Panasonic PV-GS250PP Service manual

Digital Video Camcorder

PV-GS250PP

A-MECHANISM

Color

(S)...... Silver Type

ORDER NO.MKE0501404C1

PV-GS250PP

CONTENTS

Page Page

1 SERVICE INFORMATION 4

1.1. Service Information Regarding IC2001 of PV-GS250PP

1.2. Service Information Regarding Simultaneous Exchange of MONITOR C.B.A. and LCD PANEL UNIT of PV-GS250PP

2 INTRODUCTION

2.1. INTRODUCTION

2.2. ABOUT LEAD FREE SOLDER (PbF)

3 SAFETY PRECAUTIONS

3.1. GENERAL GUIDELINES

3.2. LEAKAGE CURRENT COLD CHECK

3.3. LEAKAGE CURRENT HOT CHECK (See Figure. 1)

4 PREVENTION OF ELECTRO STATIC DISCHARGE (ESD) TO

ELECTROSTATICALLY SENSITIVE (ES) DEVICES

5 HOW TO REPLACE THE LITHIUM BATTERY (PROCEDURE) 10

4

6 HOW TO RECYCLE THE LITHIUM BATTERY 7 ADJUSTMENT PROCEDURES

7.1. DISASSEMBLE FLOW CHART

5

7

7 7

8

8 8 8

9

7.2. DISASSEMBLY PROCEDURES

7.3. DISASSEMBLY PROCEDURES MECHA. UNIT

7.4. DISASSEMBLY PROCEDURES OF CAMERA LENS UNIT

8 SERVICE CAUTION

8.1. HOW TO DISCHARGE THE CAPACITOR ON FRONT C.B.A.

8.2. EEPROM DATA FOR SPARE PARTS OF THE MAIN C.B.A.

2

11 12

12 13 22

26

27

8.3. SERVICE EXTENSION CABLE FOR ALL C.B.A. INCLUDED IN MODULE UNIT

8.4. LOCATION FOR CONNECTORS OF THE MAIN C.B.A. & SUB C.B.A.

8.5. CSP IC LOCATION OF THE MAIN C.B.A. & SUB C.B.A.

8.6. TEMPERATURE PROFILE FOR HEAT RESISTANCE OF CSP IC

9 ELECTRICAL ADJUSTMENT PROCEDURES

9.1. COMPUTER ASSISTED ADJUSTMENT SYSTEM <TATSUJIN> ADJUSTMENT.

9.2. SET-UP MANUAL FOR DV-Camcorder.

9.3. SET UP PC-EVR ADJUSTMENT PROGRAM

9.4. INITIAL GUIDELINE

10 MECH ANICAL ADJUSTMENT PROCEDUR ES

10.1. ADJUSTMENT ITEM

10.2. ADJUSTMENT PROCEDURES

11 SERV ICE MODE

11.1. ERROR DISPLAY

11.2. SERVICE MENU

12 ABBREVIATIONS 13 BLOCK DIAGRAM

13.1. OVERALL BLOCK DIAGRAM

13.2. CAMERA 1 BLOCK DIAGRAM (SENSOR BLOCK DIAGRAM)

13.3. CAMERA 2 BLOCK DIAGRAM (PROCESS BLOCK DIAGRAM)

13.4. LENS DRIVE BLOCK DIAGRAM

13.5. CONTROL 1 BLOCK DIAGRAM

13.6. CONTROL 2 BLOCK DIAGRAM

13.7. VIDEO BLOCK DIAGRAM

13.8. MONITOR BLOCK DIAGRAM

14 SCHE MATIC DIAGRAMS

14.1. INTERCONNECTION SCHEMATIC DIAGRAM

14.2. SIDE (L) FLEX. CARD / CASSETTE COVER SCHEMATIC DIAGRAM

14.3. LCD HINGE (MONITOR FLEX.) SCHEMATIC DIAGRAM

14.4. MF SENSOR SCHEMATIC DIAGRAM

14.5. REAR OPERATION UNIT SCHEMATIC DIAGRAM

14.6. EVF SCHEMATIC DAIGRAM

14.7. CCD FLEX. CARD SCHEMATIC DIAGRAM

14.8. FRONT SCHEMATIC DIAGRAM

14.9. JACK SCHEMATIC DIAGRAM

14.10. SIDE (R) / LCD DET. SCHEMATIC DIAGRAM

27

14.11. MONITOR SCHEMATIC DIAGRAM

14.12. SUB (SUB CONNECTION) SCHEMATIC DIAGRAM

29

14.13. SUB (LCD) SCHEMATIC DIAGRAM

14.14. SUB (SUB POWER) SCHEMATIC DIAGRAM

31

14.15. SUB (LENS DRIVE) SCHEMATIC DIAGRAM

14.16. SUB (CAMERA) SCHEMATIC DIAGRAM

33

34

14.17. MAIN (MAIN CONNECTION) SCHEMATIC DIAGRAM

14.18. MAIN (AVIO) SCHEMATIC DIAGRAM

14.19. MAIN (EX INPUT) SCHEMATIC DIAGRAM 34 34 37 38

39

39 39

41

41 41

43 51

51

14.20. MAIN (VIDEO) SCHEMATIC DIAGRAM

14.21. MAIN (POWER) SCHEMATIC DIAGRAM

14.22. MAIN (CONTROL) SCHEMATIC DIAGRAM

15 CIRCU IT BOARD ASSEMBLIES

15.1. EVF C.B.A.

15.2. LCD DET C.B.A.

15.3. SIDE (R) C.B.A.

15.4. CCD FLEX. CARD C.B.A.

15.5. FRONT C.B.A.

15.6. JACK C.B.A.

15.7. MONITOR C.B.A.

15.8. SUB C.B.A. (COMPONENT SIDE)

15.9. SUB C.B.A. (FOIL SIDE)

15.10. MAIN C.B.A. (COMPONENT SIDE) 52

15.11. MAIN C.B.A. (FOIL SIDE)

16 CHEC KING POINT OF THE CSP IC

53 54 55 56 57 58

59

16.1. CHECKING POINT TABLE

16.2. WAVEFORM TABLE (PLAY MODE)

17 EXPLO DED VIEWS

17.1. FRAME & CASING SECTION (1)

17.2. FRAME & CASING SECTION (2)

17.3. LCD SECTION

17.4. CAMERA LENS SECTION

17.5. VCR MECHANISM SECTION

17.6. PACKING PARTS & ACCESSORIES SECTION 61

18 REPL ACEMENT PARTS LIST

18.1. FRAME & CASING SECTION (1) PARTS LIST 61 61 62 62 63 64 65

18.2. FRAME & CASING SECTION (2) PARTS LIST

18.3. LCD SECTION PARTS LIST

18.4. CAMERA LENS SECTION PARTS LIST

18.5. VCR MECHANISM SECTION PARTS LIST

18.6. PACKING PARTS & ACCESSORIES SECTION PARTS

LIST

18.7. ELECTRICAL REPLACEMENT PARTS LIST

PV-GS250PP

66 67 68 70 71 72 74 80 83 84 86 90 92

97

97 97 97 98

99 100 101 102 103 105 106

109

109 124

130

130 131 132 133 134 135

136

136 136 136 137 137

137 138

3

PV-GS250PP

1 SERVICE INFORMATION

1.1. Service Information Regarding IC2001 of PV-GS250PP

1.1.1. Overview

· DVC model PV-GS250PP will be manufactured 2 distinctly different IC2001.

· These 2 version of IC2001 will be referred to as IC type “FLASH” and “MASK”.

· Supply of the replacement part asks to cause with only “MASK TYPE”.

1.1.2. How to Distinguish the Types of IC2001

1.1.3. Attention for exchanges the IC2001

· There are not the exchangeability between the “FLASH TYPE” and “MASK TYPE” of IC2001.

· Do the addition (R2031and R2150) and also deletion (R2008 and R2022) of the following part simultaneously, when exchange

to the “MASK TYPE” from the “FLASH TYPE” of IC2001.

· It exchange only IC, in the case that IC2001 is “MASK TYPE”. (The exchange of the chip resistor is not necessary.)

4

PV-GS250PP

1.2. Service Information Regarding Simultaneous Exchange of MONITOR C.B.A. and LCD PANEL UNIT of PV-GS250PP

1.2.1. Overview

· DVC model PV-GS250PP will be manufactured 4 distinctly different MONITOR C.B.A. and 2 distinctly different LCD PANEL

UNIT.

· These 4 version of MONITOR C.B.A. will be referred to as C.B.A. type “A”, “B”, “C” and “D”.

· These 2 version of LCD PANEL UNIT will be referred to as UNIT type “A” and “B”.

· There are not the exchangeability between the “A”, “B”, “C” and “D” of MONITOR C.B.A..

· There are not the exchangeability between the “A” and “B” of LCD PANEL UNIT.

· MONITOR C.B.A. and LCD PANEL UNIT supply it the kit.

(Do not supply it in one of each individually MONITOR C.B.A. and LCD PANEL UNIT.)

1.2.2. How to Distinguish the Types of MONITOR C.B.A. and LCD PANEL UNIT

5

PV-GS250PP

1.2.3. Difference Comparison Chart

1.2.4. Attention for exchange the MONITOR C.B.A..

· In the case that the LCD PANEL UNIT is TYPE “A”.

Replace the chip resistor of R901 and R910 to the chip resistor that is doing the same pack to the kit.

R901 ERJ3RBD182 ® ERJ3GEY0R00 R910 ERJ3RBD822 ® ERJ3RBD682

· In the case that the LCD PANEL UNIT is TYPE “B”.

Exchange only the MONITOR C.B.A..

1.2.5. Attention for exchange the LCD PANEL UNIT.

· In the case that the MONITOR C.B.A. is TYPE “A” and “B”.

Replace the chip resistor of R901 and R910 to the chip resistor that is doing the same pack to the kit.

R901 ERJ3RBD182 ® ERJ3GEY0R00 R910 ERJ3RBD822 ® ERJ3RBD682

· In the case that the MONITOR C.B.A. is TYPE “C” and “D”.

Exchange only the LCD PANEL UNIT.

CAUTION:

It does the confirmation of the MONITOR C.B.A. and LCD PANEL UNIT without fail on the occasion of the repair and please do the part exchange.

6

PV-GS250PP

2 INTRODUCTION

2.1. INTRODUCTION

This service manual contains technical information which will allow service personnel´s to understand and service this model.Please place orders using the parts list and not the drawing reference numbers.

If the circuit is changed or modified, this information will be followed by supplement service manual to be filed with o riginal service manual.

Note 1:

These movie camera uses AC Adaptor is PV-DAC14D

2.2. ABOUT LEAD FREE SOLDER (PbF)

7

PV-GS250PP

3 SAFETY PRECAUTIONS

3.1. GENERAL GUIDELINES

1. IMPORTANT SAFETY NOTICE There are special components used in this equipment which are important for safety. These parts are marked by Schematic Diagrams, Circuit Board Layout, Exploded Views and Replacement Parts List. It is essential that these critical parts should be replaced with manufacturer’s specified parts to prevent X-RADIATION, shock fire, or other hazards. Do not modify the original design without permission of manufacturer.

2. An Isolation Transformer should always be used during the servicing of AC Adaptor whose chassis is not isolated from the AC power line. Use a transformer of adequate power rating as this protects the technician from accidents resulting in personal injury from electrical shocks. It will also protect AC Adaptor from being damaged by accidental shorting that may occur during servicing.

3. When servicing, observe the original lead dress. It a short circuit is found, replace all parts which have been overheated or damaged by the short circuit.

4. After servicing, see to it that all the protective devices such as insulation barriers, insulation papers shields are properly installed.

5. After servicing, make the following leakage current checks to prevent the customer from being exposed to shock hazards.

3.2. LEAKAGE CURRENT COLD CHECK

1. Unplug the AC cord and connect a jumper between the two prongs on the plug.

2. Measure the resistance value, with an ohmmeter, between the jumpered AC plug and each exposed metallic cabinet part on the equipment such as screwheads, connectors, control shafts, etc. When the exposed metallic part has a return path to the chassis, the reading should be between 1MW and 5.2MW. When the exposed metal does not have a return path to the chassis, the reading must be infinity.

in the

3.3. LEAKAGE CURRENT HOT CHECK (See Figure 1)

1. Plug the AC cord directly into the AC outlet. Do not use an isolation transformer for this check.

2. Connect “A” to exposed metallic part on the set. And connect “B” to a good earth ground, as shown in Figure 1.

3. Use an AC voltmeter, with 1 kW/V or more sensitivity, to measure the potential across the resistor.

4. Check each exposed metallic part, and measure the voltage at each point.

5. Reverse the ACplugin the ACoutlet and repeateach of the above measurements.

6. The potential at any point should not exceed 0.25 V RMS. A leakage current tester (Simpson Model 229 or equivalent)

may be used to make the hot checks, leakage current must not exceed 1/2 mA. In case a measurement is outside of the limits specified, there is a possibility of a shock hazard, and the equipment should be repaired and rechecked before it is returned to the customer.

Figure 1

8

PV-GS250PP

4 PREVENTION OF ELECTRO STATIC DISCHARGE (ESD)

TO ELECTROSTATICALLY SENSITIVE (ES) DEVICES

Some semiconductor (solid state) devices can be damaged easily by static electricity. Such components commonly are called Electrostatically Sensitive (ES) Devices. Examples of typical ES devices are integrated circuits and some field-effect transistors and semiconductor “chip” components. The following techniques should be used to help reduce the incidence of component damage caused by electro static discharge (ESD).

1. Immediately before handling any semiconductor component or semiconductor-equipped assembly, drain off any ESD on your body by touching a known earth ground. Alternatively, obtain and wear a commercially available discharging ESD wrist strap, which should be removed for potential shock reasons prior to applying power to the unit under test.

2. After removing an electrical assembly equipped with ES devices, place the assembly on a conductive surface such as aluminum foil, to prevent electrostatic charge buildup or exposure of the assembly.

3. Use only a grounded-tip soldering iron to solder or unsolder ES devices.

4. Use only an antistatic solder removal device. Some solder removal devices not classified as “antistatic (ESD protected)” can generate electrical charge sufficient to damage ES devices.

5. Do not use freon-propelled chemicals. These can generate electrical charges sufficient to damage ES devices.

6. Do not remove a replacement ES device from its protective package until immediately before you are ready to install it. (Most replacement ES devices are packaged with leads electrically shorted together by conductive foam, aluminum foil or comparable conductive material).

7. Immediately before removing the protective material from the leads of a replacement ES device, touch the protective material to the chassis or circuit assembly into which the device will be installed.

CAUTION:

Be sure no power is applied to the chassis or circuit, and observe all other safety precautions.

8. Minimize bodily motions when handling unpackaged replacement ES devices. (Otherwise harmless motion such as the brushing together of your clothes fabric or the lifting of your foot from a carpeted floor can generate static electricity (ESD) sufficient to damage an ES device).

9

PV-GS250PP

5 HOW TO REPLACE THE LITHIUM BATTERY

(PROCEDURE)

1. Remove the Side Case (L) C.B.A.. (Refer to Disassembly Procedures.)

2. Unsolder the Lithium Battery “ML920S/F9D” and then replace the new one. (See Fig. B1.)

3. Danger of explosion if battery is incorrectly replaced. Replace only with the same or equivalent type.

Fig. B1

Note:

The lithium battery is a critical component. (Type No.: N9ZZ00000297.) It must never be subjected to excessive heat or discharge. It must therefore only be fitted in equipment designed specifically for its use. Replacement batteries must be of the same type and manufacture. They must be fitted in the same manner and location as the original battery, with the correct polarity contacts observed. Do not attempt to re-charge the old battery or re-use it for any other purpose. It should be disposed of in waste products destined for burial rather than incineration.

10

6 HOW TO RECYCLE THE LITHIUM BATTERY

PV-GS250PP

11

PV-GS250PP

7 ADJUSTMENT PROCEDURES

7.1. DISASSEMBLE FLOW CHART

This flow chart indicates the disassembly steps the cabinet parts, C.B.A. and Mecha. Unit in order to access to be serviced. When reinstalling, perform the steps in the reverse order.

12

7.2. DISASSEMBLY PROCEDURES

Flow-Chart for Disassembly Procedure

No. Item / Part Fig. Removal (Screw,Connector,Flex. &

1 Front Case

Unit

2 Side Case (R)

Unit / LCD Unit

3 Lens Unit Fig. D10 1-Screw (H)

4 EVF Unit Fig. D11 1-Screw (I), 1-Screw (J)

5 Rear

Operation Unit / Sub C.B.A.

6 Main C.B.A. Fig. D13 8-Connectors FP2201, FP2202,

7 Mecha. Unit Fig. D14 Open the Cassette Cover

8 Jack C.B.A. Fig. D15 1-Screw (O), 1-Screw (P), 1-Screw (Q)

9 Front C.B.A. Fig. D16 3-Screws (R), 1-Screw (S)

10 Monitor C.B.A. Fig. D17 1-Screw (T), 1-Screw (U), 1-Screw (V),

11 EVF C.B.A. Fig. D23 2-Screws (Z)

Fig. D2 Remove the Grip Belt Piece with the

procedure of arrow 1,2,3. Fig. D3 2-Screws (A), 2-Screws (B) Fig. D4 2-Screws (C) Fig. D5 Open the LCD Unit

1-Screw (D) Fig. D6 1-Connector FP4801

Front Case Unit Fig. D7 3-Screws (E) Fig. D8 Tilt up the EVF

1-Screw (F), 1-Screw (G) Fig. D9 2-Connectors FP602, FP6503

2-Tabs

Side Case (R) Unit / LCD Unit

2-Connectors FP201, FP701

Lens Unit

2-Connectors FP601, FP3402

EVF Unit Fig. D12 1-Screw (K), 1-Screw (L)

2-Connectors FP1001, FP6502

Rear Operation Unit

1-Connector FP4002

Sub C.B.A.

FP2203, FP2204, FP5001, FP6501,

FP6504, FP6505

1-Screw (M)

2-Tabs

Main C.B.A.

3-Screws (N)

Mecha. Unit

Jack C.B.A.

1-Tab

Front C.B.A.

1-Screw (W)

Hinge Support Plate Fig. D18 1-Screw (X) Fig. D19 1-Tab

R Cover / LCD Unit Fig. D20 2-Screws (Y)

6-Tabs

LCD Case (Upper) Unit Fig. D21 1-Connector FP902

LCD Hinge Unit Fig. D22 1-Connector FP901

2-Tabs

Monitor C.B.A.

EVF Slide Fig. D24 1-Tab

View ADJ. Unit Fig. D25 Remove a,b,c,d department (remove

department previously).

EVF Case (Upper) Unit

Remove e,f department.

EVF Case (Lower) Unit Fig. D26 2-Connectors FP801,FP802

2-Tabs

EVF C.B.A.

Other)

PV-GS250PP

Fig. D1

Fig. D2

13

PV-GS250PP

Fig. D3

Fig. D5

Fig. D6

Fig. D4

14

PV-GS250PP

Fig. D7

Fig. D9

Fig. D8

15

PV-GS250PP

Fig. D10

Fig. D11

16

Fig. F12

PV-GS250PP

Fig. D13

Fig. D15

Fig. D14

17

PV-GS250PP

Fig. D16

Fig. D17

18

PV-GS250PP

Fig. D18

Fig. D20

Fig. D19

Fig. D21

19

PV-GS250PP

Fig. D22

Fig. D24

Fig.D25

Fig. D23

20

PV-GS250PP

Fig. D26

21

PV-GS250PP

7.3. DISASSEMBLY PROCEDURES MECHA. UNIT

Flow-Chart for Disassmbly Procedures

No. Item / Part Fig. Removal (Screw, Connector, Flex. & Other)

1 Cassette Up Unit Fig. M1 It makes the mechanism position in Eject condition (For Battery)

Fig. M2 3-Screws (A) Fig. M3 3-Tabs Fig. M4 It remove the piece arrangement unit from rail department

2 Cylinder Unit Fig. M5 1-Screw (B)

Fig. M6 3-Screw (C)

Cylinder Unit

Fig. M1

Fig. M2

22

PV-GS250PP

Fig. M3

23

PV-GS250PP

Fig. M4

Fig. M5

24

PV-GS250PP

Fig. M6

25

PV-GS250PP

7.4. DISASSEMBLY PROCEDURES OF CAMERA LENS UNIT

The following flowchart describes order or steps for removing the Camera lens unit and certain printed circuit boards in order to make access to the item needing service.

To reassemble the unit follow the steps in reverse order.

Fig. L1

Fig. L2

26

8 SERVICE CAUTION

8.1. HOW TO DISCHARGE THE CAPACITOR ON FRONT C.B.A.

8.2. EEPROM DATA FOR SPARE PARTS OF THE MAIN C.B.A.

PV-GS250PP

When the Main C.B.A. is replaced, the fixed and average data must be changed by Tatsujin kit according to the Movie Camera’s suffix.

Then, confirm and/or adjust the VTR and Camera section one by one.

8.3. SERVICE EXTENSION CABLE FOR ALL C.B.A. INCLUDED IN MODULE UNIT

This models is required the following extension cables for all connections. Use the following extension cables when checking or adjusting individual circuit boards.

27

PV-GS250PP

How to use extension cables.

Fig. T1

28

8.4. LOCATION FOR CONNECTORS OF THE MAIN C.B.A. & SUB C.B.A.

8.4.1. MAIN C.B.A.

FP6503

K1MN26A00068

FP3402

K1MN10A00074

148

5

IC2006

(EEPROM)

FP6505

K1MN21BA0058

PS3001

K1KBC0A00037

PV-GS250PP

FP1001

K1MN14BA0062

FP5001

K1MN08BA0009

FP2204

K1MN08BA0010

FP2202

K1MN10BA0008

FP6501

K1MN12BA0059

FP2203

K1MN18BA0010

FP2201

K1MN18BA0008

PP3001

K1KA20B00154

(COMPONENT SIDE)

FP2001

K1MN06BA0107

FP6502

K1MN14BA0061

29

FP6504

K1MN27BA0058

(FOIL SIDE)

PV-GS250PP

8.4.2. SUB C.B.A.

FP601

K1MN22A00065

FP4002

K1MN12BA0067

FP701

K1MN45AA0017

FP201

K1MN39BA0058

FP602

K1MN27BA0058

PP301

K1KAC0A00014

(COMPONENT SIDE)

30

(FOIL SIDE)

8.5. CSP IC LOCATION OF THE MAIN C.B.A. & SUB C.B.A.

Make sure to install CSP IC in the correct position of the Main C.B.A. & Sub C.B.A. as shown.

8.5.1. MAIN C.B.A.

IC3001

IC3201

PV-GS250PP

IC3501

(COMPONENT SIDE)

IC2001

IC3801

31

(FOIL SIDE)

PV-GS250PP

8.5.2. SUB C.B.A.

IC303

(COMPONENT SIDE)

IC305

(FOIL SIDE)

32

8.6. TEMPERATURE PROFILE FOR HEAT RESISTANCE OF CSP IC

When using equipment other than the Pre-Heater, refer to the temperature profile. CSP ICs for Model of PV-GS250 have the following temperature profile.

PV-GS250PP

8.6.1. IC TEMPERATURE PROFILE

(IC303)

8.6.2. IC TEMPERATURE PROFILE

(IC305)

8.6.4. IC TEMPERATURE PROFILE (IC3001, IC3501)

8.6.5. IC TEMPERATURE PROFILE (IC3201)

8.6.3. IC TEMPERATURE PROFILE (IC2001)

8.6.6. IC TEMPERATURE PROFILE (IC3801)

33

PV-GS250PP

9 ELECTRICAL ADJUSTMENT PROCEDURES

9.1. COMPUTER ASSISTED ADJUSTMENT SYSTEM <TATSUJIN> ADJUSTMENT.

This unit employs the computer assisted system named; “TATSUJIN PC-Adjustment” for Electrical adjustment.

9.2. SET-UP MANUAL FOR DV-Camcorder.

1. SAVE THE SOFTWARE

Install the effective model’s TATSUJIN Software to PC: Personal Computer.

2. SET-UP (CONNECTION)

a. Remove the EVR cover of the DV Camcorder.

Unlock the locking tab and remove the EVR cover as shown in Fig. E1.

b. Make a connection.

Connect the PC, the PC/IF Unit and the DV Camcorder as shown in Fig.E2 and E3.

c. Check the SW position on Measuning Board.

The position of SW on Measuning Board checks as shown in Fig. E4.

Fig. E1

Fig. E2 Necessary Equipment & Tools for Connection.

34

Fig. E3 Rough image of set-up connection

PV-GS250PP

35

PV-GS250PP

Fig. E4

(Extension cables (VFK1317 × 2pcs) ----- Measuring Board (VFK1308E) ----- 232C I/F Cable (VFK1395))

36

9.3. SET UP PC-EVR ADJUSTMENT PROGRAM

1. Turn on the PC and install the TATSUJIN Adjustment Program into the PC.

2. Execute the “Gs250.exe“ file by double clicking to start up the PC-EVR Adjustment Program.

The main menu will be displayed.

3. Select the desired model.

4. Turn on the camcorder. Then, click “Start.”

Note:

The adjustment data is stored to the EEPROM IC after each adjustment.

7. After adjustment, to end the software, select “Exit” in File

Fig. E5-1

5. The communication is complete, and the dialog will appear. Then, click “VCR (V) or Cam (C)” to save the EEPROM

data,

menu or close the window.

PV-GS250PP

Fig. E5-3

Fig. E5-2

6. Saving for EEPROM data is complete, menu will appear. To perform each adjustment, display the adjustment menu

by selecting the desired menu from “Camera Adjust,” “Video Adjust,”“LCD Adjust” or “EVF Adjust” and select each adjustment item.

Fig. E5-4

37

PV-GS250PP

9.4. INITIAL GUIDELINE

The table below shows which adjustments are necessary according to the unit parts and individual parts to be replaced. Make sure to perform these adjustments shown below as necessary.

38

10 MECHANICAL ADJUSTMENT PROCEDURES

10.1. ADJUSTMENT ITEM

Item Adjustment at the time of the part exchange

Half finished goods mechanism Clyinder Remarks

Linearlty adjustment& BER value

10.2. ADJUSTMENT PROCEDURES

l

lLinearlty adjustment & BER value confirmation

ll

1. Remove the mechanism adjustment cover of tis machine as shown in Fig. D1.

2. The spcial tool at the time of electricity adjustment is connected.

Reference of the connection figure of electricity adjustment.

3. The enbelope detection spcial tool board (VFK1641) is connected to EVR adjustment board as shown in Fig. D2.

4. The enbelope detection spcial tool board is connected to oscilloscope as shown in Fig. D2.

5. The post is adjusted with the post driver(VFK1899) so that recycles the standard tape and the detection wave-link become

a flat as shown in Fig. D3. *At the time of the clyinder unit exchange unnecessary.

6. The post is adjusted with the post driver so that recycles a alignment tape(VFM3010EDS) and the detection wave-link

become a flat once again.

7. Recycling the tape that video-taped it wirh this machine after adjustment, the BER value is confirmed withthe item of the

BER the item of the BER confirmation of expert soft inside.

confirmation

PV-GS250PP

Fig. D1

39

PV-GS250PP

Fig. D2

Fig. D3

40

11 SERVICE MODE

11.1. ERROR DISPLAY

“PUSH THE RESET SWITCH” is displayed automatically on the EVF or the LCD Monitor when an undesirable condition has occured.

PV-GS250PP

11.2. SERVICE MENU

When abnormal detection contents are confirmed a When I do the following operation automatic diagnosis cord is displayed. (Service Menu)

To enter the Service Menu Press the [QUICK START] button and [JOYSTICK LEFT

(with no SD card inserted).

NOTE:

In the case that a tape or SD card is included the above operation does not work.

This function displays the following items in the Service Menu.

· *1 ... Cylinder elapsed time reset

After replacint the Cylinder Unit, clear the Cylinder elapsed time to 0. Set to Service Menu. Item [8] is selected with the [JOYSTICK UP or DOWN It modes to the [OFF/ON] screen with the [JOYSTICK RIGHT [ON] is selected with the [JOYSTICK UP or DOWN Press the [JOYSTICK CENTER] button.

· *2 ... Cylinder elapsed time

This item displays the Cylinder elapsed time (in Base 16). Set to Service Menu. Item [3] is selected with the [JOYSTICK UP or DOWN It modes to the [OFF/ON] screen with the [JOYSTICK RIGHT [ON] is selected with the [JOYSTICK UP or DOWN Press the [JOYSTICK CENTER] button.

] button and [PHOTO SHOT] button simultaneously for 3 seconds

/ ] button.

] button.

/ ] button.

] button.

/ ] button.

41

PV-GS250PP

Calculation method of the Cylinder elapsed time:

· *3 ... Mechanism lock code record

The current lock code, the last lock code and the lock code before last are displayed in the Item [3] screen.

· *4 ... Lens motor lock code record

The current lock code, the last lock code and the lock code before last are displayed in the Item [3] screen.

Cylinder elapsed time and lock code (Item [3] screen)

DISPLAY CONDITION

Mechanism & Lens motor lock code

01 T-REEL LOCK 02 S-REEL LOCK 03 UNLOADING LOCK 04 LOADING LOCK 05 CYLINDER 51 ZOOM MOTOR LOCK 52 FOCUS MOTOR LOCK

To exit the Service Menu Unplug the AC Cord. Please do the error cord backup record the clear after repair completion.

CLEAR METHOD

If the Card and Tape inserted, take out it before Service Mode operation. Making the mode dial of This Machine a PC connection mode, push [QUICK START] button and [JOYSTICK LEFT

button and [RECORDING START/STOP] button simultaneously for 3 seconds.

NOTE:

Do not operate items 1 ~ 7(Except for 3) in the Service Menu.

]

42

12 ABBREVIATIONS

PV-GS250PP

INITIAL/LOGO ABBREVIATIONS

A A GND Analogue GND

A HASW Audio Head Amp Switching Pulse A HSW Audio Switching Pulse A MUTE Audio Mute A ORP Audio Overlap Pulse A. TR Auto Tracking A0-8, 0-17 Memory Address A3V2 AD Converter Reference Voltage AB0-4 Address Bus AB0-4, AB12-15 Address Bus Line 0-4, 12-15 ABSF Focus Encoder Input ACI Analogue Channel Cording IC AD AD Converter AD Auto Date, Analogue Digital Converter AD CLK AD Clock AD REC Audio Delayed REC AD0-6 Address AD0-6, ADR0-6 Address Data Line ADCLK Analogue Digital Converter Clock ADCNT Analogue Digital Control ADCS Analogue Digital Chip Select A-DET Audio Detect ADREC Audio Delaied Rec ADUB Audio Dubbing AE Auto Expose AECNT Auto Expose Control AEE(H) Audio E-E (H) AEH Audio Erase Head AEIRQ Auto Expose Interrupt Request AF/MF Auto Focus/Manual Focus AF DIS CS AF DIS Chip Select A-FADE(L) Audio Fade (L) AF-AMP AF HALL Bias AFCS Auto Focus Chip Select AFRP Audio PLL Voltage Control AF-VN Zoom Encoder V-Ref (–) AF-VP Zoom Encoder VREF (+) AGC Automatic Gain Control AGCCNT Automatic Gain Control Control AGND Analogue Ground/Audio Ground AGS Anti Ground Shooting AH(P) / (R) Audio Head (Play) / (Record) AHASW Audio Head Amp Switch Pulse AHSW Audio Head Switch Pulse AI, AO Buffer Input, Output AIBCK Bit Clock (to A/D Converter) AIDAT Serial Data (to A/D Converter) AILRCK L/R Clock (to A/D Converter) AIMCK Master Clock (to A/D Converter) ALC CNT Auto Level Control Control

INITIAL/LOGO ABBREVIATIONS ALC MAIN Auto Level Control Drive ALE Address Latch Enable A-LOCK Full Auto Switch A-MUT(H) Audio Mute (H) ANLPTH Analogue Loop Through High AORP Audio Overlap Pulse APCNT Aperture Control APS Auto Power Save ART VH Artifical Vertical Sync AT CNT Automatic Tracking Gain Adjust ATF Automatic Track Finding ATFCLK 41.85MHz Clock ATFG Auto Track Gain ATL Auto Lock Select ATN Absolute Track Number ATR OFF(H) Auto Tracking Off (H) ATV Advanced TV AUDIO(N) Audio (Normal) AUX Auxiliary AVDD Analogue VDD AVSS Analogue Ground AWTB Auto White Balance B-Y AWTR Auto White Balance R-Y

B BACK Back-up

BACK UP Microcomputer Back-up BACK VDD Back-up Power BATT Battery BATT ALARM Battery Alarm BATT REF Reference Voltage for Battery BCB B Carrier Balance BCBM(B-Y) B-Y Carrier Balance BCBM(R-Y) R-Y Carrier Balance BD0-7 REC/Play In/Out Buss BDCK Standard Bus Data Clock (9MHz) BDEN Standard Bus Data Enable BEND Data Block End Request BF Burst Flag Pulse BFA Burst Flag Pulse for Encorder BFO/BFI Burst Flug Input/Output BI, BO Buffer Input, Output BL Back Light BL ON Back Light ON (L) BL4V Back Light 4V BLC 0, 1 Back Light Y Control Out, In BLDI/O Back Light Drive Input/Output BLK Blanking Pulse BLKA Blanking for Encorder BLKA Blanking Pulse for Encorder BLKI/O Blanking Pulse In/Out

43

PV-GS250PP

BLKZ Blanking Pulse for Zoom Encorder BM Balance Modulator BQUIET Bus Out Control Signal BUF IN/OUT Buffer In/Out B-Y KB B-Y Carrier Balance B-YO B-Y Signal Out

C C A In/Out Pre-Aperture In/Out

CAPSTP Capstan Stop Flag C CNT Colour Control C SYNC Composite Sync Signal C/N Carrier/Noise C0-7, C00-07 Chrominance Signal 0-7 CAGAIN Aperture Gain Control CAM Camera CAM CLK Camera Clock CAM RST Camera Reset CAM SIOC Camera Serial In/Out Contol CAM T Camera Test CAM TL Capstan Trque Limit CAP EC Capstan Trque Control CAP P(H) Capstan Power On (H) CAP R/F/S Capstan Reverse (H)/Stop (M)/Forward (L) CAP SW Capstan Power Control Switch CAPSTP H Capstan Stop Flag (Stop High) CAPVM Capstan Motor Current CAPVS Capstan Motor Power Control Switch CAS

Compresion, Audio Process, Shuffling/Deshuffling CAS Memory Address Strobe (Active Low) CASDOWN, DWN Cassette Down (L) CB, CR Chroma B, Chroma R CBLK Composite Blanking Pulse CC Channel Cording CCA Curent Drive Control CCA Current Control Amp CCD Charge Coupled Devise CCW Counterclockwise CD SP0-7 Digital Chroma CDS Correlate Double Sampling Signal CDS1, 2 Sampling Pulse for CCD Output Signal CE Chip Enable CE Control Pulse Erase CEC Capstan Error Code C-ERA(H) Control Erase (H) CFEM Chrominance Memory Signal CFM Chrominance Field Memory CFM1-4 Chroma Field Memory Signal CG CLK Character Generator Clock CG CLK DATA Clock Generator Data CG DATA Character Generator Data CGC Chrominance Gain Control CGCS Character Generator Chip Select CGO Character Generator Serial Data CH Charge

INITIAL/LOGOINITIAL/LOGO ABBREVIATIONS

ABBREVIATIONS CH1 Channel 1 (Odd Field) CHR Character CHR BACK Character Back-up CHR MIX Character Mix CI, CO Buffer In/Out CI,CO Buffer Input & Output CIF Control Signal Forward Input CIF, CIR

Positive Control Pulse, Negative Control Pulse CIR Control Signal Reverse Input CK Clock CL/CLK Clock CLASS

Classeffication Signal for Compress (DCT/VLC) CLASS 0.1 Class Control Signal Durring DCT/VLC CLK135 13.5MHz System Clock CLK18 18MHz System Clock CLK2 Clock 2 (824XFH: 12.875MHz) CLK246 24.576MHz Clock CLK27 27MHz System Clock CLK450 450KHz Clock CLKDCLK Digital Clock CLK-PH Clock Phase Control CLK-REF Reference Clock CLP-RST-H Clamp Reset High Signal CLX TFT X-axis Transmission Clock CLX, CLX1-4 Shift Clock for X Direction (LCD Panel) CLY Shift Clock for Y Direction (LCD Panel) CLY TFT Y-axis Transmission Clock CLY FG Cylinder FG Signal CMEMO0-3 Chroma Memory Output Signal 0-3 CMIX Character Mix CMO Chrominance Memory Output COMPC Position Detection Pulse COM RDY Serial Enable Signal CMODE Camera Mode CNCLK Clock CNR Chrominance Noise Reduction CNT, CONT Control CO Control Out CO0-7 Chrominance Output 0 to 7 (Digital) COM Common COM RDY Serial Transmission Enable COMB Comb Filter COS EQ Cosin Equalizer CP Clamp Pulse CP ON(H) Camera Power On(H) CP2, 20 Clamp Pulse CP2A, CP2O Encoder Clamp Pulse CPN Component Signal CPOB Clamp Pulse for Optical Blanking CPS Composite Signal CPV Gate Scan Clock CR OUT Pre Apature Out CR POW SW Camera Remote Power On Switch CRA Aperture Gain Control

44

CRA Pre Apature Gain Control CRST Camera Reset CS Chip Select CS 0-7 Chrominance Signal Out 0-7 CSEL Clock Phase Select CSI 0-7 Chrominance Signal In 0-7 CTSW Crosstalk Switch CURR Current CW Clockwise CYL EC Cylinder Motor Trque Control CYL PG Cylinder Motor PG CYL VM Cylinder Motor Current or Power

D D CLK Digital Clock

D MODE Digital Mode Switch Signal D01-03 Zoom 01-03 DA UV SEL D/A Convertor U/V Select DAC Digital Analogue Converter DAG Digital Analogue Ground DB0-7 Data 0-7 DB0-7 Microprocessor Data DCC DC Clamp Control DCCNT DC Control DCI Digital Channel Cording IC DCLR Digital Clear DCP Digital Clamp Pulse DCS-CLK, DA CAS & DV I/F Serial Clock DC-STP1 DCS Serial Start DC-STP2 DCS Serial Stop DCT Discrete Cosine Transform (Compression) DCX7 Serial Data DEDP 0-3 Playback Data DEDR 0-3 Rec Data DEMO Demodulation DEMP A/D Convertor Empahsis Control DEMP De-Emphasis DFD 0-7 DFD0-7

Encode Data In/Out Between Shaffling Memory

Encode Input/Output Signal for Shuffling Memory DIBDCK Bit Clock DICLK Digital Clock DIDAT Serial Data DIDAT Serial Data Durring Digital Audio In DIF Digital Interface DILRCK L/R Clock DILRCK Serial Clock Durring Digital Audio In DIMCK Master Clock DIMCK Mater Clock Durring Digital Audio In DIO 1-8 Data In/Out DIOS Data In/Out Select Control Signal DIOS Select Signal for Digital In/Out DIS Digital Image Stabilizer DIS R/B Digital Image Stabilizer Read (H)/Busy (L) DIS R/B DIS IC Rady/Busy DIS/KAND Digital Image Stabilizer/Sensitivity

INITIAL/LOGOINITIAL/LOGO

ABBREVIATIONSABBREVIATIONS DISCS Dis Chip Select DISP Display DL Delay Line DOBCK Audio A/D Convertor Bit Clock DOCTL Data Output Control Signal DODAT Serial Data (to D/A Converter) DOLRCK Audio A/D Converter LR Clock DOLRCK L/R Clock (to D/A Converter) DOMCK Audio A/D Converter Master Clock DOMCK Master Clock (to D/A Converter) DQ 1-16 Memory Data DRAM CAS D-RAM Colum Address Strobe DRAM OE D-RAM Out Enable DRAM RAS D-RAM Read Address Strobe DREC AV Delayed REC Start Pulse DRK Dark (LPF Switch for Auto Focus) DS1, 2 Double Sampling Pulse DSF 0-7 Data In/Out for Shaffling Memory DSF 0-7

Input/Output Data to Shuffling Memory (18MHz) DSP Digital Signal Processor DSP R/B DSP IC Rady/Busy DSP-48K-H DSP IC Clock Select DSTB Data Stobe Signal DSV Digital Sum Variation DV Digital Video DVB Digital Video Broadcast DVC Digital Video Cassette DVDD Digital VDD DVIO Digital Video Input Output DVSS Digital Ground DX Shift Data for X Direction (for LCD) DY Shift Data for Y Direction (for LCD) DY TFT Y-axis Shift Data DZ Digital Zoom

E E Snap Electric Snap Shot

E ZM Electric Zoom E2 CS or E2P CS EEPROM Chip Select E2 R/B EEPROM Rady/Busy E2P EEPROM EARP Earphone EC Torque Control ECC Error Correction Cording ECM Electric Condencer Mic ECR Reference Voltage for Capstan Torque EDA Error Correction, DCI, ATF Servo EE CS EEPROM Chip Select EE R/B EEPROM Read (H)/Busy (L) EEPROM

Electric Erasable Programable Read Only Memory EIS Electric Image Stabilizer (DIS) EMP A/D Convertor Emphasis Control ENAB Enable ENV Enverope EOB End of Block

PV-GS250PP

45

PV-GS250PP

EQ Equalizer EVF Electric View Finder EXT DC External DC (AC Adaptor) EXT DC(H) AC Adaptor DC (H) EXT NOREG AC Adaptor 6V EXT S DATA Serial Data for Edit EXT SCK Serial Clock for Edit EZOOM Electric Zoom

