-3:PULSE

IC1302 faulty.

IC1302-30:PULSE

3 - 15

Page 23

See "(1)No zoom and

Check the connections

of the lens flat cable

TL1346:3V

TL1344:PULSE

Lens block faulty.

IC1201 faulty.

R1204 faulty.

Q1201 faulty.

Check the 3V line

Correct the connections

of the flat cable.

focus operation."

Lens block faulty.

Check the 5V line

Check the 8V line

IC1201 faulty.

normally?

Does zoom operate

(2) NO FOCUS LENS OPERATION

3 - 16

YES

TL1345:PULSE

When power turned on:

TL1347-TL1350:PULSES

IC1302-2,10,29:5V

IC1302-12,20:8V

IC1302-28:PULSE

IC1302-3:PULSE

IC1302-30:PULSE

IC1302 faulty.

Page 24

See "(1) No zoom and

Check the connections

of the lens flat cable.

TL1346:3V

TL1335:PULSE

Lens block faulty.

IC1301-3:PULSE

IC1301-4:PULSE

IC1301 faulty

Correct the connections

of the flat cable.

Check the 3V line

IC1201 faulty.

R1203 faulty.

Q1201 faulty.

IC1201 faulty.

IC1301-30:PULSE

IC1201 faulty.

focus operation."

Zoom switch faulty.

NGCheck the

Lens block faulty.

Check the 5V line

Check the 8V line

IC1201 faulty.

(3)NO ZOOM OPERATION

YES

normally?

Does focus operate

zoom switch unit.

Check IC1201 and

EEPROM

TL1336:PULSE

When power turned on:

TL1331-TL1334:PULSES

IC1301-2,10,29:5V

IC1301-12,20:8V

IC1301-28:PULSE

3 - 17

Page 25

See "(1) No zoom and

TL1346:3V

TL1344:PULSE

Lens block faulty.

IC1201 faulty.

R1204 faulty.

Q1201 faulty.

Check the 3V line

Correct the connections

of the flat cable.

Check the connections

of the lens flat cable.

Set the zoom to the

wide-angle end.

Point at the objects

from the infinity to

close-up ends.

Is there a point at

which focus is obtained

between the infinity

and close-up ends?

Check IC1201 and

EEPROM

YES

TL1336:PULSE

Initialize the unit

and adjust autofocuss.

Does autofocus

operate normally?

IC1201 faulty.

END

YES

Note: For the item marked , perform all

the adjustments required when the

unit is initialized, before

adjusting autofocus.

focus operation."

of the subject.

Increase the illumination

Camera circuit faulty.

YES

Does the video

level increase?

YES

normally?

(4) NO AUTOFOCUS OPRATION

3 - 18

Does zoom operate

to video output

Connect an oscilloscope

VIDEO SIGNAL:

360mVp-p or more

Page 26

Lens block faulty.

(5) SUBJECT IS GREATLY OUT-OF-FOCUS WHEN ZOOMED.

Check the Zoom switch

unit.

IC1201-49:1.2-1.6V

Initialize the unit and

adjust autofocus

Does autofocus

operate normally?

END

IC1201 faulty.

D1201,C1206,R1215

faulty.

Zoom switch faulty.

Note: For the item marked , perform all

the adjustments required when the

unit is initialized, before

adjusting autofocus.

YES

Check the 5V line

Check the 8V line

IC1201 faulty.

TL1347-TL1350:PULSES

IC1302-2,10,29:5V

IC1302-12,20:8V

IC1302-28:PULSE

IC1302-3:PULSE

IC1302-30:PULSE

IC1302 faulty.

3 - 19

Page 27

8. Troubleshooting of IR control

Check the connections

of the lens flat cable.

Lens block faulty

Correct the connections

of the cable.

IC1380-3:PULSE

IC1380-4:PULSE

IC1201 faulty.

IC1380-30:PULSE

IC1201 faulty.

IC1380 faulty

L1301 faulty

(1) NO IR CONTROL OPERATION

3 - 20

TL1301:8V

EEPROM

Check IC1201 and

TL1381:PULSE

When power turned on:

Lens block faulty.

TL1383-TL1386:PULSES

Check the 5V line

IC1380-2,10,29:5V

Check the 8V line

IC1380-12,20:8V

IC1201 faulty

IC1380-28:PULSE

Page 28

CHAPTER 4 EXPLODED VIEW

138

PC CIRCUIT

908

603

BOARD

SP CIRCUIT BOARD

907

906

CSR CIRCUIT BOARD

601

136

906

104

906

602

908

913

137

913

909

1234

4 - 1

Page 29

CHAPTER 5 REPLACEMENT PARTS LIST

1. MECHANICAL PARTS LIST

SYMBOL

002 JP31901 PWB ASSY PC [For VK-S454] 002 JP31902 PWB ASSY PC [For VK-S454E]

104 DT10392 CRYSTAL 136 NA30812 BRACKET 137 NA19622 BRACKET(L) 138 NA19631 BRACKET 601 KQ10861 LENS ASSY

602 NX18521 RUBBER 603 UE15091 CCD IMAGE SENSOR [For VK-S454] 603 UE15092 CCD IMAGE SENSOR [For VK-S454E]

906 7775945 SCREW(2X5) 907 8650103 SCREW(2X3)

908 8650105 SCREW (2X5) 909 8749103 2X3 BIND SCREW 913 7775963 SCREW(2X3)

P-NO DESCRIPTION

MECHANISM SECTION

SYMBOL

P-NO DESCRIPTION

5 - 1

Page 30

2. ELECTRICAL PARTS LIST

SYMBOL

C1001 0893107 CERAMIC CHIP 5.0PF+-0.25% 50V C1002 AA00393R CHIP CERAMIC 1.0UF+80-20% 50V

C1003 AA00393R CHIP CERAMIC 1.0UF+80-20% 50V C1004 AA00393R CHIP CERAMIC 1.0UF+80-20% 50V C1005 AA00393R CHIP CERAMIC 1.0UF+80-20% 50V C1006 0893213 CERAMIC CHIP 2200PF+-10% 50V C1007 AA00422R CERAMIC CHIP 10UF 16V

C1008 0893193 CERAMIC CHIP 0.01UF+-10% 25V C1009 AA01032R CERAMIC CAPACITOR 100000PF+-10% 250V C1010 AA10383R CHIP CAPACITOR 1UF+-10% 50V C1011 0893014 CERAMIC CHIP 0.01UF+-10% 25V C1012 AA00951R CERAMIC CAPACITOR 1.0UF+-10% 16V

C1013 AA00931R CERAMIC CAPACITOR 1.0UF+-10% 10V C1014 AA00393R CHIP CERAMIC 1.0UF+80-20% 50V C1015 0893008 CERAMIC CHIP 0.1UF +-10% 16V C1019 AA00441R CHIP CAPACITOR 22UF+-20% 6.3V C1020 0893008 CERAMIC CHIP 0.1UF +-10% 16V

C1021 AA00422R CERAMIC CHIP 10UF 16V C1022 AA00422R CERAMIC CHIP 10UF 16V C1023 AA00393R CHIP CERAMIC 1.0UF+80-20% 50V C1024 0893008 CERAMIC CHIP 0.1UF +-10% 16V C1025 AA00931R CERAMIC CAPACITOR 1.0UF+-10% 10V

C1026 AA00441R CHIP CAPACITOR 22UF+-20% 6.3V C1027 0893008 CERAMIC CHIP 0.1UF +-10% 16V C1029 0893008 CERAMIC CHIP 0.1UF +-10% 16V C1101 AA00931R CERAMIC CAPACITOR 1.0UF+-10% 10V C1102 0893193 CERAMIC CHIP 0.01UF+-10% 25V

C1103 AA00931R CERAMIC CAPACITOR 1.0UF+-10% 10V C1104 AA00441R CHIP CAPACITOR 22UF+-20% 6.3V C1105 AA00931R CERAMIC CAPACITOR 1.0UF+-10% 10V C1106 AA00381R CERAMIC CHIP 10UF+-10% 6.3V C1107 0893088 CERAMIC CHIP 0.015UF+-10% 16V

C1108 AA00931R CERAMIC CAPACITOR 1.0UF+-10% 10V C1109 0893179 CERAMIC CHIP 0.1UF+-10% 16V C1110 0893179 CERAMIC CHIP 0.1UF+-10% 16V C1111 0893179 CERAMIC CHIP 0.1UF+-10% 16V C1112 0893179 CERAMIC CHIP 0.1UF+-10% 16V

C1113 0893179 CERAMIC CHIP 0.1UF+-10% 16V C1114 0893193 CERAMIC CHIP 0.01UF+-10% 25V C1115 AA00931R CERAMIC CAPACITOR 1.0UF+-10% 10V C1125 0893114 CERAMIC CHIP 12PF+-5% 50V C1126 0893114 CERAMIC CHIP 12PF+-5% 50V

