Mitsubishi FL7000U Service manual

LCD PROJECTOR LC61 CHASSIS

MODEL

2008

FL7000U

This model is RoHS-compliant. Provide servicing referring to “NOTES FOR SERVICING RoHS-COMPLIANT PRODUCTS” described in the service manual.

Pb Solder, Pb Joints, Pb PCA

This product uses lead-free solder on the circuit boards. For repairing circuit boards, see "Precautions for resoldering" in this Service Manual.

CAUTION

Before servicing this chassis, it is important that the service person reads the “SAFETY PRECAUTIONS” and “PRODUCT SAFETY NOTICE” in this service manual.

NOTES FOR SERVICING RoHS-COMPLIANT PRODUCTS

Follow the notes and instructions below when servicing RoHS-compliant products.

1. For RoHS-compliant products, be sure to use RoHS-compliant service parts.

2. Check the presence of <G> marking on the rating plate to distinguish RoHScompliant product from non-RoHS-compliant product.

<G> marking With <G> marking: RoHS-compliant product Without <G> marking: Non-RoHS-compliant product

Mark position

3. Labels of RoHS-compliant service parts bear <G> marking for identiﬁ cation purpose.

Parts Name

Parts No.

Model Name

E05R

Mark position

4. Don’t use non-RoHS-compliant parts with RoHS-compliant products.

5. Service parts for RoHS-compliant products are listed in the parts catalog contained in the service manual.

- 2 -

SPECIFICATIONS

• Rated Voltage

•

Power Consumption

•

Display Technology

• Projection Lens

•

Light Source Lamp

• Image Size (projection distance)

•

Maximum Resolution

• S-Video Input

• Video Input

• Component Video Input

: AC 100 to 240V ; 50/60Hz,

• Analog Input

: 4.4A :

1.1 inch LCD panel ; 3 pieces (for R,G,B)

:

Pixels ; 1,920 × 1,080 = 2,073,600 pixels Total 6,220,800 pixels :

Active pixel rate ; 99.9 % or more (each panel)

•

: F 1.8 - 2.1 f = 51 - 64 mm : 275 W :60 to 250 inch (projection distance ; 2.6 to 11.2 m) :

Computer signal Maximum resolution ; 1,920 × 1,080 dots

(Compressed in the case of 1,600 × 1,200 dots)

Digital Input (DVI)

• Audio Input

• Speaker

• Control Terminal/ Others

• Dimensions (not including protrusion)

Panel resolution ; 1,920 × 1,080 dots :Video signal

NTSC/PAL/SECAM/4.43NTSC/PAL-M/PAL-N/PAL-60

• Weight

:Component signal

480i,480p,576i,576p,720p,1080i,1080p

•

Panel resolution ; 1,920 × 1,080 dots :

Luminance signal ; 1.0 V(p-p) 75Ω (negative sync) Chrominance signals ; 0.286 V(p-p) 75Ω (burst signal)

Operating temperatures

: 1.0 V(p-p) 75 Ω (negative sync) : YC

BCR

; Y ; 1.0 V(p-p) 75 Ω (negative sync) C

0.7 V(p-p) 75 Ω

BCR ;

: RGB ;

0.7 V(p-p) 75 Ω (negative sync) : YCBCR ; Y ; 1.0 V(p-p) (negative sync) C : HD/CS ; : VD ; : : 350 mVrms, 10 k

0.7 V(p-p)

BCR ;

TTL level (negative or positive polarity)

DVI-D interface (TMDS single link) with HDCP

Ω or more : 10 W mono Round type ø 4.5 cm × 1 : RS-232C (D-SUB 9 pin),USB, LAN (RJ-45),REMOTE IN/OUT : 371 (W) × 207 (H) × 434 (D) mm (projector only) 443 (W) × 207 (H) × 434 (D) mm (including the terminal cover) : 9.8 kg (projector only) : 10.5 kg (including the terminal cover)

: + 41 °F (+ 5°C) to 104 °F (+ 40 °C)

• Weight and dimensions shown are approximate.

• Design and speciﬁ cations are subject to change without notice.

- 3 -

Many electrical and mechanical parts in the projector have special safety related characteristics. These characteristics are often not evident from visual inspection nor can the protection afforded by them necessarily be obtained by using replacement components rated for higher voltage, etc. Replacement parts which have these special safety characteristics are identiﬁ ed in this ser- vice manual. Electrical components having such features are identiﬁ ed by shading on the schematic diagram and the parts list of this service manual and by the supplementary sheet for this chassis to be issued subsequently.

- 1 -

A

SAFETY PRECAUTIONS

North america

NOTICE: Observe all cautions and safety related notes located inside the cabinet and on the chassis.

Warning

1. Operation of this projector outside the cabinet or with the cover removed presents a shock hazard from the projector power

supplies.

2. When a short-circuit has occurred, replace those components that indicate evidence of overheating.

3. Grounding circuit continuity is vital for safe operation of equipment. Do not remove ground connection while the power cord

is still connected to the supply. Disconnect supply before servicing.

Leakage current check

Before returning the projector to the customer, it is recommended that leakage current be measured according to the follow-

ing methods.

1. Cold check

With the AC plug removed from the AC 100 to 240 V, place a jumper across the two AC plug prongs. Turn the projector AC

switch on. Using an ohm-meter, connect one lead to the AC plug and touch the other lead to each exposed metal part (metal

cabinet, screwheads, metal overlays, etc.), particularly any exposed metal part having a return path to the chassis. Exposed

metal parts having a return path to the chassis should have a minimum resistance reading of 1 megohm. Any resistance be-

low this value indicates an abnormality which requires corrective action. Exposed metal parts not having a return path to the

chassis will indicate an open circuit.

2. Hot check

Use the circuit in ﬁ gure to perform this test.

(1) With switch S1 open, connect the projector to the measuring circuit. Immediately after connection, measure the leakage

current using both positions of switch S2, and with the switching devices in the projector in all of their operating positions.

(2) Switch S1 is then closed, energizing the projector. Immediately after closing the switch, measure the leakage current us-

ing both positions of switch S2, and with the switching devices in the projector in all of their operating positions. Current measurements of items (1) and (2) are to be repeated after the projector has reached thermal stabilization. The leakage current must not be more than 0.5 milliampere.

Projector

AC milliammeter

S2

C 100 to 240 V

V

S1

Grounding supply conductor

GH

(grounding)

open

B

Figure

A

Insulating table

Europe, other than USA

NOTICE: Observe all cautions and safety related notes located inside the cabinet and on the chassis.

Warning

1. An isolation transformer should be used between the projector and the AC supply point before any test/service is performed

on a LIVE chassis projector.

2. Operation of this projector outside the cabinet or with the cover removed, involves a shock hazard from the projector power

supplies. Work on the projector should not be attempted by anyone who is not thoroughly familiar with precautions neces-

sary when working on high voltage equipment.

3. When service is required, observe the original lead dressing. Extra precaution should be given to assure correct lead dress-

ing in the high voltage area. Where a short-circuit has occurred, replace those components that indicate evidence of over-

heating.

Leakage current cold check

Before returning the projector to the customer, it is recommended that leakage current be measured according to the following methods. With the AC plug removed from the AC source, place a jumper across the two AC plug prongs. Turn the projector AC switch on. Using an 500 V D.C. Insulation Tester, connect one lead to the jumpered AC plug and touch the other lead to each exposed metal part (screwheads, etc.), particularly any exposed metal part having a return path to the chassis. Exposed metal parts having a return path to the chassis should have a minimum resistance reading of 4 megohm. Any resistance below this value indicates an abnormality which requires corrective action.

- 2 -

PRECAUTIONS FOR RESOLDERING

Lead-free solder is handled in a different way from eutectic solder. See below for details.

How to distinguish circuit boards using lead-free solder from those using eutectic solder

Circuit boards using lead-free solder

A mark of Solder, Joints, PCA or LFS (for limited marking space) is printed near the board assembly number on the component side.

Circuit boards using eutectic solder

Circuit boards using eutectic solder are divided into two groups.

- Boards having no mark of number.

- Boards having a mark of pen near the board assembly number.

* Only when there is a limited marking space on the board,

PCA as P.

* Circuit boards using lead-free solder and those using eutectic solder may be used together in the same product.

Instructions for resoldering

- For circuit boards using lead-free solder, use lead-free solder.

- For circuit boards using eutectic solder, use eutectic solder.

- Separate the soldering iron for lead-free solder from that for eutectic solder completely for use.

(It is prohibited to use a same soldering iron for lead-free solder and eutectic solder.)

- For lead-free solder, it is advisable to use a soldering iron of at least 40 W because lead-free solder has a melting point approx. 35°C higher than that of eutectic solder as conventionally used. For wire solder, use M705ESC made by Senju Metal Industry Co., Ltd.

- To remove solder, you can use desoldering wires for eutectic solder as conventionally used.

Solder, Joints, PCA or LFS (for limited marking space) near the board assembly

Solder, Joints, PCA or LFS (for limited marking space) that is painted out by a felt-

Solder may be indicated as S, Joints as J, and

- 3 -

PCB LOCATION

14

5

4

3

2

1

13

12

11

6

7

8

9

10

Fig.1

- 4 -

Parts list : See page 2 of PARTS LIST

Item No. Part name

1 IRF PCB ASSY 2 FILTER PCB ASSY 3 POWER PCB ASSY 4 MAIN PCB ASSY 5 DRIVE PCB ASSY 6 IRR PCB ASSY 7 KEY PCB ASSY 8 TERMINAL PCB ASSY

9 BOO PCB ASSY 10 BOO SUB PCB ASSY 11 Lamp power unit 12 INLET PCB ASSY 13 POWER SUB PCB ASSY 14 MOTOR PCB ASSY

Table 1

- 5 -

EXPOSED VIEW

A

L VP ASSY

Hx3

Jx3

11

13

12

Kx3

Lx4

14

Mx2

1

x6

Dx2

2

3

Cx4

Gx2

Ex2

6

5

10

Fx1

7

8

9

4

Bx3

Fig.2-1

- 6 -

Parts list : See page 3 of PARTS LIST

Part name Number of screw

1.Front case ASSY None

2.Lens cap None

3.Front case unit Ax6

4.Terminal cover unit Bx3

5.Alarm unit ASSY Cx4

6.Alarm cover U Dx2

7.BOO PCB ASSY Ex2

8.BOO SUB PCB ASSY Fx1

9.Alarm cover L None

10.Sensor Gx2

11.Top case ASSY None

12.Top cover unit Hx3

13.Top case unit Jx3,Kx3,Lx4

14.KEY PCB ASSY Mx2

Table 2-1

- 7 -

Chassis 1 ASSY

Cx5

2

5

Dx3

3

Fx3

Ex3

6

Hx2

7

9

10

Kx2

Gx1

Lx4

15

Jx8

8

Rx1

20 Ux5

16

21

17

4

18

Sx1

19

Tx2

Nx3

Mx2

12

Px3

11

13

14

Qx1

Fig.2-2

23

Vx1

22

Bx2

1

Ax1

- 8 -

Parts list : See page 4 of PARTS LIST

Part name Number of screw

1.Terminal board unit Ax1,Bx2

2.Main barrier Cx5

3.Spacer cushion None

4.T erminal ASSY Dx3,Ex3,Fx3

5.Gum spacer None

6.Main radiator Gx1

7.Main PCB holder Hx2

8.DRIVE PCB ASSY Jx8

9.Drive PCB holder Kx2,Lx4

10.Drive fan ASSY None

11.Fan holder L Mx2

12.Drive fan Nx3

13.Fan PCB duct Px3

14.Shield holder Qx1

15.IRR PCB ASSY Rx1

16.Speaker ASSY None

17.Speaker None

18.Bush SP None

19.Holder SP Sx1

20.Lead clamper None

21.Thermo barrier None

22.Lamp power lead Tx2

23.Optical unit Ux5,Vx1

Table 2-2

- 9 -

Chassis 2 ASSY

Lx1

17

12

13

14

15

16

Ax1

6

Mx1

Nx1

Gx5

Hx1

2

10

Bx2

Cx1

5

3

4

9

Ex2

8

Dx1

Fx4

20

21

Qx3

18

19

Kx2

Jx2

Px1

11

7

1

Fig.2-3

- 10 -

Parts list : See page 5 of PARTS LIST

Part name Number of screw

1.Bottom case ASSY None

2.IRF PCB ASSY Ax1

3.Front holder L Bx2

4.Motor PCB holder Cx1

5.MOTOR PCB ASSY Dx1

6.Power fan ASSY None

7.Fan holder F Ex2

8.Power fan Fx4

9.Fan guard None

10.POWER SUB PCB ASSY Gx5,Hx1

11.Power shield L Jx2,Kx2

12.SW shield None

13.Power box T unit None

14.POWER PCB ASSY Lx1

15.Power ﬁ n None

16.Lamp power unit None

17.FILTER PCB ASSY Mx1

18.Seesaw switch None

19.INLET PCB ASSY Nx1,Px1

20.Power box B unit Qx3

21.Bottom case unit None

Table 2-3

- 11 -

Bottom case unit

Cx3

Dx3

1

4

Bx2

7

5

2

8

9

10

11

Fig.2-4

6

3

Ax1

Parts list : See page 6 of PARTS LIST

Part name Number of screw

1.Filter unit None

2.Fan ﬁ lter None

3.Lamp cover unit Ax1

4.Fan cushion None

5.SW holder Bx2

6.Micro SW None

7.Micro SW None

8.Adjustment foot ASSY Cx3

9.Adjustment foot ASSY Dx3

10.Adiuster unit None

11.Adiuster unit None

Table 2-4

- 12 -

T erminal ASSY

Ax2

1

5

2

4

3

Jx2

Fx1

Fig.2-5

Parts list : See page 6 of PARTS LIST

Part name Number of screw

1.MAIN PCB ASSY Ax2,Bx4,Cx1

2.Terminal holder Dx8,Ex4,Fx1,Gx1,Hx1

3.Pin jack shield None

4.TERMINAL PCB ASSY Jx2

5.PCB holder None

Cx1

Hx1

Gx1

Dx8

Bx4

Ex4

Table 2-5

- 13 -

Optical unit 1

Fx2

1

Ex2

5

6

Bx1

7

12

Gx2

Ax1

Lx6

Nx4

Cx2 Dx2

2

Mx2

Qx3

Kx3

15

22

3 4

11

Jx2

10

Hx4

8

9

Sx1

17

Rx2

14

13

Px3

21

Wx2

Zx1

Yx1

Fig.2-6

20

Vx2

16

18

Tx4

19

Ux2

- 14 -

Parts list : See page 7 of PARTS LIST

Part name Number of screw

1.Lamp duct Ax1,Bx1

2.Lamp cover T duct Cx2

3.Thermistor Dx1

4.Thermostat Dx2

5.PBS fan Ex2

6.Lamp fan Fx2

7.PBS duct Gx2

8.Grille Hx4

9.Exhaust duct Jx2

10.Exhaust fan None

11.Lamp cover T Kx3

12.Sub frame cover Lx6,Mx2

13.Sub frame Nx4

14.LCD fan Px3

15.LCD block Qx3

16.Lamp case ASSY Rx2

17.Lamp Sx1

18.Lens unit Tx4

19.Zoom focus motor Ux2

20.Lens shift motor Vx2,Wx2

21.LCD duct Yx1,Zx1

22.Main F shift base None

Table 2-6

- 15 -

Optical unit 2

Fx1

Jx1

Kx1

12

Gx1

1

2

9

Ax2

3

11

Hx1

8

10

Ex1

7

Cx1

Dx1

6

5

1

Bx

4

Fig.2-7

Dlrections which the setting parts face in

Light source side(Lamp side)

123 7,8,9 10,11,12

Flat surface

Marking Color marking

Shaved edge

Uneven surface

Flat surface Flat surface

In possible

directions

Convex

Projection side(Lamp side)

4,5,6

Surface to stick the polarizer on

Color marking

4,7,10 : 5,8,11 : 6,9,12 :

- 16 -

Surface to stick

the polarizer on

Color marking Color marking

Flat surface Flat surface

Surface to stick the polarizer on

Blue Green Red

Parts list : See page 8 of PARTS LIST

A

Part name Number of screw

1.PBS ASSY None

2.Multi lens B None

3.Multi lens A Ax2

4.Polarizer (B) IN Bx1

5.Polarizer (G) IN Cx1

6.Polarizer (R) IN Dx1

7.Polarizer (B) OUT Ex1

8.Polarizer (G) OUT Fx1

9.Polarizer (R) OUT Gx1

10.Polarizer (B) PURI Hx1

11.Polarizer (G) PURI Jx1

12.Polarizer (R) PURI Kx1

Table 2-7

POSITION ADJUSTMENT OF MULTI LENS A

Follow the steps below for the adjustment after replacing the multi lens A.

Number of jig screw : 859C746O10

1. Fasten two screws (a) to secure the Multi lens A temporarily.

2. Project a full white raster on the screen.

3. Adjust the position of the multi lens A to correct color unevenness near the screen edges.

To adjust the vertical position, turn the screw (b). To adjust the horizontal position, use the jig screw (c).

4. Fasten two screws (a) and two screws (d) tightly to secure the Multi Lens A ﬁ rmly.

ax2

b

d

x2

Multi lens

c

- 17 -

DISASSEMBLY

1. Removal of the terminal cover ASSY

1. Loosen the three screws (a) as shown in Fig. 3-1.

2. Open the bottom of the terminal cover ASSY outward

(as shown by the arrow (A)) as shown in Fig. 3-1.

3. Slide the top of the terminal cover ASSY to the front

for removal (as shown by the arrow (B)) as shown in Fig. 3-1.

B

A

ax3

Terminal cover ASSY

Fig. 3-1

2. Removal of the BOO PCB ASSY and BOO SUB PCB ASSY

1. Remove the terminal cover ASSY according to “1.

Remove of the terminal cover ASSY”.

2. Remove the four screws (a) as shown in Fig. 3-2.

3. Remove the alarm unit ASSY as shown in Fig. 3-2.

4. Remove the two screws (b) as shown in Fig. 3-2.

5. Remove the alarm cover U as shown in Fig. 3-2.

6. Remove the two screws (c) as shown in Fig. 3-2.

7. Remove the BOO PCB ASSY as shown in Fig. 3-2.

8. Remove the screw (d) as shown in Fig. 3-2.

9. Remove the BOO SUB PCB ASSY as shown in Fig.

3-2.

Alarm cover U

bx2

BOO PCB ASSY

ax4

cx2

BOO SUB PCB ASSY

Alarm unit ASSY

dx1

Fig. 3-2

- 18 -

3. Removal of the lens unit and zoom focus motor

1. Remove the six screws (a) as shown in Fig. 3-3.

2. Pull the top and left side of the front case unit (as

shown by the arrow (A)) as shown in Fig. 3-3.

3. Raise the left side of the front case unit (as shown by

the arrow (B)) as shown in Fig. 3-3.

4. Pull the left side of the front case unit to front for re-

moval (as shown by the arrow (c)) as shown in Fig. 3-3.

5. Remove the three screws (b) as shown in Fig. 3-3.

6. Slide the top cover unit to the front (as shown by ar-

row (D)) as shown in Fig. 3-3.

7. Remove the top cover unit to upward (as shown by

the arrow (E)) as shown Fig. 3-3.

8. Disconnect the connector (MA) as shown in Fig. 3-3.

9. Loosen the four screws (c) as shown in Fig. 3-3.

10. Remove the lens unit as shown Fig. 3-3.

11. Remove the two screws (d) as shown in Fig. 3-3.

12. Remove the zoom focus motor as shown in Fig. 3-3.

Top cover unit

D

E

bx3

Lens unit

cx4

Zoom focus motor

dx2

ax6

A B

C

Fig. 3-3

MA

Front case unit

- 19 -

4. Removal of the top case unit and KEY PCB ASSY

1. Remove the terminal cover ASSY according to “1.

Removal of the terminal cover ASSY”.

2. Remove the front case unit and top cover unit ac-

cording to “3. Removal of the lens unit and zoom focus motor”.

3. Remove the three screws (a), three screws (b) and

four screws (c) as shown in Fig. 3-4.

4. Disconnect the connector (ST) as shown in Fig. 3-4.

5. Remove the top case unit as shown in Fig. 3-4.

6. Remove the two screws (d) as shown in Fig. 3-4.

7. Remove the KEY PCB ASSY as shown in Fig. 3-4.

ax3

Top case unit

KEY PCB ASSY

ST

bx3

cx4

dx2

Fig. 3-4

- 20 -

5. Removal of the IRF PCB ASSY

1. Remove the terminal cover ASSY according to “1.

Removal of the terminal cover ASSY”.

2. Remove the front case unit and top cover unit ac-

cording to “3. Removal of the lens unit and zoom focus motor”.

3. Remove the top case unit according to “4. Removal

of the top case unit and KEY PCB ASSY”.

4. Remove the screw (a) as shown in Fig. 3-5

5. Disconnect the connector (AM) as shown in Fig. 3-5

6. Remove the IRF PCB ASSY as shown in Fig. 3-5.

6. Removal of the MOTOR PCB ASSY

1. Remove the terminal cover ASSY according to “1.

Removal of the terminal cover ASSY”.

2. Remove the front case unit and top cover unit ac-

cording to “3. Removal of the lens unit and zoom focus motor”.

3. Remove the top case unit according to “4. Removal

of the top case unit and KEY PCB ASSY”.

4. Remove the screw (b) as shown in Fig. 3-5.

5. Remove the motor PCB holder as shown in Fig. 3-5.

6. Remove the screw (c) as shown in Fig. 3-5.

7. Disconnect the two connectors (MA and MV) as

shown in Fig. 3-5.

8. Remove the MOTOR PCB ASSY as shown in Fig.

3-5.

Motor PCB holder

MOTOR PCB ASSY

bx1

ax1

IRF PCB ASSY

MV

AM

MA

cx1

Fig. 3-5

IRR PCB ASSY

dx1

AL

7. Removal of the IRR PCB ASSY

1. Remove the terminal cover ASSY according to “1.

Removal of the terminal cover ASSY”.

2. Remove the front case unit and top cover unit ac-

cording to “3. Removal of the lens unit and zoom focus motor”.

3. Remove the top case unit according to “4. Removal

of the top case unit and KEY PCB ASSY”.

4. Removal the screw (d) as shown in Fig. 3-5.

5. Disconnect the connector (AL) as shown in Fig. 3-5.

6. Remove the IRR PCB ASSY as shown in Fig. 3-5.

- 21 -

8. Removal of the speaker

1. Remove the terminal cover ASSY according to “1.

Removal of the terminal cover ASSY”.

2. Remove the front case unit and top cover unit ac-

cording to “3. Removal of the lens unit and zoom focus motor”.

3. Remove the top case unit according to “4. Removal

of the top case unit and KEY PCB ASSY”.

4. Remove the two screws (a) and screw (b) as shown

in Fig. 3-6.

5. Remove the terminal board unit as shown in Fig. 3-6.

6. Disconnect the connector (TL) as shown in Fig. 3-6.

7. Remove the bush SP as shown in Fig. 3-6.

8. Remove the speaker as shown in Fig. 3-6.

9. Removal of the power fan

1. Remove the terminal cover ASSY according to “1.

Removal of the terminal cover ASSY”.

2. Remove the front case unit and top cover unit ac-

cording to “3. Removal of the lens unit and zoom focus motor”.

3. Remove the top case unit according to “4. Removal

of the top case unit and KEY PCB ASSY”.

4. Remove the ﬁ ve screws (a) as shown in Fig. 3-7.

5. Remove the main barrier as shown in Fig. 3-7

6. Remove the two screws (b) as shown in Fig. 3.-7.

7. Remove the fan holder F as shown in Fig. 3-7.

8. Remove the four screws (c) as shown in Fig. 3-7.

9. Remove the fan guard and power fan as shown in

Fig. 3-7.

Power fan

bx2

Bush SP

Terminal board unit

Fig. 3-6

Main barrier

Fan guard

Speaker

TL

bx1

ax2

ax5

cx4

- 22 -

Fan holder F

Fig. 3-7

10. Removal of the MAIN PCB ASSY

1. Remove the terminal cover ASSY according to “1.

Removal of the terminal cover ASSY”.

2. Remove the front case unit and top cover unit ac-

cording to “3. Removal of the lens unit and zoom focus motor”.

3. Remove the top case unit according to “4. Removal

of the top case unit and KEY PCB ASSY”.

4. Remove the terminal board unit according to “8. Re-

moval of the speaker”.

5. Remove the main barrier according to “9. Removal of

the power fan”.

6. Remove the three screws (a), two screws (b), four

screws (c) and screw (d) as shown in Fig. 3-8.

7. Disconnect the connectors (SA, SC,SD, SE, SF, SL,

SQ, SX and SZ) as shown in Fig. 3-8.

8. Remove the MAIN PCB ASSY as shown in Fig. 3-8.

Note: The DV-SV connector, DW-SW connector and SK-TK

connector are connected directly each other.

Disconnect these connectors before removing the

MAIN PCB ASSY.

ax3

SQ

SF

SC

SE

TERMINAL PCB ASSY

SD

SV SW

SA

SL

TW

bx2

SZ

MAIN PCB ASSY

SX

SK

PCB holder

TK

TL

nx2

T erminal ASSY

ex3

dx1

fx3

mx1

gx8

hx4

jx1

kx1

cx4

11. Removal of the TERMINAL PCB

ASSY

1. Remove the terminal cover ASSY according to “1.

Removal of the terminal cover ASSY”.

2. Remove the front case unit and top cover unit ac-

cording to “3. Removal of the lens unit and zoom focus motor”.

3. Remove the top case unit according to “4. Removal

of the top case unit and KEY PCB ASSY”.

4. Remove the terminal board unit according to “8. Re-

moval of the speaker”.

5. Remove the main barrier according to “9. Removal of

the power fan”.

6. Remove the three screws (a), three screws (e) and

three screws (f) as shown in Fig.3-8.

7. Disconnect the connectors (SA, SC, SD, SE,SF, SL,

SQ, SX, SZ, TL and TW) as shown in Fig. 3-8.

8. Remove the terminal ASSY as shown in Fig. 3-8.

Note: The DV-SV connector and DW-SW connector are

connected directly each other.

Disconnect these connectors before removing the

terminal ASSY .

9. Remove the two screws (b), four screws (c), screw (d),

eight screws (g), four screws (h), screw (j), screw (k) and screw (m) as shown in Fig. 3-8.

10. Remove the MAIN PCB ASSY and terminal holder as

shown in Fig. 3-8.

Note: The SK-TK connector are connected directly each

other.

Disconnect these connectors before removing the

MAIN PCB ASSY.

11. Remove the two screws (n) as shown Fig. 3-8.

12. Remove the TERMINAL PCB ASSY as shown Fig.

3-8.

DWDV

Fig. 3-8

Terminal holder

- 23 -

Y

12. Removal of the DRIVE PCB

ASSY and LCD block

1. Remove the terminal cover ASSY according to “1.

Removal of the terminal cover ASSY”.

2. Remove the front case unit and top cover unit ac-

cording to “3. Removal of the lens unit and zoom focus motor”.

3. Remove the top case unit according to “4. Removal

of the top case unit and KEY PCB ASSY”.

4. Remove the terminal board unit according to “8. Re-

moval of the speaker”.

5. Remove the main barrier according to “9. Removal of

the power fan”.

6. Remove the terminal ASSY according to “11. Remov-

al of the TERMINAL PCB ASSY”.

7. Remove the screw (a) as shown in Fig. 3-9.

8. Remove the main radiator as shown in Fig. 3-9.

9. Remove the two screws (b) as shown in Fig. 3-9.

10. Remove the main PCB holder as shown in Fig. 3-9.

11. Remove the eight screws (c) as shown in Fig. 3-9.

12. Disconnect the connectors (DB, DG, DP and DR) as

shown in Fig. 3-9.

13. Remove the DRIVE PCB ASSY as shown in Fig. 3-9.

14. Remove the three screws (d) as shown in Fig. 3-9.

15. Remove the LCD block as shown in Fig. 3-9.

Main PCB holder

bx2

DR

DP

LCD block

Main radiator

ax1

DG

cx8

DB

dx3

DRIVE PCB ASS

Fig. 3-9

- 24 -

13. Removal of the drive fan

1. Remove the terminal cover ASSY according to “1.

Removal of the terminal cover ASSY”.

2. Remove the front case unit and top cover unit ac-

cording to “3. Removal of the lens unit and zoom focus motor”.

3. Remove the top case unit according to “4. Removal

of the top case unit and KEY PCB ASSY”.