F

F ENC Lens F-Value FACT MODE Factry Mode (not used in the service) FB Feed Back FC Saw Tooth Signal In FCK Clock FCO Saw Tooth Signal Generator FENC Focus Encoder FEND Frame End Pulse FH2B FH/2 (15.625KHz / 2=7.8125KHz) FIX OSD Auto Tracking Off (H) FLICK Flicker Output FM Field Memory FM0-7 Field Memory 0-7 FMCO0-3 Field Memory Chrominance Out 0-4 FMDIR Focus Motor Direction FMOEM Field Memory Enable FMOEO Field Memory Enable FMT1-4 Focus Motor Terminal 1-4 FMY00-07 Field Memory Luminance Out 0-7 FMYI0-07 Field Memory Luminance In 0-7 FNO F Value FPS Frame Refference Signal FR Capstan Reverse High FRP Frame Refference Pulse FRPSO Frame Start Pulse

G G1, G2, G3 Gap 1, 2 and 3

GCA Gain Control AMP GCNT Gain Control G-CNT AGC Adjustment GCTRL Gain Control GENE Generator GF FG AMP Terminal GSW Ground for Switching Power

H H/M/N Hi-Fi / Mix / Normal

H/N Hi-Fi / Normal H1, 2 H. CCD Drive Pulse HAP Horizontal Aperture HASW Head AMP Switching Pulse HB Hall Bias HBR SET High Brightness Set HBRST High Brightness Set HCLR High Clear HCP Shift Clock for Horizontal Drive

INITIAL/LOGOINITIAL/LOGO ABBREVIATIONS

ABBREVIATIONS HD Horizontal Drive Pulse HDTV High Definition TV HEX Hexadecimal HG Hall Gain HID Head Switching Pulse HLT High Bright Signal HALL IN(+), (–) Input Signal from Hall IC HP Headphone HPF High Pass Filter HSE Modulated Data Output HSP Timing Pulse for Shaffling Memory HSS Horizontal Sync Signal HSW Head Switching Pulse HS-WT High Speed Zoom HSZ High Speed Zoom

I I/F Interface

I-2 C Inter Integrated Circuit ID(H) Wide Television (H) IMP Inter Microprocessor Protocol INF CCD Input Signal 1 INF Input Frame Signal INS CCD Input SIgnal 2 INTER Interval Recording INV Inverter IOU R-Y Analogue Signal Output IOV B-Y Analogue Signal Output IOY Y Analogue Signal Output IR Infrared Rays IRDET Imfrared Ray Detection IREF Current Adjustment Terminal IRIS/SH Iris / Shutter Control IRQ Interrupt Request ITI Insert & Track Information

J JPEG

Joint Photographic Image Cording Experts Group

K KANDO Digital Gain Up

KB Carrier Balance KEY IN Key Scan KND Digital Gain Up KNEE Luminance Compensate

L LCD Liquid Crystal Display

LCD P(L) LCD Power On (L) LD Load Pulse LDD Liquid Direct Drive LEDCNT LED Control LI-BATT Lithium Battery LOAD Loading LOAD F, R Loading Direction (F: Forward / R: Reverse) LPF Low Pass Filter LRMONO Monoral Audio (L + R) LSB Least Significant Bit

46

LVL LPF Switch for Auto Focus

M M1-3 Motor Coil Terminal 1 to 3

MA0-5 Microprocessor Address Data 0-5 Mbps Megahertz Bit Per Second MD Modulation MD0-7 Microprocessor Data 0-7 MDT0-7 Microprocessor Data 0-7 ME (TAPE) Metal Evaporated (Tape) MENB Focus Motor Enable MFF Manual Focus Far MFN Manual Focus Near MHSYNC Monitor Horizontal Sync Signal MIC Memory In Cassette MIG Meta In Gap MIX N.R.D. Non Rec Data Mix MOD Modulation MOUT Mic Out MP (TAPE) Metal Particle (Tape) MPEG Moving Picture Image Cording Experts Group MPEG2

Moving Picture Image Cording Experts Group Phase 2 MRST Focus Motor Reset MSB Most Signal Bit MVSYNC Monitor Vertical Sync Signal

N N/F Near/Far Focus

N/P NTSC/PAL NB1-3 Base for NPN Transistor NC No Connection NC1-3 Corrector of NPN Transistor NCLR Power On Reset NCP1 Clamp Pulse NCP2+VDH Clamp Pulse + Horizontal Drive Pulse NCP2+VDM Clamp Pulse + Gate Pulse NDE Non Liner De-Emphasis NE Emitor of NPN Transistor NLE Non Liner Emphasis NR Noise Reduction NRD Non Rec Data NRD BLK Non Rec Data Blanking NRD CLK No Rec Data Clock NRE Read Enable Input (Low Active) NWE Write Enable (Low Active)

O OB Optical Black

OBCNT Optical Black Control OBREF Reference Voltage for Optical Black Control OE Output Enable OFH

Horizontal Counted Down Clock Signal (Reference) OFS Offset OP Operation AMP Output OSD ON Screen Display OVL Overlap Pulse OZ Optical Zoom

INITIAL/LOGOINITIAL/LOGO ABBREVIATIONS

ABBREVIATIONS

P P SW Power Switch

PB1-3 PNP Base 1-3 PBCTL Play Back Control PBCTL Pre-Branking Control PBH Head Amp Switch PBLK Pre-Blanking (Pulse) PC1-3 Corrector of PNP Transistor PCBM Carrier Balance PCH Phase Compensator (Hall AMP) PCI Phase Compensator (Current) PCO Phase Compensator Out PCS Switching Power Control PCV Phase Compensator (Voltage) PE Emitter of PNP Transistor PED Pedestal PEDECNT Pedestal Control PENO Alarm (L) PFP Pilot Frame Position PGA, B Power Ground A, B PGC Pulse Generator Comparator PGI Pulse Generator Input PGMM Pulse Generator Monostable Multivibrator PGO Output of Pulse Generator AMP PMODE Select Signal for Normal / Wide Screen PON Power On POR Power On Reset POSCOM Common Position PREAMP Pre-AMP PREBLK Pre-Blanking PT Protect for V Voltage PWM Pulse Width Modulation PWMB Pulse Width Modulation Pulse

Q Q2H Source Output Select

R R CTL P Recorded Control Pulse (+)

R CTL R Recorded Control Pulse (–) R/B Read/Busy R/L Direction Control for Data Transmition RA Recording AMP RA1 Rec AMP 1 RAC AC Rec Audio Current RAD Read Address Data RAE Read Address Enable RB Read Busy R-B R Bias RCB R Carrier Balance RE Read Enable RE(F), (S) Rotary Erase Head Transformer REB R Bias REC CC Rec Current Control REC CCNT Rec Current Control RECCTRL Recording Control Pulse RECI Rec Amp Switch

PV-GS250PP

47

PV-GS250PP

RENCF Lens Control (Forward) RENCR Lens Control (Reverse) RERASE Rotary Erase Head RGBIV1-2 1V Inverted Signal 1-2 RGO R/G OFF Offset Voltage for AWT R RSF Capstan Direction (Reverse / Stop / Forward) RST Reset RSTB R Strobe RSTPWD Reset Power Down Input RSTR Reset Read RSTW Reset Write RT Saw Tooth Terminal RVCO Resister for Oscillation RW Read Write RWAE Read Write Enable

S S PHOT Supply Photo Transistor

S/H Sampling Hold S/S Start/Stop SBD Serial Data SBI Serial Data Input SBO Serial Data Output SBT Serial Clock SCAN0-5 Key Scan 0-5 SCK Serial Clock SCR Search SCR, S.C.R. Still Cue Review SEG. Segment SET White Balance Set SH/IRIS Shutter/Iris Control SHIFT Capasitor for Phase Shift SI Serial Data Input SIC Shift In Clock Input SIOC Serial In/Out Control SMCE Shaffling Memory Chip Enable SMRS Shaffling Memory Read Strobe SMWE Shaffling Memory Write Enable SMWS Shaffling Memory Read Strobe SNAP Snap Shot SNS LED Sensor LED SO Serial Data Output SPA ATF Smapling Pulse SPEN 8 Bit Shift Register Enable SPK Speaker SPO Reset for Switcing Power SPST 8 Bit Shift Register Strobe SREELP Supply Reel Pulse SRT Start SSA Start Sync block Area SSW Select Signal for Low Pass Filter ST5V Safety Tab 5V STAB Safety Tab Switch STB Stand by Signal STB Strobe

INITIAL/LOGOINITIAL/LOGO ABBREVIATIONS

ABBREVIATIONS SWB Switching Pre-Drive Pulse SYL EC Cylinder Torque Control SYL FG Cylinder FG

T T PHOT Take-up Photo Transistor

TBC Time Base Conntrol TFT Thim Film Transistor TH Thermostat for Battery TI Test Mode Select TL Torque Limit TM Sub Code TMD Sub Code Data TRE Tracking Error Signal TREEL(P) Take-up Reel (Pulse) TRFIX Tracking Fix TRIWAVE Tracking Wave TRP Tracking Position TRP Trap TSR Head Switching Refference TST Time Scale Transfer

U U/V SEL R-Y/B-Y Select Signal

UNLOAD Un-Loading UNRE Microprocessor Read Enable UNWE Microprocessor Write Enable UV R-Y/B-Y UV SEL R-Y/B-Y Select Signal

V V1-V4 V. CCD Drive Pulse

VB VH Filter Switching VCE Power Terminal VCNTL Video Control VCO Voltage Control Oscillator VCP Shift Clock Output for Vertical Drive VCTLD Video Control VCTRL Voltage Charge Control VD Vertical Drive Pulse VDDX X Drive Power for Colour LCD VDDXY XY Drive Power for Colour LCD VDDY Y Drive Power for Colour LCD VDREC Video Delayed Rec Vgg Voltage for Gate IC Vgl Gate off Voltage VID Video Signal Out VIN Video In VITC Vertical Interval Time Code VITERBI One of Signal Detection Method VL Low Voltage VLC Variable Length Cording VLOCKP Artificial Sync Pulse VLP Artificial Sync Pulse VM Motor Voltage VMD Velocity Mode Data VMD1-3 Electric Shutter Mode

48

INITIAL/LOGO ABBREVIATIONS VMODE NTSC/PAL Select Switch VMVH VH Filter Switching VORP Video Overlap VRB Voltage Refference Bottom VRBS Voltage Refference Bottom Output VREF1R3V Refference Voltage 1.3V VREF3R3V Refference Voltage 3.3V VREFH Refference Voltage High Side VREFL Refference Voltage Low Side VRI Refference Voltage Input VRO Refference Voltage Output VRT Voltage Refference Top VRTS Voltage Refference Top Output VS Switching Comparator VSS Vertical Sync Signal VSSX X Driver Power for Colour LCD VSSXY X-Y Driver Power for Colour LCD

W W/N Mode Select for Window Mode

W/N Wide / Normal WAD Write Address Enable WAE Write Address Enable WAERAE Write Address Enable WARI Interrupt WB White Balance WE Write Enable WEM Memory Write Enable WHD Wide Horizontal Drive Pulse WIDE A Wide Zoom WSB B AGC Control WSR R AGC Control WTV Wide TV

PV-GS250PP

X XP FG Logic Reset

Y Y FM0-7 Y Field Memory 0-7

YCE Cylinder Error Code YGC Y Gain Control YMO 0-7 Y Field Memory 0-7 YNCST Noize Canceller YNR Luminance Noise Reduction YSDP 0-7 Digital Y Out 0-7

Z Z.ENC Zoom Encoder

Z.MIC Zoom Mic ZENC Zoom Encoder Output ZMDIR Zoom Drive ZMEN Zoom Enable ZMT Zoom Motor Tele Side ZMT (+)/(–) Zoom Motor (+)/(–) ZMTER Zoom Motor Tele Side ZMW Zoom Motor Wide Side ZSW Zoom Switch

49

PV-GS250PP

50

13 BLOCK DIAGRAM

13.1. OVERALL BLOCK DIAGRAM

LENS UNIT

PV-GS250PP

ZOOM

CAMERA

IC101 (CG/SSG)

2FCK X101

IC307 (EEPROM)

OIS

ND FOCUS

IC107,110 (INVERTER)

IC102 REG

IC305 (CAMERA MICROCOMPUTER)

IRIS

IC103 REG

IC108 (V DRIVER)

IC104,105,106 (CDS,AGC,AD)

IC303 (DIGTAL SIGNAL PROCESSOR)

CCD

S VIDEO IN/OUTPUT

IC3501 (A/D)

IC3502,3 (SW&)

EX INPUT

MMC/SD

VIDEO/AUDIO IN/OUTPUT

IC3301 AVIO (D/A,A/D,AV OUT AMP)

IC3001 DUO (VIDEO I/O,VCO,COMPRESOR, SHUFFLE,SHUFFLE MEMORY, AUDIO PROCESSOR,ECC, ECC MEMORY,1394 I/F,JPEG COMPRESSION/EXPANSION, CARD I/F,DAC)

SPEAKER

AVIO

IC3201 RIP (MODULATION, VITERBI,EQ,

MOTOR DRIVE CONTROL)

FRONT(1/2) C.B.A.

IC4801 (MIC AMP)

IC5001 (HEAD AMP)

MIC

EXT MIC/ FREE STYLE REMOTE CONTROL

DV TERMINAL

HEAD

HOT SHOE

IC704 (OIS DRIVE)

IC705 (HOLE AMP)

IC706 (ND DRIVER)

IC702 (MOTOR DRIVE)

FRONT (2/2) C.B.A.

FLASH

IC701 (LPF)

LENS DRIVE

MONITOR C.B.A.

2.5"LCD

POWER SUPPLY CONTROL CIRCUIT

SUB POWER

IC601 (CONTROLLER & SIGNAL

PROCESSOR)

LCD

EVF C.B.A.

0.33"LCD

SUB C.B.A.

IC2002 (RTC/POWER CONTROL)

CONTROL

IC2001 (CONTROL MICROCOMPUTER)

IC2006 (EEPROM)

IC2017 (RESET)

IC3801 (USB 2.0 DRIVER)

IC2201 (CYL/CAP/LOADING MOTOR DRIVE)

VIDEO

POWER

IC1001 (POWER)

MAIN C.B.A.

USB TERMINAL

CYLINDER MOTOR

CAPSTAN MOTOR

LOADING MOTOR

PV-GS250PP OVERALL BLOCK DIAGRAM

51

PV-GS250PP

13.2. CAMERA 1 BLOCK DIAGRAM (SENSOR BLOCK DIAGRAM)

IC101-16 STOP

3.0Vp-p (20usec.div.)

IC101-27,28 STOP

3.0Vp-p (20usec.div.)

IC101-36 STOP

3.0Vp-p(20usec.div.)

:MAIN SIGNAL PATH IN REC MODE

LIGHT

LENS UNIT

3CCD METHOD

PRISM UNIT

G CCD

B CCD

R CCD

SUB

PP201 FP201

23,24

PP201 FP201

26,27

PP201 FP201

15

PP201 FP201

16

PP201 FP201

17

PP201 FP201

18

SUB

PP201 FP201

21

SUB

PP201 FP201

20

PP201 FP201

19

PP201 FP201

8

PP201 FP201

9

PP201 FP201

34

PP201 FP201

35

PP201 FP201

22

SUB

PP201 FP201

30

PP201 FP201

31

PP201 FP201

32

FP201PP201

33

PP201 FP201

10

FP201PP201

36

SUB

PP201 FP201

7

PP201 FP201

6

PP201 FP201

5445

FP201PP201

SUB

FP201PP201

25

FP201PP201

1

FP201PP201

39

SIG G

SIG R

SIG B

15V

PT V1 G

V2 G

V3 G

V4 G

SUB G

H2 G

H1 G

H1 R

H2 R

H1 B

H2 B

R

V1 B

V2 B

V3 B

V4 B

SUB R

SUB B

V4 R

V3 R

V2 R

V1 R

IC101-17 STOP

3.0Vp-p (5msec.div.)

17

10

14

16

15

12

10

12

10

12

IC108

4

9

5

IC107

4

2

8

6

IC110

4

2

8

6

(V DRIVE)

IC101-29,30 STOP

3.0Vp-p (20usec.div.)

CH1

24

CH3

20

CH2

28

CH4

2

INPUT

V1

23

I/F

V2

27

V3

1

V4

25

SUB

26

3

11

13

1

9

5

11

3

13

1

9

5

TO IC303

IC101-37 STOP

3.0Vp-p(20usec.div.)

IC101

CH1

31

CH2

32

V1

27

V2

28

V3

29

V4

30

SUB

33

H2

36

H1

37

R

38

FI

18

HD

16

VD

17

VD

(CCD DRIVE,PULSE GEN)

HIGHSPEED PULSE DECODER

CH PULSE DECODER

V PULSE DECODER

PROCESS PULSE DECODER

1/2

V TIMING

H TIMINGHCLR GEN

IC104-22 REC

0.25Vp-p(20usec.div.)

DS1R DS2R DS1G DS2G DS1B DS2B

FCK2I

AD CLK1

ELECTRIC SHUTTER SUB PULSE CONTROL

SERIAL DATA IN

S CS

S CLK

S DATA

CPOB

IC105-22 REC

0.5Vp-p(20usec.div.)

44 45 42 43 46 47

X101

CG CS

OSC

FROM IC305

CG CLK CG DAT APS1 CS APS3 CS APS2 CS

FROM IC305

5

60

10

8 9

11

IC106-22 REC

0.2Vp-p(20usec.div.)

IC104-1 REC

4.0Vp-p (20usec.div.)

IC104

(CDS/AGC/AD,R)

DS1

16

TIMMING

DS2

GEN.

17

CDS IN

22

15 12

33 34 35

16 17

22

15 12

33 34 35

16 17

22

15 12

33 34 35

CDS AGC A/D R DATA

CPOB AD CLK

CS

SERIAL

S DATA

DATA

S CK

INPUT

IC105

(CDS/AGC/AD,G)

DS1

TIMMING

DS2

GEN.

CDS IN

CDS AGC A/D G DATA

CPOB AD CLK

CS

SERIAL

S DATA

DATA

S CK

INPUT

IC106

(CDS/AGC/AD,B)

DS1

TIMMING

DS2

GEN.

CDS IN

CDS AGC A/D B DATA

CPOB AD CLK

CS

SERIAL

S DATA

DATA

S CK

INPUT

IC105-1 REC

4.0Vp-p (20usec.div.)

IC106-1 REC

4.0Vp-p (20usec.div.)

36

1

9

36

1

9

36

1

9

TO PROCESS

PV-GS250PP CAMERA 1 BLOCK DIAGRAM (SENSOR BLOCK DIAGRAM)

52

13.3. CAMERA 2 BLOCK DIAGRAM (PROCESS BLOCK DIAGRAM)

PV-GS250PP

:MAIN SIGNAL PATH IN REC MODE

FROM IC105(G) IC104(R) IC106(B)

G DATA

R DATA

B DATA

IC303(DIGITAL SIGNAL PROCESSOR)

251

---

242

264 263 261

258 256 254

252

241 239

233 231 230

-

+

Y/C PROCESSOR

YCP CNR

H ZOOM

DD CONVERTER

MEMORY

D NR V ZOOM

D/D

DSC I/F

DSP uCOM I/F

MEGA PIX

DSTBO

BUSY

DD FCK

VTR 45M

BEND

160

159

161

174 172 171 169

165

184

177

185

162

271

18

281

7 5 4 2

-

CLK27A

CLK45

43

2

-

17

BEND

ADDRESS DATA

MEGA Y C DATA

Y C DATA

IC304

MAIN

SUB

PP301

PS3001

8181

PP301

PS3001

8080

PP301

PS3001

7979

MAIN

SUB

PP301

PS3001

45 - -

52 45 52

PP301

PS3001

--

37 44 37 44

MAIN

SUB

PP301

PS3001

3636

PP301

PS3001

53 53

TO/FROM VIDEO

TO VIDEO

TO/FROM VIDEO

IC305(CAMERA MICROCOMPUTER)

IC307(EEP ROM)

SUB

PP301

56

PP301

55

PP301

72

PP301

73

PP301

59

PP301

6 5 2 1 3

SK

CS WP

MAIN

PS3001

56

PS3001

55

PS3001

72

PS3001

73

PS3001

59

PS3001

7676

PS3001

7777

E2 SCK

200 199

E2 SDO DI

E2 SDI DO

198

E2 CS

79

E2 RB

25

C V DATA

55

V C DATA

56

CAM SCLK

57

CAM RTN

120

RTN FLD

44

WINK END

MEMO END

39

203

TO/FROM CONTROL

278 280 279

53

RE H

36

WE

32

L

DAS

38

PV-GS250PP CAMERA 2 BLOCK DIAGRAM (PROCESS BLOCK DIAGRAM)

PV-GS250PP

13.4. LENS DRIVE BLOCK DIAGRAM

MF SENSOR

+5V

Q710Q711

FRONT

FP7001

MF LED

6

FP7001

MF L1

2

FP7001

MF L2

4

LENS UNIT

ND DRV(+)

ND DRV(-)

ND H IN(-)

ND H IN(+)

ND HO(-)

ND HO(+)

H IN(+)

H OUT(-)

H OUT(+)

ALC M(+)

ALC M(-)

FM T(+)

FM T(-)

ENC

HALL SENSOR

IC482 (GYRO Y)

IC481 (GYRO X)

4

1

4

1

IRISND

Y SENS

Y REF

X SENS

X REF

MR

MM

FRONT

SUB

FP4801

FP4002

28

FP4801

FP4002

26

FP4801

FP4002

27

SUB

FP701

SUB

FP701

SUB

FP701

H IN(-)

FP701

FMR A

FP701

FMR B

SUB

ZAN

FP701

ZAP

FP701

ZBN

FP701

ZBP

FP701

SUB

Z ABS FP701

Z LED

FP701

FRONT SUB FP480122FP4002

FP480123FP4002

FRONT SUB FP480124FP4002

FP480125FP4002

IC305

PWM HZB

PWM HZA

211212204218219220216217214213210

(CAMERA MICROCOMPUTER)

MF LED CTL47

46

MF RING1

21

MF RING2

ND FNO

151

FM A

153

FM B

154

Z ABS

37

LED CONT

181

162

GYRO Y

SENS SW

40

163

GYRO X

Z SW

CAM RTN

CAM SCLK

C V DATA

V C DATA

SHOE DET

SHOE SCK

SHOE SDI

SHOE SDO

SHOE ON

X POS Y POS

OIS DA SDO OIS DA SCK

OIS DA LD

SIDE L FLEX. CARD

3V

SUB MAIN

PP301

148

PS3001

102

AVREF

ZOOM AD

VTR KEY5

MAIN

FP6501

6

FP6501

5

FP6501

8

FP6501

7

PHOTO SHOT1

PHOTO SHOT2

AVREF

ZOOM AD GND

ZOOM SW T

W

REAR OPERATION

IC2001

VTR

271

SUB MAIN

PP30173PS3001

120

57

55

56

159

65

64

63

35

H

161 160

72 74

129

73

PS3001

PP301

72

PS3001

PP301

5656

PP30155PS3001

55

PP301

PP30184PS3001

PP301

IC704 (OIS DRIVE)

31

6

41 42 43

CAM

104

RTN CAM

116

SCK C V

111

DATA V C

109

DATA

STANDBY LED

85

DECODER

SS SW

POWER SW

POWER LED

GUI LED

VTR KEY4

MAINSUB

PS3001

85

PS3001

8383

84

MAINSUB

PS3001

8686

KEY5

DEW

VTR

KEY1

VTR

KEY2

VTR

KEY3

DAC

276

263

272

269

121

59

71

72

66

264

QR451

QR2006

QR2005

QR2010

X DRIVE

Y DRIVE

Q451

3

MAIN

DEW

FP6502

VTR KEY1 VTR KEY2

VTR KEY3

SS SW

GUI LED

STANDBY LED

POWER LED

POWER SW

QR2007

+B

4 1

2 5

6

FP6502

FP6502 FP6502

FP6502

FP6502 FP6502

LB456

+B

5V

S

G

D

DEW

14

10

9

6 5

START/STOP 12 11

8

7

4

3 1

VTR KEY4

+B

QUICK START

STANDBY LED

POWER LED POWER SW

MAIN

FP3402

6

FP3402

7

FP3402

8

FP3402

9,10

MAIN

FP65036FP6301

FP6503

4

LENS UNIT

SUB

X DRIVE (-)

22

24

34

33

18

20

3

4

FP701

24

FP701

11

FP701

22

FP701

20

FP701

12

FP701

13

FP701

15

FP701

19

X DRIVE (+) X HO(+)

X HO(-) Y DRIVE (-)

Y DRIVE (+) Y HO(+)

Y HO(-)

OIS UNIT

SIDE R

21

FP6301

23

HOT SHOE

HALL SENSOR

MODE DIAL

MANUAL FOCUSAUTO

STOP

MENU

QUICK START

S6304

TAPE RECORDING MODE

TAPE PLAYBACK MODE

CARD RECORDING MODE

PICTURE PLAYBACK MODE

PC MODE

SET

FF

REV

PLAY

JOYSTICK

IC303

(DIGITAL SIGNAL PROCESSOR)

251

G DATA

242 264

263 261

R DATA

IC702

(LENS DRIVE)

NDHG

NDHB

H3O

H1O

H1-

H2+

IRM+

IRM-

FM+

FM-

A IN

B IN

ZA-

ZA+

ZB-

ZB+

FROM SENSOR

IRIS DRIVE

ZOOM DRIVE

B DATA

FOCUS DRIVE

IC701

12 13

258 256 254

252

241 239

233 231 230

+

-

MOD

QR302

12

10

11

LENS 3V

IC706

Q704

4

9

4

6

8

5

7

32

34

31

33

35

30

18

17

43

41

37

39

38

36

27

26

Q703

REF

IC705

7

IC705

3 2

12 13

QR303

+

-

+

-

IC306

4

2

+

1

-

3

+

5

-

6

1

14

62

15

17

16

18

36

34

38

40

60

61

44

42

47

45

14

EAF

H5+

I CLOSE

I OPEN

FC A FC B F2 C

MIXO

LCMP

EZA

EZB

+

31

2922 28 27 53 54 55

MA

57

MB

58

IC701

2

52

3

LCI

51

50

IC701

32

8

33

7

63

DI

64

CK

PWM LIN

PWM ND

+

PWM IRIS

1

-

9

+

10

+

5

-

6

Y/C PROCESSOR

AF/ZOOM

FC A

IRIS OPEN

IRIS CLOSE

FC B

F2 C

SIG

IC308

-

6

7

+

5

6

7

8

9

Q303

3

4

6

1

5

2

IC308

2 3

1

+

54

PV-GS250PP LENS DRIVE BLOCK DIAGRAM

13.5. CONTROL 1 BLOCK DIAGRAM

MECHA.UNIT

3V3V

Q2003

3V

+B

5

+

-

6

+

3

-

2

IC3201

(RIP)

NOREG

S.PHOTO

MIC

T.REEL SENSOR

S.REEL SENSOR

MODE SW

T.PHOTO

CASSETTE DOWN

S TAB

65

ADM(5) ADM(6)

67

ADM(7)

68

ADM(4)

64

XWE H

83

XWE L

82

POS1 POS2 POS3 S TAB

S-REEL

T-REEL

MAIN

FP2203

11

FP2203

1

FP2203

3

MAIN

FP2203

14

FP2203

16

FP2203

15

MAIN

FP2203

12

3V

MAIN

FP2203

7

FP2203

5

MAIN

FP2203

17

MAIN

FP2204

5

FP2204

6

FP2204

7

IC2202

7

1

Q2005

X2202

13.5MHz

FROM/TO VIDEO/USB

IC2001

(CONTROL MICROCOMPUTER)

115

SNS LED

256

T PHOTO

258

S PHOTO

87

T PHOTO SW2

80

T PHOTO SW1

79

S PHOTO SW2

85

S PHOTO SW1

261

MIC AD3

260

MIC AD2

259

MIC AD1

81

MIC CLK

82

MIC DATA

112

MIC ON

124

C DOWN

212

X1

214

X2

154 159 162 163

166

ADDRESS/ DATA

169 171

176 179 188

L

PS

POWER ON

BATTERY

BATT REF

BATT D

EEP CS

ERF DI

ERF DO

ERF CLK

TIMER INT

RTC CS

DEW

VTR KEY1

VTR KEY2

VTR KEY3

SS SW

POWER SW

STANDBY LED

POWER LED

GUI LED

POWER LCD SW

RESET

LCD OPEN SW

P LCD LED

ACCESS LED

TALLY LED

REMOCON

M RVS

EJECT SW

PV-GS250PP

L

POWER ON

0V PROTECT

X2001

32.768MHz

QR2007

PS

VREF

INN BATT

MAIN

FP6501

1

+B

TO IC305

L

FROM/TO POWER

L

LITHIUM BATTERY

DEW

VTR KEY1 VTR KEY2

VTR KEY3

SS SW

GUI LED

STANDBY LED

POWER LED

POWER SW

POWER LCD

RESET

P LCD LED

LCD OPEN

ACCESS LED

TALLY

IR OUT

REAR OPERATION

MAIN

FP6502

14

FP6502

10

FP6502

9

FP6502

6

FP6502

5

FP6502

12

FP6502

11

FP6502

8

FP6502

7

FP6502

4

FP6502

3

FP6502

1

SIDE R

MAIN

FP6301

FP6503

1

26

FP6301

FP6503

25

2

FP6301

FP6503

24

3

FP6301

FP6503

22

5

FP6303

FP6301

7

20

FRONT

MAIN

FP650513FP4801

8

SUB

FP40025FP4801

21

DEW

D6301

D6601

D6801

START/STOP

QUICK START

STANDBY LED

POWER LED

POWER SW

POWER LCD LED

CARD ACCESS LED

TALLY LED

Q491,492

AMP

MODE DIAL

D6802

WHITE BALANCE SENSOR

TAPE RECORDING MODE

TAPE PLAYBACK MODE

CARD RECORDING MODE PICTURE PLAYBACK MODE

PC MODE

STOP

MENU

QUICK

START

S6302 POWER LCD

1 2

S6301 RESET

JOYSTICK

3 4

SET

FF

REV

PLAY

S6701 LCD OPEN

86

122

270 268 257

92

96 95 94

128

114

276

263 272

269

121

59

71

72

66

228

24

51

113

74

69

84

48

60

QR2008

QR2006

QR2001

PS3001

93 1

IC2006

(EEPROM)

SO

4

CS

SI

3 2

IC2002

(RTC/POWER CONTROL) 5 6 3 4

1 14 15

PS3001 PP301

FP6504 FP6201

SCK

SIO SCLK /INTR CE

2.4/1.62.5V

2.8V2.8V

3.4V3.4V

QR2005

QR2010

QR2005

QR2006

MAIN SUB

68 68

SUBMAIN SUB

PP301 FP602

93

MAIN JACK

27 1

1

VDD

OSC OUT

OSC IN

VCC

11

12

13

2

+B

IR6401

REMOTE CONTROL SENSOR

S601

LCD REV

S6212

EJECT SW

3V

5V

PV-GS250PP

CONTROL 1 BLOCK DIAGRAM

55

PV-GS250PP

13.6. CONTROL 2 BLOCK DIAGRAM

IC2201-54 REC/PLAY

1.8Vp-p (0.5msec.div.)

IC2201-55 REC/PLAY

1.8Vp-p (2msec.div.)

IC2201-57 REC/PLAY

1.8Vp-p (1msec.div.)

TO POWER

(CYL/CAP LOADING DRIVE)

IC2201

CAP SW

163CYL SW

DRIVE CLK

62

CYL ON L

3

CYL FG

54

CYL ERR

11

CYL PG

55

UNLOAD

8

LOAD

9

ACTIVE COIL SWITCHING LOGIC

FG AMP COMPARATOR

PG AMP COMPARATOR

DECORDER

:CAPSTAN SERVO SPEED LOOP :CAPSTAN SERVO PHASE LOOP

SLOPE ADDITION

M1A

DRIVE TRANSISTOR CONTROL

M2A

M3A

22

21

19

FG+

52

PG+

51

M UNLOAD

26

M LOAD

23

:CYLINDER SERVO SPEED LOOP :CYLINDER SERVO PHASE LOOP

MECHA.UNIT

DD CYLINDER MOTOR

S

MAIN

FP2202

5,6

FP2202

7,8

FP2202

3,4

FP2202

10

FP2202

1

MAIN

FP2204

3,4

FP2204

1,2

S

N

S

N

MAIN COIL 1

MAIN COIL 2

MAIN COIL 3

N

M2

M3

M1

M2

S

M

M1

M3

N

FG

PG

LOADING MOTOR

N

M3

M2

M1

S

N

TO/FROM CONTROL IC2001,IC3801

IC3001

( DUO)

28 26

24 22

19 16

13 11

8

DATA/ ADDRESS

HID

DD CAPSTAN MOTOR

N

S

M2

M3

S

M1

N

M2

MAIN COIL 1

MAIN COIL 2

MAIN COIL 3

FG

HALL IC1

FG

S

DIRECTION LOGIC

M1

27

DRIVE

DIRECTION DETECTOR

IC3201

(RIP)

CYL PG

LOAD

LIMIT

DRIVE CLK

58

56

72 55 36 61 63 37

35

71

69

17

41

40

57

CAP RSF

CAP ERR

TORQUE LIMIT

CAP FG

ATFIN

FROM IC5001

159

TO IC5001

173 171 169 168

REC

11

44 48

74 76

78

DRIVE

DATA/ ADDRESS

CYL ON CYL FG

CYL ERR

UNLOAD

CAP RSF

CAP ERR

TORQUE

CAP FG

MATRIX

DIRECTION SWITCHING

LIMITER

-

+

FG AMP COMP.

TRANSISTOR CONTROL

M2

28

M3

29

3V

AFG-

47

H1+

37

H1-

36

H2+

32

H2-

35

H3+

31

H3-

30

AFG+

45

MAIN

FP2201

1,2

FP2201

13,14

FP2201

11,12

MAIN

FP2201

4

FP2201

18

FP2201

8

FP2201

6

FP2201

10

FP2201

7

FP2201

5

FP2201

3

FP2201

15

FP2201

17

HALL IC2

N

M1

S

M3

N

HALL IC3

PV-GS250PP

CONTROL 2 BLOCK DIAGRAM

56

13.7. VIDEO BLOCK DIAGRAM

IC3001

PV-GS250PP

(DUO)

MAIN SIGNAL PATH IN REC MODE MAIN SIGNAL PATH IN PLAYBACK MODE

JK4001 <AV4P>

SIDE L FLEX. CARD

ECM L

ECM R

JK3001 <S JACK>

JK4901 <EX MIC/MP>

+

-

+

-

CLAMP

IC3301

34

32

36

39

40

48

45

47

44

19

20

60 51

52

61

53

54

IC3503

2

751

C OUT

Y OUT

V OUT

HP R

HP L

L IN

L OUT

R IN

R OUT

SP OUT1

SP OUT2

H MIC L EX MIC L

EX MIC R

H MIC R

MIC L

MIC R

Y/C SEP

(AVIO)

AFC TBC

GCA

MIX

GCA

LPF

1

3

CLK CHANGE

BUFF CLAMP

AMP

FROM CAMERA

BUFF

AUDIO I/F

CONTROLLER

DAC

HPF

ADC

Y OUT0 Y C0

Y OUT7 Y C7 C OUT0 MEGA Y C0

C OUT7 MEGA Y C7

111 112 115 116 118

121

CLK27M

C IN

Y IN

LRCK

MCLK

BCLK

SDI

SDO0 SDO1

TO LCD

FROM/TO CAMERA

YC IN0-YC IN7

22

24

1

2

3

4

MEGA PIX MEGA DSTB MEGA BUSY

59

Y IN0

54

Y IN5

52

Y IN6

51

Y IN7

70

C IN0

69

C IN1

66

C IN2

63

C IN5

61

C IN6

60

C IN7

227

EX INPUT DATA

232 234 235

CLK27B

10059

C OUT

264

Y OUT

259

IN/OUT PUT CHANNEL CLOCK

180

MASTER CLOCK

181

AUDIO SERIAL DATA CLOCK

182

AUDIO SERIAL DATA

178

AUDIO SERIAL DATA1

1835

AUDIO SERIAL DATA2

1846

L Y C IO0

189

192 194

197

L Y C IO7

188

CLK27C

48

FCK45

49

CAMERA HD

50

CAMERA VD

71

ZD COMP

72

SIG

73

ALC PWM

Y

C

DAC

DRAM 4M

Vin SEC

AUDIO I/F

VCO

JPEG

DRAM 10M

NR

EFECT

COMP I/F

SHUFF

DV FORMAT

TRANS

SD I/F

ARM DRAM 2MUCOM I/F

ADM(0) ADM(1) ADM(2) ADM(3) ADM(4)

ADM(7) ADM(8)

ADM(11) ADM(12)

ADM(15)

SH MFI D0

SH MFI D7 SH MFI CS

SH MFI RS

SH MFI WR

SH MFI RD

SD DATA0

SD DATA1

SD DATA2

SD DATA3

SD CLK

CMD

TPB N

TPB P

1394 I/O

TPA N

TPA P

DBR0

DATA

DBR3

REQR ACKR

CLK27A

ADDRESS STROBE

READ ENABLE

DATA ADDRESS

HID

28

D0

26

D1

25

D2

24

D3

22

D4

19

D7

16

D8

13

D11

11

D12

8

D15

208

215

207 206 205 202

275

274

273

272

271

277

TO CONTROL

145

148

150

151

164

161

167 166

A

102 174 175 81

173 171 169 168 78

159

IC3801

(USB2.0 DRIVE)

41

D0

49

D8

56

D9

62

D15

CLK27

SH MFI D0

SH MFI D6 SH MFI D7

SH MFI CS SH MFI RS SH MFI WR SH MFI RD

TPB(-)

TPB(+)

TPA(-)

TPA(+)

EQ RF AMP

USB IF

REC CUR REC CLK

A65

68

74 79

80 81 82 83

CARD PRO

CARD DET

CL3203 PLAY

0.35Vp-p (20usec.div.)

(RIP) (HEAD/REC AMP)

IC3201

86

89

91

REQ OUT

92

ACKIN

84

CLK27A ADDRESS STROBE

79

READ ENABLE

74 76

I/F ENCODER

VITERBI

DATA/ADDRESS

VBUS

DM

DP

MAIN SIDE R

FP6503 FP6301

23 4

FP6301

FP6503

24 3

FP6301

FP6503

20

7

FP6301

FP6503

6

21

FP6301

FP6503

10

17

FP6301

FP6503

5

22

FP6301

FP6503

26

1

FP6301

FP6503

2

25

MAIN SIDE R

FP6503

FP6301

10 17

FP6503

FP6301

16

11

FP6301

FP6503

15

12

FP6301

FP6503

1413

HSE

50

34 51 10

9

11 39

ATF IN

54

PB H

48

RECI

44

HID1

45

HID2

53

REC CTL

10

7

9

CL3208 REC

3.4Vp-p (20usec.div.)

HSE

PB IN

ATF IN

IC5001

8

35

6

18 19 17 16 15

ADM0 - ADM15

VBUS

MAIN JACK

FP6504 FP6201

13

16

FP6201FP6504

17 12

FP6201FP6504

19 10

GCA

AGC DET

AGC AMP

LPF

LOGIC

TO/FROM CONTROL

VBUS

1

D(-)

2

D(+)

3

HS6301 SD CARD CONNECTOR

D0

7

D1

8

D2

9

1

D3

5

CLK

2

CMD WP

12

11

C.DET

10

TPB(-)

1

TPB(+)

2

TPA(-)

3

4

TPA(+)

GG 56

USB TERMINAL JK3901

33 32 31 30 29 28 27 26

DV TERMINAL JK3952

CH2F

CH2S

CH1F

CH1S

MAIN

FP5001

4

FP5001

5

FP5001

7

FP5001

6

HEAD

INPUT SELECT

JACK MAIN

FP6201

S C IO

4

3

S PLUG L

5

4

3

2

1

8

7

4

5

Q4901-

6

Q4904

S Y IO

MIC AMP

FP6201

JACK MAIN

FP6201

JACK MAIN

FP6201

FP6201 FP6504

JACK MAIN

FP6201 FP6504

FP6201

FROM HOT SHOE (MIC)

722

524

623

24 5

27 1,2

25 4

26 3

17 12

18 11

20 9

FP6504

MAIN

FP6501

9,10

FP6501

11,12

FP6504

MAIN

FP3402

3

FP3402

5

SC IO SY IO

V/HP R

L/HP L

PLUG IN

R/GND

R PLUG

EX MIC L

EX MIC R

H MIC L

H MIC R

L

S PLUG

TO CONTROL

FRONT MAIN FP4801 FP6505

IC4801

67

21

FROM CONTROL

Q3503

AMP

IC3501

C IN

36

Y IN

9

93

S VIDEO

Q3504,5

AMP

L

TO CONTROL

319

FP6505FP4801

418

(A/D)

A/D

PV-GS250PP

VIDEO BLOCK DIAGRAM

57

PV-GS250PP

13.8. MONITOR BLOCK DIAGRAM

IC3001

(DUO)

IC2001

(CONTROL)

L Y C IO0 L Y C IO1

L Y C IO2

L Y C IO3 L Y C IO4

L Y C IO5

L Y C IO6 L Y C IO7

CLK27C

LCD CS

LCD DI

LCD DO

LCD SCK

189

190

191

192

194

195

196

197

188

102

IC601

(CONTROL/PROCESSOR:EVF LCD,MONITOR LCD)

SUB

MAIN

PP301

PS3001

1

PP301

PS3001

2

PP301

PS3001

3

PP301

PS3001

4

PP301

PS3001

5

PP301

PS3001

6

PP301

PS3001

7

PP301

PS3001

8

PP301

PS3001

9

SUBMAIN

PP301

PS3001

99

PP301

98

93

PS3001

100

PS3001

101

100

PP301

101

22

21

20

19

18

16

15

14

11

576

6

7

DATA0

DATA1

DATA2

DATA3

DATA4

DATA5

DATA6

DATA7

CLK IN

S CS

S DATA

S CLK

DATA INPUT

SERIAL I/F

PEDESTAL,LPF, SCAN CONVERTER, SHARPNESS

HUE,COLOR MATRIX

CONTRAST, BRIGHT, GAMMA, SUB-BRIGHT

VIDEO DAC (8BIT)

G OUT

R OUT

B OUT

STV2

CKV2

ENB2

PCG2

XSTB2

STH2

CKH3

CKH4

VREF H

VREF L

COM OUT

26

27

25

2

64

61

54

52 59

48

47

30 31 35

E STV

E CKV1

E ENB

E DSG

E XSTH E STH

E CKH1

E CKH2

E COM

IC603

IC602

FP601

6

FP601

7

FP601

8

FP601

14

FP601

15

FP601

16

FP601

17

FP601

13

FP601

12

FP601

10

FP601

9

FP601

1

FP601 FP801

2

FP601 FP801

3

FP601 FP801

4

FP601 FP801

11

FP601 FP801

18

EVFSUB

FP801

17

FP801

16

FP801

15

FP801

9

FP801

8

FP801

7

FP801

6

FP801

10

FP801

11

FP801

13

FP801

14

FP801

22

21

20

19

12

5

EVF BL 5V

:VIDEO MAIN SIGNAL PATH

EVF LCD

EVF

FP802

15

FP802

14

FP802

13

FP802

5

FP802

4

FP802

3

FP802

2

FP802

6

FP802

7

FP802

11

FP802

12

FP802

22

FP802

21

FP802

19

FP802

18

FP802

10

FP802

1

PANEL

IC601-6(REC/PLAY)

2.8Vp-p (20usec.div.)