C1131 0893193 CERAMIC CHIP 0.01UF+-10% 25V C1132 AA00441R CHIP CAPACITOR 22UF+-20% 6.3V C1133 AA00422R CERAMIC CHIP 10UF 16V C1134 AA00441R CHIP CAPACITOR 22UF+-20% 6.3V C1135 AA00422R CERAMIC CHIP 10UF 16V

C1140 AA00931R CERAMIC CAPACITOR 1.0UF+-10% 10V C1141 AA00931R CERAMIC CAPACITOR 1.0UF+-10% 10V C1142 AA00931R CERAMIC CAPACITOR 1.0UF+-10% 10V C1143 0893193 CERAMIC CHIP 0.01UF+-10% 25V C1144 0893193 CERAMIC CHIP 0.01UF+-10% 25V

C1145 AA00422R CERAMIC CHIP 10UF 16V C1146 AA00931R CERAMIC CAPACITOR 1.0UF+-10% 10V C1147 AA00931R CERAMIC CAPACITOR 1.0UF+-10% 10V C1148 0893193 CERAMIC CHIP 0.01UF+-10% 25V C1149 0893193 CERAMIC CHIP 0.01UF+-10% 25V

C1150 0893193 CERAMIC CHIP 0.01UF+-10% 25V C1151 AA01101R CERAMIC CAPACITOR 1UF+80-20% 10V C1152 AA01101R CERAMIC CAPACITOR 1UF+80-20% 10V C1153 0893193 CERAMIC CHIP 0.01UF+-10% 25V C1154 AA00931R CERAMIC CAPACITOR 1.0UF+-10% 10V

P-NO DESCRIPTION

CAPACITORS

SYMBOL

C1155 AA00931R CERAMIC CAPACITOR 1.0UF+-10% 10V C1156 0893193 CERAMIC CHIP 0.01UF+-10% 25V C1157 0893193 CERAMIC CHIP 0.01UF+-10% 25V C1158 0893193 CERAMIC CHIP 0.01UF+-10% 25V C1159 0893193 CERAMIC CHIP 0.01UF+-10% 25V

C1160 0893193 CERAMIC CHIP 0.01UF+-10% 25V C1161 0893193 CERAMIC CHIP 0.01UF+-10% 25V C1162 0893193 CERAMIC CHIP 0.01UF+-10% 25V C1163 0893193 CERAMIC CHIP 0.01UF+-10% 25V C1165 AA00931R CERAMIC CAPACITOR 1.0UF+-10% 10V

C1166 0893179 CERAMIC CHIP 0.1UF+-10% 16V C1167 AA00931R CERAMIC CAPACITOR 1.0UF+-10% 10V C1168 AA00422R CERAMIC CHIP 10UF 16V C1170 0893101 CERAMIC CHIP 0.5PF+-0.25% 50V C1171 0893179 CERAMIC CHIP 0.1UF+-10% 16V

C1172 0893123 CERAMIC CHIP 56PF+-5% 50V C1173 0893123 CERAMIC CHIP 56PF+-5% 50V C1174 0893193 CERAMIC CHIP 0.01UF+-10% 25V C1177 0893179 CERAMIC CHIP 0.1UF+-10% 16V C1178 0893175 CERAMIC CHIP 1000PF+-5% 50V

C1180 0893108 CERAMIC CHIP 6.0PF+-0.5% 50V C1181 0893108 CERAMIC CHIP 6.0PF+-0.5% 50V C1183 0893175 CERAMIC CHIP 1000PF+-5% 50V C1184 0893179 CERAMIC CHIP 0.1UF+-10% 16V C1185 AA00422R CERAMIC CHIP 10UF 16V

C1186 0893179 CERAMIC CHIP 0.1UF+-10% 16V C1201 0893193 CERAMIC CHIP 0.01UF+-10% 25V C1204 0893179 CERAMIC CHIP 0.1UF+-10% 16V C1205 0893179 CERAMIC CHIP 0.1UF+-10% 16V C1206 0893193 CERAMIC CHIP 0.01UF+-10% 25V

C1207 0893193 CERAMIC CHIP 0.01UF+-10% 25V C1208 0893179 CERAMIC CHIP 0.1UF+-10% 16V C1209 0893193 CERAMIC CHIP 0.01UF+-10% 25V C1210 0893193 CERAMIC CHIP 0.01UF+-10% 25V C1211 0893193 CERAMIC CHIP 0.01UF+-10% 25V

C1215 0893193 CERAMIC CHIP 0.01UF+-10% 25V C1216 0893177 CAPACITOR 0.068UF+-10% 16V C1218 0893193 CERAMIC CHIP 0.01UF+-10% 25V C1220 0893193 CERAMIC CHIP 0.01UF+-10% 25V C1221 AA00422R CERAMIC CHIP 10UF 16V

C1222 0893193 CERAMIC CHIP 0.01UF+-10% 25V C1301 0893222 CERAMIC CHIP 0.01UF+-10% 50V C1302 0893215 CERAMIC CHIP 3300PF+-10% 50V C1303 0893217 CERAMIC CHIP 4700PF+-10% 50V C1304 0893217 CERAMIC CHIP 4700PF+-10% 50V

C1305 0893193 CERAMIC CHIP 0.01UF+-10% 25V C1306 0893222 CERAMIC CHIP 0.01UF+-10% 50V C1307 0893215 CERAMIC CHIP 3300PF+-10% 50V C1308 0893217 CERAMIC CHIP 4700PF+-10% 50V C1309 0893217 CERAMIC CHIP 4700PF+-10% 50V

C1310 0893193 CERAMIC CHIP 0.01UF+-10% 25V C1311 AA00422R CERAMIC CHIP 10UF 16V C1312 0893179 CERAMIC CHIP 0.1UF+-10% 16V C1313 0893179 CERAMIC CHIP 0.1UF+-10% 16V C1314 AA00422R CERAMIC CHIP 10UF 16V

C1317 0893193 CERAMIC CHIP 0.01UF+-10% 25V C1318 0893193 CERAMIC CHIP 0.01UF+-10% 25V C1319 0893193 CERAMIC CHIP 0.01UF+-10% 25V C1320 0893193 CERAMIC CHIP 0.01UF+-10% 25V C1351 0893193 CERAMIC CHIP 0.01UF+-10% 25V

C1352 0893193 CERAMIC CHIP 0.01UF+-10% 25V C1353 0893193 CERAMIC CHIP 0.01UF+-10% 25V C1354 0893132 CERAMIC CHIP 270PF+-5% 50V C1355 0893193 CERAMIC CHIP 0.01UF+-10% 25V C1356 0893007 CERAMIC CHIP 0.082UF+-10% 16V

P-NO DESCRIPTION

5 - 2

Page 31

SYMBOL

C1357 0893013 CERAMIC CHIP 0.22UF+-10% 16V C1358 0893113 CERAMIC CHIP 10PF+-0.5% 50V C1359 0893133 CERAMIC CHIP 330PF+-5% 50V C1360 0893133 CERAMIC CHIP 330PF+-5% 50V C1361 0893133 CERAMIC CHIP 330PF+-5% 50V

C1362 0893008 CERAMIC CHIP 0.1UF +-10% 16V C1380 0893222 CERAMIC CHIP 0.01UF+-10% 50V C1381 0893193 CERAMIC CHIP 0.01UF+-10% 25V C1382 0893193 CERAMIC CHIP 0.01UF+-10% 25V C1383 0893215 CERAMIC CHIP 3300PF+-10% 50V

C1384 0893179 CERAMIC CHIP 0.1UF+-10% 16V C1385 0893217 CERAMIC CHIP 4700PF+-10% 50V C1386 0893217 CERAMIC CHIP 4700PF+-10% 50V C1387 0893193 CERAMIC CHIP 0.01UF+-10% 25V C1388 AA00422R CERAMIC CHIP 10UF 16V

C1501 0206672 CHIP CAPACITOR 10UF+-20% 16V C1502 0893165 CERAMIC CHIP 180PF+-5% 50V C1503 0893202 CERAMIC CHIP 330PF+-10% 50V C1504 0893008 CERAMIC CHIP 0.1UF +-10% 16V C1505 0893008 CERAMIC CHIP 0.1UF +-10% 16V

C1506 0893013 CERAMIC CHIP 0.22UF+-10% 16V C1507 0209942 CERAMIC CHIP 100PF+-5% 50V C1508 0893013 CERAMIC CHIP 0.22UF+-10% 16V C1510 0893008 CERAMIC CHIP 0.1UF +-10% 16V C1512 0893008 CERAMIC CHIP 0.1UF +-10% 16V

C1513 0893165 CERAMIC CHIP 180PF+-5% 50V C1514 0893202 CERAMIC CHIP 330PF+-10% 50V C1515 0893158 CERAMIC CHIP 56PF+-5% 50V C1516 0893203 CERAMIC CHIP 390PF+-10% 50V C1517 0893165 CERAMIC CHIP 180PF+-5% 50V