4. Remove the terminal board unit according to “8. Re-

moval of the speaker”.

5. Remove the main barrier according to “9. Removal of

the power fan”.

6. Remove the terminal ASSY according to “11. Remov-

al of the TERMINAL PCB ASSY”.

7. Remove the DRIVE PCB ASSY according to “12. Re-

moval of the DRIVE PCB ASSY and LCD block ”.

8. Remove the two screws (a) and four screws (b) as

shown in Fig. 3-10.

9. Remove the drive PCB holder as shown in Fig. 3-10.

10. Remove the two screws (C) as shown in Fig. 3-10.

11. Disconnect the connector (ND) as shown in Fig. 3-10.

12. Remove the fan holder L as shown in Fig. 3-10.

13. Remove the three screws (d) as shown in Fig. 3-10.

14. Remove the drive fan as shown in Fig. 3-10.

PBS fan

cx2

Drive PCB holder ax2

ex2

ND

bx4

NB

14. Removal of the PBS fan

1. Remove the terminal cover ASSY according to “1.

Removal of the terminal cover ASSY”.

2. Remove the front case unit and top cover unit ac-

cording to “3. Removal of the lens unit and zoom focus motor”.

3. Remove the top case unit according to “4. Removal

of the top case unit and KEY PCB ASSY”.

4. Remove the terminal board unit according to “8. Re-

moval of the speaker”.

5. Remove the main barrier according to “9. Removal of

the power fan”.

6. Remove the terminal ASSY according to “11. Remov-

al of the TERMINAL PCB ASSY”.

7. Remove the DRIVE PCB ASSY according to “12. Re-

moval of the DRIVE PCB ASSY and LCD block ”.

8. Remove the fan holder L according to “13. Removal

of the drive fan”.

9. Remove the two screws (e) as shown in Fig. 3-10.

10. Disconnect the connector (NB) as shown in Fig. 3-10.

11. Remove the PBS fan as shown in Fig. 3-10.

dx3

Fan holder L

Drive fan

Fig. 3-10

- 25 -

15. Removal of the optical unit

1. Remove the terminal cover ASSY according to “1.

Removal of the terminal cover ASSY”.

2. Remove the front case unit and top cover unit ac-

cording to “3. Removal of the lens unit and zoom focus motor”.

3. Remove the top case unit according to “4. Removal

of the top case unit and KEY PCB ASSY”.

4. Remove the IRR PCB ASSY according to “7. Remov-

al of the IRR PCB ASSY”.

5. Remove the speaker according to “8. Removal of the

speaker”.

6. Remove the main barrier according to “9. Removal of

the power fan”.

7. Remove the terminal ASSY according to “11. Remov-

al of the TERMINAL PCB ASSY”.

8. Remove the DRIVE PCB ASSY according to “12. Re-

moval of the DRIVE PCB ASSY and LCD block”.

9. Remove the fan holder L according to “13. Removal

of the drive fan”.

10. Remove the screw (a) as shown in Fig. 3-11.

11. Remove the holder SP, lead clamper and thermo bar-

rier as shown in Fig. 3-11.

12. Remove the two screws (b) as shown in Fig. 3-11.

13. Disconnect the lamp power lead and thermostat con-

nector as shown in Fig. 3-11.

14. Remove the ﬁ ve screws (c) and screws (d) shown in

Fig. 3-11.

15. Disconnect the connectors (MA, NB, NK, NR, and

NS) as shown in Fig. 3-11.

16. Remove the optical unit as shown in Fig. 3-11.

Thermo barrier

Optical unit

NB

NR

MA

Holder SP

Lead clamper

NK

NS

cx5

ax1

dx1

bx2

Lamp power lead

Thermostat connector

Fig. 3-11

- 26 -

16. Removal of the POWER PCB

ASSY

1. Remove the terminal cover ASSY according to “1.

Removal of the terminal cover ASSY”.

2. Remove the front case unit and top cover unit ac-

cording to “3. Removal of the lens unit and zoom focus motor”.

3. Remove the top case unit according to “4. Removal

of the top case unit and KEY PCB ASSY”.

4. Remove the terminal board unit according to “8. Re-

moval of the speaker”.

5. Remove the main barrier according to “9. Removal of

the power fan”.

6. Remove the terminal ASSY according to “11. Remov-

al of the TERMINAL PCB ASSY”.

7. Remove the DRIVE PCB ASSY according to “12. Re-

moval of the DRIVE PCB ASSY and LCD block ”.

8. Remove the drive PCB holder according to “13. Re-

moval of the drive fan”.

9. Disconnect the thermostat connector according to “15.

Removal of the optical unit”.

10. Remove the two screws (a) and two screws (b) as

shown in Fig. 3-12.

11. Remove the power shield L and SW shield as shown

in Fig. 3-12.

12. Release the three hook (c) as shown in Fig. 3-12.

13. Lift the power box T unit and disconnect the connec-

tor (RD, RF and RH) as shown in Fig. 3-12.

14. Remove the power box T unit as shown in Fig. 3-12.

15. Remove the screw (d) as shown in Fig.3-12.

16. Release the three hook (e) as shown in Fig. 3-12.

17. Remove the POWER PCB ASSY as shown in Fig.

3-12.

POWER PCB ASSY

RH

dx1

Fig. 3-12

SW shield

Power box T unit

bx2

ex3

RF

RD

Power shield L

cx3

ax2

- 27 -

17. Removal of the lamp power unit

Y

1. Remove the terminal cover ASSY according to “1.

Removal of the terminal cover ASSY”.

2. Remove the front case unit and top cover unit ac-

cording to “3. Removal of the lens unit and zoom focus motor”.

3. Remove the top case unit according to “4. Removal

of the top case unit and KEY PCB ASSY”.

4. Remove the tspeaker according to “8. Removal of the

speaker”.

5. Remove the main barrier according to “9. Removal of

the power fan”.

6. Remove the terminal ASSY according to “11. Remov-

al of the TERMINAL PCB ASSY”.

7. Remove the DRIVE PCB ASSY according to “12. Re-

moval of the DRIVE PCB ASSY and LCD block ”.

8. Remove the drive PCB holder according to “13. Re-

moval of the drive fan”.

9. Disconnect the lamp power lead and thermostat con-

nector according to “15. Removal of the optical unit”.

10. Remove the power box T unit according to “16. Re-

moval of the POWER PCB ASSY”.

11. Remove the power ﬁ n as shown in Fig. 3-13.

12. Release the two hook (a) as shown in Fig. 3-13.

13. Remove the lamp power unit as shown in Fig. 3-13.

Power fin

Lamp power unit

ax2

Fig. 3-13

18. Removal of the FILTER PCB

ASSY and INLET PCB ASSY

1. Remove the terminal cover ASSY according to “1.

Removal of the terminal cover ASSY”.

2. Remove the front case unit and top cover unit ac-

cording to “3. Removal of the lens unit and zoom focus motor”.

3. Remove the top case unit according to “4. Removal

of the top case unit and KEY PCB ASSY”.

4. Remove the speaker according to “8. Removal of the

speaker”.

5. Remove the main barrier according to “9. Removal of

the power fan”.

6. Remove the terminal ASSY according to “11. Remov-

al of the TERMINAL PCB ASSY”.

7. Remove the DRIVE PCB ASSY according to “12. Re-

moval of the DRIVE PCB ASSY and LCD block ”.

8. Remove the drive PCB holder according to “13. Re-

moval of the drive fan”.

9. Disconnect the lamp power lead and thermostat con-

nector according to “15. Removal of the optical unit”.

10. Remove the power box T unit according to “16. Re-

moval of the POWER PCB ASSY”.

11. Remove the screw (a) as shown in Fig. 3-14.

12. Lift the FILTER PCB ASSY and disconnect the con-

nector (PP) as shown in Fig. 3-14.

13. Remove the FILTER PCB ASSY as shown in Fig.

3-14.

14. Remove the screw (b) and screw (c) as shown in

Fig.-3-14.

15. Remove the INLET PCB ASSY as shown in Fig.

3-14.

INLET PCB ASSY

bx1

FILTER PCB ASS

cx1

ax1

PP

Fig. 3-14

- 28 -

Y

19. Removal of the POWER SUB

PCB ASSY

1. Remove the terminal cover ASSY according to “1.

Removal of the terminal cover ASSY”.

2. Remove the front case unit and top cover unit ac-

cording to “3. Removal of the lens unit and zoom focus motor”.

3. Remove the top case unit according to “4. Removal

of the top case unit and KEY PCB ASSY”.

4. Remove the IRR PCB ASSY according to “7. Remov-

al of the IRR PCB ASSY”.

5. Remove the speaker according to “8. Removal of the

speaker”.

6. Remove the main barrier according to “9. Removal of

the power fan”.

7. Remove the terminal ASSY according to “11. Remov-

al of the TERMINAL PCB ASSY”.

8. Remove the DRIVE PCB ASSY according to “12. Re-

moval of the DRIVE PCB ASSY and LCD block”.

9. Remove the fan holder L according to “13. Removal

of the drive fan”.

10. Remove the optical unit according to “15. Removal of

the optical unit”.

1 1. Remove the ﬁ ve screws (a) and screw (b) as shown

in Fig. 3-15.

12. Disconnect the connectors (NA, NH, NM, NV) as

shown in Fig. 3-15.

13. Remove the POWER SUB ASSY as shown Fig. 3-15.

NM

NV

ax5

bx1

POWER SUB PCB ASS

NH

NA

Fig. 3-15

- 29 -

20. Removal of the lamp fan

1. Remove the terminal cover ASSY according to “1.

Removal of the terminal cover ASSY”.

2. Remove the front case unit and top cover unit ac-

cording to “3. Removal of the lens unit and zoom focus motor”.

3. Remove the top case unit according to “4. Removal

of the top case unit and KEY PCB ASSY”.

4. Remove the IRR PCB ASSY according to “7. Remov-

al of the IRR PCB ASSY”.

5. Remove the speaker according to “8. Removal of the

speaker”.

6. Remove the main barrier according to “9. Removal of

the power fan”.

7. Remove the terminal ASSY according to “11. Remov-

al of the TERMINAL PCB ASSY”.

8. Remove the DRIVE PCB ASSY according to “12. Re-

moval of the DRIVE PCB ASSY and LCD block”.

9. Remove the fan holder L according to “13. Removal

of the drive fan”.

10. Remove the optical unit according to “15. Removal of

the optical unit”.

11. Remove the two screws (a) as shown in Fig. 3-16.

12. Remove the lamp fan as shown in Fig. 3-16.

Lamp fan

ax2

LCD fan

bx3

Fig. 3-16

21. Removal of the LCD fan

1. Remove the terminal cover ASSY according to “1.

Removal of the terminal cover ASSY”.

2. Remove the front case unit and top cover unit ac-

cording to “3. Removal of the lens unit and zoom focus motor”.

3. Remove the top case unit according to “4. Removal

of the top case unit and KEY PCB ASSY”.

4. Remove the IRR PCB ASSY according to “7. Remov-

al of the IRR PCB ASSY”.

5. Remove the speaker according to “8. Removal of the

speaker”.

6. Remove the main barrier according to “9. Removal of

the power fan”.

7. Remove the terminal ASSY according to “11. Remov-

al of the TERMINAL PCB ASSY”.

8. Remove the DRIVE PCB ASSY according to “12. Re-

moval of the DRIVE PCB ASSY and LCD block”.

9. Remove the fan holder L according to “13. Removal

of the drive fan”.

10. Remove the optical unit according to “15. Removal of

the optical unit”.

11. Remove the three screws (b) as shown in Fig. 3-16.

12. Remove the LCD fan as shown in Fig. 3-16.

- 30 -

22. Removal of the exhaust fan

1. Remove the terminal cover ASSY according to “1.

Removal of the terminal cover ASSY”.

2. Remove the front case unit and top cover unit ac-

cording to “3. Removal of the lens unit and zoom focus motor”.

3. Remove the top case unit according to “4. Removal

of the top case unit and KEY PCB ASSY”.

4. Remove the IRR PCB ASSY according to “7. Remov-

al of the IRR PCB ASSY”.

5. Remove the speaker according to “8. Removal of the

speaker”.

6. Remove the main barrier according to “9. Removal of

the power fan”.

7. Remove the terminal ASSY according to “11. Remov-

al of the TERMINAL PCB ASSY”.

8. Remove the DRIVE PCB ASSY according to “12. Re-

moval of the DRIVE PCB ASSY and LCD block”.

9. Remove the fan holder L according to “13. Removal

of the drive fan”.

10. Remove the optical unit according to “15. Removal of

the optical unit”.

11. Remove the four screws (a) as shown in Fig.3-17.

12. Remove the grille as shown in Fig. 3-17.

13. Remove of the two screws (b) as show in Fig.3-17.

14. Remove of the exhaust dust and exhaust fan.

Grille

Exhaust fan

bx2

ax4

Exhaust duct

Fig. 3-17

23. Removal of the lens shift motor

1. Remove the terminal cover ASSY according to “1.

Removal of the terminal cover ASSY”.

2. Remove the front case unit and top cover unit ac-

cording to “3. Removal of the lens unit and zoom focus motor”.

3. Remove the top case unit according to “4. Removal

of the top case unit and KEY PCB ASSY”.

4. Remove the IRR PCB ASSY according to “7. Remov-

al of the IRR PCB ASSY”.

5. Remove the speaker according to “8. Removal of the

speaker”.

6. Remove the main barrier according to “9. Removal of

the power fan”.

7. Remove the terminal ASSY according to “11. Remov-

al of the TERMINAL PCB ASSY”.

8. Remove the DRIVE PCB ASSY according to “12. Re-

moval of the DRIVE PCB ASSY and LCD block”.

9. Remove the fan holder L according to “13. Removal

of the drive fan”.

10. Remove the optical unit according to “15. Removal of

the optical unit”.

11. Remove the two screws (a) and two screws (b) as

shown in Fig. 3-18.

12. Remove the lens shift motor as shown in Fig. 3-18.

Lens shift motor

ax2

bx2

Fig. 3-18

- 31 -

24. Removal of the lamp box

1. Remove the terminal cover ASSY according to “1.

Removal of the terminal cover ASSY”.

2. Remove the front case unit and top cover unit ac-

cording to “3. Removal of the lens unit and zoom focus motor”.

3. Remove the top case unit according to “4. Removal

of the top case unit and KEY PCB ASSY”.

4. Remove the IRR PCB ASSY according to “7. Remov-

al of the IRR PCB ASSY”.

5. Remove the speaker according to “8. Removal of the

speaker”.

6. Remove the main barrier according to “9. Removal of

the power fan”.

7. Remove the terminal ASSY according to “11. Remov-

al of the TERMINAL PCB ASSY”.

8. Remove the DRIVE PCB ASSY according to “12. Re-

moval of the DRIVE PCB ASSY and LCD block”.

9. Remove the fan holder L according to “13. Removal

of the drive fan”.

10. Remove the optical unit according to “15. Removal of

the optical unit”.

11. Loosen the two screws (a) as shown in Fig. 3-19.

12. Remove the lamp box as shown in Fig. 3-19.

ax2

Lamp box

Fig. 3-19

LAMP REPLACEMENT

Note: Only service persons ore allowed to replace the lamp.

When replacing the lamp, be sure to wear gloves to prevent the lamp from scratches and ﬁ ngerprints that can cause breakage of the lamp.

Removal

1. Remove the screw (a) and the power socket as

shown in Fig. 4-1.

2. Remove the side spring as shown in Fig. 4-1.

3. Remove the lamp as shown in Fig. 4-1.

Installation

1. Install the lamp in the reverse order of removal.

Note: Mount the lamp with the ﬂ at area of the reﬂ ect base

facing up.

Run the lead wire of the lamp so that it doesn't touch

the reﬂ ector and the reﬂ ect base.

Lamp

Side spring

Reflector

Power socket

Reflector base

ax1

Fig. 4-1

- 32 -

LEAD DRESS

Note: The inner wires are clamped so that they do not come close to heat generating or high voltage parts. After servicin-

groute all wires in their original position.

Lead wire routing in the bottom case unit

Run the SL lead wire outside this rib.

Clampe the SL lead wire with the tape.

Run the SL lead wire along the mark line.

±5 35

AL

SL

Connect the shorter SL lead wire here.

Connect the longer SL lead wire here.

Fig. 5-1

Lead wire routing after the POWER SUB PCB ASSY, MOTOR PCB ASSY and power box B unit are attached

Power box B unit

POWER SUB PCB ASSY

MOTOR PCB ASSY

Run the NC,NE and NF lead wires through the clamper.

NE

NV

NM

MV

NF

NC

Fig. 5-2

NP

NH

NW

Run the NC,NE,NF,NH and NP lead wires through the clamper.

- 33 -

Lead wire routing after the INLET PCB ASSY, FILTER PCB ASSY, lamp power unit and power fan are attached

Lamp power unit

CN3

FILTER PCB ASSY

CN2

CN1

FL

PP

NA

Retain the NA and NW lead wires using the clamper.

FN

FG

Power fan

Clamp the FR,FS,FT and FU lead wires after connecting them to seesaw switch.

INLET PCB ASSY

Fig. 5-3

Lead wire routing after the POWER PCB ASSY and IRF PCB ASSY are attached

FT

FR

FU FS

Seesaw switch

AM

IRF PCB ASSY

RT2

RT1

RF

RD RH

Run the AM lead wire through the notch of the front holder L.

RE

Fig. 5-4

- 34 -

POWER PCB ASSY

Run the RE lead wire through the hole of the power fin.

Lead wire routing after the optical unit and IRR PCB ASSY are attached

Run the SL lead wire through the hook of the optical unit.

Run the NB,NK,NR and NS lead wires through the two clampers.

NB

IRR PCB ASSY

NK

NS

NR

AL

optical unit

Clamp the brown and red lead wires with the band.

Run the thermostat lead wires over the lamp power lead wire.

MA

Fig. 5-5

- 35 -

Lead wire routing after the drive fan and DRIVE PCB ASSY are attached

Retain the SL,SX and SZ lead wires using the clamper.

Remove slack in the SL lead wires by pulling them in the arrow’ s direction.

DR

Drive fan

ND

Run the ND lead wire through the clamper of fan holder L.

Retain the DP and SD lead wires using the clamper.

DG

DRIVE PCB ASSY

DB

DP

Run the SC,SE and SF lead wires through the clamper.

Fig. 5-6

- 36 -

Lead wire routing after the speaker and terminal ASSY are attached

Speaker

SX

SZ

SL

TL

Terminal ASSY

SD

SQ

SE

SC

SF

Run the TW lead wire over the main barrier.

Fig. 5-7

Run the TL lead wire through the hook of the terminal holder.

SA

TW

Run the TW lead wire through the upper hook of the terminal holder.

Run the SA lead wire through the two hooks of the terminal holder.

- 37 -

PACKING

10,11,12 13,14,15 16,17

10,18,19 20,21,22

9

6,7,8

Parts list : See page 9 of PARTS LIST

4,5

Item No. Part name

1 Packing case 2 Cushion T/B 3 Packing sheet 4 Fan ﬁ lter

2

3

1

5 Packing bag 6 Terminal cover unit 7 Alarm unit ASSY 8 Packing sheet

9 Paking case 10 Packing bag 11 Quick reference 12 IB CD-ROM 13 Remote hand unit 14 Battery 15 Short pin plug 16 Ring

- 38 -

17 Ring B 18 Control cable 19 VGA cable 20 AC power cord (EU) 21 AC power cord (US) 22 AV cable

LAMP REPLACEMENT

This projector is equipped with a lamp to project images. This lamp is a consumable. It may burn out or its brightness may decrease during use. In such cases, replace the lamp with a new one as soon as possible. Be sure to replace the lamp with a new lamp separately sold that is exclusive to this projector. Contact your dealer for purchase of the lamp.

Spare lamp VLT-XL6600LP

Warning:

• Be careful not to drop the lamp ﬁ xing screws into the inside of the projector. Don’t put a metal piece or ﬂ ammable object into the projector. Using the projector with any foreign object present inside may result in electric shock or ﬁ re. When you can’t remove the foreign object from the inside, contact your dealer for removal.

• Be sure to install the lamp securely. When the lamp isn’t installed properly, it won’t illuminate. Improper installation may also result in ﬁ re.

• Don’t shake the removed lamp or don’t lift it above your face. You may be injured in your eye by ﬂ ying or falling glass fragments.

• Don’t replace the lamp immediately after use because the lamp cover is very hot. You may get burned. Turn off the power using the POWER button. After the lamp goes out, wait about 2 minutes until the intake and exhaust fans for cooling the lamp stop rotating. Then turn off the main power switch, unplug the power cord, and wait at least 1 hour to allow the lamp to cool down enough to the touch.

• Do not touch the lamp directly. It may break and cause injury or burn.

Interval of lamp replacement

The recommended interval of lamp replacement is about 4000 hours depending on the operating environment and may be shorter than 4000 hours

*1*2

of consecutive use. Such interval differs

*1*2

. Decrease in luminescence and/or color brightness indicates that the lamp needs to be replaced. When the lamp operation time exceeds 3000 hours*1, the indicator will blink alternately between green and red (while the lamp is lit; when the lamp is not lit, the indicator will be lit red only) and the lamp replacement message will appear on the screen for 1 minute everytime the lamp is turned on. When the lamp has been used for about 3800 hours will appear on the screen for 1 minute every 20 hours

*1*2

hours

, the projector automatically shuts off and can’t be used until the lamp is replaced and the lamp

*1

thereafter. When the lamp operation time exceeds 4000

*1

, the replacement message (LAMP EXCHANGE)

operation time is reset.

*1: Duration when LAMP MODE of the INSTALLATION menu is set to LOW. When it is set to STANDARD, this duration will be

shorted.

*2: When LAMP MODE is set to STANDARD, this duration will be shorted to 2000 hours.

Caution:

• Don’t remove the lamp for any purpose other than replacement. Unnecessary removal of the lamp may result in a

breakdown.

• This projector uses a high-pressure mercury lamp as the light source. The high-pressure mercury lamp may

explode or fail to illuminate permanently because of an impact, scratch, or deterioration through use. The period of time until explosion or permanent failure to illuminate varies considerably from lamp to lamp, depending on operation conditions. Therefore, the lamp may explode soon after the start of use.

• The possibility of explosion of the lamp increases if you use it beyond its replacement period. When the instruction

of lamp replacement appears, replace it with a new one immediately even if the lamp is still lighting normally.

• When the high-pressure mercury lamp explodes, glass fragments will scatter inside or outside the lamp box and

the gas charged inside the lamp will diffuse inside or outside the projector. The gas inside the lamp contains mercury. Be careful not to breathe it or avoid it from entering your eye or mouth. If you should breathe it or if it should enter your eye or mouth, see a doctor immediately.

• In the event that the high-pressure mercury lamp exploded, glass fragments may have been scattered inside the

projector. Ask your dealer to replace the lamp and to inspect the inside of the projector. When you clean or replace the lamp by yourself, be sure to hold the handle of the lamp. You may get injured by glass fragments.

• Don’t replace the lamp while the projector is installed on the ceiling. Glass fragments may fall from the projector,

entering your eye or mouth causing injury.

• When placing the projector upside down to replace the lamp or conduct maintenance, ensure that the projector is

securely placed before working with it.

• Be sure to use the lamp exclusive to this projector, VLT-XL6600LP. Use of other lamps may cause a failure of the

projector.

- 1 -

To replace the lamp:

(c)

(a)

Handle

(c)

1. Turn off the main power switch and unplug the power cord.

2. Reverse the projector gently.

3. Loosen the screw (a) using a Phillips screwdriver (+), and remove the lamp cover (b).

4. Loosen the screws (c) using a Phillips screwdriver (+).

5. Pull up the handle.

6. Pull out the lamp box by the handle while holding the

(b)

projector.

• Pull the lamp box out of the projector slowly. If it is

pulled out quickly, the lamp may break scattering glass fragments.

• Do not spill liquid on the removed lamp box or do not

place it near any ﬂ ammable object or where children can reach to prevent injury or ﬁ re.

7. Load a new lamp box securely into the projector in the right orientation.

8. Put the handle back to the original position.

• Make sure that the handle is locked.

9. Tighten up the screws (c) using a Phillips screwdriver (+).

10. Tighten up the screw (a) using a Phillips screwdriver (+) to secure the lamp cover.

Reset of the lamp operation time

11. Plug the power cord into the wall outlet and turn on the main power switch.

12. Hold down the W, X, and POWER buttons on the control panel at the same time about 3 seconds.

Important:

• Unless these 3 buttons are held down at the same time, the lamp operation time isn’t reset.

• Make sure that the STATUS indicator is lit twice and the lamp operation time is reset successfully.

• The projector doesn’t turn on if the lamp cover isn’t attached securely.

• Be sure to reset the lamp operation time whenever you replace the lamp.

• Do not reset the lamp operation time unless you replace the lamp.

• The lamp is fragile. If it is broken, be careful not to cut yourself with glass fragments.

• Contact your dealer for a new lamp.

• This projector uses a lamp that contains mercury. Disposal of the lamp or the projector with the lamp may be regulated due to environmental considerations. For disposal or recycling information, please contact your local authorities or the Electronic Industries Alliance: www.eiae.org. (For the U.S. only.)

- 2 -

MAINTENANCE

Warning:

• Never use ﬂ ammable air duster or other materials when cleaning the air-ﬁ lter. Flammable substances may ignite causing ﬁ re or backdown when the lamp is illuminated.

• Do not use ﬂ ammable solvents (benzene, thinner, etc.) and ﬂ ammable aerosols when cleaning the projector body and lens. Flammable substances may ignite causing ﬁ re or breakdown while the lamp is illuminating.

Caution:

Be sure to turn off the lamp and unplug the power cord from the wall outlet before you perform any maintenance on the projector.

Cleaning of the air-ﬁ lter

Clean the air-ﬁ lter frequently (about once a month). If the ﬁ lter or ventilation grilles become clogged with dirt or dust, the temperature inside the projector may rise and cause troubles, such as damage to the inside parts and shortening the life of the panels.

• When the temperature inside the projector rises, the STATUS indicator will blink orange and the lamp will be turned off.

1. To remove the ﬁ lter cover, slide the cover in the direction of the arrow.

2. Remove the air-ﬁ lter from the ﬁ lter cover.

3. Wash the air-ﬁ lter or change it with a new ﬁ lter.

• Use water or diluted mild detergent to clean the ﬁ lter. Rinse

the ﬁ lter thoroughly and let it dry completely.

4. Attach the air-ﬁ lter to the ﬁ lter cover.

5. Attach the ﬁ lter cover to the projector.

• Make sure that the air-ﬁ lter is attached correctly without

displacement.

Important:

• If the ﬁ lter is damaged or becomes extremely dirty, change it with a new ﬁ lter. Contact your dealer for a new ﬁ lter.

• Use the dedicated ﬁ lter only.

• The power will not turn on if the ﬁ lter cover is improperly installed.

Caution:

Be sure to use the projector with an air-ﬁ lter. If not, dust may get inside the projector causing ﬁ re and failure.

Filter cover

Air-ﬁ lter

Cleaning of the projector and the ventilation slots

Use a soft cloth to clean the projector and the ventilation grilles. When the grilles become dirty, wipe them with a soft cloth dampened with diluted mild detergent, and then wipe them with a dry cloth.

• Clean the inside of the terminal cover frequently as dust is apt to be collected.

To protect the surface of the projector from fading or deteriorating:

• Do not spray insecticide on or inside the projector.

• Do not use benzine or thinner to clean it.

• Do not let rubber or plastic materials contact with projector.

Cleaning of the lens

Use a standard lens-cleaning brush or a piece of lens tissue dampened with lens cleaning ﬂ uid. The lens surface is fragile. Use only recommended, nonabrasive lens-cleaning materials. Do not touch the lens with your ﬁ ngers.

- 3 -

HOW TO USE THE LAMP JIG

Lamp jig is used, with the MAIN PCB ASSY removed. To check the performance and operation of the OPTICAL UNIT. The jig is mainly used to remove dust on the LCD panel.

No. : 859C670O80

How to Use

1. Remove the PCB-MAIN according to "10. Removal of PCB-MAIN" of Disassembly.

2. Connect the connectors (SA, SC, SD, SE, and SX) removed from the MAIN PCB ASSY to the connectors on the lamp jig.

3. Turn off the FAN-ON and LAMP-ON switches on the lamp jig.

4. Set four fan voltage adjustment controls to the center position.

5. Connect the power cord to the projector.

6. Turn on the FAN-ON and LAMP-ON switches in hat order.

7. Check the Optical Unit after the lamp is turned on.

8. After running the test, turn off the LAMP-ON switch on the lamp jig to put out the lamp.

9. Wait about 2 minutes after the lamp is turned off then turn off the FAN-ON switch on the lamp jig.

10. Pull out the power cord.

11. Remove the PCB-JIG and assemble the product by reversing the disassembly procedure.

Note: Insulate the back side of the lamp jig to prevent it from

touching the metal plate.