IC601-7(REC/PLAY)

2.8Vp-p (5usec.div.)

IC601-11(REC/PLAY)

1.0Vp-p (20usec.div.)

IC601-22(REC/PLAY)

2.0Vp-p (20usec.div.)

IC601-25(REC/PLAY)

3.0Vp-p (20usec.div.)

IC601-26(REC/PLAY)

3.0Vp-p (20usec.div.)

IC601-27(REC/PLAY)

3.0Vp-p (20usec.div.)

TIMING GENERATOR

X STB1

PCG1 ENB1

LR

STH1

CKH2 CKH1

UD

STV1

CKV1

FR

COM H

PCD

BL CONT1

53

55

62

46

60

57

58

45

3

1

51 34

36

44

M OEVE

M PCG

M OEV

M CSH

M STH

M CKH2

M CKH1

M CSV

M STV

M CKV

M FR M VCSH

M COM M PWM

SUB

FP602

EVF

D801

BACKLIGHT

Q801

D804

5V

MONITOR

FP902

8

9

10

16

17

18

7

6

20

19

11

12

13

15

14

4

22

21

FP902

20

FP902

19

FP902

13

FP902

12

FP902

11

FP902

22

FP902

23

FP902

9

FP902

10

FP902

18

FP902

17

FP902

16

FP902

14

FP902

15

FP902

25

FP902

7

MONITOR

FP901

17

FP901

16

FP901

15

FP901

9

FP901

8

FP901

7

FP901

19

FP901

20

FP901

3,21

FP901

4,22

FP901

14

FP901

13

FP901

12

FP901

10

FP901

11

FP901

1,2,24

LCD PANEL

MONITOR BACK LIGHT

(Q902-904, Q906-909, Q913, D905-911)

PV-GS250PP MONITOR BLOCK DIAGRAM

58

14 SCHEMATIC DIAGRAMS

14.1. INTERCONNECTION SCHEMATIC DIAGRAM

PV-GS250PP

A

FP7002

FP7001

FP4801

27 26 25 24 23 22 21 20 19 18 17 16 15 14 13 12 11 10

9 8 7 6 5 4 3 2 1

1 2 3 4 5 6

1 2 3 4 5 6 7 8

9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28MF LED

FLASH

MF SENSOR C.B.A.

192021

FP6505

FP4002 1

D GND

2

TRIG END CHA END

3

CHARGE

4

IR OUT

5

Y SEN

6

Y REF

7

X SEN

8

X REF

9

MF L1

10

MF L2

11

MF LED

12

D GND

120

119

118

117

116

PP301

101112131415161718

123456789

120

PS3001

116

117

118

119

D GND

115

114

115

D GND

113

112

113

112

FP701

D GND

111

110

111

110

D GND

109

108

109

108

ND HO(-)

ND DRV(-)

ND CNT(-)

D GND

107

106

105

107

10594103

106

LENS UNIT

5V RG

V3 R

V2 R

V4 R

H1 R

H2 R

V1 R

321

45678

987654321

10

ZAP

ZBN

ZAN

ZBP

ALC M(+)

H IN(+)

H OUT(+)

H IN(-)

H OUT(-)

ALC M(-)

ALC CNT(-)

ALC CNT(+)

Z ABS

Z LED

ZENC VCC

X DRV(-)

X VH(-)

X HO(+)

X VH(+)

X HO(-)

Y HO(-)

FM T(+)

FM T(-)

Y VH(+)

Y HO(+)

Y VH(-)

Y DRV(+)

Y DRV(-)

X DRV(+)

ND CNT(+)

ND DRV(+)

ND H IN(+)

ND HO(+)

ND H IN(-)

CAM VD

EVR SBI

91

9093928988

EVR SBO

EVR SCK

FLM D0

87

H

SHOE ON

SHOE DET

SHOE DAT

H

SHOE CLK

VTR T

MEGA PIX

8283848586

8177789779

MEGA DSTB

MEGA BUSY

V C DEST

MEMO END

80

WINK END

M REQUEST

CAM SEND END

CAM RTN

CAM SCK

SS DET

76

74737271706968676665646362616059585755

H

D GND

ZOOM AD

LCD SCLK

LCD SD

LCD CS

EVF H/L

TV MD

EVF BL

M BL

LCD ON

M RVS

CCD ON

99989796959493929190898887868584838281807978777675747372717069686766656463626160595857565554535251504948474645444342414039383733363435

104

103

102

101

100

96

99

95

98

102

100

104

101

H

FMR GND

FMR B

FMR VCC

CAM RST

CAM D3 OFF

REMOCON

FMR A

VREF

D GND

4544434241403938373635343332313029282726252423222120191817161514131211

D GND

INST ST

CAM 0

RTN FLD

C V DATA

V C DATA

567554

KCENON(K) KCENON(K) KCENON(K) KCENON(K) KCENON(K)

G

F

E

D

KCENON(K)

GND G GND G GND G

KCENON(A) KCENON(A) KCENON(A) KCENON(A) KCENON(A) KCENON(A)

GND MF L1 MF VCC MF L2 MF VCC MF LED

MIC GND MIC GND MIC(L) MIC(R) MIC 5V MIC 5V REG A5V TALLY REG D3V REG D3V NOREG GND NOREG GND ST NOREG ST NOREG D GND D GND D GND TRIG END CHA END CHARGE IR OUT Y SEN Y REF X SEN X REF MF L1 MF L2

CCD FLEX.CARD C.B.A.

SUB RRPTPT15V

15V

A GND

9

101112

13

SUB C.B.A.

LENS DRIVE

CLK27 CAM

CLK45

MEGA Y C0

MEGA Y C1

MEGA Y C2

MEGA Y C3

MEGA Y C4

MEGA Y C5

MEGA Y C6

47484950515253

46

5V RG

V3 G

V2 G

V4 G

H1 G

H2 G

321

45678

Y C7

CLK27A

CAM 1.5V

SUB GRPTPT15V

9

CAM 1.5V

SW 3V

31

32

SIG R

1817161514

SUB POWERLCDCAMERA

SUB CONNCTOR

Y C1

Y C2

Y C3

Y C4

Y C5

V1 G

Y C6

A GND

MEGA Y C7

Y C0

4544434241403938373635343332313029

101112

SW 3V

15V

13

REG 3.1V

A GND

REG D2.5V

26

A GND

SIG G

1817161514

REG A5V

REMOTE CONTROL RECEIVER

REG -8V

REG 15V

NOREG

21222324252027

5V B

V2 B

V1 B

321456789

NOREG

REG 9V

1712131415

19

V3 B

V4 B

H1 B

H2 B

M BL POWER

REG D3V

162818

SUB BRPTPT15V

101112

REG D3V

SUB 1.8V

CLK27C

L Y C IO7

8

9

101112131415161718192021222324252627282930

987654321

11

10

15V

A GND

13

L Y C IO5

L Y C IO6

L Y C IO4

61473

5

A GND

L Y C IO2

L Y C IO3

A GND

SIG B

1817161514

L Y C IO0

L Y C IO1

2

B

C

D

E

C

FRONT C.B.A.

+

ECM(R)

-

ECM(L)

+

MIC UNIT

MIC GND

LIBATT+

1234586

FP6501

B

1234586

1

W

T

ZOOM

PHOTO SHOT

A

CASSETTE COVER UNIT

SPEAKER

VTR KEY 5

2

AVREF

3

ZOOM AD

4

GND

5 6

SIDE(L) FLEX.CARD C.B.A.

SP OUT2

GND

SP OUT2

SP OUT1

D GND

ZOOM AD

VTR KEY 57

AVREF

7AVREF

GND

VTR KEY 5

LITHIUM BATTERY

D GND

SP OUT1

GND

9

ZOOM AD

D GND

SP OUT2

SP OUT1

GND

D GND

SP OUT2

121110

LIBATT+

D GND

ZOOM AD

LCD SCK

LCD SD

LCD CS

M EVF HL

TV MD

EVF BL

VTR KEY 1

GND

SS SW

DEW

FP6502

1011121314

MODE DIAL/ JOYSTICK

REAR OPERATION UNIT

M BL

LCD ON

M RVS

CCD ON

REG D3V

GND

GUI LED

VTR KEY 2

POWER

START/STOP

STOP

MENU

QUICK START

CAM VD

EVR SBI

EVR SBO

POWER LED

STANDBY LED

VTR KEY 3

EVR SCK

FLM D1

SHOE ON

POWER ON

123456789

SHOE DET

SHOE DAT

SHOE CLK

VTR T

MEGA PIX

MEGA DSTB

MEGA BUSY

V C DSET

MEMO END

WINK END

M REQUEST

CAM SEND END

CAM RTN

CAM SCK

SS DET

CARD PRO

CARD DET

SD DATA1

SD DATA0

FP6503

2625222324

FP6301

REG D3V

P LCD LED

RESET

POWER LCD

SIDE(R) C.B.A.

CAM RST

CAM D3 OFF

CMD O

SD DATA2

SD DATA3

CARD LED

VTR KEY 4

LCD DET

REMOCON

VREF

D GND

SD CLK O

SD D33V

192021

TPB(-)

GND

D GND

DSC GND

TPA(-)

TPB(+)

D GND

TPA(+)

DSC GND

TPA(+)

D GND

INST ST

TPB(+)

TPA(-)

DSC GND

RTN FLD

CAM 0

GND

TPB(-)

101112131415161718

1011121314151617181920212223242625

SD D33V

SD CLK O

C V DATA

V C DATA

CARD LED

GND

SD DATA2

SD D33V

CLK27 CAM

CLK45

MEGA Y C0

REG D3V

LCD DET

VTR KEY 4

SD DATA0

CMD O

SD DATA3

MEGA Y C1

MEGA Y C2

MEGA Y C3

POWER LCD

RESET

P LCD LED

123456789

CARD PRO

CARD DET

SD DATA1

MEGA Y C4

MEGA Y C5

MEGA Y C6

MEGA Y C7

Y C0

Y C1

Y C2

SD CARD

HS6301

DV TERMINAL

JK3952

Y C3

Y C4

Y C5

Y C6

Y C7

CLK27A

CAM 1.5V

RESET

POWER LCD

AUTO/MANUAL/MF

SW 3V

REG 3.1V

L

TEST

EVR 3.4V

1234586

PP3001

REG 3.1V

REG D2.5V

ATF1

ENVELOPE

HID1

REG D2.5V

REG A5V

PCST1

PCST07

DCLK

REG -8V

REG 15V

NOREG

REG 9V

SDAO PTC

SDI DINT

DRESET

V/HP R

PCST3

PCST2

9

EVR1

LCD DET C.B.A.

M BL POWER

UARTI

CAM A GND

DBGE

LCD OPEN

REG D3V

SUB 1.8V

CAM VD

SYSTEM RST

UARTO

2019181716151413121110

SUB 1.8V

CLK27C

L Y C IO7

L Y C IO6

L Y C IO5

L Y C IO4

EVR SCK

EVR SBI

154326FP2001

L Y C IO3

EVR SBO

EVR2

L Y C IO2

L Y C IO1

L Y C IO0

L

FLM DI

CAM RST

P ON

F

D GND

ST NOREG

NOREG GND

REG D3V

TALLY

REG A5V

MIC 5V

MIC(R)

MIC(L)

MIC GND

PV-GS250PP INTERCONNECTION SCHEMATIC DIAGRAM

1110987654321

G

59

PV-GS250PP

A

M RVS

1

D GND

2

D GND

3

M COM

4

M 8.5V

5

M STH

6

M CSH

7

M G

8

M R

9

10

M B M CSV

11

M STV

12

M CKV13 M VCSH

14

M FR

SIG B

A GND

SUB B

H2 B

H1 B

V4 B

V3 B

V2 B

V1 B

5V B

PTPTSIG G

15V

15VRSUB G

H2 G

H1 G

V4 G

V3 G

V2 G

V1 G

A GND

SUB R

H2 R

H1 R

V4 R

V3 R6

V1 R

5V RG

V2 R

SIG R

5V RG

PP201

B

3

9

7

8

5

412

10

3938373635343332313029282726252423222120191817161514131211

15

M OEVE

16

M PCG

17

M OEV

18 19

M CKH1 M CKH2

20 21

M H/L PWM

22

M LED 5V

23

M LED 5V

24

D GND

25

D GND

26 27

D GND

LCD HINGE MONITOR FLEX.CARD C.B.A.

M COM M 8.5V M STH M CSH M G M R M B M CSV M STV M CKV M VCSH M FR M OEVE M PCG M OEV M CKH1 M CKH2 M H/L M PWM M LED 5V M LED 5V D GND D GND D GND D GND

25 24 23 22 21 20 19 18 17 16 15 14 13 12 11 10

9 8 7 6 5 4 3 2 1

FP902 25 24 23 22 21 20 19 18 17 16 15 14 13 12 11 10

9

8

7

6

5

4

3

2

1

M COM M 8.5V M STH M CSH M G M R M B M CSV M STV M CKV M VCSH M FR M OEVE M PCG M OEV M CKH1 M CKH2 M H/L M PWM M LED 5V M LED 5V D GND D GND D GND D GND

MONITOR C.B.A.

V COM VDD CKH1 CKH2 STH CSH VSS G R B CSV STV CKV VCSH FR OEVE PCG OEV VREF VVSS CKD1 CKD2 V COM V COM

FP901

24 23 22 21 20 19 18 17 16 15 14 13 12 11 10

9 8 7 6 5 4 3 2 1

MONITOR LCD PANELEVF LCD PANEL

C

FP201

D

SIG R

2

5V RG

V1 R

61473

8

9

5

101112131415161718192021222324252627282930

H1 G

V4 G

V3 G

V2 G

V1 G

A GND

SUB R

H2 R

H1 R

V4 R

V2 R

V3 R

H2 G

H1 B

H2 B

A GND

SUB B

39383733363435

SIG B

A GND

FP602

31

32

V3 B

V2 B

V1 B

5V B

PTPTSIG G

15V

15VRSUB G

V4 B

2

M RVS

D GND

M COM

D GND

61473

5

M STH

M 8.5V

8

M G

M CSH

9

M R

101112

M CSV

M B

M STV

131615

14

M VCSH

M CKV

M FR

17

M PCG

M OEVE

M CKH1

M OEV

212523

201918

M H/L

M CKH2

22

M PWM

M LED 5V

26

24

D GND

M LED 5V

27

D GND

E STH E CKH1 E CKH2 EVF 8.5V E G OUT E R OUT E B OUT E DSG E XDSG E DSD E ENB E XENB E XSTV E STV E CKV2 E CKV1 E COM EVF BL 5V

D GND D GND

FP601

STH VSS CKH1 CKH2 VDD CSH G R B DSG XDSG DSD VBB CSV ENB XENB XSTV STV CKV2 CKV1 COM

FP802

22XSTH 21 20 19 18 17 16 15 14 13 12 11 10

9 8 7 6 5 4 3 2 1

1E XSTH 2 3 4 5 6 7 8

9 10 11 12 13 14 15 16 17 18 19 20 21 22

FP801

21 20 19 18 17 16 15 14 13 12 11 10

9 8 7 6 5 4 3 2 1

E XSTH22 E STH E CKH1 E CKH2 EVF 8.5V E G OUT E R OUT E B OUT E DSG E XDSG E DSD E ENB E XENB E XSTV E STV E CKV2 E CKV1 E COM EVF BL 5V

D GND D GND

EVF C.B.A.

E

MAIN C.B.A.

S PHOTO

V OUT 3V

T PHOTO

1

MAIN CONNECTION

VIDEO

EX INPUT

VH(-)

T REEL(-)

T REEL(+)

VH(+)

S REEL(+)

S REEL(-)

98765432FP2203

MECHA.UNIT

D GND

C DOWN

SENS LED K

SENS LED A

MIC DT

MIC VDD

S TAB

MIC CLK

S-VIDEO IN/OUT

FP6504 L/HP L L/HP L R/GND PLUG IN V/HP R MIC 5V MIC 5V EXT MIC EX MIC(R) WD REMO

D

GND

181716151413121110

FP1001

BATTERY CATCHER

HOT SHOE CONNECTOR

+B+B+B+B+B

987654321

1413121110

FP3402

SHOE GND

1

SHOE GND

2

H MIC(L)

3

H MIC GND

4

H MIC(R)

5

DET

6

CLK

7

DATA

8

SHOE UNREG

9

SHOE UNREG

10

EX MIC(L) R PLUG CR POWER MIC GND MIC GND VBUS USB D(-) D GND USB D(+) D GND D GND S C IO S PLUG S Y IO

1 2 3

L

4 5 6 7 8

9 10 11

L

12 13 14 15 16 17 18 19 20 21 22 23

L

24 25 26 27EJECT

FP6201 27 26 25

23 22 21 20 19 18 17 16 15 14 13 12 11 10

9

8

7

6

5

4

3

2

1

L/HP L R/GND PLUG IN V/HP R24 MIC 5V MIC 5V EXT MIC EXT MIC(R) WD REMO EXT MIC(L) R PLUG CR POWER MIC GND MIC GND VBUS USB D(-) D GND USB D(+) D GND D GND S C IO S PLUG S Y IO

EJECT SW

L

JACK C.B.A.

JK3001

USB

JK3901

43

21

JK4001 AV/HP

JK4901

MIC/ REMOTE

POWER

CONTROL

AVIO

D GND

POS1

POS2

POS3

M UNLOAD

M LOAD

AFG2

AFG1

VMR

D GND

M2M2M3M3H2(+)

VH(-)

H1(+)

H3(+)

VH(+)

H3(-)

M1

H1(-)

M3A

F

FP2202

987654321

GND

10

GND

CH 2S

CH 2F

CH 1S

CH 1F

GND

87654321FP5001

FP2201

FG(+)

COM

M2A

M1A

M3A

PG(+)

D GND

H2(-)

987654321

CAPSTANCYLINDER

181716151413121110

LOAD

87654321FP2204

PV-GS250PP

G

INTERCONNECTION SCHEMATIC DIAGRAM

60

PV-GS250PP

INTERCONNECTION SCHEMATIC DIAGRAM

2221201918171615141312

14.2. SIDE (L) FLEX. CARD / CASSETTE COVER SCHEMATIC DIAGRAM

PV-GS250PP

14.4. MF SENSOR SCHEMATIC DIAGRAM

(SIDE L FLEX.CARD C.B.A.)

C

B

FP6501-12 FP6501-11 FP6501-10 FP6501-9 FP6501-8 FP6501-7 FP6501-6 FP6501-5 FP6501-4 FP6501-3 FP6501-2 FP6501-1

TO MAIN CONNECTION

SP OUT2 SP OUT2 SP OUT1 SP OUT1 GND VTR KEY 5 AVREF ZOOM AD

GND

LIBATT+

1 2 3 4 5 6 7 8

9 10 11 12

SP OUT2

SP OUT1

1K

LITHIUM BATTERY

ML-621S/F9D

TO SPEAKER

IMPORTANT SAFETY NOTICE:

COMPONENTS IDENTIFIED WITH THE MARK HAVE THE SPECIAL CHARACTERISTICS FOR SAFETY. WHEN REPLACING ANY OF THESE COMPONENTS, USE ONLY THE SAME TYPE.

(CASSETTE COVER)

1

VTR KEY 5

2

AVREF ZOOM AD

3 4

GND

5 6

A

PV-GS250PP SIDE (L) FLEX.CARD/ CASSETTE COVER SCHEMATIC DIAGRAM

2

413

14.3. LCD HINGE (MONITOR FLEX.) SCHEMATIC DIAGRAM

10K

(MF SENSOR C.B.A.)

PHOTO SHOT2

Q710 CNA1312K01VT

B

PHOTO SHOT1

T

W

A

5

0

3.3

NOTE: DO NOT USE ANY PART NUMBER SHOWN ON THIS SCHEMATIC DIAGRAM FOR ORDERING. WHEN YOU ORDER A PART,PLEASE REFER TO PARTS LIST.

NOTE: THE MEASUREMENT MODE OF THE DC VOLTAGE ON THIS DIAGRAM IS STOP MODE.

NOTE: CIRCUIT VOLTAGE AND WAVEFORM DESCRIBED HEREIN SHALL BE REGARDED AS REFERENCE INFORMATION WHEN PROBING DEFECT POINT,BECAUSE IT MAY DIFFER FROM AN ACTUAL MEASURING VALUE DUE TO DIFFERENCE OF MEASURING INSTRUMENT AND ITS MEASURING CONDITION AND PRODUCT ITSELF.

4.9

4.1

Q711 CNA1312K01VT

(FOCUS SENSOR)(FOCUS SENSOR)

0

4.1

4.9

4.9 TO

FRONT

6

MF LED

5

MF VCC

4

MF L2

3

MF VCC

2

MF L1

1

GND

TO FP7001

PV-GS250PP MF SENSOR SCHEMATIC DIAGRAM

(LCD HINGE MONITOR FLEX.CARD C.B.A.)

C

TO SUB CONNECTION

M RVS D GND D GND M COM M 8.5V M STH M CSH M G M R M B M CSV M STV

B

TO FP602

M CKV M VCSH M FR M OEVE M PCG M OEV M CKH1 M CKH2 M H/L PWM M LED 5V M LED 5V D GND D GND D GND

1 2 3 4 5 6 7 8

9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27

A

LCD RVS

S601 K0L1BA000101

:VIDEO MAIN SIGNAL PATH

TO MONITOR

25

M COM

24

M 8.5V

23

M STH

22

M CSH

21

M G

20

M R

19

M B

18

M CSV

17

M STV

16

M CKV

15

M VCSH

14

M FR

13

M OEVE

12

M PCG

11

M OEV

10

M CKH1

9

M CKH2 M H/L

8 7

M PWM

6

M LED 5V

5

M LED 5V

4

D GND

3

D GND

2

D GND

1

D GND

TO FP902

321

PV-GS250PP LCD HINGE(MONITOR FLEX.) SCHEMATIC DIAGRAM

4321

61

PV-GS250PP

14.5. REAR OPERATION UNIT SCHEMATIC DIAGRAM

(REAR OPERATION UNIT)

TO MAIN CONNECTION

C

TO FP6502

POWER SW

POWER LED STANDBY LED VTR KEY 3 REG D3V GND GUI LED VTR KEY 2 VTR KEY 1 GND SS SW

DEW

1 2 3 4 5 6 7 8

9 10 11 12 13 14

POWER POWER

STANDBY

TAPE REC

10K10K

SET

TAPE PLAY

10K

B

DEW

START/ STOP

QUICK START

A

2

14.6. EVF SCHEMATIC DAIGRAM

(EVF C.B.A.)

C

B

NOTE: DO NOT USE ANY PART NUMBER SHOWN ON THIS SCHEMATIC DIAGRAM FOR ORDERING.WHEN YOU ORDER A PART,PLEASE REFER TO PARTS LIST.

NOTE: THE MEASUREMENT MODE OF THE DC VOLTAGE ON THIS

A

DIAGRAM IS STOP MODE.(EVF:ON)

NOTE: CIRCUIT VOLTAGE AND WAVEFORM DESCRIBED HEREIN SHALL BE REGARDED AS REFERENCE NFORMATION WHEN PROBING DEFECT POINT, BECAUSE IT MAY DIFFER FROM AN ACTUAL MEASURING VALUE DUE TO DIFFERENCE OF MEASURINGINSTRUMENT AND ITS MEASURING CONDITION AND PRODUCT ITSELF.

FP601-1 FP601-2 FP601-3 FP601-4 FP601-5 FP601-6 FP601-7 FP601-8 FP601-9 FP601-10 FP601-11 FP601-12 FP601-13 FP601-14 FP601-15 FP601-16 FP601-17 FP601-18 FP601-19 FP601-20 FP601-21 FP601-22

TO SUB CONNECTION FP801

E STH E CKH1 E CKH2 EVF 8.5V E G OUT E R OUT E B OUT E DSG E XDSG E DSD E ENB E XENB E XSTV E STV E CKV2 E CKV1 E COM EVF BL 5V

D GND D GND

22E XSTH 21 20 19 18 17 16 15 14 13 12 11 10

9 8 7 6 5 4 3 2 1

D803 B0BC6R100025

D804 MA3S13300L

2

2.84K

5.7K

17.36K

2.84K

5.7K

STOP

MENU

QUICK START

PV-GS250PP REAR OPERATION UNIT SCHEMATIC DIAGRAM

413

:VIDEO MAIN SIGNAL PATH

R801 4700

1.3

12

3

EVF BACKLIGHT

D801 B3AFB0000081

1.7

Q801 2SD2216J0L

(BACKLIGHT CONTROL)

0.6 R804 47

FF

REV

PLAY

C802 1

CARD REC

PICTURE PLAY

PC

MODE DIALJOYSTICK

10K

5

TO EVF LCD PANEL FP802

XSTH

22

STH

21

VSS

20 19

CKH1

18

CKH2

17

VDD

16

CSH

15

G

14

R

13

B

12

DSG

11

XDSG

10

DSD VBB

9

CSV

8

ENB

7

XENB

6

XSTV

5

STV

4

CKV2

3

CKV1

2

COM

1

D802

C801

MAZ80470ML

0.47

PV-GS250PP EVF SCHEMATIC DIAGRAM

413

62

14.7. CCD FLEX. CARD SCHEMATIC DIAGRAM

PV-GS250PP

(CCD FLEX.CARD C.B.A.)

(CCD R C.B.A.)

H

G

F

(CCD G C.B.A.)

E

D

R218 0

C212

14.912.49.4

891011121314

VDD

OUT

7654321

12.0

14.912.49.4

VDD

OUT

12.0

1

IC202 C4AZJ0000004

(CCD,R)

C202 1

IC201 C4AZJ0000004

(CCD,G)

C213

0.1

-7.8

2.1

1.4

PT

H1(R)

H2(H1)

NC(H2)

V4

V3

V2

0.6

-7.1

R208 0

2.1

1.4

14 13 12 11 10 9 8

H1(R)

H2(H1)

NC(H2)

V4

V3

1234567

V2

0.6

-7.1-7.1

SUB

R(NC)

V1

GND(NC)

GND

0.6

C203

0.1

-7.8

PT

SUB

R(NC)

V1

GND(NC)

GND

0.6

R213 10K

R211 12K

R203 10K

R201 12K

C211

0.1

C201

0.1

2.4

12.0

1.6

12.0

1.6

C215 1

C216 1

Q211 2SC4627JCL

(FILTER)

R214 820

C205 1

C206 1

Q201 2SC4627JCL

(FILTER)

R204 820

R216 10K

R215 12K

R206 10K

R205 12K

2.3

4.9

Q212 2SC4627JCL

(AMP)

1.7

R212 820

4.9

Q202 2SC4627JCL

(AMP)

1.7

R202 820

:VIDEO MAIN SIGNAL PATH

5V

1

V1

2

V2

3

V3

4

V4

5

H1

6

H2

7

SUB

8

R

9

PT

10

PT

11

15V

12

15V

13

A GND

14

A GND

15

A GND

16

A GND

17

SIG

18

1

5V

2

V1

3

V2 V3

4 5

V4 H1

6

H2

7 8

SUB R

9

PT

10

PT

11

15V

12 13

15V

14

A GND

15

A GND

16

A GND

17

A GND

18

SIG

5V RG V1 R V2 R V3 R V4 R H1 R H2 R SUB R R PT PT 15V 15V A GND A GND A GND A GND SIG R

5V RG V1 G V2 G V3 G V4 G H1 G H2 G SUB G R PT PT 15V 15V A GND A GND A GND A GND SIG G

1 2 3 4 5 6 7 8

9 10 11 12 13 14 15 16 17 18

1

2

3

4

5

6

7

8

9 10 11 12 13 14 15 16 17 18

TO SUB CONNECTION PP201

1

SIG R 5V RG

2 3

5V RG

4

V1 R

5

V2 R V3 R

6

V4 R

7

H1 R

8

H2 R

9

SUB R

10

A GND

11

A GND

12

A GND

13

A GND

14

V1 G

15

V2 G

16

V3 G

17

V4 G

18

H1 G

19

H2 G

20

SUB G

21

R

22

15V

23

15V

24

SIG G

25

PT

26

PT

27

5V B

28

5V B

29

V1 B

30

V2 B

31

V3 B

32

V4 B

33

H1 B

34

H2 B

35

SUB B

36

A GND

37

A GND

38

SIG B

39

TO FP201

C

B

A

(CCD B C.B.A.)

R228 0

C222

14.912.49.4

VDD

OUT

12.0

1

IC203 C4AZJ0000004

(CCD,B)

C223

0.1

-7.8

2.1

1.4

14 13 12 11 10 9 8

H2(H1)

NC(H2)

V3

V4

1234567

-7.1

H1(R)

V2

0.6

PT

SUB

R(NC)

V1

0.6

GND(NC)

GND

R223 10K

R221 12K

C221

0.1

2.4

12.0

1.6

C225 1

C226 1

Q221 2SC4627JCL

(FILTER)

R224 820

R226 10K

R225 12K

2.3

4.9

Q222 2SC4627JCL

(AMP)

1.7

R222 820

1

5V

2

V1 V2

3 4

V3

5

V4 H1

6

H2

7

SUB

8

R

9

PT

10

PT

11 12

15V

13

15V

14

A GND

15

A GND A GND

16 17

A GND

18

SIG

5V B V1 B V2 B V3 B V4 B H1 B H2 B SUB B R PT PT 15V 15V A GND A GND A GND A GND SIG B

NOTE: DO NOT USE ANY PART NUMBER SHOWN ON THIS SCHEMATIC DIAGRAM FOR ORDERING. WHEN YOU ORDER A PART,PLEASE REFER TO PARTS LIST.

NOTE: THE MEASUREMENT MODE OF THE DC VOLTAGE ON THIS DIAGRAM IS STOP MODE.

NOTE: CIRCUIT VOLTAGE AND WAVEFORM DESCRIBED HEREIN SHALL BE REGARDED AS REFERENCE INFORMATION WHEN PROBING DEFECT POINT,BECAUSE IT MAY DIFFER FROM AN ACTUAL MEASURING VALUE DUE TO DIFFERENCE OF MEASURING INSTRUMENT AND ITS MEASURING CONDITION AND PRODUCT ITSELF.

1

2

3

4

5

6

7

8

9 10 11 12 13 14 15 16 17 18

PV-GS250PP CCD FLEX.CARD SCHEMATIC DIAGRAM

987654321

10

11

12

63

PV-GS250PP

14.8. FRONT SCHEMATIC DIAGRAM

(FRONT C.B.A.)

TO FLASH FLEX. FP7002

KCENON(K) 27 KCENON(K) KCENON(K) KCENON(K) KCENON(K)

F

E

KCENON(K)

GND G GND G GND G

KCENON(A) KCENON(A) KCENON(A) KCENON(A) KCENON(A) KCENON(A)

D

MIC UNIT

ECM(R)

+

-

M4801

C

ECM(L)

+

-

M4802

TO FRAME GND1

B

TO FRAME GND2

NOTE: DO NOT USE ANY PART NUMBER SHOWN ON THIS SCHEMATIC DIAGRAM FOR ORDERING. WHEN YOU ORDER A PART,PLEASE REFER TO PARTS LIST.

NOTE:

A

THE MEASUREMENT MODE OF THE DC VOLTAGE ON THIS DIAGRAM IS STOP MODE.

NOTE: CIRCUIT VOLTAGE AND WAVEFORM DESCRIBED HEREIN SHALL BE REGARDED AS REFERENCE INFORMATION WHEN PROBING DEFECT POINT,BECAUSE IT MAY DIFFER FROM AN ACTUAL MEASURING VALUE DUE TO DIFFERENCE OF MEASURING INSTRUMENT AND ITS MEASURING CONDITION AND PRODUCT ITSELF.

26 25 24 23 22 21 20 19 18 17 16 15 14 13 12 11 10

9 8 7 6 5 4 3 2 1

RL4001

RL4002

D7006 B0JCDD000002

R7022 1K

QR7008 UNR9214J0L

(INV.)

0

CL4801

VZ4802 D4ED1270A003

CL4803

VZ4801 D4ED1270A003

C4899 1

R7009 10K

0.7

CL4802

R7001 47K

0

Q7001 2SD2216J0L

(POWER CONTROL)

R4801 3900

R4807 10K

R4808 10K

C4802

0.047

L7001 56u

C7001 1

C7007

0.01

R7003 120

Q7002 B1ABPF000009

(SWITCHING)

D7001 MA2S11100L

R4802 3900

C4801

0.047

4321

GND

R4804 0

C4804 680P

R4803 0

+

-

R4806 56K

0

C4803 680P

8.0

R4805 56K

2.42.42.4

+

VCC

8765

T7001 G5DYA0000084

2

1

3

4

C7003

0.01

R4813 22K

IC4801 C0ABBB000105

(MIC AMP)

4.92.42.42.4

R7005 330K

C4807

4.7

D7003 B0ECKT000001

5

D7004 B0BC30000001

Q7003 B1ABBE000002

(POWER CONTROL)

R7006 560K

Q4803 B1ABBE000002

(R.FILTER)

R4814 33K

4.2

C4808 6V22

TL7007

249249249249

5

6

7

8

IC7003 B1JBLP000004

(FLASH DRIVE)

4

3

2

1

0

142

R491

2.2M

3

VCCOUT

C491

0.6

4.94.8 R4815

4700

0.1

D6802 B3GA00000047

C7004 F2AZZ6500002

CL401

CL404

C401 6V22

0

R7011 100K

L401 10u

CL402

C403 6V22

IC482 L2ES00000012

(GYRO Y SENSOR)

CL402

R495 10M

21

3

C493

0.22

C492

0.22

D491 MA3S132D0L

3.4

CL403

CL481

CL483

C488 6V22

R492 330K

R7008 33

C7006

0.1

CL7003

4.9

Q491 B1ABCF000100

(AMP)

C495 6V22

OUT VCC

142

1.31.3

IC7001 C0JBAA000345

0

43

4.9 5

TL7002

4.93.7

3.7

L480 10u

2.91.22.91.2

3

GNDVREFVREF GND

Q492 B1ABBE000002

(AMP)

3.2

R494 1800

R493 4700

R6803 330

IC481 L2ES00000013

(GYRO X SENSOR)

CL482

0

2

0

1

R7010 47K

D6801 B3AAB0000037

TALLY

:AUDIO MAIN SIGNAL PATH

TO MAIN/SUB CONNECTION FP4801

1 2 3 4 5 6 7 8

9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28

TO MF SENSOR FP7001

1

2

3

4

5

6

VZ7002 D4ED1270A003

987654321

MIC GND MIC GND MIC (L) MIC (R) MIC 5V MIC 5V REG A5V TALLY REG D3V REG D3V NOREG GND NOREG GND ST NOREG ST NOREG D GND D GND D GND TRIG END CHA END CHARGE IR OUT Y SENS Y REF X SENS X REF MF L1 MF L2 MF LED

SE GND MF L1 MF VCC MF L2 MF VCC MF LED

FP6505-21 FP6505-20 FP6505-19 FP6505-18 FP6505-17 FP6505-16 FP6505-15 FP6505-13 FP6505-11 FP6505-10 FP6505-7,8,9 FP6505-7,8,9 FP6505-4,5,6 FP6505-4,5,6 FP6505-1,2,3 FP6505-1,2,3 FP4002-1 FP4002-2 FP4002-3 FP4002-4 FP4002-5 FP4002-6 FP4002-7 FP4002-8 FP4002-9 FP4002-10 FP4002-11 FP4002-12

PV-GS250PP FRONT SCHEMATIC DIAGRAM

10

FP6505

TO MAIN CONNECTION

FP4002

TO SUB CONNECTION

64

14.9. JACK SCHEMATIC DIAGRAM

(JACK C.B.A.)

PV-GS250PP

:VIDEO MAIN SIGNAL PATH :AUDIO MAIN SIGNAL PATH

G

F

E

D

C

MIC/ REMOTE

JK4901 K2HC107B0003

USB

JK3901 K2HZ105E0006

S VIDEO IN/OUT

JK3001 K2HZ104A0002

67 GG GND

NC

VBUS

GG 98

Q4908

C4913

4.7

C4901 4700P

FL2503 J0MAB0000140

2

B1ABBE000002

(R.FILTER)

4.84.8

4.2

R4924 47K

R4923 68K

R4905 470

C4902 4700P

3

41

R4922 22K

C4909 1

C4903 1

R4908 56K

R4906 10K

R4907 150K

0.9

3.5

0.4

3.5

Q4901 2SD2216J0L

(AMP)

R4909 1K

4.8

2.3

Q4902 2SB1462JHL

(AMP)

R4910 5600

R4911 150

C4905 6V22

CL4902

R4912 470

C4908 1

R4913 10K

R4914 150K

R4915 56K

0.9

3.5

0.4

3.5

Q4903 2SD2216J0L

(AMP)

R4916 1K

4.8

2.1

Q4904 2SB1462JHL

(AMP)

R4917 5600

R4918 150

C4910 6V22

CL4901

Q4907 B1ABBE000002

4.8

(R.FILTER)

4.2

4.8

QR4901 B1GDBEHH0001

4.8

(POWER SUPPLY)

0

4.9

C4904 1

R4902 4700

C4906 6V22

D4901 B0JCDD000002

TO MAIN CONNECTION FP6201

27 26

R/GND

25

PLUG IN

24 V/HP R

MIC 5V

23

MIC 5V

22

EXT MIC

21

EXT MIC(R)

20 19

WD REMO

18

EXT MIC(L)

17

R PLUG

16

CR POWER

15

MIC GND

14

MIC GND

13

VBUS

12

USB D(-)

11

D GND

10

USB D(+) D GND

9

D GND

8

S C IO

7

S PLUG

6

S Y IO

5 4 3 2

EJECT SW

1

FP6504-1,2L/HP L FP6504-3 FP6504-4

L

FP6504-5 FP6504-6 FP6504-7 FP6504-8 FP6504-9 FP6504-10 FP6504-11

L

FP6504-12 FP6504-13 FP6504-14 FP6504-15 FP6504-16 FP6504-17 FP6504-18 FP6504-19 FP6504-20 FP6504-21 FP6504-22

L

FP6504-23 FP6504-24 FP6504-25,26 FP6504-25,26 FP6504-25,26 FP6504-27

R4901 330

R4904

8

7

4

5

6

3

2

1

5

4

D+

3

D-

2

1

43

21

LB4923 J0JAC0000015

LB4924 J0JAC0000015

LB4926 J0JAC0000015

LB4921 J0JAC0000015

LB4928 J0JAC0000015

LB4922 J0JAC0000015

VZ4902 D4ED1120A002

LB3902 J0JAC0000014

VZ4903 D4ED1120A002

C3908 1

LB4007 J0JBC0000054

LB4008 J0JBC0000054

LB4009 J0JAC0000014

VZ4002 D4ED1270A008

VZ4001 D4ED1120A002

5600

R4920 5600

VZ4003 D4ED1270A008

6

B

AV/HP

JK4001 K2HC106B0018

5

4

3

2

1

C4003

C4004

4700P

A

NOTE: DO NOT USE ANY PART NUMBER SHOWN ON THIS SCHEMATIC DIAGRAM FOR ORDERING. WHEN YOU ORDER A PART,PLEASE REFER TO PARTS LIST.

1

LB4001 J0JBC0000054

LB4005 J0JAC0000014

LB4003 J0JAC0000014

LB4006 J0JAC0000014

NOTE: THE MEASUREMENT MODE OF THE DC VOLTAGE ON THIS DIAGRAM IS STOP MODE.

CL4001

VZ4004 D4ED1270A006

R4001 100

CL4002

NOTE: CIRCUIT VOLTAGE AND WAVEFORM DESCRIBED HEREIN SHALL BE REGARDED AS REFERENCE INFORMATION WHEN PROBING DEFECT POINT,BECAUSE IT MAY DIFFER FROM AN ACTUAL MEASURING VALUE DUE TO DIFFERENCE OF MEASURING INSTRUMENT AND ITS MEASURING CONDITION AND PRODUCT ITSELF.

5432

CL4004CL4003

C4001 1

TO FRAME GND

S6212 K0L1BA000050

EJECT

RL2501RL2503 RL2502RL2504RL4801

PV-GS250PP JACK SCHEMATIC DIAGRAM

11109876

65

PV-GS250PP

14.10. SIDE (R) / LCD DET. SCHEMATIC DIAGRAM

(SIDE R C.B.A.)