C1518 0893202 CERAMIC CHIP 330PF+-10% 50V C1519 0893062 CERAMIC CHIP 1UF+80-20% 16V C1520 0206671 ELECTROLYTIC 10UF 10V C1521 0893062 CERAMIC CHIP 1UF+80-20% 16V C1522 0893062 CERAMIC CHIP 1UF+80-20% 16V

C1523 0206671 ELECTROLYTIC 10UF 10V C1524 AA00441R CHIP CAPACITOR 22UF+-20% 6.3V C1525 0893062 CERAMIC CHIP 1UF+80-20% 16V C1526 0206671 ELECTROLYTIC 10UF 10V C1527 0893062 CERAMIC CHIP 1UF+80-20% 16V

C1528 0893062 CERAMIC CHIP 1UF+80-20% 16V C1529 0893062 CERAMIC CHIP 1UF+80-20% 16V C1530 AA00393R CHIP CERAMIC 1.0UF+80-20% 50V C1531 0893062 CERAMIC CHIP 1UF+80-20% 16V C1532 AA00393R CHIP CERAMIC 1.0UF+80-20% 50V

C1601 0893193 CERAMIC CHIP 0.01UF+-10% 25V C1602 0206671 ELECTROLYTIC 10UF 10V C1603 0893225 CERAMIC CHIP 0.1UF+80-20% 16V C1604 0806129 ELECTROLYTIC 22UF 10V C1605 AD10273R CHIP RESISTOR 100UF+-20% 6.3V

C1606 AD10252R ELECTROLYTIC 1.0UF 20V C1610 0893179 CERAMIC CHIP 0.1UF+-10% 16V C1611 0893193 CERAMIC CHIP 0.01UF+-10% 25V C1612 0893179 CERAMIC CHIP 0.1UF+-10% 16V C1613 0893011 CERAMIC CHIP 0.15UF+-10% 16V

C1614 AA00951R CERAMIC CAPACITOR 1.0UF+-10% 16V C1615 0893008 CERAMIC CHIP 0.1UF +-10% 16V C1616 0893225 CERAMIC CHIP 0.1UF+80-20% 16V C1617 0893117 CERAMIC CHIP 22PF+-5% 50V C1618 0893179 CERAMIC CHIP 0.1UF+-10% 16V

C1621 0893114 CERAMIC CHIP 12PF+-5% 50V C1622 0893179 CERAMIC CHIP 0.1UF+-10% 16V C1623 0893193 CERAMIC CHIP 0.01UF+-10% 25V C1624 AA01111R CERAMIC CHIP 1UF 6.3V C1625 0893179 CERAMIC CHIP 0.1UF+-10% 16V

P-NO DESCRIPTION

SYMBOL

C1626 AA00381R CERAMIC CHIP 10UF+-10% 6.3V C1650 0893206 CERAMIC CHIP 680PF +-10% 50V CP1101 5172801 FILTER,LOW PASS CP1171 BE10501R FILTER CP1601 BV10211R FILTER

R1001 0790049 CHIP RESISTOR 8.2KOHM+-5% 1/16W R1002 0103831 CHIP RESISTOR 100 OHM+-5% 0.1W

R1003 0103829 CHIP RESISTOR 68 OHM+-5% 0.1W R1005 0790064 CHIP RESISTOR 100KOHM+-5% 1/16W R1020 AQ00196R CHIP RESISTOR 1.2KOHM+-1% 1/16W R1021 AQ00215R CHIP RESISTOR 6.2KOHM+-1% W/16W R1101 0790015 CHIP RESISTOR 22 OHM+-5% 1/16W

R1102 AQ00231R CHIP RESISTOR 24KOHM+-1% 1/16W R1105 0790025 CHIP RESISTOR 120 OHM+-5% 1/16W R1140 0790059 CHIP RESISTOR 47KOHM+-5% 1/16W R1143 0790059 CHIP RESISTOR 47KOHM+-5% 1/16W R1144 AQ00251R RESISTOR 130 OHM+-1%0.063W

R1145 AQ00214R CHIP RESISTOR 5.6KOHM+-1% 1/16W R1146 0790059 CHIP RESISTOR 47KOHM+-5% 1/16W R1147 AQ00194R CHIP RESISTOR 1.0KOHM+-1% 1/16W R1148 AQ00205R CHIP RESISTOR 2.7KOHM+-1% 1/16W R1149 0790037 CHIP RESISTOR 1KOHM+-5% 1/16W

R1151 AQ00194R CHIP RESISTOR 1.0KOHM+-1% 1/16W R1155 AQ00194R CHIP RESISTOR 1.0KOHM+-1% 1/16W R1156 0790037 CHIP RESISTOR 1KOHM+-5% 1/16W R1157 AQ00198R CHIP RESISTOR 1.5KOHM+-1% 1/16W R1158 AQ00212R CHIP RESISTOR 4.7KOHM+-1% 1/16W

R1171 0790051 CHIP RESISTOR 10KOHM+-5% 1/16W R1172 0790059 CHIP RESISTOR 47KOHM+-5% 1/16W R1173 0790059 CHIP RESISTOR 47KOHM+-5% 1/16W R1174 0790059 CHIP RESISTOR 47KOHM+-5% 1/16W R1175 0790077 CHIP RESISTOR 1MOHM+-5% 1/16W

R1177 AQ00194R CHIP RESISTOR 1.0KOHM+-1% 1/16W R1201 0790027 CHIP RESISTOR 180OHM+-5% 1/16W R1202 0790055 CHIP RESISTOR 22KOHM+-5% 1/16W R1203 0790027 CHIP RESISTOR 180OHM+-5% 1/16W R1204 0790027 CHIP RESISTOR 180OHM+-5% 1/16W

R1205 0790061 CHIP RESISTOR 56KOHM+-5% 1/16W R1206 0790061 CHIP RESISTOR 56KOHM+-5% 1/16W R1211 0790055 CHIP RESISTOR 22KOHM+-5% 1/16W R1212 0790037 CHIP RESISTOR 1KOHM+-5% 1/16W R1213 0790055 CHIP RESISTOR 22KOHM+-5% 1/16W

R1214 0790037 CHIP RESISTOR 1KOHM+-5% 1/16W R1215 AQ00223R CHIP RESISTOR 12KOHM+-1% 1/16W R1216 0790037 CHIP RESISTOR 1KOHM+-5% 1/16W R1217 0790064 CHIP RESISTOR 100KOHM+-5% 1/16W R1218 0790064 CHIP RESISTOR 100KOHM+-5% 1/16W

R1219 0790051 CHIP RESISTOR 10KOHM+-5% 1/16W R1220 0790051 CHIP RESISTOR 10KOHM+-5% 1/16W R1221 0790051 CHIP RESISTOR 10KOHM+-5% 1/16W R1222 0790051 CHIP RESISTOR 10KOHM+-5% 1/16W R1225 0790059 CHIP RESISTOR 47KOHM+-5% 1/16W

R1227 0790055 CHIP RESISTOR 22KOHM+-5% 1/16W R1228 0790059 CHIP RESISTOR 47KOHM+-5% 1/16W R1230 0790046 CHIP RESISTOR 4.7KOHM+-5% 1/16W R1231 0790051 CHIP RESISTOR 10KOHM+-5% 1/16W R1232 0790031 CHIP RESISTOR 330 OHM+-5% 1/16W

R1233 0790031 CHIP RESISTOR 330 OHM+-5% 1/16W R1234 0790031 CHIP RESISTOR 330 OHM+-5% 1/16W R1237 0790031 CHIP RESISTOR 330 OHM+-5% 1/16W R1238 0790031 CHIP RESISTOR 330 OHM+-5% 1/16W R1256 0790037 CHIP RESISTOR 1KOHM+-5% 1/16W

P-NO DESCRIPTION

RESISTORS

5 - 3

Page 32

SYMBOL

R1306 0103818 CHIP RESISTOR 8.2OHM+-10% 0.1W R1307 0103813 CHIP RESISTOR 3.3 OHM+-10% 0.1W R1308 0790051 CHIP RESISTOR 10KOHM+-5% 1/16W R1309 0790051 CHIP RESISTOR 10KOHM+-5% 1/16W R1310 0103818 CHIP RESISTOR 8.2OHM+-10% 0.1W

R1311 0103813 CHIP RESISTOR 3.3 OHM+-10% 0.1W R1313 0103813 CHIP RESISTOR 3.3 OHM+-10% 0.1W R1314 0103818 CHIP RESISTOR 8.2OHM+-10% 0.1W R1315 0790051 CHIP RESISTOR 10KOHM+-5% 1/16W R1316 0790051 CHIP RESISTOR 10KOHM+-5% 1/16W