Controls for adjusting the FAN voltage

SE

SC

SD

SX

FAN_ON

LAMP_ON

SA

Lamp jig

WARNING

This symbol means that you should use UV radiation eye and skin protection during serving if it takes 30 minutes or longer.

- 4 -

DUST ON LCD PANEL

Small amount of dust might lie on the LCD panel or polarizer plate in the course of operating time of the LCD projector and cause poor image. Residual dust inside the product might collect on the LCD panel or polarizer plate. and cause poor image. Clean the inside of the product, as follows.

Symptom

When Projecting R, G, B Monochrome Pictures and White Raster

• Dust appears to be a black spot such as a missing pixel on R, G, B monochrome pictures. The black spot appears to be blurry when the picture is in focus.

Note: If the black part appears sharp in the shape of LCD

pixels when the picture is in focus, the defect lies in LCD panel.

• Cyan, magenta, or yellow blurry spot appears, when the picture is in focus on the white raster.

Note: If the spot appears sharp in the shape LCD pixels

when the picture is in focus, the defect lies in LCD panel.

When Projecting Black Picture

• R, G, or B blurry light appears on the black picture when the picture is in focus.

Note: If R, G, or B point appears sharp in the shape LCD

pixels on the black picture when the picture is in focus, the defect lies in LCD luminescent points.

Before Cleaning

Before cleaning the inside of the product, be sure to check the fitter of the intake fan and replace if too dusty. When reinstalling the filter, confirm carefully that there is no dust or other foreign object on the side facing inside the product. Reinstall the filter as originally installed.

Cleaning

Blow off the dust on the LCD panel side or polarizer plate side using air duster, etc. Refer to the followings.

• If dust appears on the R, G, or B monochrome pictures, dust lies near the LCD panel or polarizer plate of each color.

• If dust appears on the white raster, conﬁ rm on the R, G, or B monochrome pictures.

(Reference) If dust appears to be cyan : Dust lies near the red LCD panel or polarizer plate . If dust appears to be magenta : If dust appears to be yellow : Dust lies near the blue LCD panel or polarizer plate.

• If dust appears on the black picture, it lies near the LCD

• Confirm the picture by shifting the focus lens from the

If dust appears sharply when the focus lens is shifted for-

If dust appears sharply when the focus lens is shifted

Dust lies near the green LCD panel or polarizer plate.

panel or polarizer plate of each lit color.

standard point where the picture is in focus.

ward (counterclockwise seeing from the front), it lies near the lens side of each LCD panel or the polarizer plate.

backward (clockwise seeing from the front), it lies near the light source side of each LCD panel or the polarizer plate.

After Cleaning

Reinstall the upper case ASSY, etc. after cleaning. Set the product to the normal condition and check the picture. To prevent dust from entering the inside of the product, instruct the user to conﬁ rm carefully that there is no dust or foreign object on the side of the ﬁ lter facing inside and to reattach the ﬁ lter as was originally attached.

RESET OF THE THERMAL PROTECTOR

This projector can not be turned on when the Thermal Protector is off. Press the button of the Thermal Protector to turn it on.

1. Remove the terminal cover ASSY according to “DISASSEMBLY”in “1.Removal of the terminal cover ASSY.”

2. Remove the front case unit and top cover unit according to “DISASSEMBLY” in “3.Removal of lens unit and zoom focus motor.”

3. Remove the top case unit according to “DISASSEMBLY” in “4.Removal of the top case unit and KEY PCB ASSY.”

4. Remove the main barrier according to “DISASSEMBLY” in “5.Removal of the power fan.”

5. Press the button of the Thermal Protector.

- 5 -

Button of the Thermal Protector

SERVICE COMMANDS

Display the operation status screen

Hold down the [ ], [ ], and [ENTER] buttons on the projector together for 3 seconds to display the picture shown on the right. Alternatively, select the FEATURE menu from the menu screen and move the cursor to [MENU POSITION]. Press the [AUTO POSITION], [ENTER], and [AUTO POSITION] buttons on the remote control in order to display the picture shown on the right. Press the [MENU] button to cancel this picture.

S/W VERSION : The software’s version SET TIME (TOTAL) : Projector operating time (Cumulative projector operat-

ing time), impossible to reset. LAMP TIME (TOTAL) : Lamp operating time, possible to reset. (STANDARD mode time + LOW mode time) LAMP TIME (LOW) : The total lamp operating time is displayed on a Low

mode basis. (LOW mode time converted from STANDARD mode

time + LOW mode time) Possible to reset. LAMP RESET : Number of times the lamp operating time has been re-

set, impossible to reset. TEMP-ERR OR TIME : Time when a temperature error occurred. 0H0M is displayed when the power hasn’t been turned

off because of a temperature error. (ERROR MODE) : Displays the temperature sensor (INTAKE, LCD or

LAMP) when the power is turned off due to an abnor-

mal temperature. (ERROR LAMP MODE): Displays the LAMP MODE (STANDARD or LOW)

when the power is turned off due to an abnormal tem-

perature. IN TEMP (*1) : Intake temperature (°C) LAMP TEMP (*1) : Lamp temperature (°C) *1) The figures in the parentheses are the “temperature

when the power is turned off due to a temperature

failure”. The default value 0 is shown in the parenthe-

ses when the warning record has been reset. Table 1

shows the temperature setting for each sensor. LCD TEMP (*1) : LCD temperature (°C) (N/A is displayed because this

projector has no LCD sensor.) FAN MODE : Rotation speed of the fan (0 to 25)

S/W VERSION 1.00 FL7000 SET TIME (TOTAL) 519H 04M LAMP TIME (TOTAL) 519H 04M LAMP TIME (LOW) 519H 04M LAMP RESET 0 TEMP ERROR TIME 1000H 20M (ERROR MODE) INTAKE (ERROR LAMP MODE) LOW IN-TEMP 25.0 °C (48.0°C) LAMP-TEMP 44.0 °C (65.0 °C) LCD TEMP N/A FAN MODE 15 ( 25 )

MENU

ﬁ nish

SENSOR

IN TEMP 52 °C 53 °C 48 °C

LAMP TEMP 129 °C 130 °C 120 °C

Table 1 TEMPERATURE SETTING FOR EACH SENSOR

Warning

indication at

Forced

power-off at

Power-on

at

Reset to the factory settings

Use the procedure below to reset the setting values and the warning record to the factory settings.( It is accepted only on the standby state. ) Press the [MENU], [ENTER], and [ for 3 seconds. When the reset command is accepted, the STATUS LED will ﬂ ash green two times. Note1: It takes about 10 seconds for the projector to complete the process of

resetting to the factory settings. Upon completion of the reset process, the STATUS LED will ﬂ ash green two times. Do not disconnect the AC cord while the STATUS LED is ﬂ ashing.

Note2: After the settings are reset, the menu language will be English.

] buttons on the projector at the same time

Reset the lamp operating time

After replacing the lamp, reset the lamp operating time using the procedure below. Press the [POWER], [

time for 3 seconds. When the reset command is accepted, the STATUS indicator will ﬂ ash red two times.

] and [ ] buttons on the projector at the same

- 6 -

LIFE TIME OF THE CONSUMABLE PARTS

Following are the reference of the life times of the consumable parts.

• EX duct Approx. 7,000 hours

• Motor fan (Intake) Approx. 30,000 hours

• Motor fan (Power) Approx. 15,000 hours

• Motor fan (PBS) Approx. 10,000 hours

• Motor fan (Lamp) Approx. 10,000 hours (LAMP MODE : LOW) (LAMP MODE : STANDARD)

• Lamp Max. 5,000 hours Max. 2,000 hours

• LCD block (Including Polarizer OUT) Approx. 5,000 hours Approx. 3,000 hours

(Only LCD Panel without Polarizer OUT)

• Polarizer IN Approx. 8,000 hours Approx. 6,000 hours

• Polarizer OUT (Included in LCD block) Approx. 6,000 hours Approx. 3,000 hours

• PBS unit Approx. 6,000 hours Approx. 5,000 hours

Approx. 5,000 hours Approx. 4,000 hours

- 7 -

FUNCTION MENU (SETTING MENU ONLY FOR SERVICE)

Displaying the FUNCTION menu

1. Select “LANGUAGE” in the FEATURE menu.

2. Press the [AUTO POSITION], [ENTER], and [AUTO POSITION] buttons on the remote control in order. The FUNCTION

menu will be displayed.

Exiting the FUNCTION menu

Press the [MENU] button while the FUNCTION menu is displayed. Note: The menu is not initialized by selecting “RESET ALL” in the FEATURE menu. To initialize the menu, press the [MENU],

[ENTER], and [

] buttons of the projector at the same time.

Item Setting range Function

UNIFORMITY ON, OFF

Y/C DELAY ±3

MODE DISPLAY ON, OFF

REMOTE POS.

DIGITAL CABLE

LAMP

WARNING 1

LAMP

WARNING 2

AUTO, FRONT,

REAR

DEFAULT(0-15m),

2-25m, 20-25m,

25-35m

1 MIN, NO LIMIT

NORMAL,

AFTER P-ON

To demonstrate the effect of color uniformity correction.

To adjust the amount of DELAY of Y and C of the VIDEO signal (which is input to the S-VIDEO and VIDEO terminal).

To select whether or not to indicate the switched input terminal in the upper right-hand corner of the screen at the time of switching the input terminal while the power is on.

To select the remote control sensor to be enabled.

To select the length of the DVI cable for the digital connection.

To set the time over which the alert for the lamp replacement is displayed.

Set the display mode of warning the lamp exchange.

Default

setting

OFF: Without correction ON: With correction

Max.=+111nsec Min.=-111nsec (every 37 ns)

ON: With indication OFF: Without indication

AUTO: Both of FRONT and REAR sensors FRONT: Front sensor only REAR: Rear sensor only

DEFAULT: (0-15m) 2-25m: 20-25m: 25-35m:

1 MIN: 1 minute NO LIMIT: No time limit (After the alert is displayed for one minute, you can cancel it by any button or the RS-232C command.) Normal: display when power on and after 2850hours on each15 hours After P-ON: displays only after P-ON

ON No

0Yes

ON Yes

AUTO Yes

DEFAULT

(0-15m)

1 MIN Yes

NORMAL Yes

Last

memory

Yes

TEST SIGNAL

WHITE,BLACK, CROSSHATCH,

RED,GREEN,

BLUE,YELLOW,

CYAN,MAGENTA

To display the test patterns. (The ENTER button displays the test

pattern. Pressing any button cancels the displayed test pattern.)

- 8 -

OFF No

REPLACEMENT OF THE MAIN PCB ASSY

1. Outline

When replacing the MAIN PCB ASSY, replace the E2PROM (IC6M0) of the new MAIN PCB ASSY with that of the old MAIN PCB ASSY in order to use the existing DDC data with the new MAIN PCB ASSY. Check the operation of the projector with the new MAIN PCB ASSY. When the MAIN PCB ASSY has been replaced properly, the projector operates correctly. Replacing the MAIN PCB ASSY involves reading the factory adjustment data from the old MAIN PCB ASSY and transferring such data to a new MAIN PCB ASSY. There are three ways to transfer the data as follows: (1) Replace the E (2) Read and transfer the data referring to “How to Read and

Transfer the Data” when you can’t replace the E

(3) Follow “Electrical Adjustments” when the E

old MAIN PCB ASSY is defective.

It is recommended to replace the E2PROM on which the data are stored because it is the most quick and effective way.

When you replace the MAIN PCB ASSY by the method (2) above, it is necessary to read and transfer the data as described below. When you replace the MAIN PCB ASSY by the method (3) above, it is necessary to do Electrical Adjustment first, and then carry out “UNIFORMITY DATA TRANSFER”.

2

PROM (IC445).

2

PROM.

2

PROM on the

2. Necessary Tools

• Projector

• Personal computer (PC)

• RS-232C cable (attachment)

• Program folder “ChangePwbMAIN”

3. How to Read and Transfer the Data

(1) Preparation

1. Connect the projector of which MAIN PCB ASSY should

be replaced and the PC (Microsoft XP installed) using the attached RS-232C cable.

Note: Connect the RS-232C cable to the RS-232C terminal.

®

Windows® 95/98/ME/

2. Start Microsoft

3. Double-click “LvpAdjDataComm_v4_1.exe” in the

4. Click “ChangeCommPort” and select the port which is con-

5. Select the model to use.

(2) How to read the factory adjustment data

6. When clicking “READ”, the data are automatically read. (It

(3) How to replace the MAIN PCB ASSY

7. Turn off the main power and replace the MAIN PCB ASSY.

8. Turn on the main power again after replacing the MAIN

(4) How to transfer the factory adjustment data

9. Click “WRITE” to write the data. (It takes approx. 3 minutes

(5) Operation check

10. Turn off the main power and then turn it on again.

11. Press the [MENU], [

12. Check the projector’s operation. When the MAIN PCB

(If it is connected to the RS-232C/MOUSE terminal, data are not transferred.)

“ChangePwbMAIN” folder onto the desktop.

“ChangePwbMAIN” folder to start the data transfer program.

necting the PC and projector.

takes approx. 3 minutes to complete the READ operation.) If the error message “No response” is displayed, check the connection between the PC and projector or check the setting of Com Port. When the data reading is completed successfully, “Correct” is displayed. The adjustment data are saved as “XL550_WriteData.txt” in the Setting folder.

PCB ASSY and make sure that there are no errors indicated.

to complete the WRITE operation.) When the data transfer is completed successfully, “Correct” is displayed.

time for 3 seconds.

ASSY has been replaced successfully, the projector operates correctly.

COM port switching dialog window

®

Windows® 95/98/Me/XP and copy the

], and [ENTER] buttons at the same

FL7000

Reads out the factory adjustment data from the PCB to the PC.

Selects the model.

COM port No. being connected.

Writes the factory adjustment data from the PC to the PCB.

Main dialog window

- 9 -

Selects the COM port.

Exits the application.

REPLACEMENT OF THE TERMINAL PCB ASSY

When changing the terminal PCB ASSY, replace the EEPROM (IC580) of the new terminal PCB ASSY with that of the old terminal PCB ASSY in order to use the existing DDC data with the new terminal PCB ASSY. Check the operation of the projector with the new terminal PCB ASSY. When the terminal PCB ASSY has been changed properly, the projector operates correctly.

GAMMA ADJUSTMENT (WHITE BALANCE ADJUSTMENT)

1. Outline

Adjust gamma when color appears in black and white images. Carry out this adjustment after running the projector for two minutes or longer supplying the specified test signal to the projector.

2. Necessary Tools

• Projector

• Personal computer (PC)

• RS-232C cable (attachment)

• RGB cable (attachment)

3. Preparation

1. Connect the PC (Microsoft® Windows® 95/98/Me/XP in-

stalled) to the projector with the RS-232C cable.

Note: Connect the RS-232C cable to the SERIAL terminal.

Copy the “GANMMAadj_v300” folder containing the following ﬁ les to the PC before connecting.

• Gamma adjustment program (LvpGammaAdj_v300.exe)

• Default gamma ﬁ le (Default_FL7000.csv)

• Signal for adjustment (gray256_1080P.bmp)

• “Setting” folder INI ﬁ le (LvpGammaAdj.ini)

2. Start Microsoft

3. Start the Gamma adjustment program and open the dia-

log. (The RGB gamma curves are not displayed just by starting the program.)

®

Windows® 95/98/ME/XP.

Gamma curve under editing and displaying

Selected gradation gamma value

4. Open the “gray256_1080P.bmp” ﬁ le with the painting soft- ware in the PC, and project the image.

When using one PC, adjust the position and size of the

dialog so that both of the dialog of adjustment program and the gray scale can be displayed.

Note: When using two PCs, use one PC for signal source.

Connect it to the projector with the RGB cable. Open the “gray256_1080P.bmp” ﬁ le and project the image. Adjustment is easier with two PCs because the gray scale can be projected alone.

5. Set the IMAGE menu of the product as follows.

CONTRAST : 0 BRIGHTNESS : 0 COLOR ENHANCER : sRGB COLOR TEMP. : STANDARD

4. Adjustment

When color appears slightly weak

6. If color appears slightly weak, click “READ” to load the gamma data of the projector.

When the data are loaded successfully, the RGB gamma

curves are displayed on the dialog. When “No response” is displayed, check the connection between the PC and the projector or check the setting of “ComPort (P) ...” in the File menu.

Save the data by “SAVE” is the case of data loss due

to incorrect operation.

When color appears clearly

7. If color appears clearly in a black and white image, click “LOAD” to load the standard gamma data from the PC. When the data is loaded successfully, RGB gamma curves would be displayed on the dialog. Then click “WRITE” to write the data into the projector.

Click “Adjustment” to reflect the written data on the pro-

jected image.

- 10 -

Adjustment

8. Adjust the color (red, green, or blue) so that colors in each gradation (0 - 100%) are eliminated. White becomes reddish visually as a result of the successful adjustment.

The best adjustment range (Reference) x=0.313±0.010 y=0.335±0.015 The adjustment procedure is as follows. (1) Click the button of the color to be adjusted. Only the curve

of the selected color is displayed.

Note: When clicking the button, COLOR ENHANCER is

automatically set to sRGB. After completing the adjustment, set it to AUTO in the IMAGE menu of the projector.

Gradation to be adjusted

(3) After selecting a pattern, adjust the value using the up or

down shift key of the PC. (When the value is increased, the color gets deeper, and when it is decreased, the color gets lighter.)

(4) Click “Adjustment” to reflect the adjusted value on the

projected image as well as to save such value in the

2

E

PROM. When the access to the E2PROM succeeds, a

response will be sent back.

Color button

(2) Select the gradation to be adjusted among three different

patterns (16, 32, and 48) using the left or right shift key of the PC with only the curve of the adjusted color displayed. These values show the levels of gradation to be adjusted. Select one pattern according to the following.

16 : To adjust darker color in the image 32 : To adjust half tone color 48 : To adjust brighter color in the image Note: To make the left and right shift keys of the PC valid,

move the cursor to Gradation to be adjusted or Value.

Val ue

(5) Use “Init” to initialize the value in the middle of adjustment.

To reflect the adjusted value on the projected image as well as to save such value in the E

2

PROM, be sure to click

“Adjustment.”

- 11 -

UNIFORMITY DATA TRANSFER

1. Outline

After replacing the LCD block, you can correct some color uniformity by transferring the uniformity data. Note: When replacing the LCD block and the MAIN PCB

ASSY at the same time, be sure to transfer the factory adjustment data referring to “REPLACEMENT OF THE MAIN PCB ASSY.”

2. Preparation

The CV-C500 Data Transfer program runs on Microsoft ® Win-

®

dows

95/98/Me/XP. Use a PC with Windows® 95/98/Me/XP

installed.

1. Double-click the “Uniformity Data Transmit” folder.

2. Double-click the “English” folder.

3. Double-click the “setup.exe.” ﬁ le and install (set up) it.

Note: Select “C:\CV-C500 (Data) \” as the directory for in-

stallation (set up).

4. Copy the ﬁ le named "CV-C500 Data Transfer(2.2.00).exe" to the folder named "CV-C500(Data)" that is generated after the installation.

5. Copy the transfer data folder containing the transfer data ﬁ les (.csv ﬁ les) to the PC.

3. Operation

(1) Connection

1. Connect the PC with the projector using the attached RS232C cable.

Note: Connect the RS-232C cable to the SERIAL terminal.

2. Turn on the projector and project an image.

(2) Starting Uniformity Data Transfer

Double-click the CV-C500 Data Transfer.exe file in the “CV-C500 (Data)” folder in the C drive to start the program. (You can also start the program by clicking the [Start] button by selecting “Program” in the Start menu and clicking “CV-C500 Data Transfer.”)

(3) Main dialog window

1. Start the “CV-C500 Data Transfer.exe” program to display the main dialog window.

2. Select the [Settings] tag of the main dialog and set the “Resolution, Number of Points and IC Selection” for the

Select depending on the model to which the data are transferred.

Switch ON and OFF after transferring data to check the result of the correction.

model to which the data are transferred as shown below. After completing setting, click [OK] in the [Change Settings] ﬁ eld to save the settings. When you change the set- tings, also click [OK.]

3. Select the [Transfer] tag in the main dialog. Click the [Data Transfer] button and select the data transfer folder, which has been copied to the PC in step 5 of

“2. Preparation” to display the data transfer files. Se-

lect one file that contains data you want to transfer, and double-click the ﬁ le or click the [Open] button. (There are several types of data transfer ﬁ les.) When you select one ﬁ le, transfer of the data will start. (The screen may disappear and appear alternately two or three times during data transfer. This is not a product malfunction.)

4. When an error message is displayed and data transfer stops in the middle of transfer, switch the COM port and start transferring the data again. (Refer to (4) Switching the COM port.)

5. When the window showing that transfer has been completed is displayed, correction of uneven colors takes effect. Switch [ON] and [OFF] of Correction in the main dialog to check the results of the correction.

6. There are several types of data provided for color check. Check the results with each data and then transfer the optimum data again.

(4) Switching the COM port

1. Select the serial port to which the cable is being connected.

2. Press the [OK] button to switch the COM port.

Selects the COM port. Do not change other settings.

COM port switching dialog window

Resolution : 960 X 1080 Number of Points : H=16 V=13 IC selection : CXD3540

Saves the changed settings.

Settings

Main dialog window

- 12 -

Transfer

Switches the COM port when communication with the PC is not available.

Transfers the data with no correction (all 0 data).

Selects data to be transferred.

Exits the application.

COLOR UNIFORMITY ADJUSTMENT

1. Outline

When color unevenness is still noticeable in the image after you performed “UNIFORMITY DATA TRANSFER,” carry out this adjustment. Note: When replacing the LCD block and the MAIN PCB

ASSY at the same time, be sure to transfer the factory adjustment data of the old PCB to the new PCB referring to “REPLACEMENT OF THE MAIN PCB ASSY.”

2. Preparation

The “LvpUniformityAdj_v300” program runs on Microsoft® Windows® 98/Me/XP. Use a PC with Windows® 98/Me/XP.

1. Copy the folder named "UniformityAdj_v300" to anywhere on the PC.

2. Double-click the “UniformityAdj_v300” folder.

3. Double-click the “OCX for Lvp Uniformity Adj Install” folder.

4. Start the ﬁ le named "setup.exe" and install the OCX con- trol.

Note1: When your PC doesn't have Microsoft “ Windows “

Installer, exit all the running applications before installing the ﬁ le (because you will be asked to reboot your PC according to the instructions displayed on the screen). After your PC reboots, the installer will automatically start operating.

3. Operation

(1) Connection

Connect your PC with the projector using the attached RS232C cable.

(2) Starting the adjustment program

Double-click “LvpUniformityAdj_v300.exe.” in the “LvpUniformityAdj_v300” folder. The adjustment program will start.

(3) Main dialog window

1. When “LvpUniformityAdj_v300.exe” starts, the main dialog window will appear.

2. Turn on the projector and project an image.

3. Select Comm Port in the FILE menu. The COM port switching dialog window will appear. (If the selected port is unavailable, “Unable to open COM port.”will be displayed on the screen.)

4. Select the COM port to be used and click the [OK] button.

COM port switching dialog window

(4) Adjustment process

Note: Wait at least two minutes after turning on the projec-

tor before you start adjustment.

1. Select the model to be used.

2. Click the [READ] button.

(The PC starts reading the current adjustment values from

the projector.It is about 4 minutes before reading of the adjustment values completes. Messages will appear during and at the completion of the reading.)

Loads the adjustment values from the file.

File name of the selected adjusment values.

Shows the adjustment values of the selected level and color.

Select FL7000U.

Select the level to be adjusted.

A message for the user will appear.

Saves the current adjustment values.

Select the color to be adjusted.

Main dialog window

Reads the current adjustment values from the projector.

Writes the adjustment values into the projector.

Projects the built-in signal for adjustment.

Switches ON or OFF the application of the adjustment result.

Initializes the adjustment values.

- 13 -

3. Click the [SAVE] button. (The current adjustment values are saved in a ﬁ le.)

4. Enter a ﬁ le name in the window for ﬁ le saving and click the [SAVE] button.

(To load the adjustment values from a ﬁ le, click the [LOAD]

button.)

5. Determine the level to be adjusted referring to the following table

Level Description

Select to adjust the color unevenness of the dark

P8

level (around 1%) in the image. Select to adjust the color unevenness of thedark

P7

level (around 2%) in the image. Select to adjust the color unevenness of the dark

P6

level (around 3%) in the image. Select to adjust the color unevenness of the dark

P5

level (around 4%) in the image. Select to adjust the color unevenness of the dark

P4

level (around 5%) in the image. Select to adjust the color unevenness of the middle

P3

level (around 15%) in the image. Select to adjust the color unevenness of the middle

P2

level (around 35%) in the image. Select to adjust the color unevenness of the middle

P1

level (around 60%) in the image.

6. Select the level to be adjusted from the drop-down list.

7. Select the color to be adjusted referring to the following table.

Color Description

Select when the image has a tinge of red or cyan

R

partly. Select when the image has a tinge of green or ma-

G

genta partly. Select when the image has a tinge of blue or yellow

B

partly.

8. Click the button corresponding to the color to be adjusted.

(The adjustment values of the level and the color that are

currently selected are displayed on the main dialog window.)

9. Click the Adjustment [ON] button.

(The built-in signal of the level you have selected in step 6

will be projected.)

10. Check the color unevenness in the image and the color to be adjusted.

Note: When no color unevenness is found, repeat from step 6. (The level you have selected may be inadequate, or the

input signal itself may be colored.)

11. Change the adjustment value of the point you want to adjust on the main dialog window according to step 12 to 14 below.

12. Determine the point to be adjusted.

(The table on the main dialog window shows the adjust-

ment points of the image graphically. For example, when

the image has a tinge of green around its upper right corner, correct the values of the table around its upper right corner. )

13. Click the point to be adjusted on the table. (You can move the active point to be adjusted by pressing

the [UP], [DOWN], [RIGHT], or [LEFT] button of the PC after clicking any point on the table.)

14. Enter a value for the selected point using the keyboard. (To increase the intensity of the selected color, enter a

larger value than the current value. To decrease the intensity of the selected color, enter a smaller value than the

current value.) Note1: The adjustable range is between -128 and 127. Note2: To initialize the value, click the Init button.(Note that

all the adjustment values on the table are initialized when the Init button is clicked.)

15. Click the [WRITE] button. (The new adjustment values take effect when they are writ-

ten into the projector. However, it takes several seconds

for data transfer between the PC and the projector. The

adjustment is turned off and color unevenness appears

during such data transfer. When any of the adjustment

points are set out of the adjustable range or any of the

adjustment values have characters other than numerals,

an error message will be displayed on the screen. In such

a case, enter the adjustment values again and click the

[WRITE] button.)

16. Check the result of the adjustment by clicking the Unifor-

mity [ON/OFF] button viewing the projected image. (The adjustment result is applied or canceled every time

you click this button.)

17. For further adjustment, repeat step 11 to 15.

18. Click the Adjustment [OFF] button. Note: If you exit the adjustment program without canceling

the projected built-in signal because of wrong operation or PC freezing, such built-in signal also freezes. In such a case, disconnect the power cord from the projector and reconnect it. Wait for the projector to start.

19. To save the new adjustment values, click the [SAVE] but-

ton. They are saved in a ﬁ le.

20. To adjust another level or color, repeat step 5 to 19. 21

21. Exit the program.

(5) Message displayed during adjustment

- When the projector doesn't respond, “No response.” will be

displayed on the screen. In such a case, check the con-

nection between the projector and the PC as well as the

setting of the COM port and then try the desired operation

again.

- When the response from the projector is lost during the

data transfer that you started by clicking the [WRITE] but-

ton, “Please unplug AC power cord and then plug it in.”

will be displayed on the screen. In such a case, exit the

adjustment program. Disconnect the power cord from the

projector and reconnect it to restart the projector. Start the

adjustment program, and carry out the adjustment from

the beginning again.

- 14 -

DOWNLOAD OF THE FIRMWARE

1. Outline

Download the firmware to the ROM of the projector by the program.