F

E

D

C

FP6503-1 FP6503-2 FP6503-3 FP6503-4 FP6503-5 FP6503-6 FP6503-7 FP6503-8 FP6503-9 FP6503-10 FP6503-11 FP6503-12 FP6503-13 FP6503-14 FP6503-15 FP6503-16 FP6503-17 FP6503-18 FP6503-19 FP6503-20 FP6503-21 FP6503-22 FP6503-23 FP6503-24 FP6503-25 FP6503-26

TO MAIN CONNECTION FP6301

POWER LCD RESET P LCD LED REG D3V LCD DET VTR KEY 4 CARD LED GND GND TPB(-) TPB(+) TPA(-) TPA(+) DSC GND DSC GND DSC GND SD CLK O SD D33V SD D33V SD DATA2 SD DATA3 CMD O SD DATA0 SD DATA1 CARD DET CARD PRO

S6304 K0D113B00027

MFMAUTO

14

R6305

R6304

47K

26 25 24 23 22 21 20 19 18 17 16 15 14 13 12 11 10

9 8 7 6 5 4 3 2 1

D6301 B3ABB0000086

POWER LCD

D6601 B3AAB0000037

CARD ACCESS

LCD DET C.B.A.

LCD OPEN

S6701 K0L1BA000101

GNDLCD DET

CL6302 CL6301

C6321 1

C6301

4.7

C6310 5P

FL6301 F1H0J1050022

POWER LCD

S6302 K0H1BA000436

1

2

3

4

R6316 470

RESET

S6301 K0H1BA000436

1

2

3

4

FL3952 J0MAB0000116

32

4

1

FL3953 J0MAB0000116

3

2

4

1

2

3

4

TPB(-)

TPB(+)

TPA(-)

TPA(+)

5 G

G 6

DV TERMINAL

JK3952 K1FA104A0017

B

A

NOTE: DO NOT USE ANY PART NUMBER SHOWN ON THIS SCHEMATIC DIAGRAM FOR ORDERING. WHEN YOU ORDER A PART,PLEASE REFER TO PARTS LIST.

C6306

0.1

GND 1314

HS6301 K1NA09E00038

SD CARD CONNECTOR

C6302 47P

C6303 47P

C6307

0.1

D2D3CMDGNDVCCCLKGNDD0D1

912345678121110

C6305 47P

C6304 47P

R6307 22

GND

TO FRAME GND1

TO FRAME GND2

R6308 4700

R6309 4700

R6303

R6302

22

WPC.DET

R6311 4700

R6310 4700

R6306 22

PV-GS250PP SIDE (R)/LCD DET. SCHEMATIC DIAGRAM

987654321

66

14.11. MONITOR SCHEMATIC DIAGRAM

(MONITOR C.B.A.)

PV-GS250PP

F

E

D

1

*

NOTE:

to "1.2. Service Information Regarding MONITOR C.B.A. and LCD PANEL of PV-GS250PP".

Refer

TO MONITOR FLEX. FP902

M COM M 8.5V M STH M CSH M G M R M B M CSV M STV M CKV M VCSH M FR M OEVE M PCG M OEV M CKH1 M CKH2 M H/L M PWM M LED 5V M LED 5V D GND D GND D GND D GND

25 24 23 22 21 20 19 18 17 16 15 14 13 12 11 10

9 8 7 6 5 4 3 2 1

R902 0

1

R905 82K

R940 10K

:VIDEO MAIN SIGNAL PATH

TO LCD PANEL FP901

24 23 22 21 20 19 18 17 16 15 14 13 12 11 10

9 8 7 6 5 4 3 2 1

V COM VDD CKH1 CKH2 STH CSH VSS G R B CSV STV CKV VCSH FR OEVE PCG OEV VREF VVSS CKD1 CKD2 V COM V COM

L901 100u

R908 330 R907 330 R909 330

R903 1800

C913 39P

R912 1K

C914 39P

C915 39P

C901 1

R904 15K

C918

4.7

R906 56K

1.5

R901

R910

1800

8200

1

C916

0.1

1.0

Q901 B1ADBE000001

(VREF)

C902 10V1

C903

4.7

R913 4700

C

D902 B0BC6R100025

R915 1K

D905 B3AFB0000082

D906 B3AFB0000082

D907 B3AFB0000082

D908 B3AFB0000082

D909 B3AFB0000082

D910 B3AFB0000082

D911 B3AFB0000082

R937 47K

B

Q913

1.4 1.1

1.1

Q902 2SD2216J0L

(BACKLIGHT)

0.3

R918 27

1.4

1.1

Q903 2SD2216J0L

(BACKLIGHT)

0.3

R924 27

1.4

1.1

Q904 2SD2216J0L

(BACKLIGHT)

0.3

R925 27

1.4

1.1

Q906 2SD2216J0L

(BACKLIGHT)

0.3

R931 27

1.4

1.1

Q907 2SD2216J0L

(BACKLIGHT)

0.3

R932 27

1.4

1.1

Q908 2SD2216J0L

(BACKLIGHT)

0.3

R933 27

1.4

1.1

Q909 2SD2216J0L

(BACKLIGHT)

0.3

R934 27

B1ADBE000001

(BACKLIGHT ON/OFF)

0.5 C933

1

R930 10K

A

NOTE: DO NOT USE ANY PART NUMBER SHOWN ON THIS SCHEMATIC DIAGRAM FOR ORDERING. WHEN YOU ORDER A PART,PLEASE REFER TO PARTS LIST.

NOTE: THE MEASUREMENT MODE OF THE DC VOLTAGE ON THIS DIAGRAM IS STOP MODE.(MONITOR:ON)

NOTE: CIRCUIT VOLTAGE AND WAVEFORM DESCRIBED HEREIN SHALL BE REGARDED AS REFERENCE INFORMATION WHEN PROBING DEFECT POINT,BECAUSE IT MAY DIFFER FROM AN ACTUAL MEASURING VALUE DUE TO DIFFERENCE OF MEASURING INSTRUMENT AND ITS MEASURING CONDITION AND PRODUCT ITSELF.

PV-GS250PP MONITOR SCHEMATIC DIAGRAM

987654321

67

PV-GS250PP

14.12. SUB (SUB CONNECTION) SCHEMATIC DIAGRAM

(SUB C.B.A.)

G

F

E

TO LENS FP701

ND CNT(-) ND DRV(-) ND HO(-) ND H IN(-) ND HO(+) ND H IN(+) ND DRV(+) ND CNT(+) X DRV(+) Y DRV(-) Y DRV(+) Y VH(-) Y HO(+) Y VH(+) FM T(-) FM T(+) Y HO(-) X HO(-) X VH(+) X HO(+) X VH(-) X DRV(-) ZENC VCC Z LED Z ABS ALC CNT(+) ALC CNT(-) ALC M(-) H OUT(-) H IN(-) H OUT(+) H IN(+) ALC M(+) ZBP ZAN ZBN ZAP FMR VCC FMR B FMR GND FMR A

TO PS3001

EVR SBI

CAM VD

EVR SBO

EVR SBI

FLM D1

EVR SCK

EVR SBO

FLM D1

EVR SCK

H

SHOE DET

SHOE ON

H

SHOE ON

SHOE DET

SHOE DAT

VTR T

SHOE CLK

SHOE DAT

MEGA PIX

VTR T

SHOE CLK

MEGA BUSY

MEGA DSTB

MEGA PIX

V C DSET

MEGA BUSY

MEGA DSTB

WINK END

MEMO END

V C DSET

M REQUEST

WINK END

MEMO END

SS DET

CAM SCK

CAM RTN

CAM SEND END

M REQUEST

SS DET

CAM SCK

CAM RTN

CAM SEND END

REMOCON

CAM D3 OFF

CAM RST

CAM D3 OFF

CAM RST

REMOCON

VREF

D GND

RTN FLD

INST ST

RTN FLD

INST ST

CAM 0

V C DATA

C V DATA

CLK27 CAM

V C DATA

C V DATA

MEGA Y C1

MEGA Y C0

CLK45

CLK27 CAM

MEGA Y C1

MEGA Y C0

CLK45

MEGA Y C4

MEGA Y C3

MEGA Y C2

MEGA Y C4

MEGA Y C3

MEGA Y C2

MEGA Y C7

MEGA Y C6

MEGA Y C5

Y C0

MEGA Y C7

MEGA Y C6

MEGA Y C5

Y C0

Y C1

Y C2

Y C3

Y C4

Y C5

Y C6

Y C7

CAM 1.5V

CLK27A

CAM 1.5V

SW 3V

REG 3.1V

REG A5V

REG D2.5V

REG 15V

REG -8V

REG A5V

NOREG

REG 9V

NOREG

REG D3V

M BL POWER

SUB 1.8V

REG D3V

1011121314151617181920212223242526272829303132333435363738394041424344454647484950515253545556575859606162636465666768697071727374757677787980818283848586878889909192939495969798

L Y C IO7

CLK27C

L Y C IO7

CLK27C

L Y C IO5

L Y C IO6

L Y C IO5

L Y C IO6

L Y C IO3

L Y C IO4

L Y C IO2

L Y C IO3

L Y C IO4

L Y C IO0

L Y C IO1

L Y C IO2

123456789

L Y C IO0

L Y C IO1

A

B

C

D

E F G H

I

J

K L M

H

M EVF H/L

LCD CS

99

M EVF HL

TV MD

EVF BL

TV MD

EVF BL

M BL

H

LCD ON

M BL

H

LCD ON

M RVS

H

CCD ON

M RVS

CCD ON

CAM VD

1 2 3 4 5 6 7 8

9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45

M REF

ND HO(-)

ND H IN(-)

ND HO(+) ND H IN(+) ND DRV(+) ND CNT(+)

X DRV(+)

Y DRV(-)

Y DRV(+)

Y VH(-) Y HO(+) Y VH(+)

FM T(-) FM T(+)

Y HO(-)

X HO(-) X VH(+) X HO(+)

X VH(-)

X DRV(-)

ALC CNT(+)

ALC M(-) H OUT(-)

H IN(-)

H OUT(+)

H IN(+)

ALC M(+)

ZBP ZAN ZBN ZAP

FMR B

FMR A

Z LED Z ABS

D GND

117

118

119

120

PP301

MAIN CONNECTION

TO

D GND

115

116

D GND

113

114

D GND

111

112

D GND

109

110

D GND

107

108

D GND

105

106

D GND

103

104

LCD SCLK

ZOOM AD

101

102

LCD SCLK

LCD SD

ZOOM AD

LCD SD

100

LCD CS

TO EVF FP601

E XSTH E STH E CKH1 E CKH2

D

TO FP801

C

B

A

EVF 8.5V E G E R E B E DSG E XDSG E DSD E ENB E XENB E XSTV E STV E CKV2 E CKV1 E COM EVF BL 5V

D GND D GND

TO MONITOR FLEX. FP602

M RVS D GND D GND M COM M 8.5V M STH M CSH M G M R M B M CSV M STV M CKV M VCSH M FR M OEVE M PCG M OEV M CKH1 M CKH2 M H/L M PWM M LED 5V M LED 5V D GND D GND D GND

1 2 3 4 5 6 7 8

9 10 11 12 13 14 15 16 17 18 19 20 21 22

1

2

3

4

5

6

7

8

9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27

E XSTH

E STH E CKH1 E CKH2

E G E R

E B

E DSG

E XDSG

E DSD

E ENB E XENB E XSTV

E STV E CKV2 E CKV1

E COM

M COM

M STH

M CSH

M G

M R M B

M CSV

M STV

M CKV

M VCSH

M FR

M OEVE

M PCG

M OEV M CKH1 M CKH2

M PWM

NOTE: DO NOT USE ANY PART NUMBER SHOWN ON THIS SCHEMATIC DIAGRAM FOR ORDERING. WHEN YOU ORDER A PART,PLEASE REFER TO PARTS LIST.

TO EVF

A1 A2 A3 A4 A5 A6 A7 A8

A9 A10 A11 A12 A13 A14 A15 A16 A17

TO MONITOR

A19 A20 A21 A22 A23 A24 A25 A26 A27 A28 A29 A30 A31 A32 A33 A34

E STV E XSTV E CKV1 E CKV2 E ENB E XENB E STH E XSTH E CKH1 E CKH2 E DSG E XDSG E DSD E COM E G E R E B

M COMA18 M CKH1 M CKH2 M OEV M PCG M OEVE M FR M VCSH M CKV M STV M CSV M B M R M G M CSH M STH M PWM

(E-10/ F-10)

(B-10/ C-10)

LCD

(F-1)

(C-1)

(A-1/ B-1)

TO SUB POWER

LCD 5V LCD 3V

TO CONTROL

LCD CS LCD SD LCD SCLK

TO VIDEO

CLK27C L Y C IO7 L Y C IO6 L Y C IO5 L Y C IO4 L Y C IO3 L Y C IO2 L Y C IO1 L Y C IO0

A35 A36

A37 A38 A39

A40 A41 A42 A43 A44 A45 A46 A47 A48

TO LCD

C1 C2

TO EVF

C4 C5

TO MONITOR

C6 C7

TO POWER

C3 C8

C9 C10 C11 C12 C13 C14 C15 C16 C25

LCD 5V LCD 3V

EVF 8.5V EVF BL 5V

M 8.5V M LED 5V

REG A5V SUB 1.8V REG 3.1V REG 15V REG 9V M BL POWER SW 3V REG -8V REG D3V VREF D GND

(G-11)

(F-11)

(F-11) (G-11)

(G-1) (F-1)

(F-1)

(G-1) (F-1) (G-1)

(B-11) (F-1)

SUB POWER

TO LENS DRIVE

(F-11)

TO CAMERA

(D-11)

TO CONTROL

(E-11)

TO CONTROL/POWER

(C-11)

LENS 3V

CAM -8V CAM 15V 3CCD 3V

M BL LCD ON EVF BL

CCD ON

C17

C18 C19 C20

C21

H

C23 C24

H

C22

N

PV-GS250PP SUB (SUB CONNECTION) SCHEMATIC DIAGRAM

1110987654321

O

68

PV-GS250PP

IR6401 B3RAB0000045

REMOTE CONTROL RECIEVER

OUT

VCC

GND

13

2

C6401

R6402

10

33

A

B

C

D

E F

G

H I J

K L

M

N

REMOCON

TO SUB POWER

B42

TO POWER

B40 B39 B38

TO LENS

B1 B2 B3 B4 B5 B6 B7 B8

B9 B12 B13 B14 B15 B16 B17 B18 B19 B20 B21 B22 B23 B24 B25 B26 B27 B28 B29 B30 B31 B32 B33 B34 B35 B36 B37

LENS 3V

NOREG REG A5V REG D3V D GNDB41

ALC CNT(+) ALC M(+) ALC M(-) ZBP ZAP ZBN ZAN FM T(-) FM T(+) FMR A FMR B LENS VCC H OUT(-) H OUT(+) H IN(-) H IN(+) X VH(+) X HO(+) X HO(-) X VH(-) Y VH(+) Y HO(+) Y HO(-) Y VH(-) X DRV(+) X DRV(-) Y DRV(+) Y DRV(-) ND H IN(+) ND HO(+) ND HO(-) ND H IN(-) ND DRV(+) ND CNT(+) M REF

(G-22)

(G-22) (F-1)

(G-22)

(C-1/ D-1/ E-1)

(F-22)

(G-1)

(G-22)

(G-1)

(B-1) (F-1)

(G-1)

(G-22)

(B-1)

(F-1)

(F-22/ G-22)

(F-1/

G-1)

TO CAMERA

ND FNO ND OPEN ND PWM IRIS PWM LSTBY B COM P A COM P OIS DATA OIS CK LEN CS IRIS OPEN IRIS CLSE FNO OIS CS X POS Y POS M REF FM A FM B FCP CNT LIN PWM ZER A ZER B ZA ZB ZC ZD COM P C F2 C FC A FC B

B44 B61 B62 B56 B64 B45 B46 B66 B67 B60 B53 B54 B43 B68 B65 B69 B59 B57 B58 B63 B55 B51 B52 B72 B73 B74 B75 B47 B50 B48 B49

TO LENS

Z ABS

D135 D136 Z LED

TO EVR1/VIDEO

CAM VDD1

TO EVR2

EVR SBOD2

D3

EVR SBI

D4

EVR SCK

D5

FLM DO

TO CONTROL/EVR2

D6

CAM RST

TO CONTROL

D7

CAM SEND END

D8

MEMO END

D9

WINK END

D10

M REQUEST

D11

CAM SCLK

D12

V C DATA

D13

C V DATA

D14

VTR T

D15

CAM RTN

D16

RTN FLD

D17

CAM 0

D18

CAM D3 OFF

D19

INST ST

D20

SS DET

D22

V C DSET

D23

TV MD

TO SIDE L

D53

ZOOM AD

TO SUB POWER

D44

CAM -8V

D45

CAM 15V

D46

SCCD 3V

TO POWER

D47

CAM 1.5V

D48

SUB 1.8V

D49

REG D2.5V

D50

REG A5V

D51

REG D3V

D52

D GND

TO LENS DRIVE

D24

ND FNO

D27

ND OPEN

D28

ND PWM

D25

IRIS PWM

D29

LSTBY

D30

B COM P

D31

A COM P

D32

OIS DATA

D33

OIS CK

D34

LEN CS

D37

IRIS OPEN

D38

IRIS CLSE

D39

FNO

D35

OIS CS

D36

X POS

D40

Y POS

D41

M REF

D42

FM A

D43

FM B

D123

FCP CNT

D124

LIN PWM

D125

ZER A

D126

ZER B

D127

ZA

D128

ZB

D129

ZC

D130

ZD

D131

COM P C

D132

F2 C

D133

FC A

D134

FC B

(C-53)

(F-56)

(D-56/ E-56)

(B-1)

(E-56)

(G-1)

(A-56/ B-56/ C-56)

(F-53/ G-53)

(G-56)

(D-1/ E-1/ F-1)

(C-56/ D-56)

(E-56)

(G-56)

(B-53)

(G-56)

TO VIDEO

MEGA Y C0 MEGA Y C1 MEGA Y C2 MEGA Y C3 MEGA Y C4 MEGA Y C5 MEGA Y C6 MEGA Y C7 Y C0 Y C1 Y C2 Y C3 Y C4 Y C5 Y C6 Y C7 CLK27A CLK27 CAM CLK45 MEGA PIX MEGA BUSY MEGA DSTB

TO SHOE

SHOE DET SHOE ON SHOE DAT SHOE CLK

TO CCD

V3 RB V4 RB SIG B SUB B 15V SIG R SIG G PT V3 G V4 G V1 G V2 G R SUB G H2 G H1 G H2 B H1 B H2 R H1 R SUB R V1 RB V2 RB CCD 5V A GND

TO SUB CN

AFST CAM TEST D RST D CK D MS D DI D DO

TO FRONT

TRIG END CHA END CHARGE IR OUT X SENS X REF MF L1 MF L2 MF LED Y SENS Y REF

D78 D79 D80 D81 D82 D83 D84 D85 D86 D87 D88 D89 D90 D91 D92 D93 D94 D95 D96 D97 D98 D99

D104

H

D105 D106 D107

D54 D55 D56 D57 D58 D59 D60 D61 D62 D63 D64 D65 D66 D67 D68 D69 D70 D71 D72 D73 D74 D75 D76 D77

D115

D108 D109 D110 D111 D112 D113 D114

D100 D101 D102 D103 D116 D117 D118 D119 D120 D121 D122

R481 0

NC NC NC NC NC NC

NC

SIG R

V1 RB V2 RB V3 RB V4 RB H1 R H2 R SUB R

V1 G V2 G V3 G V4 G H1 G H2 G SUB G R

SIG G

H1 B H2 B SUB B

SIG B

TRIG END CHA END CHARGE IR OUT Y SENS Y REF X SENS X REF MF L1 MF L2 MF LED

TO CCD FLEX.CARD FP201

SIG R

1

5V RG

2

5V RG

3

V1 R

4

V2 R

5

V3 R

6

V4 R

7

H1 R

8

H2 R

9

SUB R

10

A GND

11

A GND

12

A GND

13

A GND

14

V1 G

15

V2 G

16

V3 G

17

V4 G

18

H1 G

19

H2 G

20

SUB G

21

R

22

15V

23

15V

24

SIG G

25

PT

26

PT

27

5V B

28

5V B

29

V1 B

30

V2 B

31

V3 B

32

V4 B

33

H1 B

34

H2 B

35

SUB B

36

A GND

37

A GND

38

SIG B

39

TO FRONT FP4002

D GND

1

TRIG END

2

CHA END

3

CHARGE

4

IR OUT

5

Y SEN

6

Y REF

7

X SEN

8

X REF

9

MF L1

10

MF L2

11

MF LED

12

TO PP201

TO FP4801

PV-GS250PP SUB (SUB CONNECTION) SCHEMATIC DIAGRAM

O

LENS DRIVE

CAMERA

PV-GS250PP SUB (SUB CONNECTION) SCHEMATIC DIAGRAM

2221201918171615141312

69

PV-GS250PP

14.13. SUB (LCD) SCHEMATIC DIAGRAM

(SUB C.B.A.)

REFER TO SUB CONNECTION

TO SUB CN(D-6) <TO SUB POWER>

LCD 3V

A36

LCD 5V

A35

F

E

D

TO SUB CN(D-6) <TO CONTROL>

A37

LCD CS

A38

LCD SD

A39

LCD SCLK

C

B

TO SUB CN(C-6/D-6) <TO VIDEO>

CLK27C

A40

L Y C IO7

A41

L Y C IO6

A42

L Y C IO5

A43

L Y C IO4

A44

L Y C IO3

A45

L Y C IO2

A46

L Y C IO1

A47

L Y C IO0

A48

A

R601 0

R602 0

C601 4V47

R603 510

C613 1

C609

0.1

R604 1K

0.1

2.9

2.8

2.9

0.9

1.1

0.9

0

CKV1

1

STV2

2

STV1

3

VDD1(2.85V)

4

S CS

5

S DATA

6

S CLK

7

VDD1(2.85V)

8

9

RESET

10

DGND

11

CLK IN

12

H SYNC

13

V SYNC

14

DATA7

15

DATA6

16

DATA5

0.1

CKV2

D GND

DATA4

18

1.2

2.5

624361

ENB1

DATA3

0.8

2.5

ENB2

DATA2

0.7

0.1

6064 63

1.0

0.1

59

STH1

DATA1

0.8

STH2

DATA0

0.1

2.9

1.4

0.7

58 57 56 55 54

CKH2

CKH1

IC601 C1AB00002022

(LCD DRIVE)

VDD2(1.8V)

1.9

VCC1(4.7V)

2.5

4.9

PCG1

VDD1(2.85V)

B OUT

G OUT

2.5

0.1

PCG2

R OUT

2.5

2.8

53

X STB1UDX STB2

A GND

4.5

C604 1

VREF

C605 0.1

0.1

5152

FR

V REFH

4.3

WIDE

VDD1(2.85V)

VREF L

0.7

C606 0.1

4950

D GND

CKH3

CKH4

LR

BL CONT1

BL CONT2

TEST1

TEST0

UCOM SEL

CLK27 SEL

AGND

PCD

COM OUT

COM H

VCC1(4.7V)

COM L

3231302928272625242322212017 19

0.4

C607 2.2

1.4

48

1.4

47

2.8

46

2.8

45

0.3

44

42

41

2.9

40

39

2.9

38

37

2.6

36

0

35

4.1

34

4.90.7

33

R609 10K

R608 10K

C603 1

C616 1

54

VCC

1

2.82.9 VCC

Y OUT

IC602 C0JBAB000660

GND

INANC

32

0.1

C614

C608

2.2

C622

0.1

:VIDEO MAIN SIGNAL PATH

0.1

2.9

2.82.5

R605 100 R606 100 R607 100

R617 0 R618 0 R619 0 R620 0

R622 0

R614 0 R615 0 R616 0 R621 0

NOTE: DO NOT USE ANY PART NUMBER SHOWN ON THIS SCHEMATIC DIAGRAM FOR ORDERING. WHEN YOU ORDER A PART,PLEASE REFER TO PARTS LIST.

NOTE: THE MEASUREMENT MODE OF THE DC VOLTAGE ON THIS DIAGRAM IS STOP MODE.(MONITOR:ON)

NOTE: CIRCUIT VOLTAGE AND WAVEFORM DESCRIBED HEREIN SHALL BE REGARDED AS REFERENCE INFORMATION WHEN PROBING DEFECT POINT,BECAUSE IT MAY DIFFER FROM AN ACTUAL MEASURING VALUE DUE TO DIFFERENCE OF MEASURING INSTRUMENT AND ITS MEASURING CONDITION AND PRODUCT ITSELF.

2.80.1

5

678

2Y3A1Y

IC603 C0JBAB000633

GND2A3Y1A

4321

0.1

CL604CL603CL601 CL602

CL608CL607CL606CL605

TO SUB CN(C-4/D-4) <TO EVF>

E XDSG E XENB E CKV2 E XSTV E STH E STV E CKV1 E ENB E XSTH E DSG E CKH1 E CKH2 E DSD E COM E G E R E B

TO SUB CN(B-4/C-4) <TO MONITOR>

M STV M CKV M OEV M STH M CKH1 M CKH2 M PCG M OEVE M FR M CSH M CSV M PWM M COM M B M R M G M VCSH

A12

A11

A10 A13 A14 A15 A16 A17

A27 A26 A21 A33 A19 A20 A22 A23 A24 A32 A28 A34 A18 A29 A30 A31 A25

A6 A4 A2 A7 A1 A3 A5 A8

A9

PV-GS250PP SUB (LCD) SCHEMATIC DIAGRAM

987654321

10

70

14.14. SUB (SUB POWER) SCHEMATIC DIAGRAM

(SUB C.B.A.)

REFER TO SUB CONNECTION

TO SUB CN(B-8/C-8) <TO POWER>

C12 M BL POWER

C3

REG A5V

C15

REG D3V

G

TO SUB CN(B-8/C-8) <TO POWER>

SW 3V

C13

REG 3.1V

C9

REG 9V

F

C11

C10 C14 C25

SUB 1.8V

C8

REG 15V REG -8V D GND

R1413 47K

Q1413 B1ABBE000002

(LCD BACKLIGHT CONT.)

E

R1395 100K

D

C1382 4.7

R1396

R1397

3300

C

Q1371 B1ABBE000002

(SWITCHING CAM -8V)

-12.2 -7.8

B

R1375 10K

A

-11.5

R1374 12K

4.4

L1227 4.7u

L1231 4.7u

0.715.1

-7.8-11.5

45

321

-0.10.5

5.05.1

Q1412 2SB0970X0L

(SWITCHING M LED5V)

R1414 1500

0

0.7

456

321

00

R1398

C1381

47K

4.7

Q1372 XP0140100L

(POWER CONTROL)

Q1383 B1ADBE000001

(SWITCHING M9V)

R1380 47K

R1399 22K

Q1385 XP0450100L

(CCD ON :ON)

R1400 2700

H

C1411

4.7

C1231 1

R1416 47K

C1227 1

14.8

8.515.4

R1371 15K

R1372 9100

R1373 10K

R1415 3300

R1389 10K

Q1421 2SB0970X0L

(SWITCHING LCD 3V)

3.03.0 C1421

R1422 2200

D1421 MA2J11100L

1

D1481 MA2J11100L

R1481 47K

7.8

R1482 22K

D1482 MA2J11100L

0

R1351 100K

R1352 16K

R1353 18K

8.58.5

Q1481 B1ADGD000005

(SWITCHING M8.5V)

Q1482 B1ABBE000002

(LCD ON :ON)

0.6

R1421

2.3

47K

R1386 56K

8.514.8

45

Q1384 XP0150100L

(POWER CONTROL)

321

1.81.31.8

R1355 47K

NOTE: DO NOT USE ANY PART NUMBER SHOWN ON THIS SCHEMATIC DIAGRAM FOR ORDERING. WHEN YOU ORDER A PART,PLEASE REFER TO PARTS LIST.

NOTE: THE MEASUREMENT MODE OF THE DC VOLTAGE ON THIS DIAGRAM IS STOP MODE.

NOTE: CIRCUIT VOLTAGE AND WAVEFORM DESCRIBED HEREIN SHALL BE REGARDED AS REFERENCE INFORMATION WHEN PROBING DEFECT POINT,BECAUSE IT MAY DIFFER FROM AN ACTUAL MEASURING VALUE DUE TO DIFFERENCE OF MEASURING INSTRUMENT AND ITS MEASURING CONDITION AND PRODUCT ITSELF.

R1387 5100

R1388 18K

Q1351 B1ADBE000001

(SWITCHING CAM 15V)

15.015.4

14.8

R1354 10K

15.014.8

45

Q1352 XP0150100L

(POWER CONTROL)

321

2.31.62.0

H

R1484 220K

C1481 10

R1483 18K

D1471 MA2J11100L

0.5

4.9 5.0

5.000

456

321

1.8 4.9

14.915.0

QR1451 B1GDBEKM0001

0.5

SWITCHING CAM 12V

D1451 MA2J11100L

Q1451 B1ABBE000002

0

(CCD ON :ON)

0.6

QR1471 B1GDBEKM0001

(CCD ON :ON)

H

QR1411 XP0431N00L

(EVF:ON BACKLIGHT 5V)

R1486 0

CL1086 CL1087 CL1084

R1452

R1451 47K

C1451

4.7

10K

H

987654321

R1485 0

CL1081

QR1401 UNR911NJ0L

(SWITCHING LCD 5V)

5.05.0

0.5

CL1251

TO SUB CN(C-8)

CL1082

CL1271

TO SUB CN(D-8) <TO LCD>

LCD 5V C1 LCD 3V C2

TO SUB CN(D-8) <TO EVF>

TO SUB CN(D-10) <TO LENS DRIVE>

LENS 3V

TO SUB CN(C-8) <TO MONITOR>

TO SUB CN(D-10) <TO CONTROL>

TO SUB CN(D-10) <TO CAMERA>

3CCD 3V CAM 15V CAM -8V

TO SUB CN(C-10) <TO CONTROL/POWER>

CCD ON

TO SUB CN(B-8) <TO POWER>

VREF

C7M LED 5V

C5EVF BL 5V C4EVF 8.5V

C17

C6M 8.5V

C24EVF BL C21M BL

H

C23LCD ON

C20 C19 C18

H

C22

C16

PV-GS250PP SUB (SUB POWER) SCHEMATIC DIAGRAM

1110

PV-GS250PP

71

PV-GS250PP

14.15. SUB (LENS DRIVE) SCHEMATIC DIAGRAM

(SUB C.B.A.)

REFER TO SUB CONNECTION

TO SUB CN(C-26) <TO CAMERA>

B53

IRIS OPEN

B54 IRIS CLSE

G

F

B56 IRIS PWM

TO SUB CN(B-26/C-26) <TO CAMERA>

B48

FC A

B49

FC B

B50

F2 C

B46

A COM P

B45

B COM P

B47

COM P C

B57

FM A

B58

FM B

B60

LEN CS

TO SUB CN(D-25) <TO POWER>

B38

REG D3V

L702 22u

C718 150P

R732 33K

C719

0.22

R733 56K

R731 82K

A COM P

B COM P

R799

C720

220K

1

IC702 C1AB00002147

(LENS DRIVE)

2.6

C D

A10A9A5

ZARS

R735

2.2

C721 1

ZAP

ZA+

(+)

ARS

R736

3.9

FM T

FM+

(+)

ALC M

VIR

IRM+

MGND

VB

6V REG.

BG

(-)

FM T

VB

FM-

(-)

ALC M

IRM-

EZB

1.402.72.82.802.75.95.905.95.905.90

EZB

EZA

1.4

32

EZA

R728 47K

R711 0

C716 1000P

C717

0.22

ZBP

ZB+

ZAN

ZA-

ZBN

R734

2.2

47 4648 45 44 43 42 41 40 39 38 37 36 35 34 33

ZB-

ACMP

BCMP

49

ZBRS

A

E

F

C715

0.1

R723 4700

1.4

LCMP

50

1.4

LCI

51

-

H5

+

IRIS LOGIC

CIRCUIT DISABLE

VB

H4

+

H3

-

H2

+

ZOOM DISABLE

H1-

NDHB

ZD

ZC

-

1.41.32.82.82.72.71.41.41.41.81.41.42.6

ZD

ZC

B16B15

ZAIN

REFI

+

V-I AF

CS

+

V-I ZOOM A

CS

+

V-I ZOOM B

CS

+

-

+

-+

+

REFI

ZA

REFO

GND

ZBO

ZAO

ZBIN

ZA

+-+-+-+-

ZB

ANALOG

4.5V REG.

1.4

MIXO

52

1.4

FC A

53

1.4

FC B

54

1.4

F2 C

55

2.8

VCC

56

1.3

MA

57

1.7

MB

58

1.4

REFI

59

AIN

1.4 60

REFI

BIN

1.4 61

REFI

1.4

NDHG

62

1.4

DI

63

2.6

CK

64

MIX

B

A

+

REFO

DECORDER

LD

REFO

HG

8bit DAC

+++---+--

ZBZAMBMA DAC1 DAC2

PWMB

H.BH.G

HB

PWMB

4321 5 6 7 8 9 10 11 12 13 14 15 16

-

+

-

R797 470K

EAF

H5-

H5+

I CLOSE

I OPEN

STBY

H4O

H4-

H4+

H3O

H3+

H2O

H2-

H2+

H1O

H1

1.5

31

1.9

30

1.9

29

0

28

0

27

2.6

26

1.4

25

1.4

24

1.4

23

0.8

22

0.1

21

2.2

20

1.4

19

1.4

18

2.0

17

C710 4700P

C707

0.01

CL704CL703

R708 150

EAF

R727 220K

R743 4700

R742 4700

R722 220K

C713 470P

R717 4700

R712 4700

H IN(-)

H OUT(+)

H IN(+)

H OUT(-)

IRIS CLSE

IRIS OPEN

R746

1.5M

R718 4700

R726 10K

R725 10K

R730 10K

R719 270K

R729 4700

R738 47K

G H

I

B

TO SUB CN(B-26) <TO CAMERA>

B59

M REF

E

D

C

B

TO SUB CN (A-25/B-25/C-25/D-25) <TO LENS>

ALC M(+)

B2 B3

ALC M(-) B4 ZBP B5 ZAP B6 ZBN B7 ZAN B8 FM T(-) B9 FM T(+)

B12 FMR A B13 FMR B B14 LENS VCC B15 H OUT(-) B18 H IN(+) B17 H IN(-) B16 H OUT(+) B27

X DRV(+)

B28

X DRV(-)

B29 Y DRV(+) B30 Y DRV(-) B20 X HO(+) B22 X VH(-) B19 X VH(+) B21 X HO(-) B25 Y HO(-) B23 Y VH(+) B26 Y VH(-) B24 Y HO(+) B31 ND H IN(+) B32 ND HO(+) B33 ND HO(-) B34 ND H IN(-) B35 ND DRV(+) B37 M REF

B1 ALC CNT(+)

B36 ND CNT(+)

TO SUB CN(B-26/C-26) <TO CAMERA>

B65

X POS

B66

OIS DATA

B67 OIS CK B68 OIS CS B69 Y POS

C723 1

B10

B11 B12

B13 B14

A1 A2 A3 A4 B1 B2 B3 B4 B5 B6 B7 B8 B9

A5

A6

COM P C

A7

A8

FC A

FC B

F2 C

FM A

FM B

R724 4700

LEN CS

A

PV-GS250PP SUB (LENS DRIVE) SCHEMATIC DIAGRAM

1110987654321

J

72

C D A

E

F

R787 47K

C747

0.01

R770 100

B14

B13

B11

R765 100

C738

0.01

R760

B1

B2

B3

B4

G H

I

B

10K

R753 10K

C714 4V100

R779 10K

C737 4700P

C750 4700P

XV+

XH-

1.4

0.2

2.8

1.4

2.6

1.4

0.2

1.4

H1

37

+

-

REF

XHR

38

-

H2

+

VCC

39

GND

40

DI

41

CK

42

DECODER

LC

43

DGND

44

XER

45

YER

46

+

YHR

47

48

H2

REF

YH-

-

+

H1

YV+

PV-GS250PP SUB (LENS DRIVE) SCHEMATIC DIAGRAM

J

A6A1A2A3A4

R789 10K

R777 10K

3536 34

XV-

XH+

REF

10K

NDPB

NDB NDG

8bit

XG

DAC

XOFS

YG

YOFS

XER

10bit

YER

DAC

90K

10K

REF

YH+

YV-

31

2 109

+

-

EVR

90K

XINV

YINV 4

R748 10K

C751 470P

+

H3

C734 470P

R780 220K

XHO

H3

10K

YHO 5

R754 180K

B12

R778 47K

C753

0.01

XIN

XPOS

YPOS

+

B2

45K

30K

REF

30K

45K

-

+

YIN 7

R755 47K

R749 47K

NOTE: DO NOT USE ANY PART NUMBER SHOWN ON THIS SCHEMATIC DIAGRAM FOR ORDERING. WHEN YOU ORDER A PART,PLEASE REFER TO PARTS LIST.

5.97.8 5678

R720 33K

R704 10K

R703 10K

C702 270P

R782 10K

C736

0.01

OUTNCNCIN

NBNCGNDCNT

4321

1.21.9

C724

0.1

R721 47K

R714 33K

C701 1

1.41.40.5

GND

VCC

C739 1

R762 6800

C757

R788

0.1

1800

R786

R776 27K

R752 33K

R781 47K

C754

0.1

C752 3900P

C759

0.1

C758

0.1

R771

3.3

R768

3.3

X DRV(+)

X DRV(-)

C748 1

Y DRV(+)

Y DRV(-)

1.61.41.41.41.41.41.41.51.41.40.82.0 25

2627282930313233

XFI2

-

XFO2

+

XDR+

NDPWMB

YFO2

126

C728

0.1

C730 3900P

XCS

XDR-

YDR+

YCS

YDR-

REF

NDG

NDR

C727

0.1

24

23

22

VM

21

20

19

18

VB

17

16

15

14

13

2.7

0

2.5

2.8

2.2

0.1

2.7

5.9

1.4

IC704 C1AB00001262

(OIS DRIVE)

R751 47K

F2

4.5V REG

+

-

YFI2

11

1.11.41.41.41.41.41.41.21.41.40.82.0

R741 1800

39K

C755

0.047

XO

XFI

XFO

+

100K

+

MIX

CS

IN

V-I

REF

CS

REF

V-I

IN

MIX

+

-

+

-

YO

YFI

8

C729

0.047

YFO

C735

0.01

R750 39K

NOTE: CIRCUIT VOLTAGE AND WAVEFORM DESCRIBED HEREIN SHALL BE REGARDED AS REFERENCE INFORMATION WHEN PROBING DEFECT POINT,BECAUSE IT MAY DIFFER FROM AN ACTUAL MEASURING VALUE DUE TO DIFFERENCE OF MEASURING INSTRUMENT AND ITS MEASURING CONDITION AND PRODUCT ITSELF.

IC703 C0CBAEC00006

(REG.6V)

IC701 C0ABCA000064

A7

R740 10K

A8

B6

B16

R769 680K

B10

IC705 C0ABCA000064

B5

B7

R713 100K

R716 4700

C711

0.01

+

-

C705

C703

22P

1000P

R701 10K

R783 10K

R795 560K

R773

C749

330K

1000P

+

-

C741

R761

4700P

10K

NOTE: THE MEASUREMENT MODE OF THE DC VOLTAGE ON THIS DIAGRAM IS STOP MODE.

1.4

C712

0.01

R715 47K

C708 2700P

C709 2200P

R705 47K

R784 10K

B-B+A+A-A0

R763 100K

C725 20V4.7

+

-

-+VDD+-0

R785 10K

R774 56K

+

-

1.41.401.41.41.4

1.41.41.44.71.31.31.3

C704 2200P

1.41.4

0.60.10.14.71.41.41.9

0.6

891011121314

0-+VSS-+0

0

7654321

891011121314

C0C-C+D- D+D0

B0

7654321

0.9

0.1

R796 4700

C706

0.01

R702 47K

R757 100

EAF

EZA

R739 4700

EZB

R706 4700

R766 10K

R764 4700

Q703 2SD2216J0L

(INV.)

17 18 19 20 21 2212 14 1613 15

C744

0.1

R756 82K

VCC

Q702 2SB0970X0L

(POWER SUPPLY)

Q701 B1ABBE000002

(P.SUPPLY CONTROL)

R772 1K

04.7 45

IC706

+

C0ABAA000043

-

GND

321

0.80.6 R767

68K

C740 1000P

R798

C732

220K

1

TO SUB CN(D-25) <TO POWER>

2.8 2.8

2.2

R794 2200

0

C742

0.22

R758 56K

R793 47K

2.6

R737 10K

CL702

0

Q704 2SD0601A0L

(AMP)

R709 220

R759 33K

C733

C731

0.22

150P

R710 10K

NO REG D GND REG A5V B39

TO SUB CN(D-25) <TO SUB POWER>

CL701

TO SUB CN(B-26/C-26) <TO CAMERA>

A10

A9

2.8

0

B9B8B15

FCP CNT FNO LSTBY ZD ZC ZB B73 ZA B72 LIN PWM B55 ZER A B51 ZER B B52 ND FNO B44 ND OPEN B61 ND PWM B62

B40 B41

B42LENS 3V

B63 B43 B64 B75 B74

PV-GS250PP SUB (LENS DRIVE) SCHEMATIC DIAGRAM

PV-GS250PP

73

PV-GS250PP

14.16. SUB (CAMERA) SCHEMATIC DIAGRAM

(SUB C.B.A.)

REFER TO SUB CONNECTION

TO SUB CN(D-29) <TO POWER>

D49

REG.D2.5V

D48

SUB 1.8V

D47

CAM 1.5V

D51

REG.D3V

D50

G

REG.A5V

D52

D GND

TO SUB CN(D-29) <TO SUB POWER>

D44

CAM -8V

D45

CAM 15V

D46

3CCD 3V

L105 10u

L101 10u L104 10u

C331 16V22

C142

3.3

C129 20V10

F

TO SUB CN(C-30/D-30) <TO CCD>

D54

V3 RB

D55

V4 RB

D58

15V

D61

PT

D66

R SIG R

D59

SIG G

D60

SIG B

D56

V3 G

D62

V4 G

D63

V1 G

D64

V2 G

D65

H2 G

D68

E

D69 D70 D71 D72 D73 D75 D76 D67 D74 D57 D77

D115

H1 G H2 B H1 B H2 R H1 R V1 RB V2 RB SUB G SUB R SUB B CCD 5V A GND

C102 1 C107 1 C154 1

V3 RB V4 RB

SIG R SIG G

SIG B

V3 G V4 G V1 G V2 G H2 G H1 G H2 B H1 B H2 R

H1 R V1 RB V2 RB OSUB

R

D

D101 MA6Z12100L

3

4

2

5

1

6

C

TO SUB CN(E-29) <TO CONTROL>

TV MDD23

B

NOTE: DO NOT USE ANY PART NUMBER SHOWN ON THIS SCHEMATIC DIAGRAM FOR ORDERING. WHEN YOU ORDER A PART,PLEASE REFER TO PARTS LIST.