R1317 0103813 CHIP RESISTOR 3.3 OHM+-10% 0.1W R1318 0103818 CHIP RESISTOR 8.2OHM+-10% 0.1W R1351 0790039 CHIP RESISTOR 1.5KOHM+-5% 1/16W R1352 0790069 CHIP RESISTOR 0.27MOHM+-5% 1/16W R1353 0790053 CHIP RESISTOR 15KOHM+-5% 1/16W

R1354 0790064 CHIP RESISTOR 100KOHM+-5% 1/16W R1355 0790064 CHIP RESISTOR 100KOHM+-5% 1/16W R1356 0790077 CHIP RESISTOR 1MOHM+-5% 1/16W R1357 0790051 CHIP RESISTOR 10KOHM+-5% 1/16W R1358 0790054 CHIP RESISTOR 18KOHM+-5% 1/16W

R1359 0790067 CHIP RESISTOR 180KOHM+-5% 1/16W R1360 0790053 CHIP RESISTOR 15KOHM+-5% 1/16W R1361 0790054 CHIP RESISTOR 18KOHM+-5% 1/16W R1362 0790067 CHIP RESISTOR 180KOHM+-5% 1/16W R1363 0790053 CHIP RESISTOR 15KOHM+-5% 1/16W

R1364 0790052 CHIP RESISTOR 12KOHM+-5% 1/16W R1365 0790052 CHIP RESISTOR 12KOHM+-5% 1/16W R1366 0790054 CHIP RESISTOR 18KOHM+-5% 1/16W R1367 0790052 CHIP RESISTOR 12KOHM+-5% 1/16W R1368 0790065 CHIP RESISTOR 120KOHM+-5% 1/16W

R1370 0790044 CHIP RESISTOR 3.3KOHM+-5% 1/16W R1371 0790026 CHIP RESISTOR 150 OHM+-5% 1/16W R1372 0790046 CHIP RESISTOR 4.7KOHM+-5% 1/16W R1374 0790049 CHIP RESISTOR 8.2KOHM+-5% 1/16W R1375 0790036 CHIP RESISTOR 820 OHM+-5% 1/16W

R1376 0790047 CHIP RESISTOR 5.6KOHM+-5% 1/16W R1378 0790047 CHIP RESISTOR 5.6KOHM+-5% 1/16W R1380 0103818 CHIP RESISTOR 8.2OHM+-10% 0.1W R1381 0103813 CHIP RESISTOR 3.3 OHM+-10% 0.1W R1382 0790051 CHIP RESISTOR 10KOHM+-5% 1/16W

R1383 0790051 CHIP RESISTOR 10KOHM+-5% 1/16W R1384 0103818 CHIP RESISTOR 8.2OHM+-10% 0.1W R1385 0103813 CHIP RESISTOR 3.3 OHM+-10% 0.1W R1501 0790052 CHIP RESISTOR 12KOHM+-5% 1/16W R1505 0790048 CHIP RESISTOR 6.8KOHM+-5% 1/16W

R1509 0790048 CHIP RESISTOR 6.8KOHM+-5% 1/16W R1510 AQ00231R CHIP RESISTOR 24KOHM+-1% 1/16W R1512 0790049 CHIP RESISTOR 8.2KOHM+-5% 1/16W R1515 0790041 CHIP RESISTOR 1.8KOHM+-5% 1/16W R1516 0790051 CHIP RESISTOR 10KOHM+-5% 1/16W

R1517 0790048 CHIP RESISTOR 6.8KOHM+-5% 1/16W R1519 0790051 CHIP RESISTOR 10KOHM+-5% 1/16W R1520 0790052 CHIP RESISTOR 12KOHM+-5% 1/16W R1521 0790049 CHIP RESISTOR 8.2KOHM+-5% 1/16W R1522 0790052 CHIP RESISTOR 12KOHM+-5% 1/16W

R1524 AQ01021R CHIP RESISTOR 10KOHM+-0.5% 1/16W R1525 AQ01007R CHIP RESISTOR 1KOHM+-0.5% 1/16W R1526 AQ01016R CHIP RESISTOR 4.7KOHM+-0.5% 1/16W R1527 AQ01026R CHIP RESISTOR 27KOHM+-0.5% 1/16W R1528 0105203 CHIP RESISTOR 18KOHM+-0.5% 1/16W

R1529 AQ01021R CHIP RESISTOR 10KOHM+-0.5% 1/16W R1530 AQ01012R CHIP RESISTOR 2.2KOHM+-0.5% 1/16W R1532 AQ01021R CHIP RESISTOR 10KOHM+-0.5% 1/16W R1533 AQ01028R CHIP RESISTOR 39KOHM1/16W R1534 AQ01029R CHIP RESISTOR 47KOHM1/16W

P-NO DESCRIPTION

SYMBOL

R1535 0105205 CHIP RESISTOR 510 OHM+-0.5% 1/16W R1536 0105194 CHIP RESISTOR 2400OHM+-0.5% 1/16W R1601 0103829 CHIP RESISTOR 68OHM+-5% 0.1W R1605 0790033 CHIP RESISTOR 470 OHM+-5% 1/16W R1606 0104153 CHIP RESISTOR 470 OHM+-10% 0.125W

R1607 0790064 CHIP RESISTOR 100KOHM+-5% 1/16W R1608 0790064 CHIP RESISTOR 100KOHM+-5% 1/16W R1610 0790034 CHIP RESISTOR 560 OHM+-5% 1/16W R1611 0790046 CHIP RESISTOR 4.7KOHM+-5% 1/16W R1612 0790055 CHIP RESISTOR 22KOHM+-5% 1/16W

R1613 0790057 CHIP RESISTOR 33KOHM+-5% 1/16W R1614 0790042 CHIP RESISTOR 2.2KOHM+-5% 1/16W R1616 0790051 CHIP RESISTOR 10KOHM+-5% 1/16W R1617 0790068 CHIP RESISTOR 220KOHM+-5% 1/16W R1618 0790073 CHIP RESISTOR 470KOHM+-5% 1/16W

R1620 0790073 CHIP RESISTOR 470KOHM+-5% 1/16W R1621 0790046 CHIP RESISTOR 4.7KOHM+-5% 1/16W R1625 0790037 CHIP RESISTOR 1KOHM+-5% 1/16W R1626 AQ00203R CHIP RESISTOR 2.2KOHM+-1% 1/16W R1627 AQ00205R CHIP RESISTOR 2.7KOHM+-1% 1/16W

R1628 0103851 CHIP RESISTOR 4.7KOHM+-5% 0.1W R1629 0790044 CHIP RESISTOR 3.3KOHM+-5% 1/16W R1630 0790032 CHIP RESISTOR 390 OHM+-5% 1/16W R1633 AQ00203R CHIP RESISTOR 2.2KOHM+-1% 1/16W R1635 AQ00205R CHIP RESISTOR 2.7KOHM+-1% 1/16W

R1636 0790037 CHIP RESISTOR 1KOHM+-5% 1/16W R1639 0790037 CHIP RESISTOR 1KOHM+-5% 1/16W R1640 0790037 CHIP RESISTOR 1KOHM+-5% 1/16W RM1151 AQ00564R CHIP RESISTOR 100KOHM RM1152 AQ00564R CHIP RESISTOR 100KOHM

RM1153 AQ00564R CHIP RESISTOR 100KOHM RM1154 AQ00564R CHIP RESISTOR 100KOHM RM1155 AQ00564R CHIP RESISTOR 100KOHM RM1156 AQ00564R CHIP RESISTOR 100KOHM RM1157 AQ00564R CHIP RESISTOR 100KOHM

RM1158 AQ00564R CHIP RESISTOR 100KOHM

D1001 CC10291R DIODE 1SS353

D1101 5337352 DIODE MA132WA D1171 5337471 DIODE KV1470 D1201 5337422 DIODE DA221 D1351 5337422 DIODE DA221 D1501 CC10291R DIODE 1SS353

D1502 5337352 DIODE MA132WA D1503 CC10291R DIODE 1SS353 D1601 5337391 DIODE D1FS4 D1602 CC10463R DIODE MA3100L IC1002 CK12061R IC UPD16510GR

IC1003 CK26391R IC HD74AC244 IC1101 CK27041U IC HD49325BHF IC1150 CK23583U IC UPD4564323G5-A10BL-9JH IC1171 CK18421R IC TC7SHU04FU IC1173 CK23401R IC MJU6321P

IC1206 CK16201R IC TC7S08FU IC1250 CK21351R IC X25097V1-2.7 IC1251 CK20403R IC RN5VD27AA IC1301 1366804 IC MPC17AT85VMEL IC1302 1366804 IC MPC17AT85VMEL

IC1351 CK20621R IC UPD5023GS-147-GJG IC1380 1366804 IC MPC17AT85VMEL IC1501 1366251 IC TL1464IPT IC1601 CK23321R IC BA7664FV IC1602 1366081 IC HD74HCT125T