2. Operating conditions

Microsoft® Windows® 98/Me/XP shall operate correctly. (The program doesn’t run on Windows A display device supporting VGA (640 x 480) or above is required.

3. Necessary ﬁ les

The following ﬁ les are necessary to run the program.

-[FL7000v***] folder : Firmware data (*** indicates the version.)

-[Flash Upgrader.exe] : Download program

-[appcode.inf] : Information ﬁ le for download

-[XXXX.hex] : Firmware data

4.

Preparation before starting the program

1. Read the factory adjustment data of the PCB MAIN ASSY and save them using ChangePWBMAIN according to "REPLACEMENT OF THE MAIN PCB ASSY".

2. Copy the data folder to any desired folder on the desktop.

3. Connect the COM port of the PC and the RS-232C terminal of the projector using an RS-232C cable (attachment).

4. Disconnect the power cord from the projector.

5. Operating procedure

1. Double-click “Flash Upgrader.exe”. The dialog box shown below appears.

2. Click [Choose] on the dialog box.

®

95.)

4. Set [Connection], [COM Port], and [Baud Rate] depending on the PC to be used. Set [Connection] to [Serial], [Com Port] to [COM1], and [Baud Rate] to [115200] in most cases.

5. Check [Notify On Completion] and [Reset Target After Download] of Options and [Flash] of Modes, and then click the [Flash] button.

Here, preparation of the program is completed.

6. Remove the lamp cover from the projector and connect the power cord.

7. Download will start automatically.

8. When download is completed, a dialog box indicating [Flash Completed] appears. Click [OK] to close the dialog box.

9. The same dialog box as that appears at the beginning of this procedure appears again. Click [Close] to exit the program.

10. If the E cally initialized after download is completed.

Don’t unplug the power cord until the POWER LED ﬂ ashes

green and red.

11. Disconnect the RS-232C cable from the projector and unplug the power cord.

12. Close the lamp cover of the projector.

6.Task after downloading the ﬁ rmware

Retransfer the factory adjustment data of the PCB MAIN ASSY that were read in clause 4 using ChangePWBMAIN according to "REPLACEMENT OF THE MAIN PCB ASSY".

7. Switching the COM port

If communication with the PC is not available, switch the COM port. Select the serial port to which the cable is connected.

2

PROM is used for the ﬁ rst time, it will be automati-

3. Select “appcode.inf” in the ﬁ rmware folder and click [Open].

- 15 -

CRITERIA OF THE DEFECT PIXEL ON THE LCD PANEL (FOR REFERENCE PURPOSE)

Note1: These criteria are intended to deﬁ ne the factory shipping criteria, not to guarantee the product.

1. Necessary Tools

• This projector

• Personal computer (PC)

• RS-232C cable (attachment)

• RGB dot pattern

• ND Filter (1.5 %, 2.5 %, 5 %)

2. Pixel Defects

Test Conditions

Projection conditions : 40 ± 0.5 inches, Maximum zooming (The Zoom Ring is fully turned to the WIDE.) Projection distance : Approx. 1.7m Test signal : Full white signal and full black signal (internal or external) Test point : Full white signal Effective display screen (1920 x 1080 dots) Full black signal Full screen (2052 x 1084 dots) Image quality : Default Test start : Two minutes after the lamp turned ON. Projector positioning : Floor-mounted on a level surface with an inclination within ±5 degrees Ambient illumination : 5 lx or less at the test point Test tools positioning : Vertical positioning Other conditions : The components that have direct effect on the brightness, such as the projection lens, shall be free

from dirt and dust.

Defect Type

White defect : The transmittance of a pixel is 5 % or more of the saturated white when a full black image is pro-

jected. Occurrence of this defect in two adjoining pixels shall be rejected.

White spot : The transmittance of a pixel is 2.5 % or more but less then 5 % of the saturated white when a full

black image is projected. Occurrence of this defect in two adjoining pixels shall be rejected.

Negligible white defect : For the red and blue LCD panels, the transmittance of a pixel is less than 2.5 % of the saturated

white when a full black image is projected. For the green LCD panel, the transmittance of a pixel is

1.5 % or more but less than 2.5 % of the saturated white when a full black image is projected.

Black defect : A pixel doesn’t transmit the light at all when a full white image is projected.

Pixel short cut : When an image consisting of vertical or horizontal black and white lines having a width of one pixel

is projected, a pixel on a black line transmits the light or a pixel on a white line blocks the light.

(Pixel short cut is a defect that a pixel wrongly transmits the light when the adjoining pixels are

transmitting the light or that a pixel wrongly blocks the light when the adjoining pixels are blocking the light.)

The light is being transmitted.

The light is being blocked.

Pixel short cut

- 16 -

Defect Criteria

LCD panel White defect White spot

Green None

Red Blue

Blinking pixel : Count a blinking pixel at the time of occurrence as a white defect that the transmittance is 5 %

Flaws or foreign objects : They shall not be seen on the screen when the projected image is in focus. (The squeezed-out adhesive shall not be seen, either.) Irregular pixels or stains : They shall not cause any trouble in projection.

Not more than 1 pixel

Not more than 4 pixels Not more than 20 pixels

Not more than 3 pixels

Not more than 5 pixels

or more. Occurrence of this defect in two adjoining pixels shall be rejected.

Negligible

white defect

Not more than 15 pixels Not more than 5 pixels

Ignored Ignored

Black defect

Not more than 5 pixels Not more than 5 pixels

(White defects and black defects shall

be counted separately from this defect.)

Pixel short cut

Not more than 5 pixels Not more than 5 pixels Not more than 5 pixels

Discrimination of the pixel defects (white defect, white spot, and negligible white defect)

1. Connect the projector to a PC using the attached RS-232C cable.

2. Copy the ﬁ le containing the dot pattern (RGB) into the PC.

3. Display the dot pattern of the color to be checked as PC wallpaper. (Select “TILE” in the Display Property setting.)

4. Project the PC wallpaper onto the screen.

5. Check the projected image for any defective pixels.

6. If a defective pixel is found, see the dot near such pixel using a 5 % ND Filter.

7. Compare the brightness of the defective pixel and that of the dot. If the defective pixel is brighter than the dot, such pixel is judged to be a white defect. If the defective pixel is darker than the dot, go to the next step.

8. Change the 5 % ND Filter used in step 7 with a 2.5 % ND Filter.

9. Compare the brightness of the defective pixel and that of the dot. If the defective pixel is brighter than the dot, such pixel is judged to be a white spot. If the defective pixel is darker than the dot, go to the next step. (Carry out the next step only with the green LCD panel.)

10. Change the 2.5 % ND Filter used in step 9 with a 1.5 % ND Filter.

11. Compare the brightness of the defective pixel and that of the dot. If the defective pixel is brighter than the dot, such pixel is judged to be a negligible white defect.

Dot

Defective pixel

ND Filter(1.5%,2.5%,5%)

- 17 -

ABOUT LASER BEAM

Remote control

1

2

4

5

29

6 7 8 9

10

DVI-D(HDCP)

HOME Page Up

END Page Down

11

12

R-CLICK

13 14

MENU

LENS SHIFTZOOM / FOCUS

VOLUME

15

16

CE

or

There are 2 types of labels placed on the back of the remote control and either of them is placed on it.

COMPUTER

1

VIDEO S-VIDEO

AUTO POSITION

KEYSTONE

ASPECT

FREEZEAV MUTE

1 Laser aperture 2 Transmission window 3 Wired remote control jack 4 Indicator 5 POWER button

3

6 VIDEO button 7 DVI-D(HDCP) button 8 HOME button 9 END button 10 Page Up and Page Down buttons 11 Mouse pointer

17

2

LASER

12 LENS SHIFT button 13 MENU button

18

14 ZOOM/FOCUS button

19

15 + , - (VOLUME) buttons

20

16 COLOR ENHANCER (CE) button 17 COMPUTER 1, 2 buttons 18 S-VIDEO button

21

19 AUTO POSITION button 20 LASER button 21 S, T, W, X buttons

ENTER

SPLIT

22

22 R-CLICK button

23

23 ENTER button

24

24 KEYSTONE button

25

25 ASPECT button

26

26 SPLIT button

27

27 FREEZE button

28

28 AV MUTE button 29 Left click button

• Pressing the LASER button emits a laser beam. Even when you keep holding down the LASER button, it is emitted only one minute. To keep emitting it longer, press the LASER button again.

• You can disable the LASER button to prevent laser radiation due to misuse of the button.

How to disable the LASER button

While holding the LASER button down, press the T button 3 times.

How to enable the LASER button

While holding the LASER button down, press the S button 3 times.

• Whenever the batteries are replaced, the LASER

button is enabled.

About the laser beam

This remote control is a Class 2 laser product. (Max. output: 1 mW, Wavelength: 620-640 nm) Beam Divergence: 6 m distance about 10.0 mm x 10.0 mm (±6.0 mm)

Caution:

• Pressing the LASER button on the remote control emits a laser beam. Do not look into the laser beam directly. Do not point the laser beam at anyone. Looking at the laser beam directly may damage eyesight.

• Use of controls or adjustments or procedures other than those speciﬁ ed herein may result in hazardous radiation exposure.

• This remote controller cannot be repaired.

- 18 -

DIAGNOSIS FLOW CHART

Image system

Images are not projected properly.

Is the lamp lit?

!

Is the indication of LEDs normal after power-on?

!

(POWER : Green, STATUS : Green)

Is the proper video signal supplied?

!

Is the image projected correctly?

Are the full-white,

full-black, monochrome

R, G, and B test signals

projected normally?

Is the menu projected normally?

YES

Are images from the computer projected normally?

YES

NO

Malfunction of the PCB-DRIVE.

Are the DR, DG, and DB connectors inserted properly?

Is the voltage at the DP connector OK?

Malfunction of the PCB-MAIN or the PCB-DRIVE.

Check the voltage waveforms of the SR, SG, and SB

connectors respectively.

Check the video signal circuit and panel control circuit

around IC4W0.

*

Malfunction of the PCB-DRIVE or the LCD panel when the above-mentioned voltage waveforms are OK.

Malfunction of the analog/digital circuit around the input terminal of the computer. [Analog input] Check the video signal circuits around J600, J603,

IC610 (PCB-TERMINAL), and IC6A0 (PCB-MAIN).

Check the sync signal circuits around J600, J603,

IC551, IC552, IC561 (PCB-TERMINAL), and IC6A0 (PCB-MAIN).

[DVI-D input] Check the video signal circuits around J6P0, and

IC6A0.

Check the DDC interface circuits around J6P0, IC6M0,

and IC6C5.

(PCB-TERMINAL/PCB-MAIN)

Malfunction of the circuit around the video

Are video images projected normally?

YES

A malfunction has occurred in the digital signal processing circuit. Check the digital signal circuit around IC440. (SDRAM IC400, IC401, IC402, IC403)

The terminal shield is used as GND when the terminal voltages and the waveforms are checked. When replacing the PCB or the optical unit, follow the instructions in the service manual.

NO

input terminal.

Check the video signal circuits around J210, J211, IC230, IC231 (PCB-TERMINAL), and IC2A0 (PCB-MAIN).

- 1 -

Power source system 1

The projector does not enter the stand-by mode.

Has the FUSE

(F9F1) blown?

INLET PCB ASSY

NO

Is the PP,PF-RF

or RD-SD connectors

inserted properly?

YES

Is the lead wire

PB-RB or RD-SD

broken?

NO

Is the pin No. 3

of the SD

connector 5 V?

MAIN PCB ASSY

LED doesn't illuminate. Check the STBY5.

Check for any failure on the POWER PCB ASSY,

YES

NO

YES

NO

then replace the parts. (Check especially D900, Q900, Q901, Q902, Q905, IC9M0 and IC900.)

Insert the connectors properly.

Replace the lead wire.

Remove the SD connector from the MAIN PCB ASSY .

Is the pin No. 3

of the RD

connector 5 V?

YES

NO

POWER PCB ASSY

Check the circuits around IC950, IC951, and PC950, and replace them, if necessary. (Especially check Z952. )

YES

Malfunction of the MAIN PCB ASSY

or KEY PCB ASSY.

The terminal shield can be used as GND when the terminal voltages and the waveforms on the secondary side are checked. (Do not use a heat dissipation board as GND.)

Replace the

MAIN PCB ASSY and

check if the product enters

the stand-by

mode.

NO

YES

Malfunction of the MAIN PCB ASSY.

Malfunction of the PREAMP PCB ASSY or the KEY PCB ASSY.

- 2 -

Power source system 2

When diagnosed as a STBY5 power error.

Is the RD-SD

lead wire OK?

YES

Remove the SD connector from the MAIN PCB ASSY.

Is the pin No. 6 of the RD connector

-6 V or less?

YES

Malfunction of the MAIN

PCB ASSY

NO

.

Connect the lead wire correctly, or replace it.

Check the circuits around D983 (on the

PCB ASSY

POWER if necessary.

), and replace it,

The terminal shield can be used as GND when the terminal voltages and the waveforms on the secondary side are checked. (Do not use a heat dissipation board as GND.)

- 3 -

Power source system 3

The lamp does not light.

Is the lead wire or

connector between the

POWER PCB ASSY and

LAMP POWER UNIT

Remove the MAIN PCB ASSY and connect the Turn on [FAN-ON], and [LAMP-ON] of the LAMP JIG

LAMP JIG

.

OK?

YES

NO

.

Connect the lead wires correctry, or replace them.

Does the lamp light?

NO

Remove the RE-CN1 lead wire and turn on

[FAN-ON]

Is the voltage between the pins No. 1 and No. 3 of the RE connector 370 V?

Is the voltage of the pin No. 10 of IC9M0

of the LAMP JIG.

POWER PCB ASSY

NO

17.5 V or more? POWER PCB ASSY

YES

NO

YES

Malfunction of the the MAIN PCB ASSY.

Malfunction of the LAMP POWER UNIT.

Check the circuit around Z900, IC900, and PC901.

YES

Malfunction of the PFC circuit. Check the circuits around IC9M0, Q900, Q901, and Q902.

The terminal shield can be used as GND when the terminal voltages and the waveforms on the secondary side are checked. (Do not use a heat dissipation board as GND.) When measuring the voltage on the primary side, use the negative (-) terminal of C903 as GND.

- 4 -

DIAGNOSIS INFORMATION

Outline of self-diagnosis function

This projector is provided with the self-diagnosis function. In case of any failure, the LED at the top of the projector will indicate the failure. There are two ways for diagnosis.

1. Connect a personal computer to the projector. Then, input [00~CHK] from the hyper-terminal window of the personal computer during stand-by.

2. Connect a personal computer and click the “diagnosis” button of PCGC, the diagnostic software to read the warning history.

Note: Diagnosis can be also carried out by turning on the main power and then turning on the power of the operation panel.

However, as the diagnosis items are different and it may cause a secondary failure, carry out the diagnosis in either of the above-mentioned ways in most cases.

Diagnosis result indication

LED indication and failures are described in the following table. LED can be reset “automatically” or “by turning on/off of the main power” after the failure is corrected.

LED Error Indication List

--- : LED off Orange : Both Red and Green light

Preferential order

LED Indication

POWER STATUS PCB Reference

1 --- ---

Red / green

2

alternately

Red / green

3

alternately

Red / green

4

alternately

Red / green

5

alternately Red / green

6

alternately

Symptom Failure

AC system (Primary power source)

STBY5 is not

supplied.

STBY5 is

supplied

--- No power-on

red

ﬂ ash

red

ﬂ ash 2

red

ﬂ ash 3

red

ﬂ ash 4

red

ﬂ ash 5

red

ﬂ ash 6

Green

ﬂ ash

Green

ﬂ ash 6

Orange No power-on NR8R power failure

Orange

ﬂ ash

No power-on

No power-on Disconnected thermister MAIN SZ connector

failure

Secondary power source failure POWER

LED failure MAIN D7R0

Lamp cover open MAIN

Filter cover open MAIN

Cooling fan (exhaust) stopped MAIN SX connector

Cooling fan (lamp) stopped

Cooling fan (power) stopped

Cooling fan (PBS) stopped

Cooling fan (intake) stopped

Cooling fan (drive) stopped

I2C bus failure of E2PROM MAIN IC445, SCL0, SDA0

2

I

C bus failure of GPIOO MAIN IC754, SCL0, SDA0

2

C bus failure of WatchDog MAIN IC444, SCL0, SDA0

I

Check Point

INLET F9F1

SD connector 3pin (STBY5) , Z972

SL connector LAMP COVER

SL connector Filter cover

POWER SUB

POWER, MAIN

NR connector

NA connector

NB connector

NK connector

ND connector

SD connector 2 pin (NR8R)

Reset

Unplug and plug

the power cord.

Unplug and plug

the power cord.

Unplug and plug

the power cord.

Auto

Unplug and plug

the power cord.

Unplug and plug

the power cord.

Unplug and plug

the power cord.

Unplug and plug

the power cord.

Unplug and plug

the power cord.

Unplug and plug

the power cord.

Unplug and plug

the power cord

Unplug and plug

the power cord

Unplug and plug

the power cord

Unplug and plug

the power cord

Unplug and plug

the power cord

7 Red Red No power-on

Power-on is prohibited because of the end of the lamp life. (2000 hours or more)

- 1 -

Replace the lamp and reset the lamp operating time. (Press and hold the Power, , jector together for 3 seconds.)

and buttons on the pro-

Manual

Preferential order

8 Red

LED Indication

POWER STATUS PCB Reference

Orange

ﬂ ash5

Symptom Failure

No power-on

High temperature of the intake air (outside air)

No power-on after poweroff during

High temperature of the intake air (outside air)

Temperature around the top of the air inlet fan

Check Point

power-on No power-on

Orange

ﬂ ash 3

after poweroff during

High temperature around the lamp

Temperature around the top of the lamp

power-on

Reset

Auto

9 Red

Red/

10

Green al-

ternately

Red

11

Green

ﬂ ash

Green

ﬂ ash2

Green

ﬂ ash 3

Green

ﬂ ash 4

Green

ﬂ ash 5

Green

ﬂ ash 2

Green

ﬂ ash 7

Red

ﬂ ash

Red/

Green al-

ternately

No power-on for one minute

No power-

Lamp fails to illuminate. Auto

Lamp goes out. Auto

on for one minute

RGB signal isn't displayed.

VIDEO signal isn't displayed.

Damaged lamp

I2C bus failure of A/D MAIN IC6A0, SCL1, SDA1 Auto

I2C bus failure of DECODER MAIN IC2A0, SCL1, SDA1 Auto

2

I

C bus failure of Uniformity Cor-

rection IC

VIDEO signal isn't dis-

2

I

C bus failure of UFM DRIVE

played. VIDEO signal

isn't displayed. Warning

indicated by the LED during stby.

Warning indicated by the LED during power-on.

I2C bus failure of AUDIO TERMINAL IC320,AUSDA,AUSCL Auto

The end of the lamp life is near. (1500 to 2000h.)

DRIVE

Damaged lamp

IC4W1,IC4W2,

IC801-IC804,

IC8A1-IC8A4,

IC8M1-IC8M4,

SCL2(HSCLI),SDA2(HSDAI)

IC4P0,IC4W3IC4W4

SCL3(HSCL2),

SDA3(HSDA2

Manual

Auto

Manual

12 Green

13 Red

14 Red

Green ﬂ ash

(cycle : 1s)

Green

ﬂ ash

(cycle : 1s)

Green

ﬂ ash

(cycle : 2s)

No power-off for one minute after power-on

No poweron for one minute

Displayed for 60

- 80 sec after power-off. Power on is possible

For protect the lamp, no power-off for one minute after power-on

Power-on is prohibited during the lamp cooling time after power-off.

After power-off, power-on is possible during the lamp cooling time, but only FAN rotates.

Auto

- 2 -

DIAGNOSTIC SOFTWARE, TO READ WARNING HISTORY (PCGC8 Ver.2)

*Pcgc8 Ver.2 is upwardly compatible with Pcgc8 Ver.1.

1. Preparation

PCGC8 supports Microsoft® Windows® 95/98/Me/XP. Use a PC with Windows

1. Copy the folder named “Pcgc8.2 (English)”.

2. Connect the PC with the projector by RS-232C cable (service component).

3. Double click “Pcgc8e.exe” in the folder named “Pcgc8.2 (English)” for starting the program.

®

95/98/Me/XP installed.

2. Operation

(1) Model name selection dialog window

Starting Pcgc8 displays the model name selection dialog window. Select the model name you want to use and press the [OK] button to display the main dialog window. Press the [Cancel] button to exit the application.

Click and select a model name .

FL7000U

Goes to the main dialog window.

Model name selection dialog window

Exits this application.

(2) Main dialog window

1. The main dialog window displays the information stored in the projector (model name, serial No., software version, etc.) and the service menu information. Information displayed in this window depends on the selected models.

2. Some PCs may not be able to connect to the right COM port. In such cases, press the Change COM PORT button to switch the COM port. Refer to (4) Switching the COM port.

3. Press any of the [Warning History 1], [Warning History 2], or [Warning History 3] button to display the warning dialog window containing the detailed error data.

4. Press the [DIAGNOSIS] button to start self-diagnosis.

(Not available during power on and when an error occurs.) Warning Status : Present abnormal state will be displayed

.After repair, this information will disappear.

Warning History1 : The latest warning history data are stored

in the Warning History 1. The data remain after the error is corrected.

Warning History 2 : The second oldest warning history data

are stored in the Warning History 2.

Warning History 3 : The oldest warning history data are stored

in the Warning History 3.

Note: When the power is turned off because of any error,

the warning history data are saved. Or, only when an error occurs during power on or when an error is detected during self-diagnosis (or immediately after pressing the DIAGNOSIS button), the warning history data are saved. (The warning history data aren’ t saved when the stand-by power fails during the stand-by mode. In this case, LED warning indication will appear. Check the error data by the warning status.)

Displays the information about the connected device. The contents depend on the selected model.

Displays the selected model name

Displays the Warning Status

Displays the Warning History 1.

Displays the Warning History 2.

XL550

XL550U(K)

ver1.0 XL550

Warning Status

Displays the Warning History 3.

Main dialogue window

Displays the current date and time when the error is corrected.

Switches the COM port.

The information to be displayed varies depending on the model.

Exits the application.Starts self-diagnosis.

- 3 -

(3) Warning dialog window

1. The warning dialog window displays the error location.

2. “ERROR TIME (SET TIME)” displays the time when the warning history data were saved (,or the SET TIME in the service menu). “ERROR TIME” and “SET TIME” shown in the main dialog window are useful to know when the error occurred.

3. Pressing the Detail button activates Notepad and opens the file containing the information about the set and the warning data. To prevent writing over this file, be sure to select “Save As” from “File” of the menu in Notepad to save the ﬁ le. The name of the ﬁ le being displayed should be “DataTemp.txt.”

4. Pressing the [Warning Clear] button displays the conﬁ rma- tion message window, which asks you whether you will clear the warning history data. Press the [OK] button to clear the warning history data or the [Cancel] button to cancel clearing them.

5. Pressing the [Back] button displays the main dialog window again and carries out communication with the projector again to get information from it.

(4) Switching the COM port

1. Select the serial port to which the cable is being connected. When the selected serial port isn’t available or doesn’t exist, an error message window is displayed.

2. Press the [OK] button to switch the COM port. When the serial port is switched correctly, communication with the projector is carried out again to get information from it.

COM port switching dialog window

Indicates which data of the Warning Status 1, 2, or 3 are displayed.

All the error items are displayed in red and their check boxes are checked.

Displays the SET TIME when the warning history data were saved.

Creates a detailed report.

Warning dialog window

Clears all the warning history data.

The information to be displayed varies depending on the model.

Goes back to the main dialog window.

- 4 -

SPECIFICATION OF RGB SIGNALS IN EACH COMPUTER MODE OF THE PROJECTOR

Speciﬁ cation of RGB signals in each computer mode of the projector

Signal mode Resolution

TV60, 480i (525i) 720 x 480 15.73 59.94 1440 x 1080 640 x 480 TV50, 576i (625i) 720 x 576 15.63 50.00 1440 x 1080 768 x 576 1080i60 (1125i60) 1920 x 1080 33.75 60.00 1920 x 1080 1920 x 1080 *1 1080i50 (1125i50) 1920 x 1080 28.13 50.00 1920 x 1080 1920 x 1080 *1 480p (525p) 720 x 480 31.47 59.94 1440 x 1080 640 x 480 *1 576p (625p) 720 x 576 31.25 50.00 1440 x 1080 768 x 576 *1 720p60 (750p60) 1280 x 720 45.00 60.00 1920 x 1080 1280 x 720 *1, *2 720p50 (750p50) 1280 x 720 37.50 50.00 1920 x 1080 1280 x 720 *1, *2 1080p60 (1125p60) 1920 x 1080 67.50 60.00 1920 x 1080 1920 x 1080 *1, *2 1080p50 (1125p50) 1920 x 1080 56.25 50.00 1920 x 1080 1920 x 1080 *1, *2 CGA70 640 x 400 31.47 70.09 1728 x 1080 640 x 400 CGA84 640 x 400 37.86 84.13 1728 x 1080 640 x 400 CGA85 640 x 400 37.86 85.08 1728 x 1080 640 x 400 VGA60 640 x 480 31.47 59.94 1440 x 1080 640 x 480 *1 VGA72 640 x 480 37.86 72.81 1440 x 1080 640 x 480 VGA75 640 x 480 37.50 75.00 1440 x 1080 640 x 480 VGA85 640 x 480 43.27 85.01 1440 x 1080 640 x 480 SVGA56 800 x 600 35.16 56.25 1440 x 1080 800 x 600 SVGA60 800 x 600 37.88 60.32 1440 x 1080 800 x 600 *1 SVGA72 800 x 600 48.08 72.19 1440 x 1080 800 x 600 SVGA75 800 x 600 46.88 75.00 1440 x 1080 800 x 600 SVGA85 800 x 600 53.67 85.06 1440 x 1080 800 x 600 SVGA95 800 x 600 59.97 94.89 1440 x 1080 800 x 600 XGA60 1024 x 768 48.36 60.00 1440 x 1080 1024 x 768 *1 XGA70 1024 x 768 56.48 70.07 1440 x 1080 1024 x 768 XGA75 1024 x 768 60.02 75.03 1440 x 1080 1024 x 768 XGA85 1024 x 768 68.68 85.00 1440 x 1080 1024 x 768 SXGA70a 1152 x 864 63.85 70.01 1440 x 1080 1152 x 864 SXGA75a 1152 x 864 67.50 75.00 1440 x 1080 1152 x 864 SXGA85a 1152 x 864 77.49 85.06 1440 x 1080 1152 x 864 WXGA60 1280 x 768 47.78 59.87 1800 x 1080 1280 x 768 *1 WXGA60a 1280 x 800 49.70 59.81 1728 x 1080 1280 x 800 *1 WXGA60b 1360 x 768 47.71 60.02 1912 x 1080 1360 x 768 WXGA60c 1366 x 768 47.50 59.75 1920 x 1080 1366 x 768 WXGA+60 1440 x 900 55.94 59.89 1728 x 1080 1440 x 900 SXGA60b 1280 x 960 60.00 60.00 1440 x 1080 1280 x 960 SXGA75b 1280 x 960 75.00 75.00 1440 x 1080 1280 x 960 SXGA85b 1280 x 960 85.94 85.00 1440 x 1080 1280 x 960 SXGA60 1280 x 1024 63.98 60.02 1350 x 1080 1280 x 1024 *1 SXGA75 1280 x 1024 79.98 75.02 1350 x 1080 1280 x 1024 SXGA85 1280 x 1024 91.15 85.02 1350 x 1080 1280 x 1024

SXGA+60

SXGA+75 1400 x 1050 82.28 74.87 1440 x 1080 1400 x 1050 WSXGA+60 1680 x 1050 65.29 59.95 1728 x 1080 1680 x 1050 MAC13 640 x 480 35.00 66.67 1440 x 1080 640 x 480 MAC16 832 x 624 49.72 74.55 1440 x 1080 832 x 624 MAC19 1024 x 768 60.24 75.02 1440 x 1080 1024 x 768 HP75 1024 x 768 62.94 74.92 1440 x 1080 1024 x 768 HP72 1280 x 1024 78.13 72.00 1350 x 1080 1280 x 1024 SUN66a 1152 x 900 61.85 66.00 1382 x 1080 1152 x 900 SUN76a 1152 x 900 71.81 76.64 1382 x 1080 1152 x 900 SUN66 1280 x 1024 71.68 66.68 1350 x 1080 1280 x 1024 SUN76 1280 x 1024 81.13 76.11 1350 x 1080 1280 x 1024 SGI72 1280 x 1024 76.92 72.30 1350 x 1080 1280 x 1024 SGI76 1280 x 1024 82.01 76.00 1350 x 1080 1280 x 1024 UXGA60 1600 x 1200 75.00 60.00 1440 x 1080 - *1

(H x V)

1400 x 1050 63.98 60.02 1440 x 1080 1400 x 1050 1400 x 1050 65.32 59.98 1440 x 1080 1400 x 1050 *1

Horizontal

frequency (kHz)

Vertical frequency

(Hz)

Normal mode

(H x V)

Real mode

(H x V)

*1: Available with the signal for the DVI-D terminal. *2: You can select from two adjustment modes by pressing the AUTO POSITION button. For details, see page 16.