NOTE: THE MEASUREMENT MODE OF THE DC VOLTAGE ON THIS DIAGRAM IS STOP MODE.

A

NOTE: CIRCUIT VOLTAGE AND WAVEFORM DESCRIBED HEREIN SHALL BE REGARDED AS REFERENCE INFORMATION WHEN PROBING DEFECT POINT,BECAUSE IT MAY DIFFER FROM AN ACTUAL MEASURING VALUE DUE TO DIFFERENCE OF MEASURING INSTRUMENT AND ITS MEASURING CONDITION AND PRODUCT ITSELF.

D102 B0JCDD000002

C109 10

R131 0

C113 10

GNDCONT.

GND

V OUT

NOISE BYPASS

V OUT

NOISE BYPASS

R101 0

3.03.1

IC102 C0CBCAD00021

(REG.3V)

32

1.33.1 C156

0.22

2.83.1

IC103 C0CBCAD00020

(REG.2.8V)

32

1.33.1 C115

0.01

C114

0.1

54

V IN

1

54

V IN

CONT.

1

C105 1

4321

C101 4V100

C137 4V100

X101 H1A5405B0011

FL102 F1H0J1050022

R106 0

FL101 F1H0J1050022

R105 100K

A13A12A11A10

R

NSEL1

Hi-SPEED PULSE DECODER

V3

R127 0

FCK0

CH PULSE DECODER

V4

R114 0

V4

FCK20

CH1

R132 3300

CH1

2.81.402.81.3

VDD

VSS

DS 2B

DS 1B

DS 2R

DS 1R

DS 2G

DS 1G

VDD

VDD2

VSS

VDD2

VSS

SUB

CH2

323130292827262517 18 19 20 21 22 23 24

2.92.92.72.70.10.12.8

R147 3300

CH2

48

2.2

47

2.2

46

2.2

45

2.2

44

2.2

43

2.1

42

2.9

41

2.9

40

39

0.6

R

38

1.3

H1

37

1.5

H2

36

2.9

35

34

2.9

33

IC101 MN52B0

(CCD DRIVE,PULSE)

DS 2B

DS 1B

DS 2R

DS 1R

DS 2G

DS 1G

C104

0.1

R148 3300

H1

H2

SUB

R145

R146

0

CL103

64 63 62 61 60 59 58 57 56 55 54 53 52 51 50 49

NC

1

2

NC

2.9 CLR

R108 0

3

TEST1

4

1.4

FCK2I

5

6

VSS

2.8

7

VDD

2.6

S CLK

8

1.9

S DATA

9

2.6

SCS

10

0.1

CPOB

11

CPDM

12

NC

13

NC

14

0.3

THD

15

0.3

CCD HD

16

C103 1

A1

A2

A3

A4

CL101

A5

A6

TEST6

H PULSE GEN.

VD

FI

1.40.1

A9A8A7

1/2f

AD CLK2

SERIAL DATA INPUT

PROCESS PULSE DECODER

PBLK

TEST5

HCLR

AD CLK1

H TIMING S/R

NC

V TIMING S/R

TEST2

VSS

HCLR GEN.

VDD

NC

V PULSE DECODER

TEST3

TVMD

V1

TEST4

V2

R112 0

V2

A

B C D E

F

G H

I

J

K

L

M

PV-GS250PP SUB (CAMERA) SCHEMATIC DIAGRAM

1110987654321

N

74

PV-GS250PP

A

B C D E

F

H1 B

R109

C110

5.6

10P

1.5

891011121314

IC110 C0JBAB000276

(INV.)

GND

765432

1.51.3

C152 0.01C151 0.01C150 0.01

1.51.31.51.3

DS 1B

H1 G

R104

5.6

1.5 1.3

H2 B

R117

8.2

IC107 C0JBAB000276

(INV.)

GND

1.41.5

C111

0.1

VDD

H1

DS 1G

H2 G

R116

8.2

1.4 1.5

1.51.4

1.41.5

G H

I

V3 G

NC

IC108 MN3114QFN-E1

(V DRIVE)

OV5

OV1

0.6

V1 G

V1 RB

DS 1R

V3 RB

-7.1

OV3

NC

-7.1

OV7

VDC

2.8

1

VH

IV3

CH4

NC

CH3

2.9

CH2

28

0.1

27

IV2

2.9

26

ISUB

2.7

25

IV4

2.9

24

CH1

0.1

23

IV1

NC

22212019181716

CH2

SUB

CH1

V3

V2

V4

V1

2.7

2.9

14.8

C131

C119

0.1

C133

0.1

R102 0

1

14.8

-7.8

-7.1

8765432

0.6

9.4

VM

OV2

9

OV6

10

VHH

11

OSUB

12

VL

13

0V8

14

OV4

15

-7.1

V4 RB

DS 2R

J

V2 RB

V2 G

K

L

M

A10

A4

OSUB

V4 G

SIG R

SIG G

SIG B

C108

0.1

14 13 12 11 10 9 8

VDD

1 1

H2

H2 R

R115

8.2

1.52.9

234567

1.41.5

DS 2G

H1 R

R103

C122

5.6

15P

1.3 1.52.9 1.31.4

DS 2B

A

B C D E

F

A2 A1

PV-GS250PP

2.8

0.1

2.2

18 17 16 15 14 13 12 11 10

DS2

DS1

PBLK

VRB

VRT

0.9

1.9

5678

CX303

0.1X4

4321

IC104 C1AB00001791

CPOB

D VDD

(A/D CONVERTER,R)

CS

D VSS

D VDD

2.6

2.8

C106 6V22

C118 1

C120 0.1

C121 820P

19

20

21

22

23

24

25

26

27

A VDD

BLK SH

BLK FB

CDS IN

BLK C

BIAS

A VDD

A VSS

AD CIN

28

1.4

A VSS

VRM

2.8

1.9

2.0

1.9

1.2

2.8

SUB (CAMERA) SCHEMATIC DIAGRAM

1.3

AD CLK

S DATA

1.9

2.6

D VSS

SCK

2.8

DR D VDD

D0

3635343332313029

1.6

2.2

DS2

DS1

PBLK

19

20

21

22

23

24

25

26

27

A VDD

BLK SH

BLK FB

CDS IN

BLK C

BIAS

A VDD

A VSS

AD CIN

A VSS

VRM

28

1.4

8765

1234

0

D9

9

0.1

D8

8

0.5

D7

7

0.5

D6

6

2.0

D5

5

0.9

D4

4

1.3

D3

3

1.3

D2

2

1.6

D1

1

R9

R8

R7

R6

R5

R4

R3

R2

R1

R0

2.8

C123 1

1.9

2.0 0.4

C124 0.1

2.0

C125 820P

1.9

1.2

2.8

CPOB

D VDD

IC105 C1AB00001791

(A/D CONVERTER,G)

VRT

VRB

D VDD

0.9

CX304

0.1X4

D VSSCSS DATA

2.6

2.8

A15 A16

A14

29 30 31 32 33 34 35 36

1.9

AD CLK

1.9

2.6

D VSS

SCK

101112131415161718

DR D VDD

D0

1.5

G0

0

9

D9

0.1

8

D8

7

D7

0.8

6

D6

1.8

5

D5

1.4

4

D4

1.3

3

D3

1.3

2

D2

1.6

1

D1

G9

G8

G7

G6

G5

G4

G3

G2

G1

2.8

C127 1

C128 0.1

C132 820P

R126 33KR124 33K R125 33K

19

20

2.0 0.4 21

2.0 22

1.9 23

1.2 24

2.8 25

26

27

2.8

1.3

2.8

0.1

2.1

2.2

DS1

DS2

A VSS

A VDD

BLK SH

BLK FB

CDS IN

BLK C

BIAS

A VDD

A VSS

AD CIN

1234

IC106 C1AB00001791

(A/D CONVERTER,B)

VRT

VRB

VRM

29 30 31 32 33 34 35 36

28

2.8

0.9

1.9

1.4

5678

CX305

0.1X4

PBLK

CPOB

D VDD

D VSSCSS DATA

2.6

D VDD

AD CLK

1.9

2.6

D VSS

SCK

101112131415161718

DR D VDD

D0

1.5

B0

0

9

D9

0.11.9

8

D8

7

D7

0.8

6

D6

1.8

5

D5

1.4

4

D4

1.3

3

D3

1.3

2

D2

1.6

1

D1

B9

B8

B7

B6

B5

B4

B3

B2

B1

A17 A18

G

2.8

1.3

2.8

0.1

2.2

PV-GS250PP SUB (CAMERA) SCHEMATIC DIAGRAM

2221201918171615141312

HN

75

PV-GS250PP

A

B C

R341 0

D E

R303 0

C323 1

F

G

PV-GS250PP SUB (CAMERA) SCHEMATIC DIAGRAM

R330 0

A19

A20

A21

A22 A23 A85 A86 A87

A24 A25

A26 A27 A28

R309 1K

C315

0.015

C303

0.1

C304 4V100

R322 0

R314 1200

CL305

B9 B8

B7 B6 B5 B4 B3 B2 B1

B0 G9 G8 G7 G6 G5 G4 G3 G2 G1 G0 R9 R8 R7

R6

R5 R4 R3 R2

R1 R0

R321 0

RL302

RL301

R302 0

C325 1

C343

0.015

2.9

1.4

2.9

2.4

1.4

0.1

1.4

0.4

0.8

1.8

1.4

1.3

1.6

1.5

0.1

0.4

0.8

1.8

1.4

1.3

1.6

1.5

0.1

0.5

2.8

2.0

0.9

1.3

1.6

2.8

1.4

0.8

2.0

2.6

R339 0

0

0 0

0

-

0

-

CL306

1.6

TCK

TRST

MSPA10

CL311

0.5

MSPA9

CL309

1.7

TDO

MSPA8

A31

0.9

DD FCK

VDD VTR

VDDI

MSPA7

1.4

Y C0

1.1

Y OUT0

VSS

Y C1

Y OTU1

MSPA6

Y C2

Y OUT2

MSPA5

Y C3

IC303 C1AB00001929

Y C4

Y C5

Y C6

Y C7

MEGA Y C0

CLK27 CAM

0.1

1.7

0.3

-------

Y OUT7

Y OUT6

Y OUT5

Y OUT4

Y OUT3

3-CCD CAMERA DIGITAL SIGNAL PROCESSOR

MSPA2

MSPA3

MSPA4

MSPA1

MSPA0

VDD VTR

VTR CKO

VSS

C OUT0

VSS

1.7

MEGA Y C1

-

VSS

C OUT1

VDD VTR

1.7

MEGA Y C2

-

VSS

C OUT2

SCANNT

VDD VTR

1.7

MEGA Y C3

MEGA Y C4

C OUT4

C OUT3

TESTIN3

TESTIN4

MEGA Y C5

MEGA Y C6

-----

C OUT6

C OUT5

TESTIN1

TETSIN2

MEGA Y C7

R304 0

INH

C OUT7

NC

TESTIN0

INV

NC

CLK45

0.9

VTR 45M

VDD VTR

1.7

MEGA PIX

MEGA DSTB

MEGA BUSY

---

BUSY

MEGA PIX

NC

VSS

DSTBO

VSS

1.4

TSTO0

NC

1.4

TSTO1

VDDI

TSTO2

VSS

TSTO3

NC

TSTO4

VSS

TSTO5

NC

TSTO6

VSS

TSTO7

NC

1.7

R332 47K

2F CK

CLK RST

MAD B0

MAD B1

-----------

MAD0

R386 47K

1.4

FI

MSPA14

A11A9A7

R385 47K

1.3

SEL ON

VSS

2.9

A30

R421 0

2.8

FCK

P DOWN

MSPA13

VDD CPU

CL102

1.7

TMS

MSPA12

CL307

1.7

TDI

MSPA11

0

A29

2.8

VSS

ZB COM P

VDD CPU

MAD B11

-

MAD11

A83A81

2.8

ZC COMP

MAD B10

MAD9

MAD10

A84A82A80

A5

1.4

SIG

ZD COMP

MAD B8

MAD B9

MAD8

0.3

2.9

VDD CAM

MAD B7

MAD6

MAD7

A6

0.3

THD

CCD HD

MAD B5

MAD B6

MAD5

0.1

TVD

MAD B4

MAD4

1.4

VDDI

MAD B3

MAD3

R348 0

VSS

MAD B2

MAD2

2.9

MAD1

A79

A77

A76

A78

2.7

0

1.4

1.5

213 212 211 210 209 208 207 206 205 204 203 202 201 200 199 198 197 196 195 194 193 192 191 190 189 188 187 186 185 184 183 182 181 180 179 178 177 176 175 174 173 172 171 170 169 168 167 166 165 164 163 162 161 160 159 158 157 156 155 154 153 152 151 150 149 148 147 146 145 144 143

PWM ND

PWM LIN

PWM HZB

PWM HZA

MAD B14

MAD14

VSS

MAD B13

-

MAD13

ZA COM P

MAD B12

-

2.9

MAD12

214 215 216 217 218 219 220 221 222 223 224 225 226 227 228 229 230 231 232 233 234 235 236 237 238 239 240 241 242 243 244 245 246 247 248 249 250 251 252 253 254 255 256 257 258 259 260 261 262 263 264 265 266 267 268 269 270 271 272 273 274 275 276 277 278 279 280 281

PWM IRIS VSS IRIS OPEN IRIS CLOSE F2 C FC B FC A VCO OUT VDD CAM VSS PLL DVD PLL AVD PLL AVS PLL DVS VSS VDDI B IN9 B IN8 VDDI B IN7 B IN6 B IN5 B IN4 B IN3 B IN2 B IN1 VSS B IN0 G IN9 G IN8 G IN7 G IN6 G IN5 G IN4 G IN3 G IN2 G IN1 G IN0 R IN9 R IN8 R IN7 VSS R IN6 VDD RGB R IN5 R IN4 R IN3 R IN2 VSS R IN1 R IN0 DTCLK ACK VDD RGB VDDI RQ RDY BEND V1 V2 M VD POR BUS SEL2 BUS SEL1 CE RE ASTB WE

L

MAD B15

MAD15

TEST

-

RL305RL303

1.4

TSTO11

TSTO10

NC

VSS

TSTO12

VDDI

VSS

1.4

TSTO9

TSTO8

VSS

VDD VTR

PV-GS250PP

1.7

TSTO13

VDD VTR

TSTO14

142

TSTO15

141

1.4

VSS

VDD VTR

7170696867666564636261605958575655545352515049484746454443424140393837363534333231302928272625242322212019181716151413121110987654321

1.7

TSTO16 TSTO17 TSTO18 TSTO19 TSTO20

VDDI

VSS TSTO21 TSTO22 TSTO23 TSTO24 TSTO25 TSTO26 TSTO27 TSTO28 TSTO29 TSTO30 TSTO31 TSTO32 TSTO33 TSTO34 TSTO35 TSTO36 TSTO37 TSTO38

VSS

VDD VTR

TSTO39 TSTO40 TSTO41 TSTO42 TSTO43 TSTO44 TSTO45 TSTO46 TSTO47 TSTO48 TSTO49 TSTO50

TMODE0 TMODE1 TMODE2 TMODE3 TMODE4 TMODE5

VDDI

VDD VTR

VDD 25D VDD 25D

VSS

DVM

VDD VTR

VSS

NC VSSD VSSD

NC

VDD 15D VDD 15D

NC VSSD VSSD

DTMB VDD 15D VDD 15D

VSSD VSSD

VDD VTR

VSS

RL306

140

1.4 RL307

139 138 137 136

1.4

135 134 133 132 131 130 129 128 127 126 125 124 123 122 121 120 119 118 117 116 115

1.7

114 113 112 111 110 109 108 107 106 105 104 103 102

1.7

101 100

99 98 97 96

1.4

95

1.7

94

2.4

93

2.4

92 91 90

1.7

89 88 87 86 85 84

1.4

83

1.4

82 81 80 79

1.7

78

1.4

77

1.4

76 75 74

1.7

73 72

C311 1

R301 0

C306

0.1

SUB (CAMERA) SCHEMATIC DIAGRAM

343332313029282726252423

A

B C

D

E

F

G

HH

76

PV-GS250PP

A

B

C

D

E

F

G

PV-GS250PP

H

R331 47K

A33 A34

A35 A75 A72 A36

A41 A42 A43 A71 A68 A69 A70

A44

A74 A73

R334 15K

R336 47K

R387 10K R388 10K

R305 1M

R307 100

R308 1K R310 1K

C334

0.1 CX301

0.1X4

RX303

4.7KX4 1

3 5 7

C319

2.2

2 4 6 8

0.7

R335 47K

R306 1M

R358 10K

R359 10K

C309

5678

4321

0.1

SUB (CAMERA) SCHEMATIC DIAGRAM

2.93.0

Q301 2SB0970X0L

2.3

(POWER SUPPLY)

R333 1800

0

Q302 B1ABBE000002

(P.SUPPLY C0NT.)

-

2.6

-

2.5

2.9

2.6

2.3

2.2

0.5

1.4

1.7

1.3

2.6

A55

0

SVR SBI

EVR SBO

AFST

PLL SEL

1.4

R344 0

AFST

A17A18

2.6

NC

CG ASP SCK

E2 SDO

E2 SDI

2.1

2.8

D301

E2 DATA

A56

2.6

1.9

SHOE SDI

SHOE SCK

CG ASP DAT

VTR T

CAM T

E2 SCK

1.4

2.8

R312 4700

B0JCDD000002

E2 CLK

CAM TEST

VTR T

D303 B0JCDD000002

2.0

NC

SHOE SDO

CAM SEND END

MEMO END

---

MEMO END

CAM

A54

NC

RESET

1.2

7 5 3 1

2.8

NC

OIS DA SCK

X1

A51A50

X2

A52

0

NC

OIS DA SDO

C VSS

P VSS

C318

0.015

A53

2.5

SVR SCK

P VDD

2.5

0

C321 10

A46

R320 0

D302 B0JCDD000002

R318 1K

NC

E VSS

E VDD

TRST

2.9

2.5

D RST

CL308

R328

R347

10K

0

R345 0

0

2.5

NC

BST

MODE1

MEGA REQUEST

LED CNT

CAM O

ASP3 CS

NC

XWAIT

MODE J

-

0

2.6

CL318

A16 A15 A19

R337 2200

LED CONT

CAM O

C305 10

2.9

2.5

D CK

NC

TCK

CL314

R338 47K

NC

A VSS

NC

E VSS

CL316

0.3

FLSDLY

VSS

E VDD

TMS

2.9

D MS

2.7

0.1

Y POS

1.4

NC

X POS

1.4

A94

NC

VSS

GYRO X

GYRO Y

1.4

A95

2.5

NC

VDD

NC

A VREF

2.9

A VDD

0.1

D DI

B COM P

A COM P

TDO

TDI

0.1

D DO

106 105 104 103 102 101 100 99 98 97 96 95 94 93 92 91 90 89 88 87 86 85 84 83 82 81 80 79 78 77 76 75 74 73 72 71 70 69 68 67 66 65 64 6362 61 60 59 58 57 56 55 54

NC

107

NC

108

NC

109

NC

110

NC

111

NC

112

NC

113

NC

114

NC

115

NC

116

NC

117

NC

118

NC

119

NC

120

CAM RTN

121

INST ST

122

NC

123

NC

124

NC

125

NC

126

NC

127

CHA END

128

FCP CNT

129

OIS DA LD

130

SS DET

131

NC

132

NC

133

NC

134

NC

135

NC

136

VSS

137

E VSS

138

VDD

139

E VDD

140

NC

141

NC

142

NC

143

NC

144

NC

145

NC

146

NC

147

NC

148

Z SW

149

IR

150

FNO

151

ND FNO

152

M REF

153

FM A

154

FM B

155

ZM A

156

ZM B

157

NC

158

NC

159

SHOE DET

CL315CL317CL312

1.4

C350

C351

0.01

A3A49A48A29A47

2.8

2.6

2.5

NC

VSS

VDD

E2 CS

MODE0

ASP2 CS

CG CS

IC305 C2DBLJ000108

(CAMERA MICRO COMPUTER)

VDD

ND OPEN

CHARGE

TRIG END

NC

000

2.9

2.5

ND OPEN

CHARGE

TRIG END

RX304

4.7KX4 8

6 4 2

R326 3300

R327 3300

NC

CK SEL1

C VDD

0

R343 0

2.0

R315 1K

A57

CL325

NC

R313 6800

CL310

SEND END

NC

VSS

NC

E VSS

209208207206205204203202201200199198197196195194193192191190189188187186185184183182181180179178177176175174173172171170169168167166165164163162161160

--2.6

V C DATA

CAM SCLK

NC

C V DATA

NC NC NC

TV MD

NC NC

MF LED CNT

MF RING1

V1 V2

RTN FLD

BEND

MVD V C DSET SENS SW

WINK END

DAS Z ABS RE

SHOE ON

F UP

F OPEN

WE

VDD E VSS

VSS

E VDD E2 RST L STBY

E2 RB

ASP1 CS

LENS DAC CS

NC

MF RING2

NC

E VDD

VDD MAD15 MAD14 MAD13 MAD12 MAD11 MAD10

MAD9 MAD8 MAD7 MAD6 MAD5 MAD4 MAD3 MAD2 MAD1 MAD0

NC

A

B C D

E

F

A58

A59

A60

53 52 51

0

50 49 48

0

47

0

46

-

45

-

44

-

43

0.1

42

2.9

41

0

40

-

39

-

38 37

-

H

36

0

H

35 34

H

33

2.6

L

32

2.5

31 30 29

2.9

28

2.8

27

2.8

26

0

25

2.6

24

2.8

23 22

0

21 20

2.9

19

2.5

18

-

17

-

16

-

15

-

14

-

13

-

12

-

11

-

10

-

9

-

8

-

7

-

6

-

5

-

4

-

3

-

2 1

R324 0

MAD15 MAD14 MAD13 MAD12 MAD11 MAD10

MAD9 MAD8 MAD7 MAD6 MAD5 MAD4 MAD3 MAD2 MAD1 MAD0

A96 A97

A61

A62 A92 A98 A63

A99

A65

A90 A66 A91

A67

A100

A93

A12

A25

A24

A27

A26

A28

A14

A8

C340

0.1

C314

0.1

C328

0.1

G

PV-GS250PP SUB (CAMERA) SCHEMATIC DIAGRAM

4544434241403938373635

H

77

PV-GS250PP

A

B C D

E

F

A94

A95

G

A13 A31

87

VCC

CK

234

1

A101

A102

A103

A104

R368 1000

R479 1000

R364 3900

R366 3900

R369 270K

C349

0.47

VDD

C348 2200P

R372 270K

C347 2200P

A93

C338

0.1

CL303

2.8

HOLD

D078WP

R350 1K

GND

0.91.7

32

CL319

6

SK

02.8

R323 18K

CL302

IC304 C0JBAB000636

2.82.8

5

DI

IC307 C3EBHC000032

(EEPROM)

GND

432

CL301

CL313

CL304

R352 33K

LED CONT

R361 47K

0

2.8

R342 100

QR303 UNR9215J0L

R357 15K

R356 100

QR302 UNR9215J0L

54

RX301

3.3KX4 1

3 5 7

0

VCC

1

2.9

VCC

CS

1

2.8

2 4 6 8

02.9

IC306 C0JBAB000008

32

R346 0

1.22.92.92.9

5

6

PR

Q

D

1.31.31.4

678

-

+

-

1.41.41.4

R374 4700

R370 4700

C336

0.015

C342

0.015

GND

IC301 C0JBAF000567

(D-FLIP FLOP)

GND

R365 3300

R367 3300

1.41.41.42.9

5

IC308 C0ABHA000049

(BUFFER)

4321

45

V OUT

3

C337

0.015

C344

0.015

R377 390K

Q

CL

2.92.5 1.01.0

V IN

IC302 C0CBCAB00014

(REG.2.5V)

CONT.

GNDNC

R371 390K

12

C339 10

C341 10

C345 10

C346 10

2.9

R378 10K

A98 A96

1.401.4

456

Q303 XP0450100L

(SENSOR CONTROL)

321

1.401.4

R379 1K

R380 1K

R329 4700

A92

A90

A50

A91

A99

A100

A97

54

1

TO SUB CN(E-30/F-30) <TO VIDEO>

MEGA Y C0 MEGA Y C1 MEGA Y C2 MEGA Y C3 MEGA Y C4 MEGA Y C5 MEGA Y C6 MEGA Y C7 Y C0 Y C1 Y C2 Y C3 Y C4 Y C5 Y C6 Y C7 CLK27 CAM MEGA BUSY MEGA PIX MEGA DSTB CLK27A CLK45

QR301

2.9

UNR9215J0L

(INV.) 0

TO SUB CN(F-29) <TO LENS>

Z ABS

TO SUB CN(A-30/B-30) <TO FRONT>

D78 D79 D80 D81 D82 D83 D84 D85 D86 D87 D88 D89 D90 D91 D92 D93 D95 D98 D97 D99 D94 D96

D135 D136Z LED

D119MF L2 D118MF L1 D120MF LED

E2 CLK

E2 DATA

A102 A104 A101 A103

A57 A56 A44 A65

A49

A62

A53 A54 A55

A20

A41

A42 A35

A63 A34

A33 A61 A58 A60 A59 A36

A48

A30

A75

A21 D25IRIS PWM A76 D28ND PWM A77 A78 A79 A80 A81 A82 A83 A84 A85 A86 A87

:VIDEO MAIN SIGNAL PATH

TO SUB CN(A-30/B-30) <TO FRONT>

Y SENS Y REF X SENS X REF

TO SUB CN(E-30) <TO SHOE>

SHOE DAT SHOE CLK SHOE DET SHOE ON

TO SUB CN(F-29) <TO EVR2>

FLM D0

TO SUB CN(F-29) <TO EVR1/VIDEO>

CAM VD

TO SUB CN(F-29) <TO EVR2>

EVR SCK EVR SBI EVR SBO

TO SUB CN(F-29) <TO CONTROL/EVR2>

CAM RST

TO SUB CN(D-29) <TO SIDE L>

ZOOM AD

TO SUB CN(B-30) <TO FRONT>

IR OUT CHA END CHARGE TRIG END

TO SUB CN(E-29) <TO CONTROL>

WINK END INST ST MEMO END CAM RTN RTN FLD CAM SCLK C V DATA V C DATA SS DET VTR T V C DSET CAM 0 M REQUEST CAM SEND END CAM D3 OFF

TO SUB CN(B-30/C-30) <TO SUB CN>

D RST D CK D MS D DI D DO AFST CAM TEST

TO SUB CN(B-29/C-29) <TO LENS DRIVE>

M REF D41A68 FM A D42A69 FM B D43A70 OIS CS D35A72 X POS D36A73 Y POS D40A74 A COM P D31A46 B COM P D30A47 LSTBY D29A66 FNO D39A43 OIS CK D33A51 OIS DATA D32A52 ND FNO D24A71 ND OPEN D27 LEN CS D34A67

IRIS CLSE D38A23

LIN PWM ZER A ZER B ZA ZB ZC ZD COM P C F2 C

FC A

D121 D122 D116 D117

D106 D107 D104

H

D105

D5

D1

D4 D3 D2

D6

D53

D103 D101 D102 D100

D9

D19

D8 D15 D16 D11 D13 D12 D20 D14 D22 D17 D10

D7 D18

D110 D111 D112 D113 D114 D108 D109

D123FCP CNT

D37IRIS OPENA22

D124 D125 D126 D127 D128 D129 D130 D131 D132 D134FC B D133

PV-GS250PP SUB (CAMERA) SCHEMATIC DIAGRAM

H

PV-GS250PP SUB (CAMERA) SCHEMATIC DIAGRAM

5655545352515049484746

78

14.16.1. CAMERA I/O TABLE

IC305 : CAMERA MICROCOMPUTER

Signal Name I/O Explanation

No. 1NC -NC 2 MAD0 I/O Address Data 3 MAD1 I/O Address Data 4 MAD2 I/O Address Data 5 MAD3 I/O Address Data 6 MAD4 I/O Address Data 7 MAD5 I/O Address Data 8 MAD6 I/O Address Data 9 MAD7 I/O Address Data 10 MAD8 I/O Address Data 11 MAD9 I/O Address Data 12 MAD10 I/O Address Data 13 MAD11 I/O Address Data 14 MAD12 I/O Address Data 15 MAD13 I/O Address Data 16 MAD14 I/O Address Data 17 MAD15 I/O Address Data 18 VDD I Voltage 19 E VDD I Voltage 20 NC - NC 21 MF RING 2 I MF Ring 2 22 NC - NC 23 LENS DAC CS O Lens Chip Select 24 APS1 CS O APS1 Chip Select 25 E2 RB O EEPROM Ready/Busy 26 LSTBY O Standby 27 E2 RST O EEPROM Reset 28 E VDD I Voltage 29 VSS - GND 30 E VSS - GND 31 VDD I Voltage 32 WE L O Write Enable ON/OFF 33 F OPEN - NC 34 F UP H - NC 35 SHOE ON H O SHOE Power ON/OFF 36 RE H O Write Enable ON/OFF 37 Z ABS I Zoom Encoder 38 DAS O Address Strobe 39 WINK END O WINK END 40 SENS SW O Sensor Level Control 41 V C DSET I DMA Forwarding Timing 42 MVD O VD To DSP LSI 43 BEND I Data Block End Request 44 RTN FLD I Camera Microcomputer Field Signal 45 V1 V2 I ACT Detect End 46 MF RING 1 I MF Ring 1 47 MF LED CNT O MF LED Drive Control 48 NC - NC 49 NC - NC 50 TV MD I NTSC/PAL Select 51 NC - NC 52 NC - NC 53 NC - NC 54 NC - NC 55 C V DATA O VTR Serial Data Output 56 V C DATA I VTR Serial Data Input 57 CAM SCLK I VTR Serial Clock 58 NC - NC 59 NC - NC 60 NC - NC 61 NC - NC

Signal Name I/O Explanation

No. 62 NC - NC 63 SHOE SDO O SHOE Serial Data Output 64 SHOE SDI I SHOE Serial Data Input 65 SHOE SCK O SHOE Serial Clock 66 CG ASP DAT O Character Generation Serial Data 67 NC - NC 68 CG ASP SCK O Character Generation Clock 69 EVR SBO O EVR Serial Data Output 70 SVR SBI I EVR Serial Data Input 71 SVR SCK I EVR Serial Clock 72 OIS DA SDO O OIS DAC Serial Data Output 73 NC - NC 74 OIS DA SCK O OIS DAC Serial Clock 75 NC - NC 76 NC - NC 77 NC - NC 78 NC - NC 79 E2 CS O EEPROM Chip Select 80 CG CS O Character Generation Chip Select 81 NC - NC 82 VDD I Voltage 83 VSS - GND 84 MODE0 I Mode Select 85 MODE1 I Mode Select 86 NC - NC 87 MEGA REQUEST I Mega Pixel Request 88 BST I Boundary Scan Test SW 89 NC - NC 90 NC - NC 91 NC - NC 92 E VSS - GND 93 E VDD I Voltage 94 FLSDLY I Flashing Delay 95 NC - NC 96 NC - NC 97 NC - NC 98 B COMP I Liner Adjust (B COMP Capture) 99 A COMP I Liner Adjust (A COMP Capture) 100 NC - NC 101 NC - NC 102 VDD I Voltage 103 VSS - GND 104 NC - NC 105 NC - NC 106 NC - NC 107 NC - NC 108 NC - NC 109 NC - NC 110 NC - NC 111 NC - NC 112 NC - NC 113 NC - NC 114 NC - NC 115 NC - NC 116 NC - NC 117 NC - NC 118 NC - NC 119 NC - NC 120 CAM RTN I Camera Clock Deference Signal 121 INST ST I REC Control 122 NC - NC

Signal Name I/O Explanation

No. 123 NC - NC 124 NC - NC 125 NC - NC 126 NC - NC 127 CHA END I Flash Charge End 128 FCP CNT O Powre Supply Control 129 OIS DA LD O OIS DAC Data Output 130 SS DET I Start/Stop Detect 131 NC - NC 132 NC - NC 133 NC - NC 134 NC - NC 135 NC - NC 136 VSS - GND 137 E VSS - GND 138 VDD I Voltage 139 140 141 142 143 144 145

E VDD NC NC NC NC NC NC

I Voltage

-NC

-NC 146 NC - NC 147 NC - NC 148 Z SW I Zoom SW Voltage 149 IR I IR Sensor 150 FNO I F V alue 151 ND FNO I ND F Value 152 M REF I Voltage 153 FM A I Auto Focus FG A Monitor 154 FM B I Auto Focus FG B Monitor 155 ZM A - NC 156 ZM B - NC 157 NC - NC 158 NC - NC 159 SHOE DET I SHOE Detect 160 Y POS I Y Position Detect (OIS) 161 X POS I X Position Detect (OIS) 162 GYRO Y I Y Position Detect 163 GYRO X I X Position Detect 164 NC - NC 165 A VREF I Voltage 166 A VDD I Voltage

Signal Name I/O Explanation

No. 167 TDI I TEST Serial Data Input 168 TDO O TEST Serial Data Output 169 TCK I TEST Serial Clock 170 A VSS - GND 171 E VSS - GND 172 VSS - GND 173 TMS I TEST Master Clock 174 TRST I TEST Reset 175 E VDD I Voltage 176 MODE J I Mode Select 177 XWAIT - NC 178 NC - NC 179 ASP3 CS O ASP3 Chip Select 180 CAM 0 I

CAM Microcomputer Communication 181 LED CNT O LED Drive Control 182 ASP2 CS O ASP2 Chip Select 183 NC - NC 184 TRIG END O Flash Trigger End 185 CHARGE O Flash Cherge 186 ND OPEN - GND 187 VDD I Voltage 188 C VDD I Voltage 189

CK SEL1

I Clock Select 190 RESET I Reset 191

X1

I OSC In 192 X2 - NC 193 P VSS - GND 194 C VSS - GND 195 P VDD I Voltage 196 PLL SEL I PLL Select 197 AFST O Process Timing Pulse 198 E2 SDI I EEPROM Serial Data In 199 E2 SDO O EEPROM Serial Data Out 200 E2 SCK O EEPROM Serial Clock 201 CAM T I Camera T est 202 VTR T I Sync Serial Communication Enable 203 MEMO END O Memory End 204 CAM SEND END O CAM SEND END 205 NC - NC 206 NC - NC 207 VSS - GND 208 E VSS - GND 209 NC - NC

PV-GS250PP CAMERA I/O TABLE

PV-GS250PP

79

PV-GS250PP

14.17. MAIN (MAIN CONNECTION) SCHEMATIC DIAGRAM

(MAIN C.B.A.)

G

F

E

D

C

B

A

H

CCD ON

M RVS

LCD ON

M BL

EVF BL

TV MD

M EVF HL

LCD CS

LCD SD

LCD SCK

ZOOM AD

D GND

99

100

101

102

103

104

105

106

107

108

109

110

111

112

113

114

115

116

117

118

119

TO HOT SHOE FP3402

SHOE GND SHOE GND H MIC(L) H MIC GND H MIC(R) DET CLK DATA SHOE UNREG SHOE UNREG

TO EVR2 FP2001

EVR SCK EVR SBI EVR SBO FLM DI CAM RST P ON

TO HEAD FP5001

GND GND GND CH 2F CH 2S CH 1S CH 1F GND

TO EVR1 PP3001

TEST EVR 3.4V ATF1 ENVELOPE HID1 DCLK PCST0 PCST1 PCST2 PCST3 V/HP R DRESET SDI DINT SDAO PTC DBGE CAM A GND UARTI UARTO SYSTEM RST CAM VD

NOTE: CIRCUIT VOLTAGE AND WAVEFORM DESCRIBED HEREIN SHALL BE REGARDED AS REFERENCE INFORMATION WHEN PROBING DEFECT POINT,BECAUSE IT MAY DIFFER FROM AN ACTUAL MEASURING VALUE DUE TO DIFFERENCE OF MEASURING INSTRUMENT AND ITS MEASURING CONDITION AND PRODUCT ITSELF.

1 2 3 4 5 6 7 8 9

10

CL451

1 2 3 4 5

L

6

1 2 3 4 5 6 7 8

L

1 2 3 4 5 6 7 8

9 10 11 12 13 14 15 16 17 18 19 20

LB451 J0JAC0000014

LB452 J0JAC0000014 LB453 J0JAC0000014 LB454 J0JAC0000014 LB455 J0JAC0000014

0

LB456 J0JHC0000018

CAM RST P ON

L

VTR TEST

DCLK PCST0 PCST1 PCST2 PCST3

DREST

SDI DINT

SDAO TCP

DBGE

UARTI

UARTO

SYSTEM RST

CAM VD

R457 100 R453 100 R454 100 R455 100

VZ455 D4ED1270A006 VZ453 D4ED1270A006 VZ452 D4ED1270A006 VZ451 D4ED1270A006

R452 1K

7.9

QR451 UNR9214J0L

(SHOE ON :ON)

H

EVR SCK

EVR SBI

EVR SBO

FLM DI

L

CAM VD

CH 2F CH 2S CH 1S CH 1F

ATF1

HA OUT

HID

R456 100

TO FP4801

R451 47K

H MIC(L)

H MIC(R) SHOE DET SHOE CLK SHOE DAT

SHOE ON

TO FRONT FP6505

TO SIDE L FP6501

TO CYLINDER FP2202

120

PS3001

SUB CONNECTION

TO

H

7.900

456

Q451 B1DDCB000002

(POWER SUPPLY)

321

7.900

MIC GND MIC GND MIC(L) MIC(R) MIC 5V MIC 5V REG A5V

TALLY

REG D3V REG D3V NOREG GND NOREG GND NOREG GND ST NOREG ST NOREG ST NOREG D GND D GND

LIBATT+

GND

ZOOM AD AVREF VTR KEY 5 7 GND SP OUT1 SP OUT1 SP OUT2 SP OUT2

FG(+) COM M2A M2A M1A M1A M3A M3A D GND PG(+)

R450 0

21 20 19 18 17 16 15 14 13 12 11 10

9 8 7 6 5 4 3 2 1D GND

1 2 3 4 5 6

8

9 10 11 12

10

9

8

7

6

5

4

3

2

1

RL29

FG(+)

COM CYL

M2A

M1A

M3A

PG(+)

TALLY

VTR KEY 5

LCD CS

LCD SCK

LCD SD

EVF BL

TV MD

M EVF HL

M BL

H

M RVS

LCD ON

H

CAM VD

CCD ON

H

SHOE ON

FLM D1

EVR SCK

EVR SBO

EVR SBI

CAM VD

H

FLM D1

EVR SCK

EVR SBO

EVR SBI

SHOE ON

SHOE DET

NOTE: DO NOT USE ANY PART NUMBER SHOWN ON THIS SCHEMATIC DIAGRAM FOR ORDERING. WHEN YOU ORDER A PART,PLEASE REFER TO PARTS LIST.