P-NO DESCRIPTION

SEMI-CONDUCTORS

5 - 4

Page 33

SYMBOL

IC1603 CK23291R IC 74VHC4046MTCX IC1604 5305831 IC TC7S08 IC1605 CK18421R IC TC7SHU04FU IC1606 CK21441R IC NJM2533V Q1001 5328221 TRANSISTOR 2SC2620-QC

Q1020 5328192 TRANSISTOR 2SC2462LD Q1101 1323231 TRANSISTOR 2SB1462 Q1102 1323231 TRANSISTOR 2SB1462 Q1103 5328192 TRANSISTOR 2SC2462LD Q1201 1323286 TRANSISTOR UMH9N

Q1351 5328192 TRANSISTOR 2SC2462LD Q1352 5328974 TRANSISTOR 2SC2412K Q1353 1323142 TRANSISTOR 2SC2411K Q1501 1308011 TRANSISTOR MPL1 Q1502 1308011 TRANSISTOR MPL1

Q1503 1308011 TRANSISTOR MPL1 Q1504 CA10271R TRANSISTOR 2SB1424 Q1506 5326421 TRANSISTOR 2SC4081BR Q1601 1323273 TRANSISTOR DTA143EE Q1602 1323271 TRANSISTOR DTC144EE

Q1603 1323279 TRANSISTOR DTC114YE Q1604 1323271 TRANSISTOR DTC144EE Q1605 1323321 TRANSISTOR 2SD2216 Q1606 1323271 TRANSISTOR DTC144EE Q1607 5328221 TRANSISTOR 2SC2620-QC

Q1608 1323321 TRANSISTOR 2SD2216 Q1609 1323253 TRANSISTOR XP4401 Q1610 1323291 TRANSISTOR 2SC4617 Q1611 1323231 TRANSISTOR 2SB1462 ZD1171 CC10433R DIODE(MA3030L)

P-NO DESCRIPTION

SYMBOL

BL1601 BE10132R FILTER,LC BL1602 BM00152R FILTER F1601 5723235 FUSE 1A PG1001 1830311 CONNECTOR PG1002 1830096 MINI PLUG

PG1241 1830312 CONNECTOR PG1250 5669199 PLUG PG1301 EA10409R PLUG PG1380 EA10362R CONNECTOR PG1501 1830104 MINI PLUG

PG1601 5666914 MINI PLUG

P-NO DESCRIPTION

TRANSFORMER

T1501 BC10441R COIL

COILS

L1001 BA10334R COIL 10UH L1002 BA10334R COIL 10UH L1101 BA10334R COIL 10UH

L1102 BA10334R COIL 10UH L1103 BA10334R COIL 10UH L1201 BA10334R COIL 10UH L1202 BA10334R COIL 10UH L1301 BA10696R COIL 680UH

L1302 BA10334R COIL 10UH L1501 BA10335R COIL 22UH L1503 BA10695R COIL L1504 BA10693R COIL L1505 BA10695R COIL

L1506 0773004 COIL 100UH L1507 0773004 COIL 100UH L1601 BA10334R COIL 10UH L1602 BA10335R COIL 22UH L1603 BA10337R COIL 100UH

L1604 BA10337R COIL 100UH

CRYSTAL

X1171 BL10937R CRYSTAL

MISCELLANEOUS

BL1101 BM00137R FILTER B750 BL1102 BM00137R FILTER B750

5 - 5

Page 34

6 - 2

6 - 1

WAVEFORMS

INTERNAL WIRING DIAGRAM

WAVEFORMS

CHAPTER 6

SCHEMATIC, CIRCUIT BOARD AND BLOCK DIAGRAMS/MICROPROCESSOR PINS FUNCTION TABLES

To LENS BLOCK

PG1250

TEST

PLUG

PG1301

22P

PG1241

38P

PG1380

PG1001

38P

PG1002

26P

PG1501

26P

PG1601

OUTPUT

CSR

9 IC1003-2 6.0Vp-p

2V/100ns COLOR CHART

15 IC1201-72 3.0Vp-p

1V/20.0µs COLOR CHART

10 IC1003-4 6.0Vp-p

2V/100ns COLOR CHART

1 IC1001-7 1.1Vp-p

0.2V/20.0µs COLOR CHART

18 Q1101-B 550mVp-p

0.2V/20.0µs COLOR CHART

19 Q1102-B 1.0Vp-p

0.2V/20.0µs COLOR CHART

16 IC1201-75 3.0Vp-p

1V/5.0ms COLOR CHART

17 IC1201-78 3.0Vp-p

1V/5.0ms COLOR CHART

11 IC1101-18 4.2Vp-p

1V/50.0ns COLOR CHART

12 IC1101-19 4.2Vp-p

1V/50.0ns COLOR CHART

7 IC1002-17 6.5Vp-p

2V/20.0µs COLOR CHART

8 IC1002-18 6.5Vp-p

2V/20.0µs COLOR CHART

5 IC1002-13 3.1Vp-p

1V/5.0ms COLOR CHART

14 IC1201-38 3.0Vp-p

1V/5.0ms COLOR CHART

4 IC1002-12 3.1Vp-p

1V/20.0µs COLOR CHART

6 IC1002-14 3.1Vp-p

1V/20.0µs COLOR CHART

2 IC1002-5 6.5Vp-p

2V/20.0µs COLOR CHART

3 IC1002-7 3.1Vp-p

1V/20.0µs COLOR CHART

13 IC1101-26 1.1Vp-p

0.2V/20.0µs COLOR CHART

Page 35

65 7

6 - 4

6 - 3

SENSOR

SENSOR [SP] SCHEMATIC DIAGRAM

-6.5

0 0

3.6

-6.6

15.2

15.1

30mV

40mV

3.6

7.0

7.4

00 0

15.2

15.2 0

3.3

-6.5

3.3

5.1

4.4

IC1001

VK-S454: ICX216AN

VK-S454E: ICX217AN

CCD SENSOR

CCD OUT

SENSOR DRIVE

BUF

CCD OUT

To PROCESS [PC] PG1241

[P6-5]

To SWITCHING REGULATOR [CSR] PG1501

[P6-9]

CODE PART NAME LD 2SC2462LD QC 2SC2620 C 1SS353

VOLTAGE: REC MODE

: WAVEFORMS No.

SENSOR [SP]

1234567

141312111098

R1003

IC1001

10000p/250

C1024

0.1

C1027

0.1

C1026 22/6.3

6.2k

DIFFERENCE OF VK-S454 AND VK-S454E

Parts VK-S454 VK-S454E IC1001 ICX216AN ICX217AN

9 10

Page 36

321

6 - 66 - 5

PROCESS

PROCESS [PC] SCHEMATIC DIAGRAM

6 - 7

PROCESS

5.03.1

3.8

3.2

4.2

0.6

1.2

5.0

1.4

0.9

1.9

3.2

00000

0000 00

2.1

1.1

1.6

1.2

3.2

3.3 0

3.3

1.7

32us

3.0

32ms

3.3

32us

2.1

3.3

32us

3.7

17ms

3.5

17ms

1.5

1.0

3.2

3.3

17ms

00 0 0

000000000000

0000

3.2

2.0

3.1 0

3.2

3.23.2

3.2

2.0

3.1

1.8

0.8

2.0

3.2

3.3 0

3.3

32us

1.7

1.0

60us

3.3

3.2

0.7

3.3

3.2 3.23.23.23.3

3.3

3.2

1.0

3.2

0.6us

32us

3.2

1.5

17ms

3.3

17ms

3.2

17ms

3.2

17ms

3.2

17ms

3.3

17ms

1.0

3.3

32us

1.0

1.5

3.3

32us

3.3

32us

3.3

32us

1.7

3.3

3.2

3.3

3.2

3.3

3.2 3.2

3.2

3.3

3.2

1.0

3.2

0.07us

3.2

0.6us

000

3.2

3.0

3.2

3.1

2.1

1.2

1.6

3.2

1.2 0

0 0 0

0 0

3.30000000000

000

2.3

3.2

1.5

1.3

3.2

22us

3.2

1.5

3.2

0.6us

1.5

3.2

32us

17ms

3.2

32us

3.2

32us

3.2

3.0

3.2

17ms

3.2

0000

--000

5.0

1.5

8.2

14.8

3.2

0.3

1.58.0

9us

2.0

00 00

0000

5.0

3.2

1.4

8.2

14.7

12.0

10us

5.0

3.0

8.0

5.0

2.0

32us

0000000

0000

5.0

3.2

1.5

8.2

14.8

12.4

3.2

0.5

1.28.0

9us

5.0

1.7

3.8

1.7

1.0

2.2

1.5

2.2

2.8

4.2

2.2

2.1

2.2

2.9

2.1

7.2MHz LPF

To SENSOR [SP] PG1001

[P6-4]

CCD OUT

CDS/AGC & A/D CONV

INV.

CLOCK GEN.