- 5 -

ELECTRICAL ADJUSTMENTS

All the electrical adjustments for this projector require the communication program [Hyper Terminal] of Microsoft® Windows® 95/98/Me/XP operating system.

Necessary Equipment and Connecting

Connect the following equipment as shown in the right ﬁ gure.

• This projector

• Personal computer (running Microsoft Me/XP operating system)

• RS-232C cable

• Signal generator (equivalent to VG-812)

• PC monitor

®

Windows® 95/98/

COMPUTER IN terminal

PC

monitor

RS-232C cable

Test Signal

• XGA signal (vertical frequency:60Hz) / NTSC signal (vertical frequency:59.94Hz)

The timing and patterns for the adjustment are as follows :

H Timing V Timing

HDW

HBP

HD signal

Program ROM : LC6 Ver. 2.1

Program

No.

15 16 17

Every other horizontal line (Red) Every other horizontal line (Green)

Every other horizontal line (Blue) 29 White / black signal 30 SMPTE (White) *

* Though the signal generator supplies this signal

as a green signal, the projector receives it as Y/CB/CR signal. Therefore, this signal is projected as a full white SMPTE signal.

HDISP HP

Pattern

Timing of XGA signal (Vertical frequency 60 Hz)

DOT-CLOCK [MHz] 65.0 VP [H] 806 HP [DOT] 1344 VDISP [H] 768 HDISP [DOT] 1024 VDW [H] 6 HDW [DOT] 136 VBP [H] 29 HBP [DOT] 160 Interlace ---

Timing of NTSC (480i) signal (Vertical frequency 59.94 Hz)

DOT-CLOCK [MHz] 13.5 VP [H] 525 HP [DOT] 858 VDISP [H] 480 HDISP [DOT] 720 VDW [H] 3 HDW [DOT] 64 VBP [H] 14 HBP [DOT] 58 Interlace Interlace

VDW

VD signal

Signal generator

VBP

Projector

RS-232C input terminal

VDISP

VP

Personal computer

Signal polarity HD :-, VD : -

HD :nothing

Signal polarity

VD : nothing

Sync on green : -

- 1 -

Microsoft® Windows® 95/98/Me/XP Operating System

1. Starting

1. Start Windows® 95/98/Me/XP.

2. Select [Start] - [Programs] - [Accessories] - [Communications] - [Hyper Terminal] in order. The [Connection Description] window will open. Note:

You can select [Start] - [Programs] - [Accessories] - [Hyper Terminal] in order and double-click [hypertrm.exe] in Windows®95.

2. Hyper Terminal Setting

1. Make settings on the [Connection Description] window referring to the table on the right.

Item Setting Connection Port (COM1-COM4) Port settings : Bits per second : Data bits : Parity : Stop bits : Flow Settings : Emulation VT100

ASCII setup : ASCII Sending

: ASCII Receiving

9600 8 None

1

control

Send line ends with line feeds Echo typed characters locally Line delay : Character delay : 10 milliseconds Append line feeds to incoming line ends

1000 milliseconds

3. Adjustment

Type the adjustment command and the adjustment value on the Hyper Terminal window in capital alphanumeric letters, and press the [ENTER] key.

4. Writing Adjustment Value

Type the adjustment command and the adjustment value on the Hyper Terminal window in capital alphanumeric letters, and press the [ENTER] key. Note: This step is not necessary for “ADC offset/gain adjustment,” which is carried out automatically.

5. Closing

Click on the Close button in the upper-right corner of the window to exit the Hyper Terminal. Close all the opening windows before exiting Windows

®

95/98/Me/XP.

- 2 -

Adjustment Procedures

[A/D Pre-Ampliﬁ cation Circuit]

1. ADC offset/gain adjustment

Measuring instrument

-----

Test point -----

EXT trigger Measurement

-----

range

Shown in the table

Input signal

below COMPUTER 1

Input terminal

IN terminal

No. Pattern

29 White/black raster 30 SMPTE (White)*

Adjustment purpose Symptom when

incorrectly adjusted

To adjust the DC level and amplitude of the video signal at the time of ADC input. Solid black, solid white, or incorrect color phase appear in the projected im-

age.

* Enter the adjustment commands in capital alphanumeric letters.

1. Connect the projector with a PC running Microsoft

®

Windows®95/98/Me/XP operat-

ing system. (Refer to the ﬁ gure on page 1.)

2. Start Microsoft

3. Start the communication program [Hyper Terminal] on Microsoft

®

Windows® 95/98/Me/XP.

®

Windows®95/98/ Me/XP to open the Hyper Terminal window. (Refer to Hyper Terminal Setting on page 2 for the settings.)

Offset/gain adjustment with the RGB signal supplied

4. Supply an XGA signal (White/black raster No. 29).

5. Enter [00~5] (the command for RGB input offset/gain adjustment) on the Hyper Terminal window, and the adjustment proceeds automatically.

6. When the adjustment ﬁ nishes, the return command [00~5111] is displayed on the Hyper Terminal window. The last three digits of the return command indicate the adjustment results of R, G, and B respectively from the left by 1 or 0. When the adjustment has succeeded, 1 is displayed. When it has failed, 0 is displayed. Possible causes of failures in the adjustment are errors on the PCBs, wrong signals, and wrong input selection.

* Though the signal generator supplies this signal as a green signal, the projector receives it as Y/CB/CR signal. Therefore, this signal is projected as a full white SMPTE signal.

Offset adjustment with the component video signal supplied

7. Supply an NTSC signal (SMPTE (White), No. 30).

8. Enter [00~AC1] (the command for video input clamp adjustment) on the Hyper Terminal window, and the adjustment proceeds automatically.

9. When the adjustment finishes, the return command [00~AC111] is displayed on the Hyper Terminal window. The last two digits of the return command indicate the adjustment results of CR and CB respectively from the left by 1 or 0. When the adjustment has succeeded, 1 is displayed. When it has failed, 0 is displayed. Possible causes of failures in the adjustment are errors on the PCBs, wrong signals, and wrong input selection.

- 3 -

[Liquid Crystal Panel Driving Adjustment Circuit]

2. Flicker

Measuring instrument

-----

Test point -----

EXT trigger Measurement

-----

range

Shown in the table

Input signal

below COMPUTER 1

Input terminal

IN terminal

No. Pattern

15

XGA Every other horizontal line (Red)

16

XGA Every other horizontal line (Green)

17

XGA Every other horizontal line (Blue)

Adjustment purpose Symptom when

incorrectly adjusted

* Make this adjustment only when ﬂ ickers remarkably appear on the screen. * Enter the adjustment commands and adjustment values of the hexadecimal number

in capital alphanumeric letters.

* Carry out this adjustment after running the projector for 2 minutes or more supply-

ing the speciﬁ ed test signal to it.

1. Connect the projector with a PC running Microsoft ing system. (Refer to the ﬁ gure on page 1.)

2. Start Microsoft

3. Start the communication program [Hyper Terminal] on Microsoft Me/XP to open the Hyper Terminal window. (Refer to Hyper Terminal Setting on page 2 for the settings.)

4. Set the following items in the IMAGE menu.

CONTRAST 0 BRIGHTNESS 0 COLOR TEMP STANDARD

5. Project an image onto the screen.

6. Enter the ﬂ icker adjustment mode command [00~3300008FF4] on the Hyper Termi- nal window to make the ﬂ ickers easy to view.

7. Enter the adjustment command [00SC2] on the Hyper Terminal window to set ASPECT to REAL.

To remove ﬂ ickers form the screen. Flickers appear.

®

Windows®95/98/Me/XP.

®

Windows®95/98/Me/XP operat-

®

Windows®95/98/

Every other horizontal line pattern

Red

8. Supply an XGA signal (Every other horizontal line (Red), No. 15).

9. Enter the adjustment command [00~217 mize the red ﬂ ickers. For

,select a value that reduces the ﬂ ickers most*. (Enter a

] on the Hyper Terminal window to mini-

value from [56] to [72] (HEX).)

10. Enter the writing command [00~1044 new value into the E

2

PROM.

] on the Hyper Terminal window to write the

Enter the value that was entered in step 9 in .

Green

11. Supply an XGA signal (Every other horizontal line (Green), No. 16).

12. Enter the adjustment command [00~257 mize the green ﬂ ickers. For

,select a value that reduces the ﬂ ickers most*. (Enter

] on the Hyper Terminal window to mini-

a value from [56] to [72] (HEX).)

13. Enter the writing command [00~1045 new value into the E

2

PROM.

] on the Hyper Terminal window to write the

Enter the value that was entered in step 12 in *.

Blue

14. Supply an XGA signal (Every other horizontal line (Blue), No. 17).

15. Enter the adjustment command [00~297 mize the green ﬂ ickers. For

, select a value that reduces the ﬂ ickers most*. (Enter

] on the Hyper Terminal window to mini-

a value from [56] to [72] (HEX).)

16. Enter the writing command [00~1046 new value into the E

2

PROM.

] on the Hyper Terminal window to write the

Enter the value that was entered in step 15 in *.

17. Enter the ﬂ icker adjustment mode cancel command [00~330000AFF4] on the Hyper Terminal window to go back to the regular screen.

18. Enter the adjustment command [00SC0] on the Hyper Terminal window to reset ASPECT to AUTO.

* When the command is sent successfully, such command is returned as it is after

sending. You can check the current value by sending the command without entering any value in .

- 4 -

LCD Projector FL7000U

Controlling the projector using a personal computer

This projector can be controlled by connecting a personal computer with RS-232C terminal.

PC-controllable functions:

• Turning the power ON or OFF

• Changing input signals

• Inputting commands by pressing the buttons on the control panel and remote control

• Menu setting

Connection

RS-232C cable

To RS-232C terminal

D-SUB 9-pin D-SUB 9-pin

SERIAL

Important:

• Connect the computer with the projector on a one-to-one basis.

• Make sure that your computer and projector are turned off before connection.

• Boot up the computer ﬁ rst, and then plug the power cord of the projector. (If you do not follow this instruction, the Com port may not function.)

• Adapters may be necessary depending on the PC connected to this projector. Contact your dealer for details.

1. Interface

1.1 Pin assignment of SERIAL terminal (D-SUB 9-pin)

Pin No. Name I/O

1 OPEN 2RXDIN 3 TXD OUT 4 OPEN 5 GND 6 OPEN 7 OPEN 8 OPEN 9 OPEN

1.2 Communications format

PROTOCOL RS-232C BAUD RATE 9600 [bps] DATA LENGTH 8 [bits] PARITY BIT NONE STOP BIT 1 [bit] FLOW CONTROL NONE

This projector uses RXD, TXD and GND lines for RS-232C control. For RS-232C cable, the reverse type cable should be used.

1

2. Control command diagram

r

The command consists of the address code, function code, data code, and end code. The length of the command varies among the functions.

Address code Function code Data code End code ASCII ‘30h’ 30h’ Function Data ‘0Dh’ Character 00 Function Data

[Address code] 00 (In ASCII code, ‘30h’ ‘30h’) ﬁ xed. [Function code] A code of each ﬁ xed control move. [Data code] A code of each ﬁ xed control data (number) and not always indicated. [End code] (In ASCII code, ‘0Dh’) ﬁ xed.

3. Control sequence

Computer Projecto

1

2

3

4

Send the command from the

1

personal computer to the projector. The projector will send a return

command after it receives an end code.

2

The personal computer checks the

3

command and conﬁ rms if the sent command has been received or not.

Use the check command to see if the projector has executed the

4

command.

Sequence Note

If the projector does not receive commands normally, that is, if the projector is not connected physically or unable to receive commands, it does not send out a return command. The projector sends out a return command within one second at the latest.

Although the projector receives the commands, it in some cases does not execute the commands.

This projector sends various codes other than the return code. When having a control sequence by RS-232C, reject other codes from the personal computer.

• Although the projector sends out the return command, the command may not take effect in the following cases. (1) During signal switching (2) In the process of the auto position (3) After the power is turned on. The projector receives no commands for about 20 seconds (or for 2 minutes at the longest if the lamp

does not light up promptly as the life is expiring.)

• When sending commands successively, wait to receive the return command of the current command before sending a next command.

• The projector may not receive a command when the splash screen is being displayed immediately after turning on the power. Use command “00r10” to cancel the splash screen.

• While using the LAN terminals, the LAN functions take precedence.

• For the LAN terminals, the same commands as those for connecting with the TCP/IP (port number 63007) are available. Note, however, that the response becomes slightly slower than when using the RS-232C terminals.

[Example] When turning the power ON. (Figures and symbols enclosed in quotation marks are ASCII codes.):

Sending commands

from the PC, etc.

‘30’ ‘30’ ‘21’ ‘0D’ 00!

Status code

from the projector

Description

Command for POWER ON

Command receipt conﬁ rmation (Command echo back)

• The ﬂ owchart on the next page shows the recommended operating sequence for your reference to create a program.

2

[RS-232C control flowchart]

START

Less than 10 times

Sending out command

Awaiting response

from projector

No response for 1 second or longer

Sending command again

Awaiting response

from projector

No response for 1 second or longer

Number of trials

without response

Yes

1

Checking execution of

command (sending out

check command)

No

Sending command again

1

YesYes

END

10th trial

Check the following.

• The projector is not supplied with AC power. → Check that AC power cord is connected. → Turn on the power. (Turn on the circuit breaker or

main switch.)

• Not connected with the projector.

→ Check that the RS-232C cable is connected. → Check the RS-232C cable for electrical discontinuity.

• The projector is in the state of being unable to send out a command.

→ Use command “00vST” to check if the projector

operates normally.

[Method of checking state of projector]

Sending “00vST”

To normal operation

0–3

Checking response to “00vST”

6 5

Note: In the following conditions, the projector

does not respond even if it operates normally.

• Immediately after turning on the power (for about 20 seconds to 2 minutes)

• During switching signals (about 10 seconds)

• In the process of the auto position (about 10 seconds)

• During locking the password

4

Send out “00vER” to check error details.

Projector error

Recover from error state.

Enter password.

Send out “00PASS****.”

Use “00FNCOFF” to cancel the current function.

Projector is functioning.

3

4.

Command list

4.1 Operation commands (Not executable in stand-by mode. When the commands for input select are sent

while the splash screen is being displayed, the splash screen is only canceled.) The operation commands are used for the basic operation setting of this projector. They may not be executed

while the signals are changed. The operation commands have no data codes.

! " _r1 _r2 _d1 _v1 _v2

Function

ASCII 21h 22h 5Fh 72h 31h 5Fh 72h 32h 5Fh 64h 31h 5Fh 76h 31h 5Fh 76h 32h

This command is invalid for 1 minute after the power is turned off. This command is invalid for 1 minute after the power is turned on. This command will not be executed in Stand-by mode or when the MUTE is executed. This command will not be executed in Stand-by mode or when the MUTE is executed. This command will not be executed in Stand-by mode or when the MUTE is executed. This command will not be executed in Stand-by mode or when the MUTE is executed. This command will not be executed in Stand-by mode or when the MUTE is executed.

Status code

from the projector

‘30’ ‘30’ ‘5F’ ‘72’ ‘31’ ‘0D’ 00_r1

Note

Description

Command for setting the input signal to COMPUTER 1

Command receipt conﬁ rmation (Command echo back)

ITEM

POWER ON POWER OFF INPUT COMPUTER 1 INPUT COMPUTER 2 INPUT DVI INPUT VIDEO INPUT S-VIDEO

Character

[Example] When setting the input signal to COMPUTER 1. (Figures and symbols enclosed in quotation marks

are ASCII codes.):

Sending commands

from the PC, etc.

‘30’ ‘30’ ‘5F’ ‘72’ ‘31’ ‘0D’ 00_r1

4.2 Reading command diagram

The projectors operating status, such as POWER-ON/OFF and the currently selected input terminal, etc. can be monitored.

ITEM

POWER ON vP 1 76h 50h 31h POWER OFF vP 0 76h 50h 30h INPUT COMPUTER 1 vI r1 76h 49h 72h 31h INPUT COMPUTER 2 vI r2 76h 49h 72h 32h INPUT DVI vI d1 76h 49h 64h 31h INPUT VIDEO vI v1 76h 49h 76h 31h INPUT S-VIDEO vI v2 76h 49h 76h 32h POWER ON/OFF IMPOSSIBLE vPK 0 76h 50h 4Bh 30h POWER ON/OFF POSSIBLE vPK 1 76h 50h 4Bh 31h NO SIGNAL SUPPLIED vSM 0 76h 53h 4Dh 30h SIGNAL SUPPLIED vSM 1 76h 53h 4Dh 31h

Use the following commands to obtain the values of the items in the INFORMATION menu.

ITEM

LAMP TIME (LOW) vLE 76h 4Ch 45h hhhhmm RESOLUTION vRESO 76h 52h 45h 53h 4Fh HHHHxVVVV VERTICAL FREQUENCY

HORIZONTAL FREQUENCY SYNC. TYPE

Character

vVFREQ vHFREQ vSYNCT

“hhhh” and “mm” represent hours and minutes respectively. “HHHH” and “VVVV” represent the horizontal and vertical resolutions respectively.

Character ASCII

Function Data (Receive) Function Data (Receive)

Function

ASCII

76h 56h 46h 52h 45h 51h 76h 48h 46h 52h 45h 51h 76h 53h 59h 4Eh 43h 54h

***.** ***.** 0 (NO SIGNAL), 3 (3wire), 4 (4wire),

Data (Receive)

5 (5wire), 6 (SCART)

Use the following commands to obtain other information.

ITEM

Model name vMDL Serial number vS/N Input source vSOUCE

Character

Function

ASCII 76h 4Dh 44h 4Ch 76h 53h 2Fh 4Eh 76h 53h 4Fh 55h 43h 45h

4

Data (Receive)

****************(within 16 characters) *******(within 7 characters) r1 r2 d1 v1 v2

ITEM

Projector status vST 76h 53h 54h 0 (Stand-by mode),

Error status vER 76h 45h 52h Reading out error data (3 digits, hexadecimal

Character

Function

ASCII

Data (Receive)

1

(Within 1 minute after POWER-ON (warm-up mode)), 2 (POWER-ON mode (including state of warning)), 3 (Cooling mode),

(Abnormal state (including shutdown due to an error)),

4 5 (State of functioning (menu display, dialog display,

MUTE, SPLIT, FREEZE)), 6 (Awaiting password entry)

numbers, total 9 bits) (MSB) xb1, xb2... xb8, xb9, 0, 0, 0 (LSB) xb1: Fan error

Lamp error (The lamp goes out or does not light.)

xb2: xb3: Lamp warning 1 (The lamp life has expired.) xb4: Lamp warning 2 (The lamp life is expiring.) xb5: Temperature error xb6: The temperature warning is being indicated. xb7: Lamp cover open error xb8: Filter cover open error xb9: States of other component abnormality

The PC sends the command without attaching the data code to it. On the other hand, the projector attaches to the received command its current operating status as the data code and send it back to the PC.

[Example] When checking the currently selected input terminal (when the INPUT VIDEO is being selected).

(Figures and symbols enclosed in quotation marks are ASCII codes.):

Sending commands

from the PC, etc.

‘30’ ‘30’ ‘76’ ‘49’ ‘0D’ 00vl

‘30’ ‘30’ ‘76’ ‘49’ ‘76’ ‘31’ ‘0D’ 00vlv1

Status code

from the projector

Description

Command for checking the input terminal

Check result (VIDEO)

4.3 Remote commands (Not executable in stand-by mode. When the remote commands are sent while the

splash screen is being displayed, the splash screen is only canceled.) Some remote control operations can be achieved by the remote command codes. The remote commands have

no data codes.

Button’s name on remote

+/VOLUME r06 72h 30h 36h

-/VOLUME r07 72h 30h 37h ZOOM/FOCUS r0f 72h 30h 66h LENS SHIFT r47 72h 34h 37h KEYSTONE r43 72h 34h 33h SPLIT r04 72h 30h 34h AV MUTE ra6 72h 61h 36h

MENU r54 72h 35h 34h ENTER r10 72h 31h 30h AUTO POSITION r09 72h 30h 39h FREEZE ra4 72h 61h 34h ASPECT re2 72h 65h 32h CE re7 72h 65h 37h

Character

r53 72h 35h 33h r2b 72h 32h 62h r4f 72h 34h 66h r59 72h 35h 39h

Function

ASCII

[Example] When displaying the MENU selection bar. (Figures and symbols enclosed in quotation marks are

ASCII codes.):

Sending commands

from the PC, etc.

‘30’ ‘30’ ‘72’ ‘35’ ‘34’ ‘0D’ 00r54

Status code

from the projector

Description

Command operating the same as the MENU button

Command receipt conﬁ rmation (Command echo back)

5

4.4 Direct commands (Not executable in stand-by mode. Possible only to read during muting.)

The direct commands are used for the keystone setting of this projector with the value.

ITEM

VOLUME VL 56h 4Ch 00–31 KEYSTONE (vertical) KS 4Bh 53h ±15

Character ASCII

Function

Data

How to set the value

Use the character or ASCII code as shown below to set the value.

Character + - 0 1 2 3 4 5 6 7 8 9 ASCII ‘2Bh’ ‘2Dh’ ‘30h’ ‘31h’ ‘32h’ ‘33h’ ‘34h’ ‘35h’ ‘36h’ ‘37h’ ‘38h’ ‘39h’

[Example] When setting the volume to 15. (Figures and symbols enclosed in quotation marks are ASCII codes.):

Sending commands

from the PC, etc.

‘30’ ‘30’ ‘56’ ‘4C’ ‘31’ ‘35’ ‘0D’ 00VL15

Status code

from the projector

Description

Command for setting the volume

Command receipt conﬁ rmation (Command echo back)

4.5 Function commands (Not executable in stand-by mode. When the mute commands are sent while the splash

screen is being displayed, the splash screen is not muted but only canceled.) The mute commands are used for the mute setting of this projector with the 0 (30h) and 1 (31h).

ITEM

AV MUTE MUTE 4Dh 55h 54h 45h 0 (OFF), 1 (ON) SPLIT SPLT 53h 50h 4Ch 54h 0 (OFF), 1 (ON) FREEZE FRZ 46h 52h 5Ah 0 (OFF), 1 (ON) Function canceling FNCOFF 46h 4Eh 43h 4Fh 46h 46h

Character ASCII

Function

Data

4.6 Menu setting commands (Not executable in stand-by mode. Possible only to read during muting.)

The menu setting commands are used for the menu setting of this projector. If the personal computer sends the command without attaching the data code, the projector attaches to the received command its current setting value as the data code and send it back to the PC.

ITEM

COLOR ENHANCER CE 43h 45h 0 (AUTO), 1 (PRESENTATION), 2 (STANDARD),

COLOR ENHANCERUSER-GAMMA MODE

COLOR ENHANCERUSER-RGB-COLOR

COLOR ENHANCERUSER-RGB-TINT

CONTRAST PP 50h 50h ±30 BRIGHTNESS QQ 51h 51h ±30 COLOR TEMP. A 41h 1 (STANDARD), 2 (HIGH), 3 (LOW), 4 (USER) COLOR TEMP.-USER

(CONTRAST) COLOR TEMP.-USER

(BRIGHTNESS) COLOR T 54h ±10 TINT S 53h ±10 SHARPNESS R 52h ±5 NOISE REDUCTION NR 4Eh 52h 0 (OFF), 1 (ON) CTI CTI 43h 54h 49h 0 (OFF), 1 (ON) INPUT LEVEL IPL 49h 50h 4Ch ±5,

LAMP MODE LM 4Ch 4Dh 0 (STANDARD), 1 (LOW) AUTO POWER ON APON 41h 50h 4Fh 4Eh 0 (OFF), 1 (ON) AUTO POWER OFF APOF 41h 50h 4Fh 46h 00 (OFF), 05, 10, 15, 30, 60 SPLASH SCREEN SS 53h 53h 0 (OFF), 1 (ON)

Character ASCII

CEU1GS

CEU1C 43h 45h 55h 31h 43h ±10

CEU1T 43h 45h 55h 31h 54h ±10

P 50h ±30 ±30 ±30 (R, G, B)

Q 51h ±30 ±30 ±30 (R, G, B)

Function

3 (THEATER), 4 (sRGB), 5 (USER)

43h 45h 55h 31h 47h 53h 0 (DYNAMIC), 1 (NATURAL), 2 (DETAIL)

For DVI input: +0 (NORMAL), +1 (ENHANCED)

Data

6

ITEM

Character ASCII

Function

Data

BACK COLOR BB 42h 42h 0 (BLACK), 1 (BLUE), 2 (IMAGE) MUTE MODE MM 4Dh 4Dh 0 (BLACK), 1 (IMAGE) IMAGE REVERSE IR 49h 52h 0 (OFF), 1 (MIRROR), 2 (INVERT),

3 (MIRROR INVERT) ZOOM/FOCUS LOCK FZL 46h 5Ah 4Ch 0 (OFF), 1 (ON) LENS SHIFT LOCK LSL 4Ch 53h 4Ch 0 (OFF), 1 (ON) LENS SHIFT RESET LSRST 4Ch 53h 52h 53h 54h ASPECT SC 53h 43h 0 (AUTO), 1 (16:9 (FULL)), 2 (REAL) PASSWORD FUNCTION

PSLOCK

50h 53h 4Ch 4Fh 43h 4Bh

0**** (UNLOCK), 1**** (DISPLAY INPUT),

2**** (MENU ACCESS), 3**** (SPLASH ID SCREEN)

**** is a 4 to 8-digit password comprised of any

ﬁ gures 1 to 4. MENU POSITION MP 4Dh 50h 0 (Upper left), 1 (Lower right) CINEMA MODE CINE 43h 49h 4Eh 45h 0 (VIDEO), 1 (AUTO), 2 (FILM) VIDEO SIGNAL

(VIDEO only)

VS 56h 53h 0 (AUTO), 1 (NTSC), 2 (PAL), 3 (SECAM),

4 (4.43NTSC), 5 (PAL-M), 6 (PAL-N), 7 (PAL-60) SET UP STU 53h 54h 55h 0 (AUTO), 1 (OFF), 2 (3.75%), 3 (7.5%) SCART INPUT SRT 53h 52h 54h 0 (OFF), 1 (ON) LANGUAGE LG 4Ch 47h 00 (

), 01 (English), 02 (Español), 03 (Deutsch), 04 (Français), 05 (Italiano), 06 ( 08 (

), 09 (PORTUGUÊS), 11 (SVENSKA),

12 (POLSKI)

RESET ALL

RSTALL

52h 53h 54h 41h 4Ch 4Ch MEMORY CALL MMC 4Dh 4Dh 43h 0 (AUTO), 1 (MEMORY1), 2 (MEMORY2) HORIZ.POSITION HP 48h 50h + (increment), - (decrement) VERT. POSITION VP 56h 50h + (increment), - (decrement)

*1

FINE SYNC. FN 46h 4Eh 00–31 TRACKING TRK 54h 52h 4Bh + (increment), - (decrement)

*1

COMPUTER INPUT CIN 43h 49h 4Eh 0 (RGB), 1 (YCBCR/YPBPR), 2 (AUTO) OVER SCAN VOS 56h 4Fh 53h 00 (90%) – 10 (100%) HOLD HLD 48h 4Ch 44h 0 (OFF), 1 (ON) HOLD BEGIN HLB 48h 4Ch 42h 00–99 HOLD END HLE 48h 4Ch 45h 00–99 CLAMP POSITION CLP 43h 4Ch 50h 001–255 CLAMP WIDTH CLW 43h 4Ch 57h 01–63 VERT. SYNC VSC 56h 53h 43h 0 (AUTO), 1 (OFF) LPF LPF 4Ch 50h 46h 0 (OFF), 1 (ON) SHUTTER(U) SHU 53h 48h 55h 00–20 SHUTTER(L) SHL 53h 48h 4Ch 00–20 SHUTTER(LS) SHLS 53h 48h 4Ch 53h 00–20 SHUTTER(RS) SHRS 53h 48h 52h 53h 00–20

*1) Setting range differs depending on the input signals.