NOTE: THE MEASUREMENT MODE OF THE DC VOLTAGE ON THIS DIAGRAM IS STOP MODE. (HOT SHOE: OFF)

SHOE CLK

SHOE DAT

SHOE DET

VTR T

SHOE DAT

SHOE CLK

RL1

MEGA PIX

VTR T

MEGA DSTB

MEGA PIX

RL3

RL2

MEMO END

V C DSET

MEGA BUSY

MEGA DSTB

MEMO END

V C DSET

MEGA BUSY

REMOCON

RL6

RL7

CAM SEND END

M REQUEST

WINK END

CAM SEND END

M REQUEST

WINK END

R6910 0

RL8

RL9

CAM SCK

CAM RTN

SS DET

CAM SCK

CAM RTN

RL5

RL4

CAM D3 OFF

CAM RST

SS DET

CAM D3 OFF

CAM RST

RL10

RL11

RL12

D GND

VREF

REMOCON

VREF

RL15 RL16

RL13

D GND

TO PP301

D GND

H MIC(L) H MIC(R)

EX MIC(L) EX MIC(R) L/HP L R/GND V/HP R

S C IO

S Y IO

D GND

CAM 0

RTN FLD

INST ST

D GND

CCD STBY

CAM 0

RTN FLD

INST ST

RL14

LB3502 J0JBC0000054

LB3501 J0JBC0000054

CL1906

CLK27A

Y C7

Y C6

Y C5

Y C4

Y C3

Y C2

Y C1

Y C0

MEGA Y C7

MEGA Y C6

MEGA Y C5

MEGA Y C4

MEGA Y C3

MEGA Y C2

MEGA Y C1

MEGA Y C0

CLK45

CLK27 CAM

V C DATA

C V DATA

V C DATA

C V DATA

CLK27 CAM

MEGA Y C4

MEGA Y C3

MEGA Y C2

MEGA Y C1

MEGA Y C0

FCK

TO CONTROL

E1 E3

TO HOT SHOE E21

E4

TO FRONT

E6

TO SIDE L

E15

TO JACK

E10 E11 E12 E13

TO JACK/EVR1/EX INPUT

E14

TO JACK/EX INPUT

E8

Y C0

MEGA Y C7

MEGA Y C6

MEGA Y C5

SBA CS HP DET

H MIC(L) H MIC(R)E5

MIC(L) MIC(R)E7

SP OUT1 SP OUT2E16

EX MIC(L) EX MIC(R) L/HP L R/GND

V/HP R

S C IO S Y IOE9

Y C2

Y C1

L

Y C3

Y C4

Y C5

(C-1) (G-1)

(G-1)

(G-11)

(A-1)

(G-11)

(D-11)

(C-11)

Y C6

CLK27A

Y C7

(E-1/F-1)

(A-11)

(D-1)

(C-1)

(B-11)

(C-11)

AVIO

TO JACK/AVIO/EVR1

V/HP R

F14

TO JACK/AVIO

S C IO

F15

S Y IO

F16

TO VIDEO/CONTROL

2V TCK

F3

2V TMSF4

USB TDOF2 CLK27XF5 CLK27BF29 Y C IN0F6 Y C IN1F7 Y C IN2F8 Y C IN3F9 Y C IN4F10 Y C IN5F11 Y C IN6F12 Y C IN7F13

TO MAIN CN

SIF TDOF1

(C-1)

(A-17)

(F-17)

(B-1 C-1)

(F-1)

(B-17)

(E-1)

(A-1)(B-17)

EX INPUT

PV-GS250PP

L Y C IO0

L Y C IO1

L Y C IO2

L Y C IO3

L Y C IO4

L Y C IO5

L Y C IO6

L Y C IO7

CLK27C

SUB 1.8V

REG D3V

M BL POWER

REG 9V

NOREG

REG 15V

REG -8V

REG A5V

REG D2.5V

REG 3.1V

SW 3V

CAM 1.5V

REG 3.1V

SW 3V

CAM 1.5V

TO VIDEO

SD OI DUO C OUT DUO Y OUT SD O0 LRCK

SD I E24

TO POWER

REG A5V SPK 3V REG D3.2V REG D1.8V D GND

TO CONTROL/EX INPUT

SBA SIF SDA SBA SIF CLK E32

TO VIDEO/CONTROL/EX INPUT

XRST

TO CONTROL

TO EX INPUT

S C IO TRSW E35 S Y IO TRSW E36

TO AVIO

S Y IO TRSW F30 S C IO TRSW F31 V HP R TRSW F32

TO POWER

REG A5V REG D3V F34 SIF 1.8V

TO CONTROL/VIDEO/AVIOTO VIDEO

TO CONTROL/AVIO

TO CONTROL

E17 E18 E19 E20

E22MCLK E23BCLK

E26 E27 E28 E29 E30

E31

E33

E25Y LEVEL

E34V HP R TRSW

F17

F18 F19D GND

F28XRST

F26SBA SIF SDA F27SBA SIF CLK

F20SIF P SAVE F21INPUT SEL F22WIDE DET F23SIF CS F24SYNC DET F25EXT 5V SW

H

F33EXT

REG 15V

REG -8V

REG 9V

RL21

RL20

RL18 RL19RL17

RL22

RL26

RL27

RL28

RL23

RL24

SUB 1.8V

RL33

RL25

1011121314151617181920212223242526272829303132333435363738394041424344454647484950515253545556575859606162636465666768697071727374757677787980818283848586878889909192939495969798

CLK27C

L Y C IO5

L Y C IO6

L Y C IO7

L Y C IO2

L Y C IO3

L Y C IO4

123456789

L Y C IO0

L Y C IO1

MAIN (MAIN CONNECTION) SCHEMATIC DIAGRAM

1110987654321

A

B C D

E

F G H

I

J

K

L M

N

O

P Q R

S

80

PV-GS250PP

A B C D

E

F G H

I

J K L M

D

H

VREF

CCD ON

A B

C

D E F G H

I

N

O

CLK27C L Y C IO0 L Y C IO1 L Y C IO2 L Y C IO3 L Y C IO4 L Y C IO5 L Y C IO6 L Y C IO7

CL19

CH 2F CH 2S CH 1F CH 1S

HID ATF1 HA OUT

CAM VD

COM CYL M1A M2A M3A FG(+) PG(+)

TO AVIO

BCLKG23 G24 MCLK G25 LRCK G26 SD I G27 DUO Y OUT G28 DUO C OUT G29 SD O1 G30 SD O0

TO CONTROL/AVIO/EX INPUT

G31 XRST

TO LCD

G32 CLK27C G33 L Y C IO0 G34 L Y C IO1 G35 L Y C IO2 G36 L Y C IO3 G37 L Y C IO4 G38 L Y C IO5 G39 L Y C IO6 G40 L Y C IO7

TO EX INPUT

G41 USB TDO G42 CLK27X G43 CLK27B G44 Y C IN0 G45 Y C IN1 G46 Y C IN2 G47 Y C IN3 G48 Y C IN4 G49 Y C IN5 G50 Y C IN6 G51 Y C IN7

TO CONTROL/EX INPUT

G52 2V TCK G53 2V TMS

TO HEAD

G54 CH 2F

CH 2SG55 G56 CH 1F

CH 1SG57

TO EVR1

HIDG59

ATF1G60

HA OUTG61

TO CAMERA/EVR1

CAM VDG69

TO CYLINDER

COM CYLG70

M1AG71

M2AG72

M3AG73

FG(+)G74

PG(+)G75

(A-51)

(G-51)

(A-51)

(D-51)

(C-51)

(B-51)

(A-1/B-1)

(G-51)

(D-51)

(A-1) (H-48)

(E-1)

(B-48)

(D-48)

(E-1) (A-1)

(C-1/D-1)

TO CAMERA

CLK27 CAM G1

CLK27A G3 Y C7 G4 Y C6 G5 Y C5 G6 Y C4 G7 Y C3 G8 Y C2 G9 Y C1 G10 Y C0 G11 MEGA Y C7 G12 MEGA Y C6 G13 MEGA Y C5 G14 MEGA Y C4 G15 MEGA Y C3 G16 MEGA Y C2 G17 MEGA Y C1 G18 MEGA Y C0 G19 MEGA BUSY G20 MEGA DSTB G21 MEGA PIX G22

CLK27 CAM

G2FCK

FCK

CLK27A

Y C7 Y C6 Y C5 Y C4 Y C3 Y C2 Y C1

Y C0 MEGA Y C7 MEGA Y C6 MEGA Y C5 MEGA Y C4 MEGA Y C3 MEGA Y C2 MEGA Y C1 MEGA Y C0

MEGA BUSY MEGA DSTB

MEGA PIX

SD DATA3 SD DATA2 SD DATA1 SD DATA0 CMD O SD CLK O

M LOAD M UNLOAD

S REEL(-) S REEL(+) T REEL(-) T REEL(+)

VMR AFG(-) AFG(+) M1 M2 M3 H3(+) H3(-) H1(+) H1(-) H2(+) H2(-)

POS1 POS2 POS3

S TAB

USB D(-) USB D(+)

TPA(+) TPA(-) TPB(+) TPB(-)

TO SIDE R

G62

SD DATA3 G63 SD DATA2 G64 SD DATA1 G65 SD DATA0 G66 CMD O G67 SD CLK O G68 SD D33V

TO MECHA1

G124 M LOAD G125 M UNLOAD

TO MECHA

G126 S REEL(-) G127 S REEL(+) G129 T REEL(-) G128 T REEL(+)

TO CAPSTAN

G130 VMR G131

AFG(-)

G132

AFG(+)

G133 M1 G134 M2 G135 M3 G136 H3(+) G137 H3(-) G138 H1(+) G139 H1(-) G140 H2(+) G141 H2(-)

TO MECHA1

G142 POS1 G143 POS2 G144 POS3

TO MECHA

G145 S TAB

TO JACK

G146 USB D(-) G147 USB D(+)

TO SIDE R

G148 TPA(+) G149 TPA(-) G150 TPB(+) G151 TPB(-)

(H-51)

(B-48)

(C-48)

(F-51)

(E-51)

(B-51)

(H-1)

(H-48)

(H-1)

(H-48)

(H-1)

(G-48)

(D-48/E-48)

(F-1/ G-1)

(F-51)

(G-1)

(F-51)

(G-1)

(F-51)

(E-51)

TO POWER

TO CONTROL

L H

TO CONTROL/JACK

VBUS G58

G76REG D3V G77REG A5V G78REG D1.8V G79REG A2.5V G80REG D2.5V G81RF 3V G82RIP 2.5V G83REG D1.5V G84DUO 3.2V G85D GND G86CYL VM G87CYL SW G88CAP VM

G89CAP SW G122NOREG G123DRIVE 3V

G90XRE

G91XWE

G92XWE

G93ADM0

G94ADM1

G95ADM2

G96ADM3

G97ADM4

G98ADM5

G99ADM6 G100ADM7 G101ADM8 G102ADM9 G103ADM10 G104ADM11 G105ADM12 G106ADM13 G107ADM14 G108ADM15 G109USB INT G110XUSB CS G111XDUO CS G112DUO INT0 G113DUO INT1 G114DUO INT2 G115DUO INT3 G116HOST REQ G117HOST ACK G118XREADY G119CTL TDO G120ALE G121LOAD LOCK DET

VIDEO

TO CAMERA/SUB POWER

H1

SUB 1.8V

TO SUB POWER

H2 REG -8V H3 REG 15V H4 SW 3V

REG 9VH5

H6 REG 3.1V

TO CAMERA

H7 CAM 1.5V

TO SUB POWER

H8 M BL POWER

TO EX INPUT

H9 SIF 1.8V

TO AVIO

H10 SPK 3V H11 REG D3.2V

TO VIDEO

H12 REG A2.5V

TO CAMERA/CONTROL/AVIO/ EX INPUT/VIDEO/LENS DRIVE/ FRONT/JACK/SUB POWER

H13 REG A5V

TO FRONT

H14 ST NOREG

TO VIDEO/CAMERA

H15 REG D2.5V

TO VIDEO

H16 RF 3V H17 RIP 2.5V H18 REG D1.5V

TO VIDEO/CONTROL

DUO 3.2VH19

TO VIDEO

H20 CYL VM H21 CYL SW

CAP VMH22

H23 CAP SW

(D-22)

(B-22)

(C-22)

(G-22)

(D-22)

(F-22)

(E-22)

(G-22)

(E-1)

(E-22)

(C-22)

(D-22)

(E-1)

POWER

TO BATT

(G-1)

TO CONTROL/VIDEO/ LENS DRIVE

(E-1)

TO MAIN CN

(B-1)

TO VIDEO/CONTROL/AVIO

(D-22)

TO VIDEO/CONTROL/ CAMERA/LENS DRIVE/ EX INPUT/FRONT/ SIDE L/SIDE R/ SUB POWER/REAR OPE

(F-22)

TO CONTROL/SUB POWER

(A-22)

TO CONTROL

(G-1)

TO CONTROL/SUB POWER

(A-22)

TO CONTROL

(A-22)

(F-22)

L

TO EVR2/CONTROL

(F-1)

TO VIDEO/MECHA/CAPSTAN

H24D H25+B H26GND

H27NOREG

H28FRAME H29D GND

H30REG D1.8V

H31REG D3V

H32CCD ON

H

H33OV PROTECT H34SW NOREG

H35VREF

H36INN BATT

L

H37PS

L

H38P ON

H39DRIVE 3V

J

K L

M

N O

P

Q R

S

T

U

P Q R

PV-GS250PP

MAIN (MAIN CONNECTION) SCHEMATIC DIAGRAM

81

VBUS

PV-GS250PP

L

P ON

MAIN (MAIN CONNECTION) SCHEMATIC DIAGRAM

2221201918171615141312

V W X

YS

PV-GS250PP

A B

C

D E

F G H

I

J

K

L

M

N O

P

Q R

S

T

U

V W X

PV-GS250PP

Y

VTR KEY 5

EVF BL M BL LCD ON

H

CL1902

TO SIDE L

I1

RTC 3V

I2 VTR KEY 5

TO SUB POWER

EVF BLI3

I4 M BL

TO SUB POWER/POWER

TO AVIO/EX INPUT

TO AVIO/EX INPUT/VIDEO

TO POWER

TO VIDEO

I49 XUSB CS I50 I51

LCD ONI5

CCD ONI6

SBA SIF CLKI7 SBA SIF SDAI8

XRSTI9

REG D1.8VI10 REG D3VI11 OV PROTECTI12 SW NOREGI13 VREFI14 INN BATTI15

L

PSI16 NOREGI17 REG A5VI18 DUO 3.2VI19 D GNDI20

ADM15I22 ADM14I23 ADM13I24 ADM12I25 ADM11I26 ADM10I27 ADM9I28 ADM8I29 ADM7I30 ADM6I31 ADM5I32 ADM4I33 ADM3I34 ADM2I35 ADM1I36 ADM0I37 XREI38 XWEI39 XWEI40 XREADYI41 XDUO CSI42 DUO INT0I43 DUO INT1I44 DUO INT2I45 DUO INT3I46 HOST REQI47 HOST ACKI48

USB INT ALE CTL TDOI52 LOAD LOCK DETI53

H

L

L H

(H-1)

(F-25)

(B-1)

(B-25)

(H-1)

(F-1)

(C-25)

(H-1)

(G-25/ H-25)

(G-1)

(C-1)

(G-25/H-25)

(G-1)

(B-1)

(C-25)

(D-1)

(A-1)

(A-25)

(G-1)

TO AVIO

L

TO LCD

LCD SCK

TO EVF/MONITOR

TO MONITOR

TO CAMERA

TO MAIN CN

I71SBA CS I73HP DET

I82LCD CS I83 I84LCD SD

I85M EVF HL

I86M RVS

MAIN (MAIN CONNECTION) SCHEMATIC DIAGRAM

LCD CS

LCD SCK

LCD SD

M EVF HL

M RVS

TV MD

CL1905I66CTL TDI

TALLY

REMOCON

CONTROL

POWER LCD VTR KEY 4 LCD OPEN ACCESS LED P LCD LED

RL6503

RL6502

MIC CLK MIC DT S PHOTO T PHOTO SENS LED MIC VDD C DOWN

POWER SW POWER LED STANDBY LED DEW SS SW GUI LED VTR KEY 1 VTR KEY 2 VTR KEY 3

L

S PLUG WD REMO

L

PLUG IN EXT MIC CR POWER

L

R PLUG EJECT SW

VBUS

TO SIDE R

I74 POWER LCD I75 VTR KEY 4 I76 LCD OPEN I77 ACCESS LED I78 P LCD LED

TO MAIN CN

I79 VTR KEY 6

TO FRONT

I80 TALLY

TO SUB CN

I81 REMOCON

TO MECHA

I88 MIC CLK I89 MIC DT I90 S PHOTO I91 T PHOTO I92 SENS LED I93 MIC VDD I94 C DOWN

TO REAR

I112 POWER SW I113 POWER LED I114 STANDBY LED I115 DEW I116 SS SW I117 GUI LED I118 VTR KEY 1 I119 VTR KEY 2 I120 VTR KEY 3

TO JACK

I121 S PLUG I122 WD REMO I123 PLUG IN I124 EXT MIC I125 CR POWER I126 R PLUG I127 EJECT SW

TO VIDEO/JACK

I128 VBUS

TO SIDE R

I129 CARD PRO

CARD DETI130

TO SIDE R

CARD PRO CARD DET SD DATA1 SD DATA0 CMD O SD DATA3 SD DATA2

SD CLK O

TO MAIN CN (G-1) (D-1)

(A-1) (G-25)

(D-1)

(B-25)

(E-1)

(E-25) (E-1) (E-25)

(E-25) (B-1) (E-1)

(G-25) (H-1)

(E-1)

L

(B-1) (D-1)

L

(B-1) (D-1) (F-25)

L

(B-1) (F-25)

(D-1)

(E-25)

(A-25/ B-25)

(E-25) (A-25)

(A-25)

(F-1)

(A-1) (E-1)

(A-1)

(C-25)

(F-1)

(D-25)

(C-1)

(H-25)

(F-25)

(F-1)

CCD STBY I96

TO CAMERA

SS DET I97 CAM SCK I98 VTR T I99 CAM 0 I100 RTN FLD I101 CAM RTN I102 INST ST I103 CAM D3 OFF I104 V C DATA I105 C V DATA I106 MEMO END I107 WINK END I108 M REQUEST I109 CAM SEND END I110 V C DSET I111

TO CAMERA/EVR2

CAM RST I95I87TV MD

TO AVIO

TO EX INPUT

H

TO EVR1/SIDE R

RESET I21

TO EVR1

UARTO I54

L

TO VIDEO/EX INPUT

TO EVR2/POWER

L

TO EVR1

I131Y LEVEL

I132SIF P SAVE I133INPUT SEL I134WIDE DET I135SIF CS I136SYNC DET I137EXT 5V SW I72EXT

I55UARTI I56VTR TEST I57DCLK I58DBGE I59SDI DINT I60SDAO TPC I61DREST I62PCST0 I63PCST1 I64PCST2 I65PCST3

I672V TCK I682V TMS

I69P ON

I70EVR 3.4V

CCD STBY

SS DET

CAM SCK

VTR T

CAM 0

RTN FLD

CAM RTN

INST ST

CAM D3 OFF

V C DATA C V DATA

MEMO END

WINK END

M REQUEST

CAM SEND END

V C DSET

CAM RST

SYSTEM RST

UARTO

UARTI

L

VTR TEST

DCLK DBGE

SDI DINT

SDAO TPC

DREST

PCST0 PCST1 PCST2 PCST3

CL1903CL1904

RL6501

VBUS

TPA(+) TPA(-) TPB(+) TPB(-)

ACCESS LED VTR KEY 4 LCD OPEN

P LCD LED

POWER LCD

D

L/HP L

R/GND PLUG IN V/HP R

EXT MIC EX MIC(R) WD REMO EX MIC(L) R PLUG CR POWER

VBUS USB D(-)

USB D(+)

S C IO S PLUG S Y IO

EJECT SW

FP6503

CARD PRO

26

CARD DET

25

SD DATA1

24

SD DATA0

23

CMD O

22

SD DATA3

21

SD DATA2

20

SD D33V

19

SD D33V

18

SD CLK O

17

DSC GND

16

DSC GND

15

DSC GND

14

TPA(+)

13

TPA(-)

12

TPB(+)

11

TPB(-)

10

GND

9

GND

8

CARD LED

7

VTR KEY 4

6

LCD DET

5

REG D3V

4

P LCD LED

3

RESET

2

POWER LCD

1

TO BATTERY FP1001

GND

1

GND

2

GND

3

GND

4

GND

5 6

D

7

D

8 9

+B

10

+B

11

+B

12

+B

13

+B

14

TO JACK FP6504

1

L/HP L

2

L/HP L

3

L

R/GND

4

PLUG IN

5

V/HP R

6

MIC 5V

7

MIC 5V

8

EXT MIC

9

EX MIC(R)

10

WD REMO

11

EX MIC(L)

12

R PLUG

13

CR POWER

14

MIC GND

15

MIC GND

16

VBUS

17

USB D(-)

18

D GND USB D(+)

19

D GND

20

D GND

21

S C IO

22

S PLUG

23

S Y IO

24 25 26 27 EJECT

L

TO FP6301

TO FP6201

R6901 33

R6908 33

POS1 POS2 POS3 M UNLOAD

M LOAD

S TAB MIC CLK MIC DT MIC VDD

C DOWN SENS LED

T REEL(-) T REEL(+)

S REEL(+) S REEL(-) S PHOTO

T PHOTO

M1

H3(-)

H3(+) H1(-) H2(-) H1(+)

H2(+) M3

M2

VMR AFG(+) AFG(-)

DEW

SS SW

VTR KEY 1 VTR KEY 2 GUI LED

VTR KEY 3 STANDBY LED POWER LED

POWER SW

R6905 33

TO MECHA1 FP2204

D GND

8

POS1

7

POS2

6

POS3

5

M UNLOAD

4

M UNLOAD

3

M LOAD

2

M LOAD

1

TO MECHA FP2203

18

S TAB

17

MIC CLK

16

MIC DT

15

MIC VDD

14

D GND

13

C DOWN

12

SENS LED K

11

SENS LED A

10

VH(-)

9

T REEL(-)

8

T REEL(+)

7

VH(+)

6

S REEL(+)

5

S REEL(-)

4

S PHOTO

3

V OUT 3V

2

T PHOTO

1

TO CAPSTAN FP2201

1

M1

2

M1

3

H3(-)

4

VH(+)

5

H3(+)

6

H1(-)

7

H2(-)

8

H1(+)

9

VH(-)

10

H2(+)

11

M3

12

M3

13

M2

14

M2

15

D GND

16

VMR

17

AFG1

18

AFG2

TO REAR OPERATION FP6502

DEW

14 13

SS SW

12

GND

11

VTR KEY 1

10

VTR KEY 2

9

GUI LED

8

GND

7

REG D3V

6

VTR KEY 3

5

STANDBY LED

4

POWER LED

3 2

POWER ON

1

PV-GS250PP MAIN (MAIN CONNECTION) SCHEMATIC DIAGRAM

343332313029282726252423

82

14.18. MAIN (AVIO) SCHEMATIC DIAGRAM

PV-GS250PP

(MAIN C.B.A.)

REFER TO MAIN CONNECTION

G

TO MAIN CN(E-8) <TO HOT SHOE>

E4 H MIC (L) E5 H MIC (R)

TO MAIN CN(E-8) <TO CONTROL>

E3

HP DET

TO MAIN CN(E-10)

F

E

D

LRCK

E21

MCLK

E22

BCLK

E23

SDI

E24

TO MAIN CN(E-10) <TO VIDEO>

SD O0

E20

DUO C OUT

E18

DUO Y OUT

E19 E17 SD 01

TO MAIN CN(D-10) <TO CONTROL/EX INPUT>

SBA SIF CLK

E32

SBA SIF SDA

E31

TO MAIN CN(E-8) <TO CONTROL>

SBA CS

E1

TO MAIN CN(D-10) <TO VIDEO/CONTROL/EX INPUT>

XRST

E33

C

B

TO MAIN CN(D-8)

A

E15

SP OUT1

E16

SP OUT2

:VIDEO MAIN SIGNAL PATH :AUDIO MAIN SIGNAL PATH

R3320 10

C3312 10

C3316

EXT R

DE-EMP

SP P

2.2

EXT L

ADCHPF

DAC

NC

C3319

0.01

C3317

0.1

NC

VCOM

NC

C IN

C3303

0.1

NOTE: THE MEASUREMENT MODE OF THE DC VOLTAGE ON THIS DIAGRAM IS STOP MODE.

C3343 1

C3344 1

L

2.9 1.1 1.1 1.1 2.9 2.9 1.2 1.2 1.2 1.2 1.1 1.1

IC3301 C1AB00001894

(AV DRIVER,A/D,D/A)

0.9 1

0.6 2

0.9 3

1.4 (0.1)

4

0 (1.6)

5

0 (1.6)

6

1.7

LB3301 J0JAC0000014

NOTE: DO NOT USE ANY PART NUMBER SHOWN ON THIS SCHEMATIC DIAGRAM FOR ORDERING. WHEN YOU ORDER A PART,PLEASE REFER TO PARTS LIST.

C3301

4.7

C3302 1

7

8

9

10

2.9

11

1.4

12

1.4

13

1.9

14

1.9

15

1.8

16

64 63 62 61 60 59 58 57 56 55 54 53 52 51 50 49

TEST

LRCK

MCLK

BCLK

SDTI

SDTO0

SDTO1

TVDD

NC

DVSS

NC

DVDD

CDTO

SDTI

CSN

CCLK

PDN

CLOCK DIVIDER

CONTROL REGISTER I/F

C3310 6V22

HDT0

AUDIO I/F CONTROLLER

SVSS

L3302 33u

SVDD

BEEP

SP N

L3305 10u

AVSS

AVDD

MIX

BUFFERCLAMP

CLAMP BUFFER

NC

Y IN

L3301 10u

VREF

WDD1

LPF

C3305 10

INT R0

WSS1

C3306

0.1

WIDE

INT L0

C3307 10

VCA P

S-DC

INT R1

GCA

WSS2

L3304 10u

INT L1

WDD2

C3342 1

C3341 1

R3318 47K

R3330 47K

C3311

0.01

HDT

DTCNT

LINE OUT/HP DETECTION

Y SAG

1.11.14.91.42.90.81.21.41.42.9

L IN

1.2

48

R IN

1.2

47

4.4

46

MUTET

L OUT

1.2

45

R OUT

1.2

44

43

NC

42

HVSS

4.9

41

HVDD

HP L

2.2

40

HP R

2.2

39

38

NC

V SAG

3.4

37

V OUT

3.4

+

Y OUT

32313029282726252423222120191817

36

35

NC

C OUT

2.2

34

SDC OUT

0

33

C3330 6V100

C3331 1

NOTE: CIRCUIT VOLTAGE AND WAVEFORM DESCRIBED HEREIN SHALL BE REGARDED AS REFERENCE INFORMATION WHEN PROBING DEFECT POINT,BECAUSE IT MAY DIFFER FROM AN ACTUAL MEASURING VALUE DUE TO DIFFERENCE OF MEASURING INSTRUMENT AND ITS MEASURING CONDITION AND PRODUCT ITSELF.

C3321 1

C3322 1

C3308 0.22

R3316 560

R3315 560

C3313 10

R3313 100

R3314 100

R3308 10K

C3315 1

C3333 0.1

D3301 B0JCDD000002

R3310 7500

R3312 15K

R3317 15K

R3311 33K

R3309 33K

C3327 1

C3318 1

L3303 10u

C3314 6V22

C3304 6V22

C3332 6V100

C3309 1

C3320 1

C3323

0.1

R3321 68

R3323 68

R3325 68

10987654321

TO MAIN CN(E-8) <TO FRONT>

MIC(R)

TO MAIN CN(D-8) <TO JACK>

EX MIC(R)

TO MAIN CN(D-8) <TO JACK/EX INPUT/EVR1>

V/HP R

TO MAIN CN(D-8) <TO JACK/EX INPUT>

S C IO

TO MAIN CN(C-10) <TO EX INPUT>

V HP R TRSW

S Y IO TRSW E36

TO MAIN CN(D-10) <TO CONTROL>

TO MAIN CN(D-10/E-10) <TO POWER>

E11 E10EX MIC(L) E12L/HP L E13R/GND

E14

E34 E35S C IO TRSW

E25Y LEVEL

E26REG A5V E28REG D3.2V E27SPK 3V E29REG D1.8V E30D GND

E7 E6MIC(L)

E8 E9S Y IO

PV-GS250PP MAIN (AVIO) SCHEMATIC DIAGRAM

11

83

PV-GS250PP

14.19. MAIN (EX INPUT) SCHEMATIC DIAGRAM

(MAIN C.B.A.)

REFER TO MAIN CONNECTION

TO MAIN CN(B-10/C-10) <TO POWER>

REG A5V

F

F17 F18 SIF 1.8V

REG D3VF34

F19 D GND

R3555

4.9

QR3501 B1GDBEFH0001

0.1 (POWER SUPPLY)

R3553 1K

L3505 33u

L3506 33u

L3507 33u

2200

A

D

C

C3554 22P

R3549 2700

R3554 1800

C3562 56P

L3509 33u

8765

2134

PV-GS250PP

Q3503 XP0460100L

(AMP)

R3562 1K

2.4

C3563 39P

C3514 1000P

CX3502

0.01X4

654

4.9

1.6

R3505 1K

R3506 1K

R3507 3900

MAIN (EX INPUT) SCHEMATIC DIAGRAM

+

-

R3561 1K

OUT2

-IN1

C3553 56P

-

+

1.11.11.1

+IN1

-IN2

L3508 33u

C3561 22P

1.61.61.64.9 5678

+IN2

IC3502 C0ABBA000075

(VREF)

GND

4321

TO MAIN CN(A-10/B-10) <TO CONTROL>

F20

SIF P SAVE INPUT SEL

F21

WIDE DETF22

F23 SIF CS

SYNC DET

F24 F25 EXT 5V SW

E

TO MAIN CN(B-10) <TO AVIO/CONTROL>

F26

SBA SIF SDA SBA SIF CLKF27

TO MAIN CN(C-8) <TO AVIO/JACK/EVR1>

F14

V/HP R

TO MAIN CN(C-8) <TO JACK/AVIO>

S Y I/O

F16

S C I/OF15

TO MAIN CN(C-10) <TO AVIO>

F32 V HP R TRSW

S C IO TRSWF31 S Y IO TRSWF30

B

TO MAIN CN(A-10)

A

H

EXTF33

Q3301

0

B1ABBE000002

(MUTING)

0

Q3302

0

B1ABBE000002

(MUTING)

0

Q3303

0

B1ABBE000002

(MUTING)

0

R3322 1K

R3324 1K

R3326 1K

R3302 220

C3324

0.01

H1

H2 H4

H3 H5

H6

0.1

2.9

R3556 10K

NOTE: CIRCUIT VOLTAGE AND WAVEFORM DESCRIBED HEREIN SHALL BE REGARDED AS REFERENCE INFORMATION WHEN PROBING DEFECT POINT,BECAUSE IT MAY DIFFER FROM AN ACTUAL MEASURING VALUE DUE TO DIFFERENCE OF MEASURING INSTRUMENT AND ITS MEASURING CONDITION AND PRODUCT ITSELF.

QR3502 B1GBBEKK0001

(P.SUPPLY CONT)

IC3503 C1AB00000647

(SWITCHING)

R3564 120K

R3568 18K

R3565 100K

C3558

0.01

R3508 100

C3566

0.01

GND

IN1

Q3506 XP0460100L

(WIDE DET)

OUT

CTL1

C3559

0.01

VCC

LOGIC

IN2

4.94.90.9

C3520

0.01

5678

IN3

CTL2

4321

C3551 22P

R3557 33K

R3558 33K

R3514 22K

0.60.1

R3516 10K

0.61.11.7

321

654

C3552 56P

C3556

4.7

R3560 2200

Q3504 2SB1218AHL

(AMP)

2.2

C3560

0.01

L3501 10u

R3515 330

4.41.61.81.5

VCC

OUT1

C3515 1000P

NOTE: DO NOT USE ANY PART NUMBER SHOWN ON THIS SCHEMATIC DIAGRAM FOR ORDERING. WHEN YOU ORDER A PART,PLEASE REFER TO PARTS LIST.

1

0.34.9 0.9

321

00

R3550 820

Q3505 B1ABBE000002

(AMP)

R3563 2200

C3569

0.01

R3504 1200

R3503 0

C3570

0.1

NOTE: THE MEASUREMENT MODE OF THE DC VOLTAGE ON THIS DIAGRAM IS STOP MODE.

C3501 1

98765432

B

C

D

E

F

G

H

I

84

:MAIN SIGNAL PATH REC MODE

PV-GS250PP

A

B

C

D

E

F

G

H

PV-GS250PP

I

C3503 1

176 175 174 173 172 171 170 169 168 167 166 165 164 163 162 161 160 159 158 157 156 155 154 153 152 151 150 149 148 147 146 145 144 143 142 141 140 139 138 137 136 135 134 133

1.7 1

VDD

1.7 2

C3502 1

R3582 0

R3580 47K

C3506

0.1

CX3501

0.1X4

5678

3421

1.7

0.8

1.2

1.6

0.4

1.7

2.4

1.7

2.4

1.7

0.4

1.6

1.2

0.8

1.7

0 0

0

VDD VDD

3

MONI 0(6)

4

MONI 0(5)

5

AVDD2.5

6

AVSS

7

AVBB

8

Y AINT

9

Y AINC

10

Y REFBOT

11

Y CML

12

Y REFTOP

13

Y ITEST

14

Y STBY

15

Y SPEEDUP

16

VCD2

17

DVSS

18

AVBB

19

DVDD2.5

20

Y EOC

21

Y STC

22

C STC

23

C EOC

24

DVDD2.5

25

DVSS

26

AVBB

27

VDD2

28

C SPEEDUP

29

C STBY

30

C ITEST

31

C REFTOP

32

C CML

33

C REFBOT

34

C AINC

35

C AINT

36

AVBB

37

AVSS

38

AVDD2.5

39

MONI 0(4)

40

MONI 0(3)

41

VSS

42

VSS

43

VSS

44

45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88

MAIN (EX INPUT) SCHEMATIC DIAGRAM

TO MAIN CN(B-8) <TO VIDEO>

Y C IN0

1.7

VSS

MONI 0(7)

MONI 0(8)

VDD

MONI 0(1)

1.7

VSS

MONI 0(0)

1.7

ALL HIZ N

NANDTREE1

NANDTREE2

INF I

FS MODE

VDD

CAM Y(9)

FS ENBL

CLK 135P

CAM Y(8)

VDD

0.8

1.7

CAM Y(6)

CAM Y(7)

VDDC

CLK27M

1.7

1.8

VSS

YC STP

VSS

CAM C(6)

CAM C(7)

IC3501 C1AB00001904

(ANALOG INPUT)

NOSYNC

VSS

YC SDA

1.7

1.4

VSS

CAM C(5)

LSI RESET

YC SCK

1.7

1.8

H1H5H4H3H2

CAM C(4)

PS

1.7

VSS

MONI 0(9)

MONI 0(2)

VDD

1.7

CAM C(2)

CAM C(3)

CLK27P

VDDC

0.8

H13

1.7

VDD

CAM C(1)

MONI SEL I(5)

135SEL

1.7

VDD

MONI SEL I(3)

MONI SEL I(4)

R3501 1K

C3511

0.01

VSS

CLK135M

MONI SEL I(0)

MONI SEL I(1)

MONI SEL I(2)

1.7

H12

H8

1.7

VDD

CAM C(0)

TCK

TMS

0

H11

VSS

CAM INV

TRST

-

1.7

VDD

CAM INH

TDO

TDI

0.1

H10H9H7

1.7

CAM Y(5)

P M SEL

1.7

VSS

VDD

CAM Y(4)

COLOR FRAM

VSS

CAM IN SEL

VSS

VSS VDD VDD

VDD CAM Y(3) CAM Y(2) CAM Y(1) CAM Y(0)

VSS

SEL1

OUT SEL

Y O O(7) Y O O(6) Y O O(5) Y O O(4)

VDD

Y O O(3) Y O O(2)

INV

VDD

Y O O(1) Y O O(0)

VSS

C O O(7) C O O(6) C O O(5)

VSS

C O O(4)

VDD

C O O(3) C O O(2) C O O(1)

VDD

C O O(0)

VSS

CPSYNC

INH

VIDEO S I

VDD

VSS

132 131 130 129 128 127 126 125 124 123 122 121 120 119 118 117 116 115 114 113 112 111 110 109 108 107 106 105 104 103 102 101 100

1.7

0 0 0 0

1.7 0 0

1.7

99 98 97 96 95 94

0.1

93

1.7

92

1.7

91

1.7

90

1.7

89

CL3504 CL3503

C3516

0.1

PV-GS250PP

Y C IN7 Y C IN6 Y C IN5 Y C IN4

Y C IN3 Y C IN2

Y C IN1 Y C IN0

H8

H6

H10

H7 H9

H11 H12

H13 F5CLK27X

MAIN (EX INPUT) SCHEMATIC DIAGRAM

Y C IN1 Y C IN2 Y C IN3 Y C IN4 Y C IN5 Y C IN6 Y C IN7

TO MAIN CN(B-10) <TO CONTROL/VIDEO/AVIO>

XRST

TO MAIN CN(A-8) <TO MAIN CN>

SIF TDO

TO MAIN CN(B-8) <TO VIDEO>

CLK27B USB TDO

TO MAIN CN(B-8) <TO VIDEO/CONTROL>

TO MAIN CN(B-8) <TO VIDEO>

F6 F7 F8

F9 F10 F11 F12 F13

F28

F1

F29

F2

F32V TCK

F42V TMS

1716151413121110

85

PV-GS250PP

14.20. MAIN (VIDEO) SCHEMATIC DIAGRAM

(MAIN C.B.A.)

REFER TO MAIN CONNECTION

TO MAIN CN(E-17) <TO POWER>

DUO 3.2V

G84

REG A2.5V

G79

REG D1.8V

G78

REG D2.5V

G80

H

G

F

E

D

REG D1.5V

G83

REG D3V

G76

D GND

G85

TO MAIN CN(B-17/C-17/D-17) <TO CONTROL>

G111

XDUO CS

G112

DUO INT0

G113

DUO INT1

G114

DUO INT2

G115

DUO INT3

G116

HOST REQ HOST ACK

G117

ALEG120 XREADY

G118

G90

XRE

G91

XWE

L

G92

XWE

H

G93

ADM0

G94

ADM1

G95

ADM2

G96

ADM3

G97

ADM4

G98

ADM5

G99

ADM6

G100

ADM7

G101

ADM8

G102

ADM9

G103

ADM10

G104

ADM11

G105

ADM12

G106

ADM13

G107

ADM14

G108

ADM15

TO MAIN CN(B-13) <TO CAMERA/EVR1>

CAM VDG69

TO MAIN CN(D-14/E-14) <TO CAMERA>

CLK27 CAMG1 FCKG2 Y C7

G4

Y C6

G5

Y C5

G6

Y C4

G7

Y C3

G8

Y C2

G9

Y C1

G10

Y C0

G11

MEGA Y C7

G12

MEGA Y C6

G13

MEGA BUSYG20

MEGA Y C5G14 G15 MEGA Y C4 G16 MEGA Y C3 G17 MEGA Y C2 G18 MEGA Y C1 G19 MEGA Y C0 G22 MEGA PIX G21 MEGA DSTB

C

TO MAIN CN(C-13) <TO EX INPUT>

B

A

CLK27X

G42

YC IN7

G51

YC IN6

G50

YC IN5

G49

YC IN4

G48

YC IN3

G47

YC IN2

G46

YC IN1

G45

YC IN0

G44

TO MAIN CN(B-13) <TO EVR1>

HIDG59 G60 ATF1

TO MAIN CN(E-14) <TO CAMERA>

G3 CLK27A

RL3040

RL3006

RL3005

RL3024

RL3012

R3203 220

RL3043

RL3013

R3212 1K

C3046 10

RL3042

RL3019

R3031 3900

FL3001 F1H0J1050022

FL3004 F1H0J1050022

RL3035

RL3036

RL3037

RL3038

RL3039

RL3041

RL3034

RL3033

RL3032

RL3023

RL3022

RL3021

R3032 6800

B1CLK27BG43 B2

B13 B3 B4 B5

B14

B6 B7 B8 B9

B10

B11 B12

FL3002 F1H0J1050022

RL3018

RL3017

R3015 1M

X3001 H0J245500021 (24.576MHz)

C3040 22P

FL3005 F1H0J1050022

C3027 1

XDUO CS ADM15 ADM14 ADM13 ADM12

ADM11 ADM10 ADM9 ADM8

ADM7 ADM6 ADM5 ADM4

ADM3 ADM2 ADM1

ADM0 ALE XWE XWE

XRE XREADY

HOST REQ HOST ACK

DUO INT3

DUO INT2 DUO INT1 DUO INT0

R3014 270

H

L

FCK

Y C 7 Y C 6

Y C 5 Y C 4 Y C 3 Y C 2 Y C 1 Y C 0 MEGA Y C7 MEGA Y C6

MEGA Y C5 MEGA Y C4 MEGA Y C3 MEGA Y C2

MEGA Y C1 MEGA Y C0 MEGA PIX MEGA DSTB

C3039 22P

R3017 0

R3048 22K

RL3016

RL3002

CL3004

C3068 1

RL3030

RL3015

C3017

0.1

R3011 47K

R3060 0

1.5

CLK48O

REACH

1.0

B34

13121110987654321

3.2

VDD 15

INTSEG

1771761751741731721711701691681671661651641631621611601591581571561551541531521511501491481471461451441431421411401391381371361351341331321311301291281271261251241231221211201191181161151141131121111101091081071061051041031021011009998979695949392

1.7

A

C D E F G H I

J

K

L

SD VDD 32

VDD 18

M

N

B

O

A5

FL3003 F1H0J1050022

3.2

VSS

USB VDD 32

DBR1

DBR2

---

B24

0.1

2.6

B25

0.1

USB DP

USB DM

VSS

DBR0

R3027 47K

R3028 47K

NCNCNC

REQR

ACKR

-

1.1

B27

B26

-

B28

VSS

ADDA(2)

ADDA(3)

-

B29

2.4

VDD 25

VSS

NCNCNC

ADDA(1)

-

1.5

B30

VDD 15

B31

CLK48I

VAL

ADDA(0)

B32

---

B33

C3019

C3014

L3027

0.1

10u

R3021 0

C3074 10

1.6 1

0.8(0)

0

0.4

1.7

0.1

1.5

0.1

1.7

0.1

0

1.7

1.5

2.4

0.9

0.3

0.1

1.7

1.1

1.7

1.5

0.1

1.7

1.0

1.7

1.5

1.7

1.5

-

10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50

51

52

53

54

55

56

57

58

59

60

61

62

63

64

65

66

67 68

69

70

71

72

73

74 75 76 77 78 79

80

81

82

83

84

85 86 87 88 89 90 91

TMS

2

TCK

3

TDI

4

VDD 18

5

TDO

6

VDD 18

7

XDUO CS

8

ADM(15)

9

ADM(14) ADM(13) ADM(12) VSS ADM(11) ADM(10) ADM(9) ADM(8) VSS VDD 15 ADM(7) ADM(6) ADM(5) ADM(4) VSS ADM(3) ADM(2) ADM(1) VDD 18 ADM(0) ALE XWE XWE VDD 18 XRE XREADY XRST ARM VDD 15 VSS VCO A VDD 25 VCO A VDD 25 FS LPFI VCO A VSS VCO A VSS PLL A VDD 25 PLL A VDD 25 PLL A VSS PLL A VSS VSS FCK45 CAM HD CAM VD ADIN(9) ADIN(8) VDD18 30 ADIN(7) ADIN(6) ADIN(5) ADIN(4) ADIN(3) ADIN(2) ADIN(1) ADIN(0) VDD18 30 FCA FCB F2C ZA COMP VSS VDD 15 ZB COMP ZC COMP ZD COMP SIG ALC PWM VDD18 30 IRIS CLOSE IRIS OPEN HOST REQ HOST ACK VDD18 30 DUO INT3 VSS DUO INT2 DUO INT1 DUO INT0 VSS VDD 15 VSS VSS VDD18 30 VDD18 30 SD VDD 15