CAMERA DSP

D-RAM

-9JH

EEPROM

DIGITAL uP

(D-uP)

VK-S454 SERIES uP

F.DET/IRIS DRIVE

UPD5023GS-147GJG

To LENS BLOCK

PROCESS [PC]

TEST PLUG

CODE PART NAME AR 2SB1462 BR 2SC2412K CQ 2SC2411K LD 2SC2462-LD H6 TC7SHU04FU H9 UMH9N F7 KV1470 K DA221 MO MA132WA

3.0L MA3030L

VOLTAGE: REC MODE

: WAVEFORMS No.

12 11

B750 B750

DIFFERENCE OF VK-S454 AND VK-S454E Data in the EEPROM (IC1250).

IC1206 IC1251

RESET PULSE GEN.

IC1302

FOCUS MOTOR

DRIVE

IC1380

IR FILTER DRIVE

IC1301

ZOOM MOTOR

DRIVE

680u

TL1301

0.27M

Page 37

321

6 - 10

6 - 9

CSR,PC,SP

6 - 8

SWITCHING REGULATOR

SWITCHING REGULATOR [CSR] SCHEMATIC DIAGRAM

IDENTIFICATION OF PARTS LOCATION

2us

8.0

8.4 5.1

2us

8.0

8.4 3.3

1.0

8.4

-10

8.4

1.0

8.4

-6.6

15.2

5.0

3.1

17ms

5.0

17ms

3.1

2.8

5.1

2.1

2.8

5.0

5.1

2.1

2.4

1.7

2.5 0

01.7

2.5 0

3.3 0

5.0

8.4

7.20

7.3

1.5

0.9

1.5

1.1

7.9

0.8 - -0 1.5 1.5 1.5

1.8

1.3

1.2

1.5

1.8

1.5

7.1

7.6

007.9 7.9 7.9

7.9

8.4

8.48.4

2us

6.0

2us

8.0

2us

8.0

2us

8.0

2us

8.1

2us

8.1 2us

8.1

2us

8.0

2us

8.0

2us

8.0

2us

8.1

2us

8.1

5.0

1.9

5.0

3.2

5.0

0 0 0 0 0 0

4.9

2.6

4.3

5.0

17ms

5.0

3.3

3.1

3.3

5.0

0 0 0

5.0

2.6

1A/125V

390

CODE PART NAME AE 2SB1424 AR 2SB1462 BR 2SC4617 BR 2SC4081BRT MPL1 MPL-1 YR 2SD2216 QC 2SC2620 5K XP4401 13 DTA143EE 26 DTC144EE 64 DTC114YE C 1SS353 MO MA132WA H6 TC7SHU04FU S4 D1FS4 10L MA3100L

VOLTAGE: REC MODE

TC7S08

FV PULSE GEN.

VCO/PHASE COMPA.

LEVEL SHIFT

NTSC/PAL SW

Y/C MIX & VIDEO AMP

6dB

INV.

PWM

To SENSOR [SP] PG1002

[P6-4]

SWITCHING REGULATOR [CSR]

VIDEO

OUTPUT

22/6.3

2.2k

C1650

680p

Q1607 (QC)

VCO OUT

Symbol

No.

Parts

Location

Symbol

No.

Parts

Location

Symbol

No.

Parts

Location

Symbol

No.

Parts

Location

Symbol

No.

Parts

Location

Symbol

No.

Parts

Location

Symbol

No.

Parts

Location

BL1601 B-1B

BL1602 A-2B

C1501 A-1A

C1502 B-2A

C1503 B-1A

C1504 B-1A

C1505 B-1A

C1506 B-1A

C1507 B-1A

C1508 B-1A

C1510 B-1A

C1512 B-1A

C1513 B-2A

C1514 B-1A

C1515 B-2A

C1516 B-2A

C1517 B-2A

C1518 B-2A

C1519 B-2A

C1520 A-2A

C1521 B-2A

C1522 B-3A

C1523 A-3A

C1524 B-3A

C1525 B-2A

C1526 A-2A

C1527 B-2A

C1528 B-2B

C1529 B-2B

C1530 B-2A

C1531 B-2B

C1532 B-2B

C1601 A-1B

C1602 A-1B

C1603 A-2C

C1604 A-2C

C1605 A-2C

C1606 A-2C

C1610 A-2B

C1611 B-2C

C1612 B-2B

C1613 B-3B

C1614 B-2B

C1615 B-3B

C1616 B-3B

C1617 A-2B

C1618 A-1B

C1621 A-1B

C1622 A-2B

C1623 A-2B

C1624 A-2B

C1625 A-2B

C1626 B-2B

C1650 B-2B

CP1601 A-1A

D1501 A-2A

D1502 B-2A

D1503 A-2B

D1601 B-1C

D1602 B-1A

F1601 B-1B

IC1501 B-1A

IC1601 A-2C

IC1602 B-2B

IC1603 B-2B

IC1604 B-3B

IC1605 A-1B

IC1606 A-2B

L1501 A-1A

L1503 A-2A

L1504 A-3A

L1505 A-2A

L1506 B-2A

L1507 B-2B

L1601 A-1B

L1602 B-2B

L1603 A-1B

L1604 A-1B

PG1501 A-1A

PG1601 B-1B

Q1501 B-2A

Q1502 B-3A

Q1503 B-2A

Q1504 B-2A

Q1506 B-2B

Q1601 B-3B

Q1602 B-2B

Q1603 B-3B

Q1604 A-1B

Q1605 A-2B

Q1606 A-2B

Q1607 B-2B

Q1608 A-1B

Q1609 B-2B

Q1610 B-2C

Q1611 B-2C

R1501 B-2A

R1505 B-1A

R1509 B-1A

R1510 B-1A

R1512 B-1A

R1515 B-1A

R1516 B-1A

R1517 B-1A

R1519 B-1A

R1520 B-1A

R1521 B-2A

R1522 B-2A

R1524 B-2A

R1525 B-2A

R1526 B-2A

R1527 B-3A

R1528 B-3A

R1529 B-3A

R1530 B-2A

R1532 B-2A

R1533 A-2A

R1534 A-2A

R1535 A-2A

R1536 A-2A

R1601 A-2B

R1605 B-2B

R1606 B-2B

R1607 B-2B

R1608 B-2B

R1610 B-2C

R1611 B-2B

R1612 B-2B

R1613 B-2B

R1614 B-3B

R1616 B-2B

R1617 B-2B

R1618 B-2B

R1620 B-3C

R1621 B-3B

R1625 A-2B

R1626 A-1B

R1627 A-2B

R1628 B-2B

R1629 B-2C

R1630 B-2C

R1633 A-1B

R1635 A-1B

R1636 A-1B

R1639 B-2B

R1640 B-2C

T1501 A-2B

CSR

PC SP

Symbol

No.

Parts

Location

Symbol

No.

Parts

Location

Symbol

No.

Parts

Location

Symbol

No.

Parts

Location

Symbol

No.

Parts

Location

Symbol

No.

Parts

Location

Symbol

No.