), 07 ( ),

• Some commands are not executed depending on the input signal. The operational restrictions same as those on the menu setting are applied. Refer to “Menu operation” in the User Manual for more details.

How to set the value

Use the character or ASCII code as shown below to set the value.

Character + - 0 1 2 3 4 5 6 7 8 9 ASCII ‘2Bh’ ‘2Dh’ ‘30h’ ‘31h’ ‘32h’ ‘33h’ ‘34h’ ‘35h’ ‘36h’ ‘37h’ ‘38h’ ‘39h’

[Example 1] When setting the AUTO POWER ON to ON. (Figures and symbols enclosed in quotation marks are

ASCII codes.):

Sending commands

from the PC, etc.

‘30’ ‘30’ ‘41’ ‘50’ ‘4F’ ‘4E’ ‘31’ ‘0D’ 00APON1

Status code

from the projector

Description

Command for setting the AUTO POWER ON to ON

Command receipt conﬁ rmation (Command echo back)

7

[Example 2] When setting the CONTRAST R of the COLOR TEMP.-USER to +10, the CONTRAST G to 0, and the

CONTRAST B to -5. (Figures and symbols enclosed in quotation marks are ASCII codes.):

Sending commands

from the PC, etc.

‘30’ ‘30’ ‘50’ ‘2B’ ‘31’ ‘30’ ‘2B’ ‘30’ ‘30’ ‘2D’ ‘30’ ‘35’ ‘0D’ 00P+10+00-05

Status code

from the projector

Description

Command for setting the picture control

Command receipt conﬁ rmation (Command echo back)

[Example 3] When checking the TINT setting (when the TINT is set to +10). (Figures and symbols enclosed in

quotation marks are ASCII codes.):

Sending commands

from the PC, etc.

‘30’ ‘30’ ‘53’ ‘0D’ 00S

‘30’ ‘30’ ‘53’ ‘2B’ ‘31’ ‘30’ ‘0D’ 00S+10

Status code

from the projector

Description

Command for checking the TINT setting

Check result (+10)

[Example 4] When setting the GAMMA MODE of the COLOR ENHANCER-USER to DETAIL. (Figures and sym-

bols enclosed in quotation marks are ASCII codes.):

Sending commands

from the PC, etc.

‘30’ ‘30’ ‘43’ ‘45’ ‘55’ ‘31’ ‘47’ ‘53’ ‘32’ ‘0D’ 00CEU1GS2

Status code

from the projector

Description

Command for setting the picture control

Command receipt conﬁ rmation (Command echo back)

4.7 Password lock commands

The password lock commands control the password lock. The password lock enabling or disabling command is sent with a 4 to 8-digit password comprised of any ﬁ gures 1 to 4 added to the end of the data code. When the password lock is enabled or disabled successfully, the projector sends a return command comprising the data code, password, and “1” at the end. When enabling or disabling the password lock fails, it sends a return command with “0” at the end. There is no reconﬁ rmation of the password. The password input command is for en- abling projection of image when password lock has been set to DISPLAY INPUT. The password input command is sent with a 4 to 8-digit password comprised of any ﬁ gures 1 to 4 at the end.

ITEM

Password lock enabling/ disabling

Password input PASS 50h 41h 53h 53h ****

Character ASCII

PSLOCK 50h 53h 4Ch 4Fh 43h 4Bh 0**** (Disabling), 1**** (DISPLAY INPUT),

**** is a 4 to 8-digit password comprised of any ﬁ gures 1 to 4.

[Example] When enabling the password lock of DISPLAY INPUT (in the case that the password is 123412):

Sending commands

from the PC, etc.

‘30’ ‘30’ ‘50’ ‘53’ ‘4C’ ‘4F’ ‘43’ ‘4B’ ‘31’ ‘31’ ‘32’ ‘33’ ‘34’ ‘31’ ‘32’ ‘0D’ 00PSLOCK1123412

Function

2**** (MENU ACCESS), 3**** (SPLASH ID SCREEN)

Status code

from the projector

‘30’ ‘30’ ‘50’ ‘53’ ‘4C’ ‘4F’ ‘43’ ‘4B’ ‘31’ ‘31’ ‘32’ ‘33’ ‘34’ ‘31’ ‘32’ ‘31’ ‘0D’ 00PSLOCK11234121

Data

Description

Command for enabling the password lock of DISPLAY INPUT

Response informing that the projector succeeded in enabling the password lock of DISPLAY INPUT

8

IC BLOCK DIAGRAMS

C L A

M

P & B

I A S

S

W

S

W

S

W

S

W

S

W

AGC

AMP1

Y-IN1

(CVBS)

Y-IN2

(S-Y)

Y-IN3

(D1/D2-Y)

C-IN

(S-C)

G-IN

CVBS/Y

C

C/G

Cb/B

Cr/R

Cb-IN

B-IN

Cr-IN

R-IN

8bit

ADC

TOF/ACC

Color System Det.

Multi Color Decorder

YCS

RGB–>CbCr

Matrix

LPF

VBI Data Det.

ID1,WSS,CCD,S/N,Macrovision

CbCr SW

Color Level

Contrast/Brightness

NR Mode:

3DNR

Memory

Clock

Gene.

42M X'tal

Reference

Clock

IIC-BUS

SCL SDA

CTI/TINT

Color Level

LTI/Contrast

Brightness Sharpness

Mix

FB SW

ITU-R656

/601

Encode

656/601

Format

Vertical

Enhance

AGC Det

AGC AMP2

8bit

ADC

NTSC 3D Comb

Motion Det.

3 Line Comb

8bit

ADC

8bit

ADC

FB-IN Input I/F

Sync Sep

H/V Timing

HD VD

Digital I/F

CbCr

(D1)

Y(D2)

Y

(D1)

Y

(D1)

CbCr

Y

CbCr

Y

CbCr

Y

CbCr

Y

CbCr

CbCr(D1)

CbCr(D2)

CbCr

CONTROL

Vo

Nr

GND

Vin

Vc

4

5

1

3

2

5

4

1 2 3

VIN

VOUTNOISE

GND

Control Level

Function Table

OFF

ONHIGH

LOW

Operation

CONTROL

Function Table

H : HIGH Logic Level L : LOW Logic Level Z : 3-STATE

Inputs Output

OE

An Yn

L L H

L

H Z H Z

H

L

H

2

1

4

3

7

8

5

6

OE1

A1

Y2

GND

VCC

OE2

Y1

A2

ANALOG PCB-MAIN

IC2A0 TC90103AFG

IC2K0,IC6J0 PQ1M255M2SPQ

IC2L0 TAR5S15

IC590 NC7WZ125K8X

- B1 -

IC6A0 MST3782M-LF-170

MCL MDA

HDCP Cipher

XOR Mask

Test Pattern

Generatior

CSC

HDMI

RX

Clamp

PLL

Sync

Processing

Host Interface

and

Power Management

ADC

24

MUX

Sync

Stripper

M U X

Clock

Generator

24 24

Output

Formatting

FIELD/GPO VSOUT HSOUT SOGOUT/DE DATACK DATA[23:0]

DDC SCL

DVI Link

RGB/YUV Input

Analog SOGIN0

A

nalog HSYNC0

Analog VSYNC0

DDC SDA

SCL SDA A0 XIN XOUT

2VIN

1

REF

VC

VOUT

Sense

GND

5

3

4

TSD

– +

Control

Thermal

Detection

Current

Limit

Bias

Charge

Pump

Oscillator

NMOSFET

RS

3

1,5

2

EN

VIN

VOUT GND

4

WP

HV

Generator

I/O

Control

Logic

Memory

Control

Logic

XDEC

EEPROM

Array Page

Laches

YDEC

Sence Amp. R/W Control

I/O

SCL

Vcc

Vss

SDA

8

4

7

5

6

IC6K0 SI-3033KM-TL

IC6L0 RT9701-PB

IC6M0 24LC02BT-I*SNG

- B2 -

DIGITAL1 PCB-MAIN

Receivers

1

DQS

CK, CK

DLL

RAS

CAS

CK

CS

WE

CK

Control Logic

Column-Address

Counter/Latch

Mode

9

Command

Decode

A0-A12,

BA0, BA1

CKE

15

I/O Gating

DM Mask Logic

Bank0

Memory

Array

(8192 x 256 x 32) Sense Amplifiers

Bank1

Bank2

Bank3

13

8

1

2

Refresh Counter

16 16

16

Input

Register

1 1

1

32

2

32

clk out

Data

Mask

Data

CK,

COL0

clk

in

MUX

DQS

Generator

16 16

16

32

DQ0-DQ15, DM

LDQS, UDQS

2

Read Latch

Write

FIFO

&

Drivers

Column Decoder

256

(x32)

Row-Address MUX

Registers

13

16384

Bank0

Row-Address Latch

& Decoder

8192

Address Register

Drivers

Bank Control Logic

13

CK

15

+

40/385KHz

Oscillator

Slope

Compensation

1.8V

Current

Comparator

8

Internal

Regulators

2

1µA

2.285/2.495V

0.7V

7

Shutdown

Comparator

Lockout

Comparator

3

4

M2

M1

6

1.22V

5

Error Amplifier

gm= 800µA/Volt

IN

SS

EN

COMPFB

GND

SW

BS

1

0.7V

Frequency

Foldback

Comparator

5V

CLK

S R

Q Q

Current

Sense

Amplifier

100K

ROM

Interface

Watchdog

& Timer

Video

Enhancement

Input Port 1

Sync Decoder

Auto Image Optimizer

OSD

Control and Generation

Keystone

Engine

GPIO

Frame Buffer

Memory Controller

DDR SDRAM

Image Management

Color Space Converter

Image Bfending

Display Timing

Generator

Display Port

Gamma CLTs,Color

Space Expander

VBI

Memory

Interface

Input Port 0

Sync Decoder

Auto Image Optimizer

VBI

Memory

Interface

Spread

Spectrum

PLL

Video

Enhancement

Frame Buffer Memory

Controller DDR SDRAM

External DDR

SDRAM

External DDR

SDRAM

MCKFBK,MCKFBKN,MCK,MCKN,MCKE,

MDM,MRAS,MCAS,MWE

MA(12:0),MD(31:0),

MDQS(3:0)

KCKFBK,KCKFBKN,

KCK,KCKN,KCKE,KDM,

KRAS,KCAS,KWE

KA(12:0), KD(31:0),

KDQS(3:0)

PORTE(7:0) PORTF(7:0) PORTG(7:0)

DRGBE(35:0) DRGBO(35:0)

DHS DVS DEN DCLK

XOXI

Scaler

Deinterlacer

MCLK UCLK

Microprocessor Bus

EXTINT(1:0)

IRRCVR(1:0) NMI CS(1:0)

RxD/

TxD TDO

TMS

TCK

TCI

A(23:1),D(15:0)

BHEN,RD,WR

ROMWE,

ROMOE

PORTA(7:0) PORTB(7:0)

IN1LK

IN1PEN

IN1VS IN1HS

IN1SOG

IN1VBI IN1CST IN1FLD IN1CLP

IN1RGB(23:0)

IN0LK

IN0PEN

IN0VS IN0HS

IN0SOG

IN0VBI IN0CST IN0FLD IN0CLP

IN0RGB(47:0)

PORTC(7:0) PORTD(7:0)

16-bit Turbo

Microprocessor

Interrupt

Controller

IR

Decoders

2-Wire

Serial

PWMGPIO JTAGUART

IC400,IC401,IC402,IC403 HYB25DC256160CE-5

IC440 PW288B-30L

IC441 MP1593DN-LF-Z

- B3 -

IC442 MP1410ES

40/400kHz

Oscillator

Slope

Compensation

1.8V

Current

Comparator

8

Internal

Regulators

2

1µA

2.30/2.53V

0.7V

7

Shutdown

Comparator

Lockout

Comparator

3

4

M2

M1

6

1.22V

5

Error Amplifier

gm= 630µA/Volt

IN

N/C

EN

COMPFB

GND

SW

BS

1

0.7V

Frequency

Foldback

Comparator

5V

CLK

S R

Q Q

Current

Sense

Amplifier

∑

Power

GND

Oscillator

I C

2

Interface

SDA

SCL

V

CC

32-Bit

Counter

Alarm/

Watchdog

Stat/Ctrl

X2

X1

M U X

24-Bit

Counter

WDS

÷4096

4096

1Hz

CLR

8192Hz 4096Hz

1Hz

4096Hz

32,768Hz

SQW

SQW/INT

N

WACE

WD/ALM

AIE

INT

INTCN

7

6

5

3

4

8

1

2

÷4 ÷2

M U X

M

U X

oscillator

counter timer

VDD

Vout

SUB

5

2

4

3

1

Vref

GND ER

Function Table

H : HIGH Logic Level L : LOW Logic Level

Inputs Output

A B Y

L

L L

H

H L

H

L

H

2

1

3

5

4

A

B

GND

VCC

Y

Input/Output

Buffers

X-Decoder

Y-Decoder

Chip Enable

Output Enable

Logic

Erase Voltage

Generator

PGM Voltage

Generator

Timer

Vcc Detector

State

Control

Command

Register

V

CC

V

SS

WE#

BYTE#

CE# OE#

STB

DQ0-DQ15 (A-1)

Sector Switches

RY/BY#

RESET#

Data

Latch

Y-Gating

Cell Matrix

Address Latch

A0–A20

15

37 27,46

12

11 47

26 28

1~10,16~25,48

29~36, 38~45

IC443 BD45275G-TR

IC444 DS1371U+T&R

IC741 S29AL032D70TFI030H@PW288B30

IC448 NC7SZ02P5X(PBF)

- B4 -

DIGITAL2 PCB-MAIN

Function Table

H : HIGH Logic Level L : LOW Logic Level

Inputs Output

A B Y

L

L L

L

H L

H H

H

L

H

2

1

3

5

4

A

B

GND

VCC

Y

15

V

CC

T1

OUTT1

IN

T

1

0.1µF

+

0.1µF

+

0.1µF

11

13

2 4

3

7

V+

V–

C1+ C1–

C2+ C2–

+

0.1µF

5 6

R1

OUT

R1

IN

R

1

8

9

5k

C

1

C

2

+

C

3

C

4

EN

1

GND

+3.3V

+

0.1F

14

TTL/CMOS

LOGIC LEVELS

RS-232 LEVELS

SHDN

16

V

CC

Function Table

H

L

Input (S)

B0 Connected to A B1 Connected to A

H: HIGH Logic Level L:LOW Logic Level

Function

S

Vcc

A

B1

GND

B0

1

6

2 5

3 4

Function Table

H : HIGH Logic Level L : LOW Logic Level

Inputs Output

S I1 X=(I0)•(S)+(I1)•(S)

L

L H

L

H L

X

L

I0

H

L

X

H HX X

2

0

1

5

1

3

6

4

I1

GND

I2

S

VCC

Z

CONTROL

Vo

Nr

GND

Vin

Vc

4

5

1

3

2

+

40/385KHz

Oscillator

Slope

Compensation

1.8V

Current

Comparator

8

Internal

Regulators

2

1µA

2.285/2.495V

0.7V

7

Shutdown

Comparator

Lockout

Comparator

3

4

M2

M1

6

1.22V

5

Error Amplifier

gm= 800µA/Volt

IN

SS

EN

COMPFB

GND

SW

BS

1

0.7V

Frequency

Foldback

Comparator

5V

CLK

S R

Q

Current

Sense

Amplifier

100K

IC705 NC7SZ08P5X(PBF) IC720 ISL83220ECVZ-T

IC726 NC7SB3157P6X(PBF)

IC740 MP1593DN-LF-Z

IC727 NC7SZ157P6X(PBF) IC735 PQ1M335M2SPQ

IC752 PQ1M255M2SPQ

- B5 -

IC750 TE7783APF

Chip Select 3 Chip Select 2 Chip Select 1

A7

XCS

A8

High-Speed Serial I/F

PCM PWM I/F

I2C 1 I/F I2C 2 I/F I2C 3 I/F

USBSENSE

DRVDP

UART 1 I/F UART 2 I/F

PWM 1 I/F PWM 2 I/F PWM 3 I/F

PWM 4 I/F IR Input 1 I/F IR Input 2 I/F

XCS3 XCS2 XCS1

P7 P8

P11:P13

P18

P21:P22 P23:P24 P25:P26

P27 P28

P31:P32 P33:P34

2 bit 2 bit 2 bit

2 bit

P34 P35 P36 P37 P37 P38

GPIO Port 1

Address Decoder

Internal operation

Oscllator

CPU/IF

I2C Register

Common

Register

GPIO Register

A/DC Register

USB Register

XCS

XRD

XWR

A0:A6

D0:D7

XINVALID

XINT

WAKEUP

XSTABYEN

RST

RSTPOL

RSTMSK

XI

XO

PWM Register

UART Register

IR Input

Register

High-Speed

Serial Register

PCM PWM

Register

GPIO Port 2

GPIO Port 3

GPIO Port 4

8 bit Input/Output Port

4 bit Input/Output Port

8 bit Input/Output Port

Analog Input 8ch

P1:P8

P15:P18

P11 P12

A/DC I/F

Endpoint 0

Control Endpoint

(16Byte FIFO)

Endpoint 1

Control Endpoint

(64Byte FIFO)

Endpoint 2

Control Endpoint

(64Byte FIFO)

Endpoint 3

Control Endpoint

(8Byte FIFO)

USB I/F

VREFP VREFN

VCOM

DMINS

DPULS

AIN1:8

P13 P14

P21:P28

P31:P38

oscillator

counter timer

VDD

Vout

SUB

5

2

4

3

1

Vref

GND ER

POWER-ON

RESET

INPUT

FILTER

2

I C/SMBUS CONTROL

INPUT/

OUTPUT

PORTS

WRITE pulse

READ pulse

A0 A1

SCL SDA

V

DD

V

SS

8-BIT

I/O0.0 I/O0.1 I/O0.2 I/O0.3

I/O0.4 I/O0.5

I/O0.6 I/O0.7

NOTE: ALL I/Os ARE SET TO INPUTS ATRESET

8-BIT

INPUT/

OUTPUT

PORTS

I/O1.0 I/O1.1 I/O1.2 I/O1.3

I/O1.4 I/O1.5

I/O1.6 I/O1.7

WRITE pulse

READ pulse

INT

11

1

10

9

8

7

6

5

4

20

19

18

17

16

15

14

13

LP

FILTER

RESET

12

3

24

23

22

2

21

IC751 BD45275G-TR

IC754 PCA9539PW

- B6 -

IC755 RT9701-PB IC7A0 NL17SZ00DFT2G

Control

Thermal

Detection

Current

Limit

Bias

Charge

Pump

Oscillator

NMOSFET

RS

3

1,5

2

EN

VIN

VOUT GND

4

Function Table

H : HIGH Logic Level L : LOW Logic Level

Inputs Output

A B Y L

L H

H

H H H L

H

L

H

2

1

3

5

4

B

A

GND

VCC

Y

Function Table

H : HIGH Logic Level L : LOW Logic Level

Inputs Output

A Y

H

L H

L

2

1

3

5

4

NC

A

GND

VCC

Y

2VIN

1

REF

VC

VOUT

ADJ

GND

5

3

4

TSD

– +

IC7A1 SN74AHCT1G14DCKR IC7A3 SI-3010KM-TL

- B7 -

FPGA PCB-DRIVE

LOCKOUT

COMPARATOR

INTERNAL

REGULATORS

IN

EN

+

ERROR

AMPLIFIER

6A

1.2V

OVP

RAMP

CLK

0.795V

0.3V

CURRENT

SENSE

AMPLIFIER

1.0V

SHUTDOWN

COMPARATOR

7

COMP

6

SS

8

FB

5

GND

4

OSCILLATOR

110KHz/340KHz

SRQ

SW

3

BS

M1

1

IN

5V

2

OVP IN < 4.05V

EN OK

+

–

Q

+

–

+

1.3V

+

–

2.5V

+

0.13Ω

M2

1.2Ω

COMPARATOR

∑

2VIN

1

REF

VC

VOUT

ADJ

GND

5

3

4

TSD

– +

SDRAM

SDRAM I/F

DSD_PRE

R1IN,R2IN

DSD_MAIN

I2CS_TOP

CLK_GEN

HOST

CONTROLLER

DSD_POST

TG

G1IN,G2IN

B1IN,B2IN

HDIN

VDIN

HSEL

XCLR

HSCL

HSDA

CLK XPLLSTB

R1OUT,R2OUT G1OUT,G2OUT B1OUT,B2OUT

XSCAN,DWN, CLKOUT1,CLKOUT2,CLKOUT3

SCAN, GCFB_R,GCFB_G,GCFB_B

CTRL

HST_R,HST_G,HST_B, PST_R,PST_G,PST_B, HCK1_R,HCK1_G,HCK1_B, HCK2_R,HCK2_G,HCK2_B, DCK1_R,DCK2_R,DCK3_R,DCK4_R, DCK1_G,DCK2_G,DCK3_G,DCK4_G, DCK1_B,DCK2_B,DCK3_B,DCK4_B, PCG,ENB,CLR,FRP, PRG_R,PRG_G,PRG_B, VST_R,VST_G,VST_B, VCK_R,VCK_G,VCK_B

IC4P2,IC4W5,IC4W6,IC4W7 MP2367DNE-LF-Z

IC805 SI3010KM-TL

UFMTG1 PCB-DRIVE

IC4W1,IC4W2 CXD3540AGB

- B8 -

UFMTG2 PCB-DRIVE

SDRAM

SDRAM I/F

DSD_PRE

R1IN,R2IN

DSD_MAIN

I2CS_TOP

CLK_GEN

HOST

CONTROLLER

DSD_POST

TG

G1IN,G2IN

B1IN,B2IN

HDIN

VDIN

HSEL

XCLR

HSCL

HSDA

CLK XPLLSTB

R1OUT,R2OUT G1OUT,G2OUT B1OUT,B2OUT

XSCAN,DWN, CLKOUT1,CLKOUT2,CLKOUT3

SCAN, GCFB_R,GCFB_G,GCFB_B

CTRL

HST_R,HST_G,HST_B, PST_R,PST_G,PST_B, HCK1_R,HCK1_G,HCK1_B, HCK2_R,HCK2_G,HCK2_B, DCK1_R,DCK2_R,DCK3_R,DCK4_R, DCK1_G,DCK2_G,DCK3_G,DCK4_G, DCK1_B,DCK2_B,DCK3_B,DCK4_B, PCG,ENB,CLR,FRP, PRG_R,PRG_G,PRG_B, VST_R,VST_G,VST_B, VCK_R,VCK_G,VCK_B

DA_IN9 61 DA_IN8 62 DA_IN7 63 DA_IN6 64 DA_IN5 65 DA_IN4 66 DA_IN3 67 DA_IN2 68 DA_IN1 69

DA_IN0 70 DB_IN11 71 DB_IN10 72

DB_IN9 73

DB_IN8 74

DB_IN7 75

DB_IN6 76

DB_IN5 77

DB_IN4 78

DB_IN3 79

DB_IN2 80

SID_OUT40 PVCC39 SIG_OUT138 SIG_OUT237 PGND36 SIG_OUT335 SIG_OUT434 PVCC33 SIG_OUT532 SIG_OUT631 PGND30 SIG_OUT729 SIG_OUT828 PVCC27 SIG_OUT926 SIG_OUT1025 PGND24 SIG_OUT1123 SIG_OUT1222 PVCC21

REF_IN

15

ADDR1

12

ADDR0

11

AGND

14

ADDR2

13

XCLR

10

AGND

18

REF_OUT

17

PGND

20

19

VCC

16

SDA

9

SCL

8

DIRC

7

RET

6

DGND

5

DGND

4

VDD

3

DB_IN0

2

DB_IN1

1

Calibration

SID

VCOMVREFI2C I/F

AGND

46

GCFB_O

49

VDDMNT50DGND

47

GCFB_I

48

SHT_I

51

PVCC

43

CAL_IN44PGND

41

CAL_OUT

42

VCC

45

SHT_O

52

FRP

53VD54

PRG

55

CLK

56

VDD

57

DGND

58

DA_IN1159DA_IN10

60

Comp

Cal ref

TG

D

F/F

D

F/F

D

F/F

DEC DAC

DAC DAC DAC DAC DAC DAC DAC DAC DAC DAC DAC

DEC DEC DEC DEC DEC DEC DEC DEC DEC DEC DEC

D

F/F

DATA CHANGE/SELECT

DEMALTIPLEX PROCESSING

Vref

Driver

OCP

TSD

OVP

VOUT ADJVccCTL GND

1

2

3

4

5

+

–

IC4W3,IC4W4 CXD3540AGB

DRIVE-R,G PCB-DRIVE

IC801,IC802,IC803,IC804,IC8A1,IC8A2,IC8A3,IC8A4 CXA7009R IC800 BA00DD0WHFP

- B9 -

DRIVE-B PCB-DRIVE

DA_IN9 61

DA_IN8 62

DA_IN7 63

DA_IN6 64

DA_IN5 65

DA_IN4 66

DA_IN3 67

DA_IN2 68

DA_IN1 69

DA_IN0 70 DB_IN11 71 DB_IN10 72

DB_IN9 73

DB_IN8 74

DB_IN7 75

DB_IN6 76

DB_IN5 77

DB_IN4 78

DB_IN3 79

DB_IN2 80

SID_OUT40 PVCC39 SIG_OUT138 SIG_OUT237 PGND36 SIG_OUT335 SIG_OUT434 PVCC33 SIG_OUT532 SIG_OUT631 PGND30 SIG_OUT729 SIG_OUT828 PVCC27 SIG_OUT926 SIG_OUT1025 PGND24 SIG_OUT1123 SIG_OUT1222 PVCC21

REF_IN

15

ADDR1

12

ADDR0

11

AGND

14

ADDR2

13

XCLR

10

AGND

18

REF_OUT

17

PGND

20

VCOM_OUT

19

VCC

16

SDA

9

SCL

8

DIRC

7

RET

6

DGND

5

DGND

4

VDD

3

DB_IN0

2

DB_IN1

1

Calibration

SID

VCOMVREFI2C I/F

AGND

46

GCFB_O

49

VDDMNT50DGND

47

GCFB_I

48

SHT_I

51

PVCC

43

CAL_IN44PGND

41

CAL_OUT

42

VCC

45

SHT_O

52

FRP

53VD54

PRG

55

CLK

56

VDD

57

DGND

58

DA_IN1159DA_IN10

60

Comp

Cal ref

TG

D

F/F

D

F/F

D

F/F

DEC DAC

DAC DAC DAC DAC DAC DAC DAC DAC DAC DAC DAC

DEC DEC DEC DEC DEC DEC DEC DEC DEC DEC DEC

D

F/F

DATA CHANGE/SELECT

DEMALTIPLEX PROCESSING

IC8M1,IC8M2,IC8M3,IC8M4 CXA7009R

- B10 -

PCB-TERMINAL

Function Table

H

L

Input (S)

B0 Connected to A B1 Connected to A

H: HIGH Logic Level L:LOW Logic Level

Function

S

Vcc

A

B1

GND

B0

1

6

2 5

3 4

HPOL

OUTPL

PVDDPL

VREFL

INL

XI

XO

CKIO

SLE

EP

N

MUTEN

HP

PROTN

MODE[2:0]

VOL[1:0]

INR

VREFR

PVDDREG

VSSBGR

REFA AVSS

DVDD

DVSS

PVSSL

OUTML

PVDDML

PVDDPR

OUTPR

PVSSR

OUTMR

PVDDMR

HPOR

HEADPHONE

AMPLIFIER

(L-CH)

HEADPHONE

AMPLIFIER

(R-CH)

LEVEL SHIFTER

BALANCED

DIGITAL

MODULATION

UNIT

(L-CH)

BALANCED

DIGITAL

MODULATION

UNIT

(R-CH)

CLOCK

GENERATION

/

MODE

CONTROL

SELECTOR/LEVEL SHIFTER

UNDER VOLTAGE

PROTECTION

THIRMAL

PROTECTION

CLOCK

DETECTION

OVER CURRENT

PROTECTION

5V REGULATOR

PPL

PNL

MNL

MPL

PPL

PNL

MNL

MPL

+

-

+

-

+

-

+

-

42

36 35

30 34

29

28

8

7

9 13 14

15

1

~

39

38 21

20 19

17

6 37 16

24,25

26,27

5

4

40 3

41 2

22 18

NC

1 2 3 4

8 7 6 5

IN

NO

COM

V+

V– GND

EN

EN IN NC NO

0 0 ON OFF 0 1 OFF ON 1 X OFF OFF

X = Don't Care

Function Table

WP

HV

Generator

I/O

Control

Logic

Memory

Control

Logic

XDEC

EEPROM

Array Page

Laches

YDEC

Sence Amp. R/W Control

SCL

Vcc

Vss

SDA

8

4

3

5

6

VCLK

7

Function Table

H : HIGH Logic Level L : LOW Logic Level

Inputs Output

S I1 X=(I0)•(S)+(I1)•(S) L

L H

L

H L

X

L

I0

H

L

X

H HX X

2

0

1

5

1

3

6

4

I1

GND

I2

S

VCC

Z

6A

6Y 5A

5Y 4A

4Y

VCC1A

1Y 2A

2Y 3A

3Y

GND

INPUTAOUTPUT

Y

H L

L H

FUNCTION TABLE

1

2 3

4 5

13

12 11

14

10

9

8

6 7

IC230,IC231 NC7SB315P6X(PBF)

IC380 YDA138-EZ IC551,IC552 NC7SZ157P6X(PBF)

IC560 MAX4564EKA+T IC580 24LCS21AT-I*SNG

IC561 RD74LVC14BTELL

- B11 -

IC610 AD8183ARUZ

Output

TRUTH TABLE

IN A

IN B Hight Z Hight Z

SEL A/B OE

0 1 0 1

0

1

0 1

1

IN0 A

G = +1 or +2

IN1 A

IN0 B

12

3

10

5

6

IN1 B

IN2 A

IN2 B

SEL A/B

OE

20

OUT 0

18

OUT 1

16

OUT 2

22 23

Output Enable

VCC

VEE

GND

6,13,14,17,21,24 7,15,19 2,4,9,11

DGND

OE

IN2

AGND

IN1

AGND

IN0

V

EE

Vcc

OUT2

V

EE

OUT1

Vcc

OUT0

V

EE

1

2

3

4

5

6

7

8

16

15

14

13

12

11

10

9

G =

+1/+2

G =

+1/+2

G =

+1/+2

Truth Table

OUT0, 1, 2

OE

0 IN0, IN1, IN2 1 High Z

INPUT

OUT 1

OUT 2

GAIN

CONTROL

AMP.