A1 A2 A3

A4

CL3005

0.1

CL3006

1.8

361 360 359 358 357 356 355 354 353 352 351 350 349 348 347 346 345 344 343 342 341 340 339 338 337 336 335 334 333 332 331 330 329 328 327 326 325 324 323 322 321 320 319 318 317 316 315 314 313 312 311 310 309 308 307 306 305 304 303 302 301 300 299 298 297 296 295 294 293 292 291 290 289 288 287 286 285 284 283 282 281 280 279

XTRST

H L

SD VDD 15

SD VDD 25

SD VSS

2.4

1.5

C3015

0.1

1.2

1.7

RTCK

VDD 18

RL3001

1.5

VSS

SD VDD 15

VDD 18

SCLK541

1.7

2.4

SD VSS

SD VDD 25

CLK27B

CLK SEL2

0.9

R3063 0

VSS

CLK SEL0

0.9

1.7

A15

PIPE STAT(2)

CLK SEL1

CLK27A

PIPE STAT(1)

CLK135

1.1

PIPE STAT(0)

SD VDD 25

2.4

RL3003

L3012 10u

TRACE PKT(7)

TRACE PKT(6)

TRACE PKT(5)

VSS

SD VDD 15

SD VSS

1.5

TRACE PKT(4)

TRACE PKT(3)

TEST MD(0)

VDD 15

1.7

1.5

2.4

SD VSS

SD VDD 25

TRACE PKT(2)

SD VDD 15

TEST MD(2)

TEST MD(1)

1.5

VSS

SD VDD 15

SD VDD 25

SD VSS

2.4

1.7

VDD 15

VDD 18

TEST MD(4)

TEST MD(3)

117

TRACE SYNC

TRACE PKT(1)

TRACE PKT(0)

VDD 18

VSS

TEST MD(5)

1.7

2.9

1.7

VDD 18

TRACE CLK

VDD 18

NC

1.7

1.5

VDD 30

FAD VDD 15

BIAS 2K

S400

3.2

FAD VSS

FAD VDD 32

CLK24 I

VSS

0.9

DVM

VDD 25

2.4

0.8(0)

DT CLK

NC

FS LPF0

OSD CLK

CLK24 O

NC

0.9

B13B14B15B1

C3030 10

LIN PWM

SD VDD 25

2.4

AFDR VD

CLK45M ZB

SD VDD 15

SD VSS

1.5

C3006

0.1

2.9

VSS

VDD 30

LCD POL

IC3001 C1AB00002028

(DUO)

1394 A VDD 15

1394 A VSS

VDD 15

1.5

R3013 12K

LCD HD

LCD VBLK

R(1)

1394 A VSS

1.7

R3004 10K

OSD VD

NC

1.7

3.2

OSD HD

FAD VDD 32

1394 A VDD 30

R(0)

2.9

1.5

FAD VSS

FAD VDD 15

1394 A VSS

NC

R3026 10K

1.5

VDD 15

OSD BLK B

TPB N

1394 A VSS

0.1

R3025 56 R3024 56

C3044 220P

VSS

OSD VB

OSD VG

OSD BLK A

NC

TPB P

NC

0.1

B17

B16

PV-GS250PP

OSD VR

TPA N

(1.7)0.7

VSS

CAM AFE CS

TP BIAS

TPA P

1.7

(1.7)0.7

R3022 56 R3023 56

3.2

CAM LENS CS

CAM LENS CLK

CAM CG AFE DTO

VDD 18

SSP

XRST

1.7

0.2

1.8 (1.9)0

RL3031

B21

B11B20B19B18

2.9

VDD 30

USB VDD 32

CAM LENS DTO

DBR3

VDD 18

HID

1.7

RL3014

B23

B22

2.9

CAM CG CS

CAM CG AFE CLK

1394 A VDD 15

1394 A VDD 30

1.5

2.9

C3043 1

VDD 30

VDD 15

MAIN (VIDEO) SCHEMATIC DIAGRAM

86

PV-GS250PP

A

D D E F G H

I

J

R3006 22

K

0

278 277 276 275 274

L

NC

DO DAT

M

1.7

(0.1)1.4

N

B

PV-GS250PP

O

CMD

VDD 18

0.9

B35

NC

DO LRCK

B36

A8A7A6

L3025

R3030 0

B39

10u

R3010 22 R3001 22

C3058 0.1

C3057 0.01 R3034 10K

C3060 0.1

C3059 0.01 R3035 12K

47KX4

RX3001

B40

C3078 10

B3 B4

B5 B6 B7 B8 B9

B10

B2

8642

7513

R3016 22

0.1

DATA(0)DATA(1)

DATA(2) DATA(3)

SD CLK

VSS

VDD 32

VSS

DAC A VSS

C REF C VBS C OUT

DAC A VDD 25

DAC A VSS

Y REF Y VBS

Y OUT DAC A VDD 25 DAC A VDD 25

DAC A VSS DAC A VSS

LCD B VBS

LCD B OUT

DAC A VDD 25

DAC A VSS

LCD REF LCD G VBS LCD G OUT

DAC A VDD 25 DAC A VDD 25

DAC A VSS DAC A VSS LCD R VBS LCD R OUT

DAC A VDD 25

VSS

VDD 18

BUS MODE

VDD 18

VSS Y C IN(7) Y C IN(6)

VDD 15 Y C IN(5) Y C IN(4) Y C IN(3) Y C IN(2) Y C IN(1) Y C IN(0)

CLK27X Y C IO(7) Y C IO(6) Y C IO(5) Y C IO(4)

VSS Y C IO(3) Y C IO(2) Y C IO(1) Y C IO(0)

CLK27D SH MFI D7 SH MFI D6 SH MFI D5 SH MFI D4 SH MFI D3 SH MFI D2 SH MFI D1 SH MFI D0

SH MFI CS SH MFI RS

SH MFI WR

VSS

VDD 18

SH MFI RD

SH MFI INT

INF

FRP

VDD 18

L Y C IO7 L Y C IO6 L Y C IO5 L Y C IO4

VDD 15

L Y C IO3 L Y C IO2 L Y C IO1 L Y C IO0

CLK27C

VSS

ADEC DAT

DO BCK

VSS AI DAT2 AI DAT1

DO MCK

182181180179178

0.9

0.6

8642

RX3005 47X4

7513

B38

B37

R3012 22

0.1

273

0.1

272

0

271 270

3.2

269 268 267

0.8

266

0.8

265

1.2

264

2.4

263 262

1.2

261

0.8

260

0.8

259

2.4

258

2.4

257 256 255 254 253

2.4

252 251 250 249 248

2.4

247

2.4

246 245 244 243 242

2.4

241 240

1.7

239 238

1.7

237 236

0

235

0

234

1.5

233

0

232

0

231

0

230

0

229

0

228

0

227

1.4

226 225 224 223 222 221 220 219 218 217 216

0.1

215

0.1

214

0.1

213

0.1

212

0.1

211

0.1

210

0.1

209

0.1

208

-

207

-

206

-

205 204

1.7

203

-

202

0

201

0.2

200

1.7

199

1.7

198

1.1

197

0.9

196

0.7

195

1.2

194

1.5

193

0.8

192

0.7

191

1.0

190

0.8

189

1.4

188 187 186 185

0(1.6)

184

0(1.6)

183

MAIN (VIDEO) SCHEMATIC DIAGRAM

R3033 10K

R3036 10K

RX3004 47KX4

2 4 6 8

1 3 5 7

8642

7513

L Y C IO7 L Y C IO6 L Y C IO5 L Y C IO4

L Y C IO3 L Y C IO2 L Y C IO1 L Y C IO0

CLK27C

A5

RX3002 47KX4

MFI D7 MFI D6 MFI D5 MFI D4 MFI D3 MFI D2 MFI D1

MFI D0 MFI CS MFI RS

MFI WR

MFI RD

MFI INT

LB3203 J0JAC0000014

A9 A10 A11

A12

A13

A14 A15

B25

B24

B23

B22

B27

B26

C3229

0.1

R3211 1K

LB3201 J0JAC0000014

C3204

0.1

R3029 0

B20

A16

8642

RX3203

B15

C3202

4.7

0-

4.6

0.9

84 83 82 81 80 79 78 77 76 75 74 73 72 71 70 69 68 67 66 65 64 63 62 61 60 59 58 57

XWEL

XWEH

CLK27A

85

D VSS

2.6 86

DBR(0)

87

DBR(1)

88

DBR(2)

89

DBR(3)

1.7 90

D VDD 18

1.1 91

REQR

92

ACKR

93

TSTCKI

94

D VSS

95

TSTDT(0)

96

TSTDT(1)

97

TSTDT(2)

1.7 98

D VDD 18

99

TSTDT(3)

100

TSTDT(4)

101

TSTDT(5)

102

TSTDT(6)

103

D VSS

104

TSTDT(7)

105

TSTDT(8)

106

TSTDT(9)

1.7

107

VPD

1.7

108

D VDD 18

109

XRST

110

TSTMD

111

CS

1.7

GESW

112

VRL

VRH

D VSS

0.5

0.8 (0)

(0)

C3203

4.7

C3207

0.1

C3208

0.1

XRE

D VDD 18

AD TEST

AVD12(ADC1)

AS

ADM(15)

AVD14(AMP1)

AVD12(ADC1)

CL3203

ADM(14)

AVD14(AMP1)

R3260 0

C3205

0.1

ADM(13)

PB IN

D VSS

AVD15(ADC2)

C3206

0.1

ADM(12)

ATF IN

0.21.71.01.71.7 (0)

B34B31B30B29B28B32B33

ADM(11)

AVS15(ADC2)

0.2

01.0-----1.7-4.6

ADM(9)

ADM(10)

IC3201 C1AB00001695

(RIP)

AVS13(ADC1/2)

AVD13(ADC1/2)

1.7(1.4)

D VDD 18

AVD16(VREF)

R3202 270

R3201 1800

1.9

ADM(8)

VCORP

7513

ADM(7)

ADM(6)

AVS22(DAC2/3)

AVS16(VREF)

18 282726252423222120191716151413121110987654321

1KX4

D VSS

OSO

ADM(5)

VREF3

C3210 10

ADM(4)

VREF2

ADM(3)

D VDD 18

AFT0

AVD22(DAC2/3)

C3212

C3213

0.1

R3214 10K

ADM(2)

VREF1

RX3201 47KX4

1 3 5 7

ADM(1)

FPORP

R3204 2700

2 4 6 8

R3215 10K

ADM(0)

AVS21(DAC1)

0.10001.700.1001.7(1.0)

CYL PG

DRIVE CLK

D VDD 18

CAP ERR

REC CUR

D VDD 25

AVD11(VCO)

AVS11(VCO)

AVD21(DAC1)

R3205 220

R3219 10K

D VSS

CYL FG

PB

REC CTL

REC CLK

HSE

EQ HLD

RECI

D VSS

SPA

HID2

HID1

TCK

TDO

TMS

TRST

D VSS

CAP RSF

CYL ERR

AGC CTL

VCO IN

FPO

0.62.41.21.21.22.41.21.80.91.71.7

R3206 2200

R3207 3300

A4A28A27A26A25A24A23A22A21A20A19A18A17

C3221

4.7

CL3207

1.0

56

0.1

55

1.8 (0)

54

H

0 (1.9)

53

1.7

52

0 (0.9)

51

0 (0.9)

50

0

49

0 (0.9)

48

47

0.8

46

0 (1.9)

45

0 (1.9)

44

0

43

-

42

-

TDI

41

1.6

40

1.8

39

38

0

37

1.4

36

0.2 (0.8)

35

0.7

34

1.7 (1.4)

33

2.4

32

1.7

31

30

1.3

29

RL3201

CL3213

CL3208

RL3202

CL3201

RX3202 10KX4

1 3 5 7

CX3201

0.1X4

C3215

0.1

PV-GS250PP

2 4 6 8

1234

8756

MAIN (VIDEO) SCHEMATIC DIAGRAM

A29

A30

A31

A32

A33

A34

A35

A36

C3209

0.01

B43B42B41B12

B21

252423222120191817161514

26

A

CC

E F

G

H

I

J

K

L

M

N

O

P

Q

R

S

T U V

W

B

X

87

PV-GS250PP

A

C D

F

G

H

C3802 10C3803 10C3801 10

CL3804

CL3803

F1H0J1050022

FL3805

F1H0J1050022

R3804 0

C3804 10P

R3805 5600

FL3804

F1H0J1050022

FL3801

L

H

XRE

XWE

-

0.2

1.7

TEST P IN5

TEST P IN4

A2

A1

0

8642

7513

TEST P IN3

A3

0

R3037 47K

-

CS N

A4

0

WR1 N

WR0 N

IC3801 C1AB00001932

(USB2.0 DRIVER)

A6

A5

0

R3038 47K

RD N

0

A7/ALE

INF

VDD 15

1.4

1.8

1.7

VIF 18

RST N

GND 18

NC

1

NC

2

NC

3

NC

4

AFED 33G

5

3.2 AFED 33V

6

0.1 DM

7

NC

8

0.1 DP

9

0

10

VBUS

1.4

11

AFEA 15V

12

AFEA 15G

13

NC

0

14

REFR IN

15

AFEA 33G

1.4

16

X IN

17

NC

1.2

18

X OUT

3.2

19

AFEA 33V

1.4

20

AFED 15V

21

AFED 15G

1.7

22

VIF 18

23

TEST

24

GND 18

0

25

TCK

NC

DEMO1 N

TEST P IN1

TEST P IN0

DREQ1 N

DACK1 N/DSTB0 N

MPBUS

TEST P IN2

0

1.7

RX3003 47KX4

INT N

GND 15

ALE

1.7

FRP/SSP

D0

0.1

ADM0

MFI INT

0

MFI INT

D1/AD1

0.1

ADM1

MFI RD

-

MFI RD/ACKU

D2/AD2

0.1

ADM2

MFI WR

D3/AD3

ADM3

MFI RS

-

MFI RS

D4/AD4

0.1

ADM4

MFI CS

-

MFI CS

D5/AD5

0.1

ADM5

MFI D7

0.1

MFI 7

D6/AD6

0.1

ADM6

NCNCNC

D7

0.1

ADM8

ADM7

767778798081828384858687888990919293949596979899100

MFI 4/REQU

MFI 3/DBU3

MFI 2/DBU2

MFI 1/DBU1

MFI 0/DBU0

D8

50494847464544434241403938373635343332313029282726

GND 18

VIF 18

CLK27

GND 15

VDD 15

NC

MFI 6

MFI 5

TMS

TDO

NC

75

74

73

72

71

70

69

68

67

66

65

64

63

D15

62

D14

61

D13

60

D12

59

D11

58

D10

57

D9

56

55

TDI

54

53

NC

52

NC

51

F1H0J1050022

FL3802

C5012

CK

D

R5001 0

1.7 (2.3)

PB OUT

DGND

0.1

2.1

2.0

(2.8)

CTL

ENV ENV

HANP OUT

DET

3rd AMP

Q

DIF AMP

I/F

ACIL

SIAB

00.1 (1.9)

GND

14dB /0dB

LPF

AC FB

LOGIC BLOCK

HID2

0 (1.9)

1.2

LPF OUT

GCA

PRE DRIVER

HID1

0 (1.9)

R5015 1K

GND1

2nd AMP

PBH

1.8 (0)

CL5001

IC5001 AN3732FJMEFV

C5002 10

C5014 47P

C5005 680P

C5008

0.01

I

J

K

L

M

N

O

P

Q

R

S

(HEAD REC AMP)

0

AGC IN

(2.8)

1

GND2

2

1.1

AGC

(0)

ADJ

3

1.7 (0.2)

AGC DET

4

2.9

VCC2

5

0.9 (0.6)

AGC OUT

6

GAIN CTL

7

0 (0.9)

4th REC IN

8

3rd REC IN

9

0 (0.9)

4th CLK IN

10

0

EQ HOLD

11

44 43 42 41 40 39 38 37 36 35 34

AGC

AGC DET

7.5dB /0dB

NC NC

12 13 14 15 16 17 18 19 20 21

VCC1

RECI

0 (0.9)

R5004 1800

0

0.7(0.8)

4.9(2.3)

CA

NC

VWC

1.8 (3.9)

AC2X

33

1.8

H2X

H2Y

AC2Y

AC1X

H1X

H1Y

ACTY

AC3X

H3X

H3Y

(3.9)

32

1.8 (3.9)

31

1.8 (3.9)

30

1.8 (3.9)

29

1.8 (3.9)

28

1.8 (3.9)

27

1.8 (3.9)

26

25

24

23

RX5001 10KX4

1 3 5 7

2 4 6 8

C5023 8P

C5021 8P

C5024 8P

C5022 8P

A38

A39

A42

A40

A43

A41

A44

R3801 1M

X3801 H0J480000002 (48MHz)

R3806 330

C3805 10P

VCC4

RA1

RA2

RA3

1.8

C5003

0.1

HA1

HA2

HA3

NC

AC3Y

22

FL3803 F1H0J1050022

0.1

1.7

0.9

1.4

0.1

1.7

-

0.1

R3802 0

MFI D6

MFI D5

MFI D4

MFI D3

MFI D2

MFI D1

MFI D0

ADM15

ADM14

ADM13

ADM12

ADM11

ADM10

ADM9

A

A16A47A15A14A46A45A33A37

CE D

E F G

T U V

W

B

PV-GS250PP

MAIN (VIDEO) SCHEMATIC DIAGRAM

88

B43 B42B41B44

PV-GS250PP

MAIN (VIDEO) SCHEMATIC DIAGRAM

H

B

383736353433323130292827

IX

PV-GS250PP

A

A48

C D

E F

G

H

B

PV-GS250PP

I

R2214 27K

R2212 15K

A20

A34

RL3011

COM CYL

M3A

C2218

C2219

0.1

M2A

M1A

M LOAD

C2216

C2217 0.1

1

R2217 22K

C2208

0.1

R2226 68

D2201 MA3S13300L

1

2

3

M UNLOAD

M1

M2

M3

H3(-)

H3(+)

H2(+)

NOTE: DO NOT USE ANY PART NUMBER SHOWN ON THIS SCHEMATIC DIAGRAM FOR ORDERING. WHEN YOU ORDER A PART,PLEASE REFER TO PARTS LIST.

C2226 10

R2218 10K

R2213 27

0

CRSF

17 64

2.8 YCSEL

18

1.6 YM3

19

NC

20

1.6 YM2

21

1.6 YM1

22

0

OUT1

23

LGND

24

7.9 VB

25

0

OUT2

26

0.5 CN1

27

0.5 CN2

28

0.5 CN3

29

2.3 H3(-)

30

2.3 H3(+)

31

H2(+)

32

0

MAIN (VIDEO) SCHEMATIC DIAGRAM

40 4139 42 49 504746454443 48

R2228

C2231 1

C2220

0.1

2.1

1.6

0

0 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1

YCS

YPCI

YATC

YCOM

H1(-)

H2(-)

CSS

CATC

33 34 35 36 37 4638 4539 4442 4741 4840 43

(1.0)

1.4

(1.4)

0.5

(1.4) 0(1.4)

R2211 27

H1(-)

H2(-)

NOTE: THE MEASUREMENT MODE OF THE DC VOLTAGE ON THIS DIAGRAM IS PLAYBACK MODE. THE MEASUREMENT MODE OF THE DC VOLTAGE IN THE BRACKETS( )ON THIS DIAGRAM IS RECORD MODE.(SP MODE)

10K

R2229 18K

A26A35

A27

0

1.7

1.4

3.2

IN1

YEC

YVM

VCONT

IC2201 C1AB00002122

(CYL/CAP LOADING MOTOR DRIVE)

CTL

CPCI

CVM

H1(+)

7.9

(2.1)

1.2

H1(+)

0.2

(1.2)

2.1

C2213 0.01

(1.8)

0.2

(1.4)

R2210 2400

C2221 1

IN2

CEC

0.2

R2219 27K

1.0

REF

RE

1.8

(1.4)

RL3008RL3010RL3009

C2223 4700P

C2222 4700P

0.3

SUL2

SUL1

CGND

CPCS

(0)

C2212 1

A19

C2232 0.01

0

1.7

AGC

CFG(+)

1.0

AFG(+)

STB

CFG0

C2225 1

1.8

YPCS

CFG(-)

1.0

AFG(-)

7.6

1.0

YSW

NOREG

CFG10

CFG11

CSW

YCK

YGND

VCC

GND

CFG

VCC2

YPG

YFG

YFGO

YFGI

YPGI

YPGO

A37

L3204 100u

L5002 22u L5001 100u

C5001

C5013

6V47

0.01

A17

A18

7.9

7.2

63

1.0

62

61

1.8

60

FC

2.9

59

58

1.9 (1.0)

57

1.8

56

0.1

55

0.1

54

53

52

51

50

49

R2202 470K

1.0

1.0 R2203 820K R2206 10K C2202 0.1

1.0 R2204 100K

1.10.5

C2230 100P

R2207 10KC2209 0.1

NOTE: CIRCUIT VOLTAGE AND WAVEFORM DESCRIBED HEREIN SHALL BE REGARDED AS REFERENCE INFORMATION WHEN PROBING DEFECT POINT,BECAUSE IT MAY DIFFER FROM AN ACTUAL MEASURING VALUE DUE TO DIFFERENCE OF MEASURING INSTRUMENT AND ITS MEASURING CONDITION AND PRODUCT ITSELF.

C2204 47P

RX2203 1KX4

1 3 5 7

RL2201

2 4 6 8

A29 A21 A28 A30

CL2205CL2204

C2201 0.1R2205 10K

A36

R2201 100

RX2202 10KX4

1 3 5 7

R5006 2200

2 4 6 8

C2203 6V10

4.9

0-

4.6

R2256 56K

R2255 39K

0-

4.6

+

-

0-

4.6

4.6 5

678

+

0-

4.6

4321

RX2201 1KX4

1 3 5 7

C2205 0.1

IC2202 C0ABBA000160

(BUFFER AMP)

2 4 6 8

C2206 0.1C2207 0.1

TO MAIN CN(E-17) <TO POWER>

RIP 2.5V

TO MAIN CN(B-13) <TO EVR1>

HA OUT G61

TO MAIN CN(D-17/E-17) <TO POWER>

DRIVE 3V

TO MAIN CN(D-16) <TO MECHA>

T REEL(+) G128 T REEL(-) G129 S REEL(+) G127 S REEL(-) G126

TO MAIN CN(A-13) <TO CYLINDER>

FG(+) PG(+) G75

TO MAIN CN(C-16/D-16) <TO CAPSTAN>

VMR G130 AFG(+) G132 AFG(-) G131 M1 G133 M2 G134 M3 G135 H3(+) G136 H3(-) G137 H1(+) G138 H1(-) G139 H2(+) G140 H2(-) G141

TO MAIN CN(A-13/B-13) <TO CYLINDER>

COM CYL G70 M3A G73 M2A G72 M1A G71

TO MAIN CN(E-16) <TO MECHA1>

M LOAD G124 M UNLOAD G125

G82 G81RF 3V G77REG A5V

G123

G86CYL VM G87CYL SW G88CAP VM

G122NOREG

G89CAP SW

G74

A11

A6 A7 A8 A9

A10

A12 A13

A2 A1

A32 A31

A25

A24 A23 A22

A48

A3 A47 A46

A42 A43

A44

A38 A39 A40 A41

A45

:VIDEO MAIN SIGNAL PATH :AUDIO MAIN SIGNAL PATH :CYLINDER SERVO SPEED LOOP :CYLINDER SERVO PHASE LOOP :CAPSTAN SERVO SPEED LOOP :CAPSTAN SERVO PHASE LOOP

R3007 100

R3003 4700

B44

B16 B17 B18 B19

B35 B36 B37 B38 B39 B40

LB3003 J0JBC0000115

R3005 22

C3003 5P

CL3010CL3009CL3008CL3007

TO MAIN CN(E-16) <TO SIDE R>

SD CLK O CMD O SD DATA0 SD DATA1 SD DATA2 SD DATA3

TO MAIN CN(E-13) <TO AVIO>

DUO C OUT DUO Y OUT

TO MAIN CN(C-13) <TO EX INPUT/CONTROL>

2V TCK

TO MAIN CN(B-16) <TO MECHA>

S TAB

TO MAIN CN(C-16) <TO MECHA1>

POS1 POS2 POS3

TO MAIN CN(B-17/C-17) <TO CONTROL>

LOAD LOCK DET G121

USB INT G109

TO MAIN CN(B-16) <TO JACK>

USB D(-) USB D(+)

TO MAIN CN(B-17) <TO JACK/CONTROL>

VBUS

TO MAIN CN(B-13) <TO HEAD>

CH 2F CH 2S CH 1F CH 1S

TO MAIN CN(E-13) <TO CONTROL/AVIO/ EX INPUT>

TO MAIN CN(D-13) <TO LCD>

CLK27C L Y C IO0 L Y C IO1 L Y C IO2 L Y C IO3 L Y C IO4 L Y C IO5 L Y C IO6 L Y C IO7

TO MAIN CN(C-13) <TO EX INPUT>

USB TDO G41

TO MAIN CN(B-16) <TO SIDE R>

TPB(-) TPB(+) TPA(-) TPA(+)

TO MAIN CN(E-13) <TO AVIO>

SD I LRCK MCLK BCLK

G67 G66 G65 G64 G63 G62 G68SD D33V

G28 G27

G532V TMS G52

G145

G142 G143 G144

G119CTL TDO

G110XUSB CS

G146 G147

G58

G54 G55 G56 G57

G31XRST

G32 G33 G34 G35 G36 G37 G38 G39 G40

G151 G150 G149 G148

G26 G25 G24 G23 G30SD O0 G29SD O1

PV-GS250PP MAIN (VIDEO) SCHEMATIC DIAGRAM

51

89

PV-GS250PP

14.21. MAIN (POWER) SCHEMATIC DIAGRAM

(MAIN C.B.A)

REFER TO MAIN CONNECTION

A

TO MAIN CN(E-22) <TO BATT>

+B

G

H25

D

H24

GND

H26

TO MAIN CN(C-22) <TO CONTROL>

SW NOREG

H34 H33 OV PROTECT

TO MAIN CN(C-22) <TO CONTROL/EVR2>

H38

P ON

L

F

TO MAIN CN(C-20) <TO FRONT>

ST NOREG

H14

TO MAIN CN(E-22) <TO CONTROL/LENS DRIVE/VIDEO>

H27

NOREG

E

TO MAIN CN(B-20) <TO VIDEO>

H22

CAP VM

H23

CAP SW

H20

CYL VM

H21

CYL SW

D

C

B

TO MAIN CN(E-22) <TO MAIN CN>

H28 FRAME H29 D GND

IMPORTANT SAFETY NOTICE:

COMPONENTS IDENTIFIED WITH THE MARK HAVE THE SPECIAL CHARACTERISTICS FOR SAFETY. WHEN REPLACING ANY OF THESE

A

COMPONENTS, USE ONLY THE SAME TYPE.

CAUTION: FOR CONTINUED PROTECTION AGAINST FIRE HAZARD, REPLACE ONLY WITH THE SAME TYPE 4.0A 24V FUSE. ATTENTION: POUR UNE PROTECTION CONTINUE LES RISQUES D’ INCENDIE N’ UTILISERQUE DES FUSIBLE DE MÉME

4.0A 24V

TYPE 4.0A 24V

CL1001

CL1003

CL1004

D1101 MAZ81100ML

LB1001 J0JHC0000018

7.9

QR1001

0

B1GDBEHH0001

(POWER ON :ON)

7.9

C1001

4.7

L1061 33u

C1061

3.3

L1062 180u

C1062

3.3

QR1102 B1GDBEHH0002

(OVER LOAD PROTECTOR)

C1106 1

IP1001 K5H4021A0004

21

L

C1002

4.7

12

7.9 7.9

54

123

7.9

12

54

123

D1102

7.8

0

B0ACCJ000027

QR1101 B1GBBEHH0001

(OVER LOAD PROTECTOR)

7.9

0

7.2

7.67.9

CL1002

Q1061 B1ZBZ0000040

(SWITCHING CAP VM)

3.23.2

Q1062 B1ZBZ0000040

(SWITCHING CYL VM)

R1102 11K

Q1101 B1ABBE000002

(OSC CONTROL)

0

RL1001

R1105 220K

C1105 1

R1101 12K

R1106 100K

C1101 0.1

C1102 100P

C1103 0.033

QR1103 UNR9114J0L

(OSC CONTROL)

1.80

1.8

B

C8

R1103 10K

C1104

0.1

NC

CTL2

1

NC

7.9 CTL3

2

7.9 CTL4

3

2.8 CTL5

4

-INS

5

2.0 VREF

6

0.7 RT

7

0.6 CT

8

GND

9

0

CSCP

10

2.0 DTC3

11

12

NC

C2C1

C4

CH CONTROL

BIAS

OSC

NC

FB3

C1111

0.047

R1111 270

CTL

CTL1

POWER ON/OFF CONTROL

VRVREF

ERROR AMP SCP COMP

VREF

SCP COMP

-

+

SCP

PWM COMP3

+ +

-

PWM COMP4

ERROR

+-+-+++-+

AMP3

CS3

-INE3

VCC

CS4

ERROR AMP4

R1121 270

C1121

0.047

FB2

DRIVE2-2

-INE4

C1122

0.047

ERROR AMP

-INE2

P

FB4

VREF

++-

PWM COMP2

DRIVE2-1

DRIVE3

DRIVE4

C1131

0.047

R1131 270

C1113

0.033

C1143

0.015

CS2

UVL02

UVL01

DTC4

2.00.61.2 0.70.7 1.91.2 1.21.9 1.2

R1152 22K

R1153 15K

VREF

CS1

DEAD TIMEDEAD TIME

DRIVE1-2

DTC5

C1154

0.01

+-+

-++-

VREFVREFVREF

-INE1

ERROR AMP

PWM COMP1

PNPN

DRIVE1-1

DRIVE5

FB5

C1151

0.047

R1151 270

FB1

-INE5

C7C6C5C3

0.61.21.91.91.20.67.97.87.97.9

N

-++

R1141 270

C1141

0.047

373839404142434445464748

NC

OUT1-1

OUT1-2

OUT2-1

OUT2-2

PWM COMP5

ERROR AMP5

NC

242322212019181716151413

IC1001 C0DBAZZ00094

(POWER SWITCHING CONTROL)

VCC O

OUT3

OUT4

OUT5

GND 0

CS5

C9

NC

36

7.9

35

6.5

34

6.3

33

5.0

32

4.8

31

3.0

30

4.8

29

3.8

28

27

1.9

26

C1153

NC

25

0.01

C10

C11

C12

C13

C14

C15

C16

C

PV-GS250PP MAIN (POWER) SCHEMATIC DIAGRAM

1110987654321

D

90

PV-GS250PP

A

Q1011 B1DHBC000008

(POWER CONTROL)

B

C1011 1

C14

C5

C1021 1

C12

Q1022 B1DFCD000012

3.8

(SWITCHING 3V)

Q1042 B1DFCD000012

(SWITCHING 1.5V)

C1051 1

4.3

D

Q1051 B1DFCG000011

G

(POWER CONTROL)

S

4.8

C1031 1

C1041 1

6.3

C13

C8

C15

C6

C10

C11

C9

C16

C

PV-GS250PP MAIN (POWER) SCHEMATIC DIAGRAM

D

5.17.9 D

S

G

3.0

Q1021 B1DHBC000008

(POWER CONTROL)

3.17.9 D

S

G

5.0

3.1

D

G

S

Q1031 B1DHBC000008

(POWER CONTROL)

7.9 3.3 D

S

G

4.8

Q1041 B1DHBC000008

(POWER CONTROL)

7.9 1.6 D

S

G

6.5

1.6

D

G

S

L1011 68u

D1011 B0JCMD000022

L1021 10u

1

D1021 B0JCMD000022

L1031 33u

1

D1031 B0JCMD000022

L1041 10u

1

D1041 B0JCMD000022

L1271

4.7u

C12711C1071 1

21

2

C1032 10

2

D1071 MA2J11100L

C1012 10

C1022 10

C1042 10

C1033 3300P

C1013 4700P

C1023 1000P

R1026 100

C1024

0.022

C1043 2200P

R1046 330

C1044

0.022

R1211 0

R1011 8200

R1014 200

R1015 2700

R1021 3900

R1024 120

R1025 2700

R1031 4700

R1034 110

R1035 2700

R1041 1300

R1044 560

R1045 2200

T1051 G5DYA0000096

1

2

3

4

8

7

6

5

NOTE: CIRCUIT VOLTAGE AND WAVEFORM DESCRIBED HEREIN SHALL BE REGARDED AS REFERENCE INFORMATION WHEN PROBING DEFECT POINT,BECAUSE IT MAY DIFFER FROM AN ACTUAL MEASURING VALUE DUE TO DIFFERENCE OF MEASURING INSTRUMENT AND ITS MEASURING CONDITION AND PRODUCT ITSELF.

L1211 4.7u

L1223 4.7u L1224 4.7u L1226 4.7u L1221 4.7u

D1051 MA2J11100L

L1232

4.7u

C1052 1

C1224 1

R1241 0

L1241 4.7u

C1056 1

C1223 1

CL1031

C1239 6V10

CL1011

C1228 6V10

C1053 1000P

C1232 1

C1211 1

C1226 1

R1331 0

CL1041

R1051 33K

R1054 82

R1055 2700

C1221 1

C1241 1

CL1021

C1249 4V47

RL1005

L1251 4.7u

L1281 4.7u

R1401 10K

R1402 1K

C1401

0.01

3.13.1

34

IC1322 C0CBCAC00117

(REG.1.8V)

21

C1326 1

NOTE: DO NOT USE ANY PART NUMBER SHOWN ON THIS SCHEMATIC DIAGRAM FOR ORDERING. WHEN YOU ORDER A PART,PLEASE REFER TO PARTS LIST.

NOTE: THE MEASUREMENT MODE OF THE DC VOLTAGE ON THIS DIAGRAM IS STOP MODE.

C2C7

C1281 1

CL1023

CL1005

C1251 1

2.5

RL1004RL1002

45

IC1321 C0CBCAC00214

(REG.2.5V)

321

3.13.11.8

L1321 4.7u

L1322 4.7u

C1328

4.7

CL1054

CL1052

TO MAIN CN(D-20) <TO SUB POWER>

M BL POWER

TO MAIN CN(C-20) <TO CAMERA/LENS DRIVE/ VIDEO/FRONT/EX INPUT/ JACK/AVIO/CONTROL/SUB POWER>

TO MAIN CN(D-20) <TO AVIO>

SPK 3V

TO MAIN CN(B-22) <TO MECHA/CAP/VIDEO>

TO MAIN CN(D-22) <TO VIDEO/CONTROL/ CAMERA/SIDE L/SIDE R/ EX INPUT/LENS DRIVE/ FRONT/SUB POWER/REAR OPE.>

REG D3V

TO MAIN CN(D-20) <TO VIDEO>

C1322 1

CL1071

CL1022

C1323 1

C3

CL1102

C4 C1

CL1101

TO MAIN CN(C-20) <TO VIDEO/CAMERA>

TO MAIN CN(D-22) <TO VIDEO/AVIO/CONTROL>

REG D1.8V

TO MAIN CN(D-20) <TO EX INPUT>

SIF 1.8V

TO MAIN CN(E-20) <TO SUB POWER/CAMERA>

TO MAIN CN(B-20) <TO VIDEO/CONTROL>

DUO 3.2V

TO MAIN CN(D-20) <TO CAMERA>

CAM 1.5V

TO MAIN CN(C-20) <TO VIDEO>

RF 3V RIP 2.5V REG D1.5V

TO MAIN CN(E-20) <TO SUB POWER>

SW 3V REG 3.1V

REG 15V REG 9V

TO MAIN CN(C-22) <TO CONTROL>

L

TO MAIN CN(C-22/D-22) <TO CONTROL/SUB POWER>

PV-GS250PP MAIN (POWER) SCHEMATIC DIAGRAM

H8

H13REG A5V

H10 H11REG D3.2V

H39DRIVE 3V

H31

H12REG A2.5V

H15REG D2.5V

H30

H9

H1SUB 1.8V

H19

H7

H16 H17 H18

H4 H6 H2REG -8V H3 H5

H36INN BATT

L

H37PS

H35VREF H32CCD ON

H

2221201918171615141312

91

PV-GS250PP

14.22. MAIN (CONTROL) SCHEMATIC DIAGRAM

(MAIN C.B.A.)

REFER TO MAIN CONNECTION

TO MAIN CN(C-24/D-24) <TO POWER>

I10

REG D1.8V

I11

REG D3V

I17

NOREG

I18

REG A5V

I19

DUO 3.2V

I20

H

G

F

E

D

C

B

A

D GND

TO MAIN CN(E-24) <TO SIDE L>

I1

RTC 3V

I2

VTR KEY 5

TO MAIN CN(C-28) <TO REAR>

I117

GUI LED

TO MAIN CN(E-28) <TO SIDE R>

I74

POWER LCD

TO MAIN CN(A-24/B-24) <TO VIDEO>

I46

DUO INT3

I45

DUO INT2

I44

DUO INT1

I43

DUO INT0

TO MAIN CN(D-26) <TO MAIN CN>

I66

CTL TDI

TO MAIN CN(D-24) <TO POWER>

I15

INN BATT

I14

VREF

I13

SW NOREG

I12

OV PROTECT

TO MAIN CN(D-29) <TO AVIO>

I131

Y LEVEL

TO MAIN CN(A-29) <TO EVR1>

I70

EVR 3.4V

TO MAIN CN(C-29) <TO EVR1/SIDE R>

I21

RESET

TO MAIN CN(C-29) <TO EX INPUT>

I134

WIDE DET

TO MAIN CN(D-28) <TO MECHA>

I91

T PHOTO

I88

MIC CLK

I90

S PHOTO

I89

MIC DT

I93

MIC VDD

TO MAIN CN(C-28) <TO REAR>

I120

VTR KEY 3

I118

VTR KEY 1

I119

VTR KEY 2

I115

DEW

TO MAIN CN(E-28) <TO SIDE R>

I75

VTR KEY 4

I79

VTR KEY 6

TO MAIN CN(C-28) <TO JACK>

I124

EXT MIC

I122

WD REMO

TO MAIN CN(D-26) <TO MONITOR/EVF>

I85

M EVF HL

TO MAIN CN(B-28) <TO JACK/VIDEO>

I128

VBUS

TO MAIN CN(B-24) <TO VIDEO>

I47

HOST REQ

I48

HOST ACK

TO MAIN CN(B-29/C-29) <TO EVR1>

I65

PCST3

I62

PCST0

I63

PCST1

I64

PCST2

I60

SDAO TPC

I59

SDI DINT

I58

DBGE

I57

DCLK

I61

DREST

I56

VTR TEST

TO MAIN CN(C-28) <TO REAR>

I114

STANDBY LED

I113

POWER LED

TO MAIN CN(B-28/C-28) <TO JACK>

I126

R PLUG

I121

S PLUG

I123

PLUG IN

TO MAIN CN(D-24) <TO AVIO/EXT INPUT>

I7

SBA SIF CLK

I8

SBA SIF SDA

TO MAIN CN(E-26) <TO AVIO>

I71

SBA CS

TO MAIN CN(D-26) <TO MONITOR>

I86

M RVS

TO MAIN CN(E-28) <TO SIDE R>

I76

LCD OPEN

I77

ACCESS LED

TO MAIN CN(C-29) <TO EX INPUT>

I137

EXT 5V SW

I136

SYNC DET

I132

SIF P SAVE

I135

SIF CS

I133

INPUT SEL

QR2007 B1GDBEHM0001

(LED DRIVE)

L

L L

L

NC

R2063 82

R2009 68K

R2005 4700

QR2010 UNR9215J0L

(LED DRIVE)

CL2004

C2013

R2056

0.1

10K

QR2003 B1GBBEMK0001

(INV.)

J1 J2 J3 J4 J5 J6 J7 J8 J9

J10 J11

J12 J13

J14

J15

J16 J17 J18 J19 J20

R2010 22K

R2073 1800

R2007 0

CL2012

C2017

0.01

2

*

NOTE: Refer

R2004 0

to "1.1. Service Information Regarding IC2001 of PV-GS250PP".