Parts

Location

BL1101 A-3B

BL1102 A-3B

C1101 B-3B

C1102 B-3B

C1103 B-3B

C1104 B-3B

C1105 A-4B

C1106 B-3C

C1107 B-4B

C1108 B-4B

C1109 B-4B

C1110 B-4B

C1111 B-4B

C1112 B-4B

C1113 B-4B

C1114 B-4B

C1115 B-4B

C1125 A-3B

C1126 A-3B

C1131 B-2C

C1132 B-2C

C1133 A-4B

C1134 A-4A

C1135 A-4A

C1140 B-2A

C1141 B-2A

C1142 B-3A

C1143 B-3A

C1144 B-3A

C1145 B-3A

C1146 B-3B

C1147 B-3B

C1148 B-3B

C1149 B-3B

C1150 B-3B

C1151 B-3B

C1152 B-3B

C1153 B-3B

C1154 B-2B

C1155 B-2B

C1156 B-2C

C1157 B-2C

C1158 B-2B

C1159 B-2B

C1160 B-1B

C1161 B-1B

C1162 B-1B

C1163 B-1C

C1165 B-4C

C1166 B-4C

C1167 B-2A

C1168 B-3A

C1170 A-2A

C1171 A-2A

C1172 A-2A

C1173 A-2A

C1174 A-2A

C1177 A-2A

C1178 A-1A

C1180 A-2A

C1181 A-3A

C1183 A-3A

C1184 A-2A

C1185 B-3A

C1186 A-2A

C1201 B-3A

C1204 A-1B

C1205 A-1B

C1206 A-1A

C1207 B-1B

C1208 B-1B

C1209 B-1B

C1210 B-2B

C1211 B-2A

C1215 A-1A

C1216 A-1A

C1218 A-3A

C1220 A-3A

C1221 A-3A

C1222 A-1A

C1301 A-2B

C1302 A-2B

C1303 A-2B

C1304 A-2C

C1305 A-2C

C1306 A-2B

C1307 A-2B

C1308 A-3B

C1309 A-3C

C1310 A-3C

C1311 A-1C

C1312 A-2C

C1313 A-2C

C1314 A-4C

C1317 A-2B

C1318 A-2B

C1319 A-2B

C1320 A-2B

C1351 B-1B

C1352 B-1B

C1353 B-1B

C1354 B-1B

C1355 B-1B

C1356 B-1B

C1357 B-1B

C1358 B-1A

C1359 B-1A

C1360 B-1A

C1361 B-1A

C1362 A-1A

C1380 B-3A

C1381 B-3A

C1382 B-3A

C1383 B-3A

C1384 B-3A

C1385 B-4B

C1386 B-4A

C1387 B-4A

C1388 A-1C

CP1101 B-3C

CP1171 A-2A

D1101 B-4C

D1171 A-2A

D1201 A-2B

D1351 A-1A

IC1101 B-4B

IC1121 B-3B

IC1150 B-2B

IC1171 A-2A

IC1173 A-3A

IC1201 B-2A

IC1206 A-1A

IC1250 A-3A

IC1251 A-1A

IC1301 A-2B

IC1302 A-3B

IC1351 B-1B

IC1380 B-4A

L1101 B-3C

L1102 A-4B

L1103 B-3A

L1201 A-3A

L1202 A-1A

L1301 A-1B

L1302 A-4C

L1381 B-3A

PG1241 A-3B

PG1250 A-1A

PG1301 B-2A

PG1380 B-3A

Q1101 B-3C

Q1102 B-2C

Q1103 B-4C

Q1201 B-1A

Q1351 B-1B

Q1352 A-1A

Q1353 A-1A

R1101 B-3B

R1102 B-4B

R1105 B-3B

R1140 B-2A

R1143 B-3B

R1144 B-3B

R1145 B-3B

R1146 B-2B

R1147 B-3B

R1148 B-3C

R1149 B-3C

R1151 B-3C

R1155 B-3C

R1156 B-2C

R1157 B-4B

R1158 B-4C

R1171 A-2A

R1172 A-2A

R1173 A-2A

R1174 A-2A

R1175 A-2A

R1177 A-2A

R1201 B-3A

R1202 B-3A

R1203 B-1A

R1204 B-1A

R1205 B-1A

R1206 B-1A

R1211 A-1B

R1212 A-1B

R1213 A-1B

R1214 A-1B

R1215 A-1A

R1216 B-1A

R1217 B-1A

R1218 B-1A

R1219 B-2B

R1220 B-2B

R1221 A-1A

R1222 A-1A

R1225 B-2A

R1227 A-4A

R1228 A-3A

R1230 A-1A

R1231 A-1A

R1232 A-1A

R1233 A-1A

R1234 A-1A

R1237 B-1A

R1238 B-1A

R1256 A-3B

R1306 A-2C

R1307 A-2C

R1308 A-2B

R1309 A-2B

R1310 A-2C

R1311 A-2C

R1313 A-2C

R1314 A-2C

R1315 A-3B

R1316 A-3B

R1317 A-3C

R1318 A-3C

R1351 B-1B

R1352 B-1B

R1353 B-1B

R1354 B-1B

R1355 B-1B

R1356 B-1B

R1357 B-1B

R1358 B-1A

R1359 B-1A

R1360 B-1A

R1361 B-1A

R1362 B-1A

R1363 B-1A

R1364 B-1A

R1365 B-1A

R1366 B-1A

R1367 B-1A

R1368 B-1A

R1370 A-1B

R1371 B-1B

R1372 B-1B

R1374 B-1B

R1375 B-1B

R1376 A-1A

R1378 A-1B

R1380 A-4A

R1381 A-4A

R1382 B-4A

R1383 B-4A

R1384 B-4A

R1385 B-4A

RM1151 A-2B

RM1152 A-2B

RM1153 A-2B

RM1154 A-2B

RM1155 B-1C

RM1156 B-1C

RM1157 A-1B

RM1158 A-1B

TL1301 A-1C

TL1331 B-3A

TL1332 B-3A

TL1333 B-3A

TL1334 B-3A

TL1335 B-2A

TL1336 A-2A

TL1344 A-3A

TL1345 B-2A

TL1346 A-3A

TL1347 A-3A

TL1348 A-3A

TL1349 A-3A

TL1350 A-3A

TL1381 B-3A

TL1383 B-4A

TL1384 B-4A

TL1385 B-4A

TL1386 B-4A

X1171 A-2A

ZD1171 A-2A

C1001 B-2B

C1002 B-2A

C1003 B-2A

C1004 B-2B

C1005 B-2B

C1006 B-2B

C1007 B-2A

C1008 B-2A

C1009 B-2B

C1010 B-2B

C1011 B-2A

C1012 A-1B

C1013 A-1B

C1014 A-1C

C1015 B-2B

C1019 B-2B

C1020 B-1B

C1021 B-2A

C1022 B-2A

C1023 B-2A

C1024 A-1B

C1025 A-2B

C1026 A-2B

C1027 A-2B

C1029 A-2B

D1001 B-2A

IC1001 B-2B

IC1002 A-1B

IC1003 B-1B

L1001 A-1B

L1002 B-2B

PG1001 B-1B

PG1002 B-3A

Q1001 B-2B

Q1020 A-2B

R1001 B-2B

R1002 A-2A

R1003 B-2A

R1005 B-2A

R1020 A-2B

R1021 A-2B

Page 38

6 - 12

6 - 11

PC CIRCUIT BOARD DAIGRAM

TL1384 TL1385

TL1386TL1383

TL1381

TL1334

TL1333

TL1331

TL1332

TL1335

TL1345

PC -SIDE B-

[PATTERN No.JA1893-1]

ABC

TL1348

TL1344

TL1349

TL1350

TL1347

TL1346

TL1336

TL1301

PC -SIDE A-

CBA

Page 39

6 - 146 - 13

CSR

SP CIRCUIT BOARD DIAGRAM CSR CIRCUIT BOARD DIAGRAM

C1026

C1027

C1024

SP -SIDE A-

123

R1003

SP -SIDE B-

[PATTERN No.JA1893-1]

123

CSR -SIDE A-

1 23

C1650

CSR -SIDE B-

[PATTERN No.JA1893-1]

123

R1639

C1650

BOARD

Page 40

6 - 16

6 - 15

BLOCK DIAGRAM

H1,H2, RG

IC1001

CCD

SENSOR

Q1001

BUF.

IC1003

BUF.

IC1101

CDS/AGC & A/D CONV

CDS AGC

AUTO

FOCUS

DET.

Y/CHROMA

DIGITAL

PROCESS

IC1121

CAMERA DSP

IC1150 D-RAM

D/A

LPF

CP10151

CHROMA

C,SYNC

MCK1 (13.5MHz)

F (27MHz)

INT.FV

PHASE

COMPA.

VCO

Q1601

PG1601 OUTPUT

VIDEO6

EX.FV8

SD(RS-232C)2

RD(RS-232C)1

B+4

GND5

CP1601

EXT.FV

IC1604

Q1603

BUF.

IC1603

VCO/PHASE COMPA.

IC1602

LEVEL SHIFT

Q1602

C.CLIP

Q1607,Q1609, Q1610,Q1611

IC1601

Y/C MIX &

VIDEO AMP

Q1102

BUF.

IC1171

INV.

IC1250

EEPROM

IC1201

DIGITAL µP

(D-µP)

RESET PULSE

GEN.

IC1206,IC1251

Q1101

BUF.

Q1605

BUF.

Q1605

BUF.

Q1608

BUF.