OUTPUT

CAPACITOR FOR

RECOVERY TIME

DETECT

SCHMITT

SW

1

20k

GND

4

2

100k

2µA

8

V

+

3 5

6

7

14 13 12 11 10 9 8

1 2 3 4 5 6 7

CK D

QQ

CK D

QQ

Function

CLR PR D Q Q

1CLR

1D 1CK 1PR

1Q

GND

Vcc 2CLR

2D

2CK

2PR

2Q

Truth Table

X: Don’t care

Inputs Outputs

No change

Clear Preset

CK

L H L H H H

H L L H H H

X X X L H X

L H H L H Qn

H L H H L Qn

X X X

NC

OUT

GND

4

2

3

RD

5

CD

VDD

Vref

+

-

IC650 AD8075ARUZ

PCB-BOO

IC770 NJM2072M

IC772 R3112N201A-TR-F

IC771 TC74VCX74FT

- B12 -

PCB-POWER SUB

Logic circuit

Thermal

protection

circuit

Note : "*" in the input column means "don't care". Blank in the output column means "off".

Truth Table

Standby

Forward rotation

Reverse rotation

Brake

Standby Forward rotation Reverse rotation

Brake

Standby

Source

Sink

Source

Disregard IN1/IN2 input

Mode

Input Output

Harf-

bridge

OUT1 OUT3POUT2 OUT3N

P-GND

VS

VCC

S-GND

1,10

13,14,

19,20 15,16 12 11

17,18

2

8

80kΩ 80kΩ 80kΩ 80kΩ

65kΩ65kΩ

65kΩ 65kΩ

3 4 5 6

MD2

MD1

IN1 IN2

IN1 IN2MD1 MD2 OUT1 OUT2 OUT3P OUT3N

L L

H L H L

L H L H

H H H H

1ch

2ch

L

H

L

H

L H H

L

H

L

H

L

H

L

H

L

H

L

H

* *

L L H H L L H H

Vref

Driver

OCP

TSD

OVP

VOUT ADJVccCTL GND

1

2

3

4

5

+

–

2VIN

1

REF

VC

VOUT

ADJ

GND

5

3

4

TSD

– +

PWM. COMP

CURR.AMP

ON/OFF

3.95V/

2.8V

UVLO

16.5V/8.9V

REF

5V

OSC

OCP. COMP

ER.AMP

OVP. COMP

MUL

ON/OFFREFCSCTSYNC VCC

OVP

VFB

VIN–

GND

OUT

VC

IDET IFB IIN– VDET

1213111514 10

11µA

8

9

7

6

5

4

15k

4.85k

1.55V

11k

1.64V0.39V

S

R S

16

Q

31 2

+

–

IC9T0,IC9T1 LB1934T-TLM-E

IC9A6 BA00DD0WHFP

IC9A2,IC9A3,IC9A5 SI-3010KM-TL IC9A4 SI-3010KD-TL

PCB-POWER

IC9M0 FA5502M-H1

- B13 -

[MEMO]

16151413121110987654321

A

B

C

D

E

F

G

H

I

12022242 6283032 534 7 39111 3151719212 325272931333 5 6 281 012 41416183637383940

41 42 4 3 4 4 45 46 47 48 49 5 0 5 1 52 53 54 55 5 6 5 7 5 8 59 60 61 62 6 3 6 4 65 66 67 68 69 7 0 7 1 72 73 74 75 76 7 7 7 8 79 80

12022242 6283032 534 7 39111 3151719212 325272931333 5 6 281 012 41416183637383940

41 42 4 3 4 4 45 46 47 48 49 5 0 5 1 52 53 54 55 5 6 5 7 5 8 59 60 61 62 6 3 6 4 65 66 67 68 69 7 0 7 1 72 73 74 75 76 7 7 7 8 79 80

1 2 3 4 5 6

1

2

1

2

1 2

1

2

3

1 3

1

2

3

1 2 3 1 2 3

1 2 3

1

2

3

1

3

1

3

1 2 3

1

2

3

1 2 3

1

2

3

4

1

4

1

2

3

4

1 2 3 4

1

2

3

4

5

1

2

3

4

5

1 2 3 4 5

1

2

3

4

5

6

1

2

3

4

5

6

1

2

3

4

5

6

1

2

3

4

5

6

1

2

3

4

5

6

7

1

2

3

4

5

6

7

1 2 3 4 5 6 7

1

2

3

4

5

6

7

1 2 3 4 5 6 7 8

1 2 3 4 5 6 7 8 9

1 2 3 4 5 6 7 8 91 2 3 4 5 6 7 8 9 10

1 2 3 4 5 6 7 8 9 10

1

2

3

4

5

6

7

8

9

10

11

12

1

2

3

4

5

6

7

8

9

10

11

12

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

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

92

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

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

92

12345678910111213141516171819202122232425262728293031323334353637383940414243444546474849505152535455565758596061626364656667686970717273747576777879808182838485868788899091

92

1

2

AWG2 6/105

LAMP

FG

AC - H

GN D

AC - C

AC POWER CORD

PCB-INLET

THERMOSTAT

PCB-FILTER

FL

FN

PF-L PF-N

NEUT

LIVE

PCB-TERMINAL

AGND

SW12A U

PA-H

LAMP- ON

LAMP- H/ LZ1

LAMP- H/ LZ0

DGND

LSENS E

Z-H

S-H

AGND

STBY5

NR14

AGND

DGND

NR8R

DRV-F ST OP

DGND

POW-F ST OP

LMP-F ST OP

PBS-F ST OP

IN-FS TO P

DGND

OFF-T IM E

PWM-L MP

DGND

POWER

PWM-P M

PWM-I N

FAN-O N

DGND

LS/FZ

RSI-F

Z-LSV +

F-LSH -

DGND

Z-LSV -

DGND

F-LSH +

Z-H Z- H Z- H

PRTLT MP

TMPPB S

AGND

TMPLM P

Z-H

TMPPU

AGND

TMPIN

LEDPW R

STBY5 D

LEDST G

DGND

KEY0

KEY2

KEY1

DGND

LEDST R

KEY2

KEY0

KEY1

LEDST G

LEDPW R

STBY5 D

DGND

LEDST R

DGND

STBY3 .3

LS-CO M1 DGND

DGND

STBY3

LS-CO M2

STBY3 .3

STBY3

DGND

LS-CO M1

DGND

LS-CO M2

O-FAN V

O-FST OP

O-FGN D

STBY5

DGND

RSI-F

STBY5 A

AGND RSI-R

AGND

AGND LBX

FBX

STBY5 A

RSI-R

DGND

PCB-POWER

L370V

LGND LGND

L370V

POWER LAMP UNIT

LAMP- H/ LZ0

DGND

LSENS E

SH-H

LAMP- H/ LZ1

LAMP- ON

RT2

RT1

Z-H

Z

DGND

PA

DRV-F ST OP

DGND

POW-F ST OP

LMP-F ST OP

PBS-F ST OP

IN-FS TO P

AGND SW12A U

PA

NR14

AGND

DGND

NR8R

S-H

AGND

STBY5

DGND

OFF-T IM E

PA

PWM-L MP

DGND

POWER

PWM-P M

PWM-I N

FAN-O N

DGND

THERMISTOR

F-LSH +

PA

LS/FZ

RSI-F

Z-LSV +

F-LSH -

DGND

Z-LSV -

DGND

PCB-KEY

DGND

DBO8

DBO6

DGND

DBO4

DBO2

DGND

DBO0

DGO8

DGND

DGO6

DGND

DRO4

DRO8

DRO6

DGND

DGO0

DGO4

DGO2

DRO2

DGND

DRO0

FPGCL RZ

SDA3( HS DA2)

SCL3( HS CL2)

DGND

NC(DR 3. 3D)

DGND

DRO1

DRO3

DRO5

DGND

DRO9

DRO7

DGO3

DGO1

DGO5

DGO7

DBO1

DGO9

DBO3

DBO5

DBO7

DBO9

PCB-IRR

PCB-POWER SUB

LAMP FA N

IN FA N

L-FGN D

L-FAN V

I-FAN V

I-FGN D

IN-FS TO P

LMP-F ST OP

Z S

POWER F AN

Z

P-FGN D

P-FAN V

POW-F ST OP

SHIFT -D

SHIFT -U

SHIFT -L SHIFT -R

LENS SHIFT MOTOR

ZOOM2

ZOOM1

FOCUS 2

FOCUS 1

PCB-MOTOR

ZOOM2 FOCUS 1

ZOOM1

FOCUS 2

FOCUS 1

ZOOM1

MOTOR

PCB-LS SENSOR

Z-H

GND

BZSW

GND

SSIN

SHOCK SENSOR

GND BZSW

PCB-BOO SUB

Z-H

GND

BATT

Z-H

PCB-BOO

Z-H PA

S

S-H

NC NC

NC

S

SPKN

SPKP

PA-H

+

-

DGND

DGE5

DGE9

DBE3

DGND

POWER

DGND

DBE5

DGND

DBE9

DGND

DVS

DGND

DHS

DGND

DRE1

DCLK

DGND

DRE3

SDA2( HS DA1)

DRE5

SCL2( HS CL1)

DGND

DRE7

DBE8

DBE6

DGND

DGE8

DGE4

DGND

DGE6

UFMCL RZ

PLLCL RZ

DGND

SHCLR Z

VDDMN T

DGND

POWER 2

DGND

DBE7

DGND

DBE2

DGND

DBE0

DGND

DBE4

DGE7

DGND

DGE2

DBE1

DGE0

DRE8

DGND

DRE6

DRE4

DRE2

DGND

DRE0

DGND

DRE9

DGND

DGE1

DGND

DGE3

OUT F AN

AGND

STBY5

FAN-O N

STBY5

DGND

NR17

NR14

DGND

NR17

STBY5

DGND

NR14

DGND

FAN-O N

DGND

AGND

STBY5

NR17

NR14

AGND

SS-H

PCB-MAIN

(OPTI CA L UNI T)

LCD-G

SOCKE T

AWG2 6/105

SPEAK ER

AGND

R

AGND

G

AGND

B

AGND

(NC)S W1 2AU

WR-ON

AUSDA

Y

AGND

DDCWP Z

SCART /P CZ

AGND

H

COMP

AGND

AUSCL

AGND

STBY5 A

AGND

R

AGND

G

AGND

B

AGND

C

A-SLE EP Z

WS

A-MUT EZ

AGND

STBYR 5

CH2/1 Z

AGND

SOG

V

L-MUT EZ

AGND

STBYR 5

NC

PSIG_ G

VSIG2 _G

VSIG4 _G

VSIG6 _G

VSIG8 _G

VSIG1 0_ G

VSSGR

NC

VSIG1 7_ G

VSIG1 _G

VSIG2 7_ G

VSIG1 3_ G

VSIG2 1_ G

VSIG3 1_ G

NC

VSIG2 5_ G

VSIG3 _G

VSIG3 5_ G

VCOM_ G

VSIG7 _G

VSIG1 5_ GNCVSIG1 1_ G

VSIG1 9_ G

VSIG2 9_ G

VSIG2 3_ G

VSIG3 3_ G

NC

VSIG5 _G

VSIG3 7_ G

VVSSR

VSIG9 _G

NC

DCK4_ G

DCK1_ G

HCK2_ G

HVSS

VVSSL

NC

VCK_G

DWN

PCG

NC

PSIGL

VSIG3 9_ G

VSIG4 1_ G

VSIG4 3_ G

VSIG4 5_ G

VSIG4 7_ G

VDD_R

ZOOM2

NC NC

VSIG1 4_ G

VSIG1 8_ G

VSIG2 8_ G

VSIG2 2_ G

VSIG3 2_ G

VCOML

GCFB

NC

ENB

VST_G

CLR

XSCAN 2

NC

VVDD

VSIG3 8_ G

VSIG4 0_ G

VSIG4 2_ G

VSIG4 4_ G

VSIG4 6_ G

VSIG4 8_ G

VSIG3 6_ G

NC

DCK3_ G

DCK2_ G

HCK1_ G

HST_G

VSSGL

VSIG1 6_ G

VSIG2 6_ G

VSIG1 2_ G

VSIG2 0_ G

VSIG3 0_ G

VSIG2 4_ G

VSIG3 4_ G

LCD-RLCD-B

PCB-DRIVE

STBY5

DGND

AGND

NR17A

NR17D

DGND

NC

STBY5

DGND

NR17A

DGND

NR17D

DGND

NC

PA

S-H

Z

B-FGN D

B-FAN V

PBS-F ST OP

PBS F AN

Z

D-FGN D

D-FAN V

DRV-F ST OP

DRIVE F AN

VSIG2 2_ R

VSIG3 2_ R

VCOM_ R

GCFB_ R

NC

ENB

VCK_R

VST_R

DWN

PCG

VDD_R

NC

VSIG1 4_ R

VSIG1 8_ R

VSIG2 8_ R

VCOM_ R

VSIG7 _R

VSIG1 5_ R

NC

VSIG1 1_ R

VSIG1 9_ R

VSIG2 9_ R

CLR

SCAN2

NC

VDD_R

VSIG3 8_ R

VSIG2 3_ R

VSIG4 0_ R

VSIG3 3_ R

VSIG4 2_ R

NC

VSIG4 4_ R

VSIG5 _R

VSIG3 7_ R

VVSSR

VSIG9 _R

VSIG1 3_ R

VSIG2 1_ R

VSIG3 1_ R

NC

VSIG2 5_ R

VSIG8 _R

VSIG3 _R

VSIG1 0_ R

VSIG3 5_ R

VSSGR

NC

VSIG1 7_ R

VSIG1 _R

VSIG2 7_ R

VSSGL

VSIG1 6_ R

VSIG2 6_ R

VSIG1 2_ R

NC

VSIG2 0_ R

NC

VSIG3 0_ R

NC

VSIG2 4_ R

PSIG_ R

VSIG3 4_ R

VSIG2 _R

VSIG4 _R

VSIG6 _R

VSIG4 6_ R

VSIG4 8_ R

VSIG3 6_ R

NC

DCK3_ R

DCK2_ R

HCK1_ R

HST_R

NC

DCK4_ R

NC

DCK1_ R

PSIG_ R

HCK2_ R

VSIG3 9_ R

HVSS

VSIG4 1_ R

VVSSL

VSIG4 3_ R

NC

VSIG4 5_ R

VSIG4 7_ R

ENB

VCK_B

VST_B

DWN

PCG

VDD_R

VCOM_ B

NC

GCFB_ B

NC

VSIG1 4_ B

DCK1_ B

NC

VSIG1 8_ B

PSIG_ B

NC

VSIG2 8_ B

HCK2_ B

NC

VCOM_ B

NC

VSIG3 9_ B

VSIG7 _B

HVSS

VSIG1 5_ B

VSIG4 1_ B

NC

VVSSL

VSIG1 1_ B

VSIG4 3_ B

VSIG1 9_ B

NC

VSIG2 9_ B

VSIG4 5_ B

CLR

VSIG4 7_ B

SCAN2

NC

VDD_R

VSIG3 8_ B

VSIG2 3_ B

VSIG4 0_ B

VSIG3 3_ B

VSIG4 2_ B

NC

VSIG4 4_ B

VSIG5 _B

VSIG3 7_ B

VVSSR

VSIG9 _B

VSIG1 3_ B

VSIG2 1_ B

VSIG3 1_ B

NC

VSIG2 5_ B

VSIG8 _B

VSIG3 _B

VSIG1 0_ B

VSIG3 5_ B

VSIG2 6_ B

VSSGR

VSIG1 2_ B

NC

VSIG1 7_ B

VSIG2 0_ B

VSIG1 _B

NC

VSIG2 7_ B

VSIG3 0_ B

VSSGL

NC

VSIG1 6_ B

VSIG2 4_ B

PSIG_ B

VSIG3 4_ B

VSIG2 _B

VSIG4 _B

VSIG6 _B

VSIG4 6_ B

VSIG4 8_ B

VSIG3 6_ B

NC

DCK3_ B

DCK2_ B

HCK1_ B

HST_B

NC

DCK4_ B

NC

VSIG2 2_ B

VSIG3 2_ B

Z-H

DGND

STBY5 RSI-F

NC

AWG2 6/105

NC

AWG2 6/105

AWG2 8/80

AWG3 0/125

AWG2 8/80

AWG2 6/105

PCB-IRF

UP(S MK)

F-BO X SWIT CH (BOT TOM) SW O N:2-3 Shor t

L-BO X SWIT CH SW O N:2-3 Shor t

3

48

47

4

49

2

50

1

46

5

45

6

7

44

43

8

9

42

41

10

11

40

39

12

13

38

37

14

15

36

35

16

17

34

18

33

19

32

20

31

21

30

22

29

23

28

24

27

25

26

AWG2 6/105 A WG26 /105 AW G26/1 05 A WG26/ 105

AWG2 2/105 (TUB E200 )

AWG2 6/105

S

AWG2 6/105

V3P- 1P

AWG1 8/105 Yell ow/Gr een

(OPTI CA L UNI T)

V3P- 1P

RATE D 600 V

AWG1 8/105 (SUM I TUB E125 )

AWG1 8/105 (SUM I-TUB E125 )

V4P- 2P

Z-H

CORE (x2t urn)

THERMISTOR

AWG2 6/180

(IN) (LAMP)

AWG2 8/105

NC

AWG2 8/105AWG2 8/105

Z-H

BATTE RY

RATE D 600 V

AWG2 8/105 (SUM I TUB E125 )

(ZOOM /F OCUS)

PCB-BLOCK DIAGRAM

(LENS S HIET SE NS OR)

ANALOG

DIGITAL1

DIGITAL2

RATE D 600 V

FPGA

UFMTG1

UFMTG2

DRIVE-R,G

DRIVE-B

SERVICING PRECAUTION

SYMBOLS INDICATE COMPONENTS HAVING SPECIAL CHARACTERISTICS IMPORTANT TO SAFETY AND PERFORMANCE. THEREFORE REPLACEMENT OF ANY SAFETY PARTS SHOULD BE IDENTICAL IN VALUE AND CHARACTERISTICS. FOR ACCURACY OF THE REPLACEMENT REFER TO THE PARTS LIST OF SERVICE MANUAL. DON'T DEGRADE THE SAFETY OF THE RECEIVERS THROUGH IMPROPER SERVICING.

SHADED COMPONENTS HAVE SPECIAL CHARACTERISTICS IMPORTANT TO SAFETY. BEFORE REPLACING ANY OF THESE COMPONENTS, READ CAREFULLY THE PRODUCT SAFETY NOTICE IN THE SERVICE MANUAL. DON'T DEGRADE THE SAFETY OF THE RECEIVERS THROUGH IMPROPER SERVICING.

2. Capacitors

3. Resistors

6. Correspondence of the units in the Schematic

4. Chip size (chip resistors,chip capacitor)

Diagrams to the SI units.

5. Specific symbol

7. This is a basic schematic diagram. Some sets may be subject to modify according to engineering imporovement.

NOTE

1. TP6A, etc. shows Test Point.

Tolerance

Not indicated =

= =

0.5 % 1 %

5 %

10 %

Sort

Not indicated : Carbon resistor

5 %

D F

J K

S : Fixed composition resistor MB : Metal oxide film resistor (type B) CE : Cemented resistor

W

: Wire wound resistor

M

: Metal film resistor

MPC : Metal plate cement resistor

ML

: Metal liner resistor

Not indicated : Chip resistor

Value

Not indicated =

= k = M

(1000)K

M (1000k)

Wattage

Not indicated = 1/4W or 1/6W

Not indicated = 1/10W

Value Not indicated

pF, for numbers more than 1 F, for numbers less than 1

Dielectric

Not indicated : 50V

Tolerance

Not indicated =

= = = =

2 %

5 % 10 % 20 %

Sort

Not indicated

for electrolytic capacitors

10 %

= +

–

=

100 %

0 %

30 %

= +

–

= +

–

30 % 10 % 80 % 20 %

= = = =

0.25 pF

0.5 pF 1 pF 2 pF

G

J K M

P

N

Q

Z

C D F G

MF : Polyester film capacitor PP : Polypropylene film capacitor

ALM : Aluminus electrolytic capacitor

TF : Twin film capacitor SC : Semiconductor ceramic capacitor MP : Metalized paper film capacitor

MPP

: Metalized plastic film capacitor

MMF

: Metalized polyester film capacitor

MF,PP

: Polyester polypropylene film capacitor

PS

: Polystyrol film capacitor

TAN or TANT : Tantalum capacitor

: Electrolytic capacitor

BP or NP : Non polarized electrolytic capacitor

I

II

Parts

except

for

chips

Not indicated : Ceramic chip capacitor

: Electrolytic chip capacitor

BP or NP : Non polarized electrolytic chip capacitor

Chips

Characteristic

Not indicated

105C

Tolerable maximum temperature

F=2.5 : leads pich is 2.5 mm

F

85ºC

105ºC

Electrolytic capacitor only

: F or B (high dielectric percentage)

CH,SL,etc : Temperature compensating types

Zener Diode Varicap Positive Thermistor

Fusible Resistor

Crystal unit Air Gap

Ceramic filter

P

Kiro

Hertz

Pico

K

HZ

P

k

Hz

p

Schematic Diagram SI

Strength

No Tolerance is indicated and 20 %

: Ceramic capacitor

(only ceramic capacitor)

I

II

Parts

except

for

chips

Chips

Thermistor Photo Diode LED

T

Parts

except

for chips

Chips

(3216) 3.2 mm X 1.6 mm (2010) 2.0 mm X 1.0 mm (1608) 1.6 mm X 0.8 mm

(3225) 3.2 mm X 2.5 mm (2818) 2.8 mm X 1.8 mm (2012) 2.0 mm X 1.2 mm

(1005) 1.0 mm X 0.5 mm

Varistor

DWDV

SD

RD

BD

NW

BA

TW

TL

RF

AM

NR N K

SX

CN1

RE

NM

AL

NA

NS

PP

BB

NB

MV

ND

CN2

SA

NV

MA

SQ

DP

NP

NE

SE

SL

SF

NF

SZ

SC

NCKT

ST

NH

RH

DR

DB

DG

S1

SV SW

TK

SK

CN3

CONTENTS

PCB-BLOCK DIAGRAM .................................. C-1

ANALOG PCB-MAIN ....................................... C-2

DIGITAL1 PCB-MAIN ...................................... C-3

DIGITAL2 PCB-MAIN ...................................... C-4

FPGA PCB-DRIVE .......................................... C-5

UFMTG1 PCB-DRIVE ..................................... C-6

UFMTG2 PCB-DRIVE ..................................... C-7

DRIVE-R,G PCB-DRIVE ................................. C-8

DRIVE-B PCB-DRIVE ..................................... C-9

PCB-TERMINAL, PCB-BOO, PCB-BOO SUB

.. C-10

PCB-POWER SUB, PCB-POWER ................. C-11

PCB-FILTER, PCB-MOTOR, PCB-KEY ......... C-11

PCB-IRR, PCB-IRF, PCB-IINLET ................... C-11

FL7000U

C-1

16151413121110987654321

A

B

C

D

E

F

G

H

I

VY 6

VY 7

VY 8

VY 9

VY 2

VY 3

VY 4

VY 5

VY 1

VU V 0

VU V 1

VU V 5

VU V 4

VU V 3

VU V 2

VU V 6

VU V 7

VU V 8

VU V 9

VY 0

GR E 9

GR E 8

GR E 7

GR E 5

GR E 6

GB E 9

GR E 4

GB E 8

GR E 3

GR E 2

GB E 5

GR E 1

GB E 4

GB E 3

GB E 2

GB E 1

GG E 9

GB E 7

GB E 0

GG E 8

GB E 6

GG E 6

GG E 7

GG E 5

GG E 4

GG E 3

GG E 2

GG E 1

GR E 0

GG E 0

24L C0 2BT

NC7 WZ 125 K8X

3IC 10 000 0AA 10 4

TC9 01 03A FG

22 X 4

10 0 X4

22 X 4

10 0 X4

DS X 32 1G ( 42 .0 0 0M H Z)

DS X 32 1G ( 14 .3 1 81 8 MH Z)