D2010 B0JCDD000002

A1

A2

A3

A4 A5 A6 A7

A41I53 LOAD LOCK DET

A8

A9 A10 A11

A12

A13

J21

7513

8642

8624

7531

R2069 47K

R2026 0

RX2002 47KX4

RX2006 47KX4

R2088 0

R2025 47K

RX2001 1KX4

1 3 5 7

RX2009 1KX4

8 6 4 2

A52A51A14

C2090 1

C2029

C2002 6V22

R2035 100K

R2030 22KR2013 22K

J23

2

J24

4

J25

6

J26

8

J27

7

J28

5

J29

3

J30

1

3.4V

VMB

2.4/1.6

VCC

C2004

0.01

R2020 47K

456

DIR BVCC B

VCC A GND A

123

X2001 H0A327200106 (32.768MHz)

2.8V OSC IN

/INTR

CE

A16

A17

A15

D2003 MA3S13300L

1

2

IC2019 C0JBAZ002390

*2

OSC OUT

SIO

CL2033CL2036CL2034CL2002

R2032 33K

3

R2150 0R2022 470K

R2006

0 C2028 10

C2001

0.01

910111213141516

VSL

VDD

VTEST

IC2002 C1ZBZ0002602

(RTC/POWER CONTROL)

SCLK

/VDRG1

VSS

87654321

R2001 0

RX2008

3.3KX4 1

3 5 7

RX2013 1KX4

1 3 5 7

R2090 0

2 4 6 8

C2050

0.01

C2058

0.1

876

P/B

VDD

RESET

R2146 4700

J22

CL2022

CL2025

CS

SCKSISO

A18

R2054 12K

GND

IC2006 C3EBGG000016

(16K BITS EEPROM)

43251

CL2023

43

GND

OUT

R2055 12K

NC

VDD

21

R2011 0

R2046 100

R2045 100

CL2003

CL2031CL2030

J32J31

IC2017 C0EBE0000240

(RESET)

1234

5678

CX2003

0.01X4

R2002 470

CL2011

1234

5678

R2091 0

CX2002

0.01X4

456

321

R2003 470

A1

CL2005

QR2005 XP0411500L

(LED DRIVE)

CL2010

C2008 6V22

RX2003

3.3KX4 2

1

4

3 5

6

7

8

R2018 47

PV-GS250PP

R2155 1M

X2002

R2047

H0J135500008

220

R2059 390K

Q2005 2SB0970X0L

L

(MIC ON :ON)

456

321

(13.5MHz)

RX2004 330X4

2

1

4

3

6

5

8

7

QR2006 XP0411500L

(LED DRIVE)

CL2001CL2009

C2063 10P

R2133 2200

R2027 39K

C2062 10P

A20

A21

A22

A23

A24 A25 A26 A27

A28 A29 A30 A31

A32

A33 A34 A35 A36

A37

A38

A39

8642

RX2007 10KX4

7513

J43J42J41J40J39J10J38J15J37J11J36J35J34 J33

MAIN (CONTROL) SCHEMATIC DIAGRAM

A

B C

D

E

F

A42

G

A40

H

I

J

K

13121110987654321

92

PV-GS250PP

A

B C

D

E

F

G

A41

A22

A9 A23 A33 A32 A35

A25 A27 A14 A40 A36 A10 A24 A11 A38 A26 A28 A12 A31 A29

A30 A13

C2019

0.01

*2

R2031 0

H

I

J

PV-GS250PP

K

R2008 0

C2006

C2010

6V22

0.1

243 242 241 240 239 238 237 236 235 234 233 232 231 230 229 228 227 226 225 224 223 222 221 220 219 218 217 216 215 214 213 212 211 210 209 208 207 206 205 204 203 202 201 200 199 198 197 196 195 194 193 192 191 190 189 188 187 186 185 184 183 182 181 180 179 178 177 176 175 174 173 172 171 170 169 168 167 166 165 164 163

NC

244

NC

245

NC

246

NC

247

NC

248

NC

249

D VSS

250

NC

251

D VCC2

252

A VSS

253

LOAD LOCK DET

254

A VCC 32

255

T PHOTO

256

BATT D

257

S PHOTO

258

MIC AD1

259

MIC AD2

260

MIC AD3

261

AVSS

262

VTR KEY 1

263

VTR KEY 4

264

VTR KEY 6

265

NC

266

REG D3V DET

267

BATT REF

268

VTR KEY 3

269

BATTERY

270

VTR KEY 5

271

VTR KEY 2

272

EXT MIC

273

Y LEVEL

274

MON EVF HL

275

DEW

276

AWP DET

277

UNI REMO

278

WIDE DET

279

VREF

280

L

VREF

281

H

NC

282

NC

283

NC

284

NC

285

NC

286

NC

287

NC

288

NC

289

NC

290

NC

291

NC

292

NC

293

NC

294

NC

295

NC

296

NC

297

NC

298

NC

299

NC

300

NC

301

NC

302

NC

303

NC

304

NC

305

NC

306

NC

307

NC

308

NC

309

NC

310

NC

311

NC

312

NC

313

NC

314

NC

315

NC

316

NC

317

NC

318 319 320 321

2

*

NC NC

NOTE:

NC

Refer

NC

A VCC 31

A VSS

NC

D VCC 34

to "1.1. Service Information Regarding IC2001 of PV-GS250PP".

D VCC 2

ENDIAN

BOOT

PCTS3

PCTS0

NC

INTLV

NC

SDI DINT

PCTS2

NC

SDA0 TPC

BW0

*2

C2084

C2016

0.1

J42

J1

J2

J43

MAIN (CONTROL) SCHEMATIC DIAGRAM

J7J5J4J6

NC

/DBGE

J8

A3

A7

NC

DUO INT0

POWER LCD SW

DCLKNCPCTS1

NC

SYS RDY

D VSS

NC

TEST1

D VSS

BUSMD

DUO INT2

DUO INT1

/DRESET

TEST5

NC

DUO INT3

RESET

PLL ON

USB INT

F VCC 2

C2064

0.01

M BL

F VSS

NC

NMI

NC

BW1

C2037

0.1

USB INT

X1

X2

C VSS

D VCC 2

D VCC 31NCSBA SIF CLKNCNC

C VCC 2

2V TCK

TCK

D VCC 34

2V TMS

CTL TDO

TDI

TDO

TMS

TRST

IC2001 VUAVM150KMKT

(CONTROL MICRO COMPUTER)

L

SBA CS

VTR TEST

SBA SIF DTI

R PLUG

J24

J23

J13

J14J12J29J9J3

CAP1

CAP2

NC(XT2)

SBA SIF DTO

EXT 5V SW

S PLUGNCSYNC DET

R2177 1K

J25

J16

CVCCH

RL2002

NC

NC(XT1)

F VCC 3

C2005

0.1

NC

XRAM CS

F VSS

D VSS

J27J17

L XWE

L

TEST2

D VCC 2

XWE

D VCC 33

M RVS

SIF P SAVENCLCD OPEN SW

J26

J18

J28

A44A8A20A21A43A4A5A6

ALE

AV PLUG

XDUO CS

INPUT SEL

J32

J20J46

ADM15

33P

C2027

NC

D15

D VSS

FLASH WP

CAM SEND ENDNCGUI LED

CAM SEND END

A46

EVF BL

D VCC 33

MEMO END

ADM12

D12

HOST REQ

J41

J22

ADM13

ADM11

D11

TALLY LED

ADM10

D10

D13

D VCC 32

STANDBY LED

J39

ADM8

ADM7

D8

D7

POWER LED

HOST ACK

J37

J30

ADM9

TEST0

ACCESS LED

VTR T

J38

D9

VTR T

A45

H

XRE

ADM14

XUSB CS

H

D14

XSUB CS

CCD STBY

CCD ON

USB DETNCARB

SIF CSNCXRST

NOTE: DO NOT USE ANY PART NUMBER SHOWN ON THIS SCHEMATIC DIAGRAM FOR ORDERING.WHEN YOU ORDER A PART,PLEASE REFER TO PARTS LIST.

F VSS

F VCC 2

R2097 0

J44J19J21

XREADY

XRE

POWER SW

J45

XWE

H

XWE

XREADY

EJECT SW

TV MD

F VSS

F VCC 2

LCD CS

V C DSET

ADM4

D4

V C DSET

FLASH CS

J31J47

ADM6

ADM3

ADM5

D6D3D5

CARD DET

SD PROTECT

MODE14

D VCC 33

LCD ON FACT MODE

D VCC 32

TIMER INT

E2 PROTECT

R STP UP

M REQUEST

C DOWN CR POWER POWER ON

CAM SCK

SNS LED

P LCD LED

C V DATA

WINK END

V C DATA

CPU VCC SW

RTN FLD

232C TXD 232C RXD

CAM RTN

D VCC 32

D VCC 2

HP DET

CAM RST

ERF CLK

LCD SCK

ZNST ST

CAM D3 OFF

T PHOTO SW2

S PHOTO SW1

REMOCON

S PHOTO SW2

T PHOTO SW1

818079787776757473727170696867666564636261605958575655545352515049484746454443424140393837363534333231302928272625242322212019181716151413121110987654321

NC

D VSS

TEST3

NC

TEST4

NC NC NC NC NC NC

NC

NC NC

D VSS

NC NC NC NC NC NC NC NC NC

SS SW

EXT

NC NC

D VSS

RTC CS

MIC ON

PC RST LCD DO

LCD DI

ERF DI

ERF DO

EEP CS

CAM O

SS DET

PS

D VSS

MIC

DATA

MIC CLK

162

D1

161 160 159

D0

158 157 156 155 154

D2

153 152 151 150 149 148 147 146 145 144 143 142 141 140

H

139 138 137 136 135 134 133 132 131 130 129 128 127 126 125 124 123 122 121 120

H

119 118 117 116 115 114 113 112 111 110 109 108 107 106 105 104 103 102 101 100

99

L

98 97 96 95 94 93 92 91 90 89 88 87 86

L

85 84 83 82

R2109 2200

R2112 8200

R2014 47K

CL2006

R2070 47K

R2040 18K

ADM1

ADM0

ADM2

CL2007

RL2001

R2111 2200

R2110 8200

75 13

RX2005 47KX4

8642

C2012 0.1

QR2008 UNR921FJ0L

(POWER ON :ON)

2

1

4

3

6

5

8

7 RX2010

1KX4

R2079 1MC2047 0.01

R2080 1500

RX2012 100KX4

8

7

6

5

4

3

2

1

PV-GS250PP

TO MAIN CN(B-29) <TO VIDEO/EX INPUT>

2V TCK 2V TMS

TO MAIN CN (A-24/B-24/C-24) <TO VIDEO>

USB INT XUSB CS ALE XDUO CS XREADY XWE XWE XRE ADM15 ADM14 ADM13

TO MAIN CN(E-28) <TO SIDE R>

TO MAIN CN(C-28) <TO REAR>

TO MAIN CN(B-29) <TO EVR2/POWER>

TO MAIN CN(E-24) <TO POWER/SUB POWER>

TO MAIN CN(E-24) <TO SUB POWER>

TO MAIN CN(B-28) <TO JACK>

TO MAIN CN(D-28) <TO REAR>

TO MAIN CN(B-28) <TO SIDE R>

TO MAIN CN(E-29) <TO MAIN CN>

TO MAIN CN(D-29) <TO CAMERA>

TO MAIN CN(D-28) <TO MECHA>

Q2003 2SD182000L

(LED DRIVE) R2124

33

CL2027CL2026

TO MAIN CN(C-29) <TO EVR1>

TO MAIN CN(C-29) <TO EX INPUT>

TO MAIN CN(E-26) <TO AVIO>

TO MAIN CN(E-26) <TO LCD>

TO MAIN CN(D-28) <TO SUB CN>

TO MAIN CN(D-24) <TO POWER>

TO MAIN CN(D-28) <TO FRONT>

TO MAIN CN(D-24) <TO AVIO/VIDEO/EX INPUT>

TO MAIN CN(D-26/D-29/E-29) <TO CAMERA>

TO MAIN CN(D-29) <TO CAMERA/EVR2>

ADM12 ADM11 ADM10 ADM9 ADM8 ADM7 ADM6 ADM5 ADM4 ADM3 ADM2 ADM1 ADM0 CTL TDO

P LCD LED

SS SW

P ON

CCD ON

M BL EVF BL LCD ON

CR POWER EJECT SW

POWER SW

CARD DET CARD PRO

CCD STBY

M REQUEST

C DOWN SENS LED

UARTO UARTI

EXT

HP DET

LCD SD LCD SCK LCD CS

REMOCON

PS

XRST

CAM SCK C V DATA V C DATA WINK END RTN FLD CAM RTN SS DET CAM D3 OFF CAM 0 INST ST TV MD V C DSET VTR T MEMO END CAM SEND END

CAM RST

QR2001 UNR9115J0L

(LED DRIVE)

A47

CL2040

R2029

A44

A43 A46

A42

A48 A49

J36 A45

J50

J35

J48 J49 J50 J46 J45

J33

J34

47

J48 J49

CAM RST

CAM SCK

C V DATA

WINK END

V C DATA

RTN FLD

CAM RTN

CAM 0 INST ST SS DET

CAM D3 OFF

J47

J40

J44

RX2011 1KX4

1 3 5 7

R2050 47K

D2004 B0JCDD000002

2 4 6 8

R2089 8200

R2034 39K

R2017 100K

CL2008

A48 A49 A50

L

A15

A50

A16 A47 A39

A17

A18

A37

A34

A51 A52

A2

I67 I68

I50 I49 I51 I42 I41 I40

H

I39

L

I38 I22 I23 I24 I25 I26 I27 I28 I29 I30 I31 I32 I33 I34 I35 I36 I37 I52

I78

I116

I69

L

I6

H

I4 I3 I5

H

I125 I127

I112

I130 I129

I96

I109

I94 I92

I54 I55

I72

H

I73

L

I84 I83 I82

I81

I16

L

I80TALLY

I9

I98 I106 I105 I108 I101 I102 I97 I104 I100 I103 I87 I111 I99 I107 I110

I95

MAIN (CONTROL) SCHEMATIC DIAGRAM

252423222120191817161514

93

Ref. No.

MODE 241 2 42 243 244 245 246 247 248 249 250 251 252 253 254 255 2 56 257 258 259 260

STOP -----------2.5-02.802.802.82.8 PLAY -----------2.5-02.802.802.82.8

REC -----------2.5-02.802.802.82.8

F.F. -----------2.5-02.802.802.82.8

REW -----------2.5-02.802.802.82.8

Ref. No.

MODE 261 2 62 263 264 265 266 267 268 269 270 271 272 273 274 275 2 76 277 278 279 280

STOP 2.8 - 1.4 2.8 2.8 0 2.8 2.8 2.1 2.8 2.1 1.4 0 1.1 2.8 2.8 2.8 2.8 0.1 PLAY 2.8 - 2.1 2 .8 2.8 0 2.8 2.8 2.1 2.8 2.1 0.7 2. 8 1.1 2. 8 2.8 2 .8 2.8 0 .1 -

REC 2.8 - 2.1 2.8 2.8 0 2.8 2.8 2.1 2.8 2.1 2.1 0 1.1 2.8 2.8 2.8 2.8 0.1 -

F.F. 2.8 - 2.1 2.8 2.8 0 2.8 2.8 2.1 2.8 2.1 2.1 1.4 1.1 2.8 2.8 2.8 2.8 0.1 -

REW 2.8 - 2.1 2.8 2.8 0 2.8 2.8 2.1 2.8 2.1 1.4 1.4 1.1 2.8 2.8 2.8 2.8 0.1 -

Ref. No.

MODE 281 2 82 283 284 285 286 287 288 289 290 291 292 293 294 295 2 96 297 298 299 300

STOP2.8------------------PLAY2.8-------------------

REC 2.8-------------------

F.F. 2.8 -------------------

REW 2.8-------------------

Ref. No.

MODE 301 3 02 303 304 305 306 307 308 309 310 311 312 313 314 315 3 16 317 318 319 320

STOP -------------------PLAY --------------------

REC --------------------

F.F. --------------------

REW --------------------

Ref. No. IC2001

MODE 321 1 2 3 4 5 6 7 8 9 1 0 11 1 2 13 14 15 16

STOP - 2.5 2.9 2.6 0 2.7 2.8 2.3 0 3.3 2.9 3.0 0.5 0.3 2.8 3.4 7.9 PLAY - 2.5 2.9 2.6 0 2.7 2.8 2.3 0 3.3 2.9 3.0 0.5 0.3 2.8 3.4 7.9

REC - 2.5 2.9 2.6 0 2.7 2.8 2.3 0 3.3 2.9 3.0 0.5 0.3 2.8 3.4 7.9

F.F. - 2.5 2.9 2.6 0 2.7 2.8 2.3 0 3.3 2.9 3.0 0.5 0.3 2.8 3.4 7.9

REW - 2.5 2.9 2.6 0 2.7 2.8 2.3 0 3.3 2.9 3.0 0.5 0.3 2.8 3.4 7.9

Ref. No.

MODE 12345678 1234 123456

STOP 2.8 2.8 2.7 2.7 0 0 - 2.9 2.3 3.4 - 0 1.8 0 1.7 2.8 1.8 2.9 PLAY 2.8 2.8 2.7 2.7 0 0 - 2.9 2.3 3.4 - 0 1.8 0 1.7 2.8 1.8 2.9

REC 2.8 2.8 2.7 2.7 0 0 - 2.9 2.3 3.4 - 0 1.8 0 1.7 2.8 1.8 2.9

F.F. 0 2.8 2.7 2.7 0 0 - 2.9 2.3 3.4 - 0 1.8 0 1.7 2.8 1.8 2.9

REW 0 2.8 2.7 2.7 0 0 - 2.9 2.3 3.4 - 0 1.8 0 1.7 2.8 1.8 2.9

Ref. No. Q2003

MODE E C B E C B

STOP 0 0 2.8 2.9 2.8 0 PLAY 0 0 2.4 2.9 2.8 0

REC 0 0 2.8 2.9 2.8 0

F.F. 0 0 2.4 2.9 2.8 0

REW 0 0 2.4 2.9 2.8 0

Ref. No.

MODE E C B E C B 123456

STOP 2.9 0 2.8 0 1.7 0 2.9 0 2.8 2.9 0 2.8 PLAY 2.9 0 2.8 0 1.7 0 2.9 0 2.8 2.9 0 2.8

REC 2.9 0 2.8 0 1.7 0 2.9 0 2.8 2.9 0 2.8

F.F. 2.9 0 2.8 0 1.7 0 2.9 0 2.8 2.9 0 2.8

REW 2.9 0 2.8 0 1.7 0 2.9 0 2.8 2.9 0 0

Ref. No.

MODE 1 2 3 4 5 6 E C B E C B E C B

STOP 2.9 2.8 0 2.9 2.8 0 4.9 5.0 0 0 0 2.8 0 0 2.8 PLAY 2.9 2.8 0 2. 9 2.8 0 4.9 5.0 0 0 0 2.8 0 0 2.8

REC 2.9 2.8 2.8 2.9 0 0 4.9 5.0 0 0 0 2.8 0 0 2.8

F.F. 2.9 2.8 0 2.9 2.8 0 4.9 5.0 0 0 0 2.8 0 0 2.8

REW 2.9 2.8 0 2.9 2.8 0 4.9 5.0 0 0 0 2.8 0 0 2.8

CIRCUIT VOLTAGE AND WAVEFORM DESCRIBED HEREIN SHALL BE REGARDED

AS REFERENCE INFORMATION WHEN PROBING DEFECT POINT,BECAUSE IT MAY

DIFFER FROM AN ACTUAL MEASURING VALUE DUE TO DIFFERENCE OF MEASURING

INSTRUMENT AND ITS MEASURING CONDITION AND PRODUCT ITSELF.

TRs DC VOLTAGE CHART (SP MODE)

PV-GS250PP

14.22.1. CONTROL DC VOLTAGE CHART (SP MODE)

ICs DC VOLTAGE CHART (SP MODE)

Ref. No.

MODE 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20

STOP - 2.8 - 2.5 2.5 2.5 - - 2.5 - - - 2.5 ------PLAY -2.8-2.52.52.5--2.5---2.5-------

REC -2.8-2.52.52.5--2.5---2.5-------

F.F. - 2.8 - 2.5 2.5 2.5 - - 2.5 - - - 2.5 -------

REW -2.8-2.52.52.5--2.5---2.5-------

Ref. No.

MODE 21 22 2 3 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40

STOP 2.5 - - 2.1 2.5 2.5 - 2.5 2.5 2.5 1.8 - 1.8 - - 1.8 1.8 1.4 1.8 1.4 PLAY 2.5 - - 2.1 2.5 2.5 - 2.5 2.5 2.5 1.8 - 1.8 - - 1.8 1.8 1.4 1.8 1.4

REC 2.5 - - 2.1 2.5 2.5 - 2.5 2.5 2.5 1.8 - 1.8 - - 1.8 1.8 1.4 1.8 1.4

F.F. 2.5 - - 2.1 2.5 2.5 - 2.5 2.5 2.5 1.8 - 1.8 - - 1.8 1.8 1.4 1.8 1.4

REW 2.5 - - 2.1 2.5 2.5 - 2.5 2.5 2.5 1.8 - 1.8 - - 1.8 1.8 1.4 1.8 1.4

Ref. No.

MODE 41 42 4 3 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60

STOP 2.9 1.8 - 1.7 3.4 - - 0 1.8 - 1.8 1.8 1.7 - - 1.8 - 1.8 0 0 PLAY 2.9 1.8 - 1.7 3.4 - - 0 1.8 - 1.8 1.8 1.7 - - 1.8 - 1.8 0 0

REC 2.9 1.8 - 1.7 3.4 - - 0 1.8 - 1.8 1.8 1.7 - - 1.8 - 1.8 0 0

F.F. 2.9 1.8 - 1.7 3.4 - - 0 1.8 - 1.8 1.8 1.7 - - 1.8 - 1.8 0 0

REW 2.9 1.8 - 1.7 3.4 - - 0 1.8 - 1.8 1.8 1.7 - - 1.8 - 1.8 0 0

Ref. No.

MODE 61 62 6 3 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80

STOP 0 1.8 2.6 - - 2.8 - 2.8 2.8 2.8 2.8 0 0.6 0 - 0 0 2.7 0 0 PLAY 0 1.8 2.6 - - 2.8 - 2.8 2.8 2.8 2.8 0 0.6 0 - 0 0 2.7 0 0

REC 0 1.8 2.6 - - 2.8 - 2.8 0 2.8 2.8 0 0.6 0 - 0 0 2.7 0 0

F.F. 0 1.8 2.6 - - 2.8 - 2.8 2.8 2.8 2.8 0 0.6 0 - 0 0 2.7 0 0

REW 0 1.8 2.6 - - 2.8 - 2.8 2.8 2.8 2.8 0 0.6 0 - 0 0 2.7 0 0

Ref. No.

MODE 81 82 8 3 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 99 100

STOP 2.8 2.8 - 3.6 0 2.8 0 0 - - - 2.8 1.2 2.8 0 2.7 2.0 0 2.8 2.5 PLAY 2.8 2.8 - 0 0 2.8 0 0 - - - 2.8 1.2 2.8 0.5 2.7 2.0 0 .7 2.8 2.5

REC 2.8 2.8 - 0 0 2.8 0 2.8 - - - 2.8 1.2 2.8 0.5 2.7 2.0 0.7 2.8 2.5

F.F. 2.8 2.8 - 0 0 2.8 0 0 - - - 0 1.2 2.8 0 2.7 2.0 0 2.8 2.5

REW 2.8 2.8 - 0 0 2.8 0 0 - - - 0 1.2 2.8 0 2.7 2.0 0 2.8 2.5

Ref. No.

MODE 101 102 103 104 105 106 107 108 10 9 110 111 112 113 114 1 15 116 117 118 119 120

STOP 2.8 0 2.5 - 2.7 2.7 - 2.8 - - - 0 2.8 1.9 2.8 ----0 PLAY2.80.72.5-2.72.7-2.8---02.81.92.4----0

REC 2.80.72.5-2.72.7-2.8---02.81.92.8----0

F.F. 2.8 0 2.5 - 2.7 2.7 - 2.8 - - - 0 2.8 1.9 2.4 ----0

REW 2.802.5-2.72.7-2.8---02.81.92.4----0

Ref. No.

MODE 121 122 123 124 125 126 127 128 12 9 130 131 132 133 134 1 35 136 137 138 139 140

STOP2.82.82.802.5-02.62.8---------01.8 PLAY2.82.82.802.5-02.62.8---------01.8

REC 2.82.82.802.5-02.62.8---------01.8

F.F. 2.8 2.8 2.8 0 2.5 - 0 2.6 2.8 ---------01.8

REW 2.82.82.802.5-02.62.8---------01.8

Ref. No.

MODE 141 142 143 144 145 146 147 148 14 9 150 151 152 153 154 1 55 156 157 158 159 160

STOP ---1.8-1.8-------0.1-1.81.8-0.1PLAY ---1.8-1.8-------0.1-1.81.8-0.1-

REC ---1.8-1.8-------0.1-1.81.8-0.1-

F.F. - - - 1.8 - 1.8 -------0.1-1.81.8-0.1-

REW ---1.8-1.8-------0.1-1.81.8-0.1-

Ref. No.

MODE 161 162 163 164 165 166 167 168 16 9 170 171 172 173 174 1 75 176 177 178 179 180

STOP - 0.1 0.1 0.1 0.1 0.1 - 2.5 0.1 - 0.1 0.1 0.1 0.1 0.1 0.1 1.8 2.9 0.1 PLAY - 0.1 0.1 0.1 0.1 0.1 - 2.5 0.1 - 0.1 0.1 0.1 0.1 0.1 0.1 1.8 2.9 0.1 -

REC - 0.1 0.1 0.1 0.1 0.1 - 2.5 0.1 - 0.1 0.1 0.1 0.1 0.1 0.1 1.8 2.9 0.1 -

F.F. - 0.1 0.1 0.1 0.1 0.1 - 2.5 0.1 - 0.1 0.1 0.1 0.1 0.1 0.1 1.8 2.9 0.1 -

REW - 0.1 0.1 0.1 0.1 0.1 - 2.5 0.1 - 0.1 0.1 0.1 0.1 0.1 0.1 1.8 2.9 0.1 -

Ref. No.

MODE 181 182 183 184 185 186 187 188 18 9 190 191 192 193 194 1 95 196 197 198 199 200

STOP - 0.1 1.7 1.7 1.7 - 2.5 0.1 - 1.8 0 0 1.7 - 1.8 2.5 - 0.1 - PLAY - 0.1 1.7 1 .7 1.7 - 2. 5 0.1 - 1.8 0 0 1 .7 - 1.8 2. 5 - 0.1 - -

REC - 0.1 1.7 1.7 1.7 - 2.5 0.1 - 1.8 1.8 0 1.7 - 1.8 2.5 - 0.1 - -

F.F. - 0.1 1.7 1.7 1.7 - 2.5 0.1 - 1.8 0 0 1.7 - 1.8 2.5 - 0.1 - -

REW - 0.1 1.7 1.7 1.7 - 2.5 0.1 - 1.8 0 0 1.7 - 1.8 2.5 - 0.1 - -

Ref. No.

MODE 201 202 203 204 205 206 207 208 20 9 210 211 212 213 214 2 15 216 217 218 219 220

STOP -----0.11.6-01.82.51.1-1.1--1.8--PLAY -----0.11.6-01.82.51.1-1.1--1.8---

REC -----0.11.6-01.82.51.1-1.1--1.8---

F.F. -----0.11.6-01.82.51.1-1.1--1.8---

REW -----0.11.6-01.82.51.1-1.1--1.8---

Ref. No.

MODE 221 222 223 224 225 226 227 228 22 9 230 231 232 233 234 2 35 236 237 238 239 240

STOP -------1.8-----------1.8 PLAY -------1.8-----------1.8

REC -------1.8-----------1.8

F.F. -------1.8-----------1.8

REW -------1.8-----------1.8

IC2001

NOTE:

QR2001

IC2001

IC2002

IC2017 IC2019IC2006

Q2005

QR2003 QR2005

QR2006 QR2007 QR2008

QR2010

94

14.22.2. CONTROL I/O TABLE

IC2001 : VTR CONTROL MICROCOMPUTER

Signal Name I/O Explanation

No. 1NC -NC 2 A VCC 31 I Voltage 3 A VSS - GND 4 D VCC 2 I Voltage 5 ENDIAN I Voltage 6 BOOT I BOOT 7 PCTS3 O PCTS3 (EVR2) 8 PCTS0 O PCTS2 (EVR2) 9 INTLV I Inter Leave Mode 10 SDI DINT I SDI DINT (EVR2) 11 PCTS2 O PCTS2 (EVR2) 12 SDAO TPC O SDAO (EVR2) 13 BW0 I Voltage 14 /DBGE I /DBGE (EVR2) 15 DCLK O DCLK (EVR2) 16 NC - NC 17 PCTS1 O PCTS1 (EVR2) 18 SYS RDY - NC 19 D VSS - GND 20 TEST1 - GND 21 BUSMD I Voltage 22 /DRESET I /DRESET (EVR2) 23 TEST5 - GND 24 RESET I System Reset 25 PLL ON I Voltage 26 F VCC 2 I Voltage 27 F VSS - GND 28 NMI I Voltage 29 BW1 I Voltage 30 D VCC 2 I Voltage 31 D VCC 31 I Voltage 32 NC - NC 33 SBA SIF CLK O Sub Audio Serial Clock 34 NC - NC 35 NC - NC 36 SBA CS O Sub Audio Chip Select 37 VTR TEST L I VTR Test 38 SBA SIF DTI I Sub Audio Serial Data Input 39 R PLUG L I AV Jack Connection: L 40 SBA SIF DTO O Sub Audio Serial Data Output 41 EXT 5V SW O Power Supply Control 42 S PLUG I S-Jack Detection 43 NC - NC 44 SYNC DET I SYNC Detection 45 F VCC 3 I Voltage 46 F VSS - GND 47 D VSS - GND 48 M RVS I LCD Panel Reversal Input 49 SIF P SAVE O SIF Power Save 50 NC - NC

LCD OPEN SW

51 52 AV PLUG I AV Jack Detection 53 USB DET I USB Cable Connection Detect 54 NC - NC 55 ARB - NC 56 SIF CS O SIF Serial Chip Select 57 NC - NC 58 XRST O System Reset 59 POWER SW I Power SW Input 60 EJECT SW I EJECT SW Input 61 TV MD O NTSC/PAL Select

I LCD Panel Open SW Input

Signal Name I/O Explanation

No. 62 INPUT SEL O S/AV Input Terminal Change 63 FLASH WP O Flash Write Protect

AM SEND END

64 C 65 NC - NC 66 GUI LED O GUI LED 67 MEMO END I Memory End 68 HOST REQ I Camera Microcomputer Request 69 TALLY LED O TALLY LED 70 D VCC 32 I Voltage 71 STANDBY LED O STANDBY LED 72 POWER LED O POWER LED 73 HOST ACK O Camera Microcomputer ACK 74 ACCESS LED O ACCESS LED 75 VTR T O Sync Serial Communication Enable 76 LCD CS O LCD Chip Select 77 V C DSET O DMA Forwarding Timing 78 FLASH CS O Flash Chip Select

S PHOTO SW2

79

T PHOTO SW1

80 81 MIC CLK O MIC Serial Clock 82 MIC DATA O MIC Serial Data Output 83 D VSS - GND 84 REMOCON I IR Remote Control Input

S PHOTO SW1

85 86 PS L O 87

T PHOTO SW2 88 CAM D3 OFF I Camera Power Control 89 SS DET O Start/Stop Detect 90 ZNST ST O REC Control 91 CAM 0 O 92 EEP CS O EEPROM Chip Select 93 LCD SCK O LCD (Monitor) Serial Clock 94 ERF CLK O EEPROM Serial Clock 95 ERF DO O EEPROM Serial Data Output 96 ERF DI I EEPROM Serial Data Input 97 CAM RST O Camera Reset 98 LCD DI I LCD (Monitor) Serial Data Input 99 HP DET L I Headphone Detect 100 D VCC 2 I Voltage 101 D VCC 32 I Voltage 102 LCD DO O LCD (Monitor) Serial Data Output 103 PC RST I RS232C Reset 104 CAM RTN O Camera Clock Deference Signal 105 232C RXD I RS232C Data Input 106 232C TXD O RS232C Data Output 107 RTN FLD O Camera Microcomputer Field Signal 108 CPU VCC SW O 109 V C DATA O VTR Serial Data Output 110 WINK END I WINK END 111 C V DATA I VTR Serial Data Input 112 MIC ON O MIC Power Supply: L 113 P LCD LED O LCD Backlight 114 RTC CS O RTC Chip Select 115 SNS LED O LED Illumination: H 116 CAM SCK O Camera Serial Clock 117 D VSS - GND 118 NC - NC 119 NC - NC 120 EXT H O Analog Input: H 121 SS SW I Start/Stop SW Input 122 POWER ON O Power ON: H

I CAM SEND END

O Tape Supply Photo Sensor SW2 O Tape Take-up Photo Sensor SW1

O Tape Supply Photo Sensor SW1

Power Save Terminal Control (Standby: L)

O Tape Take-up Photo Sensor SW2

CAM Microcomputer Communication

Microcomputer Power Supply Change

Signal Name I/O Explanation

No. 123 CR POWER I AWP Power Supply Control 124 C DOWN I Cassette Down 125 MEGA REQ O Mega Pixel Request 126 R STP UP - GND 127 E2 PROTECT O EEPROM Reset 128 TIMER INT I Clock Interruption 129 D VCC 32 I Voltage 130 NC - NC 131 NC - NC 132 NC - NC 133 NC - NC 134 NC - NC 135 NC - NC 136 NC - NC 137 NC - NC 138 NC - NC 139 FACT MODE I Factory Mode 140 LCD ON H O LCD Power ON/OFF 141 D VSS - GND 142 NC - NC 143 NC - NC 144 D VCC 33 I Voltage 145 NC - NC 146 MODE 14 - GND 147 NC - NC 148 NC - NC 149 NC - NC 150 NC - NC 151 NC - NC 152 NC - NC 153 TEST4 - GND 154 D2 I/O Data Bus 155 NC - NC 156 SD PROTECT I SD Card Protect 157 CARD DET I SD Card Detect 158 TEST3 - GND 159 D0 I/O Data Bus 160 D VSS - GND 161 NC - NC 162 D1 I/O Data Bus 163 D6 I/O Data Bus 164 D3 I/O Data Bus 165 D5 I/O Data Bus 166 D4 I/O Data Bus 167 F VSS - GND 168 F VCC 2 I Voltage 169 D9 I/O Data Bus 170 TEST0 - GND 171 D8 I/O Data Bus 172 D7 I/O Data Bus 173 D10 I/O Data Bus 174 D13 I/O Data Bus 175 D11 I/O Data Bus 176 D12 I/O Data Bus 177 D VCC 33 I Voltage 178 EVF BL O EVF Backlight ON: H 179 D15 I/O Data Bus 180 NC - NC 181 D VSS - GND 182 XDUO CS O DUO Chip Select 183 XWE H O X Write Strobe H

Signal Name I/O Explanation

No. 184 XREADY I X Ready Strobe 185 XRE O X Read Strobe 186 F VSS - GND 187 F VCC 2 I Voltage 188 D14 I/O Data Bus 189 XSUB CS O USB Chip Select 190 CCD STBY O CCD Standby 191 CCD ON H O CCD Power ON/OFF 192 ALE O Address Latch Enable 193 XWE L O X Write Strobe L 194 TEST2 - GND 195 D VCC 33 I Voltage 196 D VCC 2 I Voltage 197 NC - NC 198 X RAM CS - NC 199 NC - NC 200 NC(XT1) - NC 201 CVCCH - GND 202 CAP1 - GND 203 CAP2 - GND 204 NC(XT2) - NC 205 TDO O Test Data Output 206 TDI I Test Data Input 207 TMS O Test Mode Select Output 208 TRST - NC 209 TCK O Test Clock Output 210 D VCC 34 I Voltage 211 C VCC 2 I Voltage 212 X1 I Crystal 13.5MHz 213 C VSS - GND 214 X2 O Crystal 13.5MHz 215 NC - NC 216 NC - NC 217 M BL O LCD Backlight ON: H 218 USB INT I USB IC Interruption 219 NC - NC 220 DUO INT3 I VIDEO IC Interruption 3 221 DUO INT2 I VIDEO IC Interruption 2 222 DUO INT1 I VIDEO IC Interruption 1 223 D VSS - GND 224 NC - NC 225 NC - NC 226 NC - NC 227 DUO INT0 I VIDEO IC Interruption 0 228 POWER LCD SW I LCD Power SW 229 NC - NC 230 NC - NC 231 NC - NC 232 NC - NC 233 NC - NC 234 NC - NC 235 NC - NC 236 NC - NC 237 NC - NC 238 NC - NC 239 NC - NC 240 D VCC 34 I Voltage 241 NC - NC 242 NC - NC 243 NC - NC 244 NC - NC

PV-GS250PP CONTROL I/O TABLE

PV-GS250PP

95

PV-GS250PP

Signal Name I/O Explanation

No. 245 NC - NC 246 NC - NC 247 NC - NC 248 NC - NC 249 NC - NC 250 D VSS - GND 251 NC - NC 252 D VCC 2 I V oltage 253 A VSS - GND 254 LOAD LOCK DET I Finger Scissors Detection 255 A VCC 32 I Voltage 256 T PHOTO I Tape Take-up Photo Sensor Detect 257 BATT D I D Terminal Input 258 S PHOTO I Tape Supply Photo Sensor Detect 259 MIC AD1 I Contact ID Input 1 260 MIC AD2 I Contact ID Input 2 261 MIC AD3 I Contact ID Input 3 262 A VSS - GND 263 264 265

VTR KEY 1 VTR KEY 4 VTR KEY 6

I Analog Key Input 1 I Analog Key Input 4

I Analog Key Input 6 266 NC - NC 267 REG D3V DET I Shutdown Detect 268 BATT REF I Battery Input 269

VTR KEY 3

I Analog Key Input 3 270 BATTERY I Battery Protect

VTR KEY 5

271

VTR KEY 2

272 273 EXT MIC I

I Analog Key Input 5

I Analog Key Input 2

Free Style Remote Control Detection 274 Y LEVEL I Y Level 275 MON EVF HL I EVF Select 276 DEW I DEW Sensor 277 AWP DET I AWP Connection Detection 278 UNI REMO I Wire Remote Control SW 279 WIDE DET I Cinema/Wide Discrimination 280 VREF L I GND 281 VREF H I Voltage 282 NC - NC 283 NC - NC

Signal Name I/O Explanation

No. 284 NC - NC 285 NC - NC 286 NC - NC 287 NC - NC 288 NC - NC 289 NC - NC 290 NC - NC 291 NC - NC 292 NC - NC 293 NC - NC 294 NC - NC 295 NC - NC 296 NC - NC 297 NC - NC 298 NC - NC 299 NC - NC 300 NC - NC 301 NC - NC 302 NC - NC 303 NC - NC 304 NC - NC 305 NC - NC 306 NC - NC 307 NC - NC 308 NC - NC 309 NC - NC 310 NC - NC 311 NC - NC 312 NC - NC 313 NC - NC 314 NC - NC 315 NC - NC 316 NC - NC 317 NC - NC 318 NC - NC 319 NC - NC 320 NC - NC 321 NC - NC

PV-GS250PP CONTROL I/O TABLE

96

15 CIRCUIT BOARD ASSEMBLIES

PV-GS250PP

15.1. EVF C.B.A.

(VEP29163A)

B

A

1

15.3. SIDE (R) C.B.A.

(VEP001H8B)

F

E

(COMPONENT SIDE) (FOIL SIDE)

PV-GS250PP EVF C.B.A.

2345

15.2. LCD DET C.B.A.

(VEP001J2A)

B

A

COMPONENT SIDE FOIL SIDE

1

D

C

PV-GS250PP LCD DET C.B.A.

2345

B

(COMPONENT SIDE)

97

A

(FOIL SIDE)

PV-GS250PP SIDE (R) C.B.A.

1

234

PV-GS250PP

15.4. CCD FLEX. CARD C.B.A.

(VXQ1288)

F

E

D

(COMPONENT SIDE)

C

B

A

NOTE:MULTILAYER C.B.A.

THIS C.B.A. IS Multi-Layer C.B.A. THIS CIRCUIT BOARD SHOWS COMPONENT LAYOUT-PATTERN FOR COMPONENT SIDE AND FOIL SIDE. LAYOUT-PATTERNS ARE SINGLE PATTERN FOR EACH SIDE THAT MAKE EASY TO SIGHT THE COMPONENT LAYOUT.

(FOIL SIDE)

PV-GS250PP CCD FLEX.CARD C.B.A.

1

2345

98

15.5. FRONT C.B.A.

(VEP04883A)

E

PV-GS250PP

D

C

B

A

NOTE:MULTILAYER C.B.A.

THIS C.B.A. IS Multi-Layer C.B.A. THIS CIRCUIT BOARD SHOWS COMPONENT LAYOUT-PATTERN FOR COMPONENT SIDE AND FOIL SIDE. LAYOUT-PATTERNS ARE SINGLE PATTERN FOR EACH SIDE THAT MAKE EASY TO SIGHT THE COMPONENT LAYOUT.

1

23456789

(COMPONENT SIDE)

(FOIL SIDE)

PV-GS250PP FRONT C.B.A.

99

PV-GS250PP

15.6. JACK C.B.A.

(VEP001H7A)

Transister

Jack C.B.A.

LB4007 B-5

Q4901 E-5 LB4008 B-4

F

Q4902 E-2 LB4009 B-5 Q4903 E-1 LB4921 E-5 Q4904 D-2 LB4922 C-5 Q4907 D-1 LB4923 D-5 Q4908 D-5 LB4924 D-5

Transister &Resister

LB4926 E-5

QR4901 D-2 LB4928 E-5

Test Point Capacitor

CL4001 E-6 C3908 C-2 CL4002 D-5 C4001 C-2

E

CL4003 C-6 C4003 F-5 CL4004 D-6 C4004 F-5 CL4901 C-5 C4901 D-5 CL4902 D-5 C4902 E-5 RL2501 F-1 C4903 E-5 RL2502 E-6 C4904 E-5 RL2503 A-5 C4905 E-1 RL2504 A-2 C4906 D-1 RL4801 E-1 C4908 D-5

D

Connector

FP6201 C-5 C4910 E-2

Jack

JK3001 B-2

C4909 D-5 C4913 E-5

Resistor

JK3901 C-3 R4001 D-5 JK4001 F-2 R4901 D-5 JK4901 D-2 R4902 D-1

Diode

R4904 D-5

D4901 D-1 R4905 E-5

Absorber

C

VZ4001 B-5 R4907 E-5 VZ4002 C-5 R4908 E-5

R4906 E-2

VZ4003 B-5 R4909 E-5 VZ4004 F-5 R4910 E-2 VZ4902 E-5 R4911 E-2 VZ4903 C-5 R4912 D-5

Filter

R4913 D-2

FL2503 C-2 R4914 E-2

Switch

R4915 D-5

S6212 B-5 R4916 E-1

B

Coil

LB3902 C-2 R4918 E-2

R4917 D-2

LB4001 E-5 R4920 E-5 LB4003 E-5 R4922 D-6 LB4005 E-5 R4923 D-5 LB4006 F-5 R4924 D-5

A

NOTE:MULTILAYER C.B.A.

THIS C.B.A. IS Multi-Layer C.B.A. THIS CIRCUIT BOARD SHOWS COMPONENT LAYOUT-PATTERN FOR COMPONENT SIDE AND FOIL SIDE. LAYOUT-PATTERNS ARE SINGLE PATTERN FOR EACH SIDE THAT MAKE EASY TO SIGHT THE COMPONENT LAYOUT.

(COMPONENT SIDE)

1

23456

(FOIL SIDE)

PV-GS250PP JACK C.B.A.

100

Panasonic PV-GS250PP Service manual

Specifications and Main Features

Frequently Asked Questions

User Manual