A/D

IC1002

V1,V2 V3

XSG23A,XSG23B, XSUB,XV1,XV2,XV3

SP1, SP2, OBP

HD,EP3,

FV,FP

5-14

197-201,

205

1,208,209,

212-215

180-182,

185

DATA,

CLOCK,

9,11,139,11,

3,5,7, 10,12,14

3,5,7,

10,12,14

PG1001

(1/2)

PG1241 (1/2)

2262

2-11

PG1241

(2/2)

PG1002

38,72, 75,78

96-98

2897

PG1301

DRIVE

ZOOM

SENSOR

ZOOM

LED

FOCUS

SENSOR

FOCUS

LED

DRIVE

ZOOM

MOTOR

IRIS

MOTOR

HALL

DEVICE

FOCUS MOTOR

Q1201

LED

DRIVE

DECORD

BIAS

F.DET

IRIS

DRIVE

Q1352,

Q1353

IC1351

F.DET/IRIS DRIVE

IC1301

ZOOM MOTOR DRIVE

DRIVE

DECORD

IC1302

FOCUS MOTOR DRIVE

Q1351

BIAS

DRIVE

ZOOM-LED

FCUS-LED

FUS-SENS

ZOM-SENS

RDCW

RDCK

RD-RESET

ZDCW

ZDOEB

ZDCK

ZD-RESET

HAL-ADJ0

HALL-G

F.DET

HAL-ADJ1

IRCW

IR-SENS

IROREB

IRDCK

IR-RESET

IRIS PWM

DATA, CLOCK, CS

HD,EP3 FV,FP

PG1001 (2/2)

PG1501

29 29

18 18

1513232515

27 1927 19

N/P

26,28

10,12

30 17

26,28

18 18

3Va

3Vb

B+

L1002

858

15V

-6.5V

VCC1-4

VCC

STBY4

STBY3

STBY2

STBY1

1,36, 42,43

3V SW

5V SW

CAM

Q1504

PWM

T1501D1501

D1503

Q1506 SHORT

PROTECT

PWM

Q1501

Q1502

Q1503

IC1501

PWM

10,12

83-85

RD(232C)

MD2

FWE

32 31

RXD2 TXD2

BPF-N/P

SD(232C)

LINE-SW

RESET-IN

SYS-CLK

100

CS-SYC

DATA,

CLOCK

LD-DSP

194,41170 177

RESET

174-17661,63

ADCK

43-4517-19

SENSOR

DRIVE

PG1380

DRIVE

IR FILTER MOTOR

DECORD

IC1380

IR FILTER DRIVE

PC SP

(2/2)

CSR

(1/2)

PULSE

GEN.

CP1171 LC

LL. OSC

F1601

SENSOR

RST

PG1250

TEST PLUG

MD2

FWE

RXD

TXD

4.43MHz BPF

3.58MHz BPF

L1603, C1621

P: VK-S454E N: VK-S454

IC1606

NTSC/PAL SW

L1604, C1617

N/P

4,7,8

DATA CLOCK

PULSE

GEN.

CLOCK

GEN

X1171

27MHz

IC1173

Page 41

6 - 186 - 17

Digital Microprocessor (IC1201: D-µP)

MICROPROCESSOR PIN FUNCTION TABLES

Pin I/O Active Abbreviation Function No. Level

1 O (Pulse) LD-DSP Activates data communication with IC1121 (DSP). 2 O (Pulse) CS-DAC Not used. Open. 3 O (Pulse) CS-VAP 4 O Hi GYRO-RST 5 ----- ----- CEON 6 ----- ----- CHARGE 7 O (Pulse) RDOEB Activates focus drive data communications with IC1302 (FOCUS MOTOR DRIVE). 8 O (Pulse) ZDOEB Activates zoom drive data communications with IC1301 (ZOOM MOTOR DRIVE).

9 O (Pulse) RDCK Outputs focus motor drive signal to IC1302 (FOCUS MOTOR DRIVE). 10 O (Pulse) ZDCK Outputs zoom motor drive signal to IC1301 (ZOOM MOTOR DRIVE). 11 O (Pulse) IRDCK Outputs IR motor drive signal to IC1380 (IR FILTER DRIVE). 12 ----- ----- VCC (3V) 3V power input. 13 I Hi/Lo LINE-SW External sync detection input. When "Hi" is input, the unit will be driven in the

external sync mode; when "Lo" is input, it will be driven in the internal sync mode. 14 ----- ----- GND Ground. 15 O Hi/Lo IRDCW Issues a command which determines with IC1380 (IR FILTER DRIVE). 16 O (Pulse) IROREB Activates IR motor drive data communications with IC1380 (IR FILTER DRIVE). 17 O Hi IR-RESET Resets IC1380 (IR FILTER DRIVE). 18 I (Pulse) IR-SENS IR motor position detection input. 19 O ----- IR-LED Not used. Open. 20 ----- ----- ---------21 ----- ----- ---------22 I 0V-3V H-VAP 23 ----- ----- XTAL-CTL 24 I 0V-3V V-VAP 25 ----- ----- CHECK8 26 O Hi ZD-RESET Resets IC1301 (ZOOM MOTOR DRIVE). 27 O Hi RD-RESET Resets IC1302 (FOCUS MOTOR DRIVE). 28 O (Pulse) IRIS-PWM Iris motor drive output . 29 ----- ----- LD-JIG Not used. Open. 30 O (Pulse) ZOOM-LED Output pulses to drive the ZOOM LED in the lens block via Q1201 (LED DRIVE). 31 ----- ----- TXD2 Not used. 32 ----- ----- RXD2 33 O (Pulse) FCUS-LED Output pulses to drive the FOCUS LED in the lens block via Q1201 (LED DRIVE). 34 O Hi/Lo ZD CW Issues a command which determines with IC1301 (ZOOM MOTOR DRIVE). 35 ----- ----- ZD-PWMA Not used. Open. 36 O Hi/Lo RD CW Issues a command which determines with IC1302 (FOCUS MOTOR DRIVE). 37 ----- ----- RD-PWMA Not used. Open. 38 I (Pulse) FV Receives the vertical sync pulses that detect the iris detection area, from IC1121

(DSP). 39 I (Pulse) FUS-SENS Focus motor position detection input. 40 I (Pulse) REM-IR Not used. Open. 41 I (Pulse) ZOM-SENS Zoom motor position detection input. 42 ----- ----- GND Ground. 43 O 0V-5V HAL-ADJ1 Controls the offset voltage of IC1351 (F.DET/IRIS DRIVE). 44 O 0V-5V HAL-ADJ0 Drives bias generator in IC1351 (F.DET/IRIS DRIVE) via Q1351 (BUF) to

control the bias voltage of the Hall devices. 45 ----- ----- BATTERY Not used. Open. 46 I 0V-5V ZOOM-SW Not used. 47 I 0V-3V KEY2 48 I 0V-3V KEY1 49 I 0V-3V TEMP-ADJ Temperature change detection input. Detects variations in the forward voltage

at the connected diode to correct the back-focus.

Pin I/O Active Abbreviation Function No. Level

50 I 0V-3V V-GYRO Not used. Connect to ground. 51 I 0V-3V H-GYRO 52 I 0V-3V FDET F-value detection input. Receives the F.DET voltage detected by IC1351 (F.DET/

IRIS DRIVE) and compares this with the reference voltage input via pin 53 to detect

the F-value. 53 ----- ----- AVCC Reference 3V power input. 54 ----- ----- AVCC A/D reference voltage input (connected to 3V power supply). 55 ----- ----- VCC 3V power input. 56 ----- ----- VCC 57 ----- ----- ---------- Not used. Open. 58 ----- ----- ---------- Not used. Connect to ground. 59 I Lo RESET-IN Reset signal input from IC1203 (RESET PULSE GEN.). 60 ----- ----- VCC 3V power input. 61 ----- ----- STBY Not used. Connect to 3V power supply. 62 ----- ----- VCC 3V power input. 63 ----- ----- ---------- Not used. Open. 64 ----- ----- GND Grounded. 65 I (Pulse) SYS-CLK Inputs control clock pulses from IC1121 (DSP). 66 ----- ----- FWE Not used. 67 ----- ----- MD2 68 ----- ----- ---------- Not used. Open. 69 O Hi HALL-G Controls the amplification (gain of Hall device) of IC1351 (F.DET/IRIS DRIVE). 70 ----- ----- ---------- Not used. Open. 71 ----- ----- ---------72 I (Pulse) HD Horizontal sync input. 73 ----- ----- SHUT-CTL Not used. Open. 74 ----- ----- STROBE 75 I (Pulse) FP Field discrimination pulse input. 76 O (Pulse) SD (232C) Used for initial settings and adjustment. For data communications with personal 77 I (Pulse) RD (232C) computer. 78 I (Pulse) EP3/AFLH Receives pulses which discriminate the iris detection area. 79 ----- ----- ---------- Not used. Open. 80 ----- ----- ---------81 ----- ----- ---------82 ----- ----- ---------83 O (Pulse) SDO For data communications with IC1121 (DSP), IC1250 (EEPROM). 84 I (Pulse) SDI 85 O (Pulse) SCLK 86 ----- ----- DC-LIGHT-SW- Not used. Open.

OFF 87 ----- ----- ---------88 O ----- x16/x22 89 O ----- BW/COLOR 90 O ----- PAL/NTSC 91 ----- ----- ---------92 I 0V-5V F-DIAL1 93 I 0V-5V F-DIAL2 94 I ----- SYS-RST 95 O Hi/Lo BPF-N/P BPF (for chroma signal) setect signal output. 96 O (Pulse) CK-CDS Transfer data to IC1101 (CDS/AGC & A/D CONV. ). 97 O (Pulse) SDO-CDS 98 O (Pulse) CS-CDS Activates data communications with IC1101 (CDS/AGC & A/D CONV. ). 99 O (Pulse) CS-EE Not used. Open. 100 O (Pulse) CS-SYC Activates data communications with IC1250 (EEPROM).

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VK-S454/S454E

VK-S454

TK No. 8101E

VK-S454E

VK-S454/S454E

Digital Media Products Division,Tokai

Printed in Japan (I)