YKF 45 -70 18N

CON 50 P_M L

MST 37 82M -LF -1 70

TAR 5S 15

RT9 70 1-P B

PQ1 M2 55M 2SP Q

SI- 30 33K M-T L

47 K

F- 1 0

3. 3 K

F- 1 0

47

10 0

0

10 K

F- 6 80

56

1K

0

1. 5 K

F- 1 0

1. 5 K

10 K

10 0

1K

10 K

1. 5 K

10 K

3. 3 K

56

0

F- 1 0

47 K

56

10 0

F- 1 .8 K

3. 3 K

47 K

1. 2 K

10 K

F- 4 7

3. 3 K

F- 6 80

22

10 0

F- 4 70

56

10 0

F- 1 .8 K

1K

F- 4 7

1M

10 0

F- 1 0

56

F- 4 7

56

10 0

3. 3 K

1K

1. 5 K

47

F- 3 90

10 0

F- 1 0

F- 6 80

3. 3 K

1K

F- 1 .8 K

0

47

F- 1 K

3. 3 K

1K

F- 1 0

22

10 K

Z- . 1

K- 2 2u

K- . 1

Z- . 1

K- . 1

Z- . 1

K- . 1

Z- . 1

K- . 04 7

Z- . 1

K- . 1

Z- . 1

K- . 1

Z- . 1

K- . 1

10

CH

27

K- . 1

Z- 1 u

K- . 1

Z- . 1

27

12

K- . 01

K- . 47

K- . 1

Z- . 1

10

CH

K- . 1

K- 1 0u

10 V

K- . 1

Z- . 1

K- 1 0u

K- . 04 7

K- 2 2u

Z- . 1

4

15 CH

Z- . 1

Z- 1 u

68 CH

Z- . 1

K- . 1

68

CH

K- . 04 7

Z- . 1

68

CH

Z- . 1

K- . 1

K- . 04 7

Z- . 1

15 CH

Z- 1 u

K- . 1

Z- . 1

Z- 1 u

K- . 1

Z- . 1

K- 1 u

K- . 47

Z- . 1

68

CH

Z- 1 u

K- . 1

Z- . 1

K- . 1

Z- 1 u

15 CH

Z- . 1

K- . 1

Z- . 1

12

K- . 1

Z- . 1

15 CH

68

CH

Z- . 1

K- 1 u

K- 1 00 0

15

CH

K- . 1

68 CH

Z- . 1

K- . 04 7

K- 2 2u

Z- . 1

12

K- 1 50 0

K- . 1

K- 2 2u

Z- . 1

Z- 1 u

K- . 01

Z- . 1

K- . 1

K- 1 0u

10 V

Z- . 1

Z- 1 u

K- 1 u

Z- . 1

27

K- . 1

Z- . 1

K- . 47

K- 2 2u

6. 3 V

Z- . 1

K- . 01

K- . 1

Z- . 1

K- . 04 7

K- 2 2u

6. 3 V

Z- . 1

Z- 1 u

K- . 1

47 u

6. 3 V

47 u

6. 3 V

22 u

6. 3 V

47 u

6. 3 V

47 u

4V

47 u

4V

47 u

4V

47 u

4V

47 u

4V

22 0 u

6. 3 V

47 u

4V

47 u

6. 3 V 47 u

6. 3 V

47 u

4V

47 u

4V

DTC 12 4EU

DTA 12 4EU

2SC 31 23

2SC 40 81- S

2SC 31 23

2SC 40 81- S

2SA 15 76- S

AV R L1 61

22 u

15 u

10 0 u

15 u

10 0 u

3. 3 u

22 u

15 u

10 0 u

BL M 18 AG 2 21 SN 1

BL M 18 AG 6 01 SN 1

BL M 18 AG 2 21 SN 1

BL M 18 AG 6 01 SN 1

BL M 21 PG 2 21 SN 1 *

BL M 18 AG 6 01 SN 1

BL M 18 AG 2 21 SN 1

BL M 21 PG 2 21 SN 1 *

AC M 20 12 D

1 A 0

2 A 1

3 A 2

4 V SS 5SD A

6S CL

7WP

8V CC

1NC2NC3WP4

VS S

5

SD A6SC L

7

VC L K

8

VC C

1A02A13A24

VS S

5

SD A6SC L

7WP8

VC C

1

VS S PL L2PL L IN3VC O FI L4VD D PL L5VS S XO6XO I N7XO O UT8VD D XO9TI N 0010TI N 0111DV D D112DI N 913DI N 814DV S S115DI N 716DI N 617VD D IO 118DI N 519DI N 420VD D RA M121VS S RA M122DI N 323DI N 224DV D D225DI N 126DI N 027DV S S228DI N CK29VS S IO 230VD D RA M231VS S RA M232PK O UT33VD D IO 234TI N 0235TI N 0336RE S ET

37

BU S SE L0

38

BU S SE L1

39

VS S IO 3

40

SD A

41

SC L

42

VD D IO 3

43

CS Y NC IN

44

DV D D3

45

SP O 45

46

SP O 46

47

DV S S3

48

YO U T9

49

YO U T8

50

YO U T7

51

YO U T6

52

VD D IO 4

53

YO U T5

54

YO U T4

55

YO U T3

56

YO U T2

57

VS S IO 4

58

YO U T1

59

YO U T0

60

VD D IO 5

61

CK O UT

62

TO U T0 2

63

VS S IO 5

64

TO U T0 3

65

TO U T0 4

66

YO U T0 5

67

TO U T0 6

68

TO U T0 7

69

DV D D4

70

TO U T0 8

71

TO U T0 9

72

DV S S4

73

VS S RA MD74VD D RA MD

75

CO U T0

76

CO U T1

77

VS S IO 6

78

CO U T279CO U T380CO U T481CO U T5

82

VD D IO 6

83

CO U T684CO U T785CO U T8

86

CO U T9

87

UV F LA G

88

DV D D589DV S S5

90

HI Z N

91

VE O UT92HD O UT93VD O UT

94

VD D IO 7

95

OD D EV EN

96

VB I RE AD Y

97

DV D D6

98

FB I N

99

TM 3

100

DV S S6

101

TM 2

102

TM 1

103

TM 0

104

YC L AM P3

105

YC L AM P2

106

YC L AM P1

107

VD D AD D

108

VS S AD D

109

BL A SY AD

110

VR T YA D

111

VD D YA D

112

YI N 1

113

VS S YA D

114

VR M YA D

115

YI N 2

116

VR B YA D

117

YI N 3

118

VD D GC A

119

VS S GC A

120

BL A SG CA

121

VR E FG CA

122

TO U T1 0

123

VR T CA D

124

BL A SG AD

125

VD D GA D

126

CI N

127

VS S GA D

128

GI N

129

VR B CA D

130

BL A SB AD

131

VD D BA D

132

Cb I N

133

VS S BA D

134

BI N

135

BL A SR AD

136

VD D RA D

137

Cr I N

138

VS S RA D

139

RI N

140

VD D DA

141

DA O UT

142

VS S DA

143

BL A SD A

144

VR E FD A

1234

5 6 7 8

1

2

3

45

6

7

8

1

2

3

4 5

6

7

8

1 2 3 4

5678

1 2 3 4

5678

1

2

3

4 5

6

7

8

1 2 3 4

5678

1

2

3

45

6

7

8

1

2

3

45

6

7

8

1

2

3

45

6

7

8

1234

5 6 7 8

1234

5 6 7 8

1

23

4

1

23

4

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

19

20

21

22

23

24

2526

26

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

27

28

29

30

31

32

33

34

35

36

37

38

39

40

41

42

43

44

45

46

47

48

49

50

1

VR E FN2HS Y NC 03VS Y NC 04AV D D_ AD C5GN D6BI N 0P7BI N 0N8SO G IN 09GI N 0P10GI N 0N11RI N 0P12RI N 0N13NC14NC15NC16NC

17NC18NC19NC20NC21NC22NC23NC24NC25NC26NC27NC28NC29

AV D D_ AD C30GN D31GN D32AV D D_ MP L L33XO U T

34

XI N35HW R ES ET

36A037

SC L38SD A

39

VD D P

40

IN T

41

MC L

42

MD A

43

DA T A2 9

44

DA T A2 8

45

DA T A2 7

46

DA T A2 6

47

DA T A2 5

48

DA T A2 4

49

DA T A2 3

50

DA T A2 2

51

DA T A2 1

52

DA T A2 0

53

VD D P

54

GN D

55

DA T A1 9

56

DA T A1 8

57

DA T A1 7

58

DA T A1 6

59

DA T A1 5

60

DA T A1 4

61

DA T A1 3

62

DA T A1 2

63

DA T A1 1

64

DA T A1 0

65

VD D P

66

GN D

67

VD D C

68

DA T AC K

69

SO G OU T/ D E

70

HS O UT71VS O UT

72

FI E LD /G P O

73

VD D P

74

GN D

75

VD D C

76

DA T A977DA T A878DA T A779DA T A680DA T A581DA T A482DA T A383DA T A284DA T A1

85

DA T A0

86

VD D P

87

GN D

88

VD D P

89

GN D

90

VD D P

91

GN D

92

VD D C

93NC94NC95NC96

AU S D

97

AU S CK

98

AU W S

99

AU M UT E

100

MC K O

101

SP D IF O

102

VD D P

103

GN D

104

GN D

105

GN D

106

AV D D_ AU P LL

107

GN D

108

RX 0 N

109

RX 0 P

110

GN D

111

RX 1 N

112

RX 1 P

113

AV D D_ DV I

114

RX 2 N

115

RX 2 P

116

GN D

117

RX C KN

118

RX C KP

119

AV D D_ DV I

120

RE X T

121

NC

122

GN D

123

AV D D_ PL L

124

DD C SC L

125

DD C SD A

126

AV D D_ AD C

127

GN D

128

VR E FP

1

CN T2GN D3NO I SE

4

VO U T

5

VI N

1

VO

2

GN D

3

VI

4

CE

5

VO

1

Nr

2

GN D

3

VC

4

VI N

5

VO

1Nr2

GN D

3

VC

4

VI N

5

VO

1

VC

2

VI N

3

GN D

4

Se n se

5

VO U T6GN D

1

2 3

4

1

2 3

4

1

2 3

4

1

2 3

4

DIG IT AL1

DIG IT AL2

P-G GE4

P-G GE1

P-G BE2

P-G BE1

P-G GE3

P-G BE0

P-G GE0

P-G GE5

P-S OG

P-G BE8

P-G BE7

P-G BE6

P-G VS

P-G BE5

P-G BE4

P-G CLK

P-G BE3

P-G HS

P-G BE9

P-G GE7

P-G GE8

P-G GE6

P-G FIEL D

P-G GE9

P-G RE0

P-G RE1

P-G RE2

P-G RE3

P-G RE4

P-G RE5

P-G RE6

P-G RE7

P-G RE8

P-G RE9

P-G GE2

is DGND

is AGND

OP E N

DE C _S W3 . 3D

DE C _S W1 . 5D

DE C _S W3 . 3D

DE C _S W1 . 5D

DE C _S W3 . 3D

DE C _S W1 . 5D

DG N D

OP E N

DE C _S W2 . 5R AM

OP E N

(O P EN )

OP E N

SO G

RA D

GA D

DD C WP

BA D

R X C-

R X C+

R X 0-

R X 0+

R X 1-

R X 1+

R X 2-

R X 2+

D D CC LK

D D CD AT A

+ 5 VP OW

H P DE TE C T

GI N T

SW 1 2A U

OP E N

DIG IT AL2

DIG IT AL1

DIG IT AL1DIG IT AL1DIG IT AL1

DIG IT AL1

DIG IT AL2

DIG IT AL2 DI GIT AL2

DIG IT AL2

DIG IT AL2D IGI TA L1DIG IT AL2

DIG IT AL2

PCB -T ERM INA L TL

PCB-MAINANALOG

IC6 M0

IC5 90

IC6 C5

IC2 A0

R6 B 3

R6 R 3

R2 P 3

R2 Q 2

R2 Q 3

R2 P 2

R6 C 1

R6 G 2

R6 G 3

R6 R 2

R6 B 2

R2 Q 4

X2 H 0

X6 A 8

J6P 0

SK

IC6 A0

IC2 L0

IC6 L0

IC2 K0

IC6 J0

TP A G1

AD B

SK G 1

SK G 3

GH S

SK 3 2

P6 M 1

P6 M 0

SK G 7

SK 3 0

SK 4 7

AD R

P6 M 3

GV S

VV S

P2 K 0

GI N T

SK 3 1

DE C CV

SK 1 0

VH S

SK 0 4

SK 3 7

VF I EL D

SK 1 9

SK G 8

VC L K

SK 2 2

P6 J 0

SK 3 9

SK 2 5

SK 0 3

SK G 5

P6 M 2

SK 1 7

HS Y NC

VS Y NC

AD G

GF I EL D

P2 L 0

SK 2 7

SK 3 5

SK 2 8

SO G

SK 0 2

SK G 4

SK 2 0

SK 2 6

SK 4 9

UV F LA G

SK 5 0

SK 2 1

SK 1 5

SK 0 1

SK 2 9

GP E N

SK 1 3

P6 K 0

SK G 2

SK 0 8

SK 2 4

SK 3 3

DE C C

SK 2 3

SK G 6

GS O GPI C 6L 0

SK 1 1

VB I RD Y

VP E N

SK 0 6

DE C Y

IC6 K0

RES Z- AD

A-S LE EPZ

DDC WP Z

A-M UT EZ

SDA 1

SCL 1

STB Y5 A

HPC NT

L-M UT EZ

RES Z- DEC

AUS DA

STB Y3 .3

SCA RT /PC Z

AUS CL

POW ER 2

CH1 /2 Z

STB YR 5

GRE [0 -9]

GGE [0 -9]

GBE [0 -9]

VUV [0 -9]

WR- ON

GHS GSO G

VY[ 0- 9]

WS

GCL K

GFI EL D GVS

VCL K

VVS

VFI EL D

VPE N

VHS

GPE N

R2 L 3

R6 R 1

R2 P 0

R6 B 1

R6 G 1

R6 G 0

R2 P 1

R2 Q 1

R6 B 0

R2 M 6

R2 Q 0

R6 R 0

R6 M 3

R6 P 7

R2 M 7

R6 P 1

R6 8 1

R6 F 6

R5 9 2

R2 6 0

R6 E 1

R6 E 0

R2 6 3

R6 B 9

R2 6 6

R6 E 4

R6 8 5

R6 P 3

R6 P 4

R2 G 4

R6 C 7

R6 M 5

R2 6 2

R6 L 0

R6 8 3

R6 M 0

R6 L 1

R6 8 7

R2 C 0

R6 P 0

R6 M 1

R6 G 9

R6 C 5

R2 6 5

R2 M 9

R6 L 2

R2 G 5

R6 C 8

R2 8 4

R2 M 5

R2 7 3

R6 C 0

R6 M 4

R2 H 1

R6 8 8

R6 F 7

R2 8 5

R2 7 2

R2 7 4

R2 H 0

R2 P 4

R6 C 4

R2 7 1

R5 9 1

R6 P 5

R6 8 6

R2 6 4

R6 R 9

R2 8 1

R2 M 8

R2 8 6

R6 8 4

R6 8 2

R6 F 5

R6 C 6

R6 P 6

R2 8 3

R2 N 6

R2 8 2

R2 7 5

R6 C 9

R6 8 0

R6 M 2

R2 M 4

R2 7 6

R6 P 2

R6 C 2

R5 9 3

C2 N 3

C6 H 3

C2 C 5

C6 A 4

C2 B 2

C2 D 8

C2 M 1

C2 L 4

C2 M 5

C2 6 2

C6 G 1

C6 F 0

C2 E 7

C6 M 1

C2 M 2

C2 C 2

C2 N 5

C2 C 3

C6 A 8

C2 6 5

C2 F 6

C6 8 3

C2 E 6

C6 F 4

C2 8 5

C2 6 3

C2 D 0

C2 A 1

C2 G 2

C2 M 4

C6 A 9

C2 C 6

C6 H 0

C2 D 7

C2 M 0

C6 A 6

C6 R 1

C6 F 3

C6 H 2

C2 G 4

C2 6 4

C2 M 6

C6 8 1

C2 F 2

C6 D 9

C6 A 5

C6 F 5

C2 B 4

C2 A 5

C6 B 1

C2 7 2

C2 8 1

C2 N 1

C2 A 6

C6 D 0

C2 K 3

C6 R 2

C6 D 8

C6 D 7

C2 8 4

C6 8 2

C6 A 0

C2 B 3

C2 N 7

C6 D 4

C2 M 8

C6 K 1

C2 C 7

C6 9 3

C6 F 2

C2 L 3

C6 L 2

C6 D 5

C2 E 2

C6 8 5

C2 B 6

C6 A 3

C2 D 6

C2 K 1

C2 H 2

C6 D 3

C2 E 5

C2 M 3

C6 H 1

C2 8 3

C2 F 7

C6 J 4

C2 D 5

C2 9 1

C2 7 4

C2 D 2

C6 J 3

C2 J 3

C6 G 0

C2 H 3

C2 F 5

C2 A 4

C6 D 2

C6 B 2

C6 L 1

C5 9 0

C2 7 3

C2 G 3

C2 B 5

C6 K 2

C2 M 7

C6 8 4

C6 A 1

C6 C 5

C2 H 1

C6 F 1

C2 9 3

C2 M 9

C6 L 0

C2 N 2

C6 E 0

C2 7 5

C2 B 1

C2 N 0

C2 A 2

C2 K 2

C6 D 6

C2 G 5

C6 A 2

C6 D 1

C6 G 2

C6 J 2

C2 N 6

C6 9 1

C6 8 0

C6 J 1

C2 C 1

C2 9 2

C2 9 0

C6 M 0

C2 K 0

C2 C 0

C2 J 2

C2 G 1

C6 J 0

C2 L 2

C6 K 0

C2 D 4

C6 9 0

C6 9 2

C2 B 0

C2 F 4

Q59 2

Q6E 0

Q6M 0

Q6M 1

Q6L 1

Q68 1

Q68 0

Q26 1

Q6L 0

Q68 2

Q27 1

Q2G 4

Q28 1

Q26 5

Q28 5

Q27 5

RV 6 P9

RV 6 P5

RV 6 P3

RV 6 P4

RV 6 P6

RV 6 P8

RV 6 P7

RV 6 P2

RV 6 P1

RV 6 P0

L2 K 0

L2 C 0

L2 F 4

L2 B 0

L2 8 4

L6 9 0

L6 9 1

L2 6 4

L2 9 1

L2 9 0

L6 K 0

L2 D 4

L2 G 0

L2 7 4

L6 H 0

L6 J 1

L2 H 0

L6 J 2

L6 A 5

L2 J 0

L6 L 1

L6 M 1

L2 K 1

L6 M 0

L6 K 1

L6 K 3

L6 P 3

L6 P 0

L6 P 2

L6 P 1

POW ER

CONTENTS

PCB-BLOCK DIAGRAM .................................. C-1

ANALOG PCB-MAIN ....................................... C-2

DIGITAL1 PCB-MAIN ...................................... C-3

DIGITAL2 PCB-MAIN ...................................... C-4

FPGA PCB-DRIVE .......................................... C-5

UFMTG1 PCB-DRIVE ..................................... C-6

UFMTG2 PCB-DRIVE ..................................... C-7

DRIVE-R,G PCB-DRIVE ................................. C-8

DRIVE-B PCB-DRIVE ..................................... C-9

PCB-TERMINAL, PCB-BOO, PCB-BOO SUB

.. C-10

PCB-POWER SUB, PCB-POWER ................. C-11

PCB-FILTER, PCB-MOTOR, PCB-KEY ......... C-11

PCB-IRR, PCB-IRF, PCB-IINLET ................... C-11

FL7000U

C-2

16151413121110987654321

A

B

C

D

E

F

G

H

I

GB O 9

GB O 8

GB O 7

GB O 6

GB O 2

GB O 4

GB O 3

GB O 5

GB O 1

GB O 0

GB O 6

GB O 9 GB O 8 GB O 4 GB O 7

GB O 0

GB O 2

GB O 3

GB O 5

GG O 6

GG O 4

GG O 8

GG O 7

GG O 2

GG O 5

GG O 3

GG O 9

GG O 8

GG O 1

GG O 0

GG O 4

GG O 0

GG O 7

GG O 9 GG O 6 GB O 1

GG O 5 GG O 3 GG O 2 GG O 1

GR O 6

GR O 7

GR O 9

GR O 8

GR O 6

GR O 5

GR O 4

GR O 3

GR O 2

GR O 1

GR O 0

GR O 2

GR O 9 GR O 8 GR O 7 GR O 4

GR O 5 GR O 1 GR O 0

GR O 3

LS / FZ

F- L SH +

F- L SH -

Z- L SV +

Z- L SV -

GR E 1

GB E 8

GB E 4

GB E 5

GB E 7

GB E 9

GB E 0

GB E 1

GB E 3

GG E 4

GG E 9

GG E 8

GG E 5

GB E 2 GB E 6

GR E 4

GR E 3

GR E 8

GR E 2

GR E 5

GG E 6

GG E 0

GG E 2

GG E 3

GG E 1

GG E 7

KD 0

KD 4

KD 2

KD 1

KD 3

KD 7

KD 6

KD 5

KD 8

KD 9

KD 1 2

KD 1 1

KD 1 0

KD 1 4

KD 1 3

KD 1 5

KD 1 9

KD 2 1

KD 1 6

KD 1 7

KD 1 8

KD 2 2

KD 2 5

KD 2 0

KD 2 4

KD 2 7

KD 2 3

KD 2 8

KD 2 6

KD 3 1

KD 3 0

KD 2 9

KD 2 8

KD 2 9

KD 3 0

KD 3 1

MK D 28

MK D 29

MK D 30

MK D 31

MK D 26

KD 2 6

KD 2 7

MK D 25KD 2 5

KD 2 4

MK D 27

MK D 24

MK D 22

KD 2 2

KD 2 3

MK D 21

KD 2 1

KD 2 0

MK D 23

MK D 20

MK D 18KD 1 8

KD 1 9

MK D 17KD 1 7

KD 1 6

MK D 19

MK D 16

KD 8

MK D 1

MK D 11

KD 3

MK D 14KD 1 4

KD 1 0

KD 1 5

KD 4

MK D 10

MK D 7

MK D 0

MK D 13KD 1 3

KD 1 2

MK D 15

MK D 12

KD 6

KD 1 1

MK D 6

MK D 3

MK D 8

MK D 2

MK D 5

KD 0

KD 5

KD 1

KD 2

KD 7

MK D 9KD9

MK D 4

KA 9

KA 1

KA 1 1

KA 4

KA 6

KA 8

KA 2

KA 1 0

KA 1 2

KA 7

KA 3

KA 5

RK A 12

RK A 9

RK A 11

RK A 8

RK A 7

RK A 6

RK A 5

RK A 4

RK A 10

RK A 2

RK A 1

RK A 3

KA 7

KA 6

KA 4

KA 1 1

KA 9

KA 8

KA 5

KA 1

KA 2

KA 3

KA 1 2

KA 1 0

KA 0

RK A 0

MD 2 8

MD 3 1

MD 2 7

MD 2 5

MM D 0MD 0

MD 3

MM D 1

MM D 2

MD 4

MD 6

MM D 5

MM D 6

MM D 4

MM D 7

MD 5

MD 7

MD 8

MD 1 0

MM D 9

MM D 10

MM D 8

MM D 11

MD 9

MD 1 1

MD 2 0

MD 2 2

MM D 21

MM D 22

MM D 20

MM D 23

MD 2 1

MD 2 3

MD 2 4

MD 2 6

MM D 25

MM D 26

MM D 24

MM D 27

MD 2 5

MD 2 7

MD 2 8

MD 3 0

MM D 29

MM D 30

MM D 28

MM D 31

MD 2 9

MD 3 1

MD 2

MD 2 1 MD 2 2

MD 2 0 MD 1 9 MD 2 4

MD 2 9

MD 1 8

MD 3 0 MD 2 6 MD 2 3

MD 1 6

MD 1 7

MD 1 5

MD 1 2

MD 9 MD 8

MD 1 4

MD 1 1

MD 1 3 MD 1 0

MD 5 MD 4

MD 3 MD 2

MD 7 MD 6 MD 1 MD 0

MA 1 0

MA 0

MA 5 MA 1 1

MA 7

MA 1

MA 1 2

MA 2

MA 3

MA 8 MA 9

MA 4 MA 6

MA 1 0

RM A 10

RM A 6MA 6

MA 8 R MA 8

MA 9 R MA 9

MA 2 R MA 2

MA 4

MA 5

MA 1 2

RM A 4

RM A 7

RM A 12

MA 7

RM A 5

MA 0

MA 3

MA 1 1

RM A 0

RM A 1

RM A 11

MA 1

RM A 3

P- D BO 2

P- D BO 1

P- D BO 7

P- D BE 2

P- D GO 3

P- D GO 2

P- D GO 9

P- D BE 8

P- D BE 3

P- D BE 7

P- D BE 4

P- D BE 9

P- D BE 1

P- D BE 6

P- D BE 0

P- D BE 5

P- D GE 7

P- D GE 2

P- D GE 8

P- D GE 1

P- D GE 5

P- D GE 9

P- D GE 4

P- D GE 6

P- D RO 3

P- D RO 7

P- D RO 8

P- D RO 2

P- D RO 4

P- D RO 6

P- D RO 5

P- D RO 1

P- D RO 0

P- D RE 1

P- D RE 7

P- D RE 2

P- D RE 8

P- D RE 6

P- D RE 0

P- D RE 5

P- D RE 9

P- D RE 4

P- P B6

P- P B5

P- P B7

P- P B4

P- P B3

P- P B2

P- D GE 3

P- P A7

P- P B0

P- P B1

P- P A5

P- P A4

P- P A2

P- P A3

P- P A1

P- P A0

P- D GE 0

P- D 0

P- D 7

P- D 1

P- D 2

P- D 3

P- D 6

P- D 5

P- D 4

P- D 11

P- D 14

P- D 12

P- D 10

P- D 9

P- D 15

P- D 13

P- C S0 Z

P- C S1 Z

P- R OM WE Z

P- N MI

P- D 8

P- D 0D0

P- D 1D1

P- D 3

P- D 2D2

D3

P- D 6

P- D 5

P- D 4D4

D7 P- D 7D6D5

P- D 10

P- D 9

P- D 8D8

D1 1 P- D 11

D1 0

D9

P- D 14

P- D 13

P- D 12D 1 2

D1 5

D1 4

D1 3

P- D 15

DB E 7

DB E 6

DB E 5

DB E 4

DB E 1

DB E 2

DB E 0

DB E 3

DB E 8

DB E 9

DG E 9

DG E 8

VB - NC 0 VB - NC 1 VB - NC 2 VY 0

VU V 0

VC L AM P VB - NC 3 VB - NC 5

VY 6

VY 1 VY 2 VY 7

VY 3 VY 4 VY 5

VY 8 VY 9

VU V 4

VU V 7

VU V 5

VU V 1 VU V 9

VU V 2 VU V 3 VU V 6

VU V 8

VC S T

VB - NC 7 VB - NC 8

VB - NC 6

VB - NC 4

VS O G

VB - NC 9

P- A 11

P- A 7

P- A 14

P- A 16 P- A 6

P- A 17 P- A 9 P- A 20 P- A 18 P- A 15 P- A 13

P- A 12

P- A 10

P- P A6

P- D RE 3

P- W RZ

RO M WE Z

P- R OM OE Z

P- R OM WE Z

RO M OE Z

P- N MI

P- C S1 Z

NM I

P- C S0 Z

P- R DZ

CS 1 Z

P- A 2

P- A 1

P- A 4

P- A 3

P- A 5

P- A 8

P- W RZ

KE Y 2

KE Y 1

KE Y 0

RM A 10

RM A 0

RM A 1

RM A 2

RM A 3 R M A4

RM A 5

RM A 6

RM A 7

RM A 8

RM A 12

RM A 11

RM A 9

MM D 7

MM D 6

MM D 5

MM D 4

MM D 3

MM D 2

MM D 1

MM D 8

MM D 9

MM D 10

MM D 11

MM D 12

MM D 13

MM D 14

MM D 15

MM D 24

MM D 26

MM D 28

MM D 27

MM D 30

MM D 29

MM D 31

MM D 23

MM D 22

MM D 21

MM D 20

MM D 19

MM D 18

MM D 17

MM D 16

RM A 12

RM A 11

RM A 9

RM A 8

RM A 6

RM A 7

RM A 5

RM A 4

RM A 10

RM A 0

RM A 2

RM A 3

MM D 25

MM D 0

MK D 31

MK D 1

MK D 29

MK D 2

MK D 30

RK A 3

MK D 27

RK A 2

MK D 28

RK A 1

RK A 0

MK D 3

RK A 10

MK D 4

RK A 4

MK D 5

RK A 5

MK D 6

RK A 7

MK D 7

RK A 9

RK A 6

RK A 11

RK A 8

RK A 12

RK A 9

RK A 8

RK A 11

RK A 7

RK A 12

RK A 6

MK D 0

MK D 26

RK A 5

MK D 24

RK A 4

MK D 15

RK A 3

MK D 14

MK D 16

RK A 2

MK D 13

MK D 25

MK D 17

RK A 1

MK D 12

MK D 18

RK A 0

MK D 11

MK D 19

RK A 10

MK D 10

MK D 20

MK D 9

MK D 21

MK D 8

MK D 22

MK D 23

RM D M2

RM D QS 2

RM D M0

GR E 9

GR E 6

GR E 0

GR E 7

P- R OM OE Z

NM I

U- R ES

MM D 3

MD 1

MD 1 5

MD 1 4

MD 1 3

MD 1 2 MM D 12

MM D 13

MM D 14

MM D 15

MM D 19

MM D 16M D 16

MD 1 7

MD 1 8

MD 1 9

MM D 18

MM D 17

VH S

VV S

VC L K

RE S -C PU

OF F -T IM E

SQ W /I NT Z

RM C K0 n

RM C K1 n

RM C K0

RM C K1

RM D QS 0

RM W En

RM C AS n

RM R AS n

RM C Sn

RM B K0

RM B K1

P- D BO 0

P- D BO 3

P- D BO 4

P- D BO 5

P- D BO 6

P- D BO 8 P- D BO 9

P- D GO 8 P- D GO 7 P- D GO 4 P- D GO 6 P- D GO 5 P- D GO 0 P- D GO 1 P- D RO 9

DR E 7

DR E 6

DR E 5

DR E 4

DR E 3

DR E 2

DR E 1

DR E 0

DR E 8

DR E 9

DR O 9

DR O 8

DR O 6

DR O 7

DR O 4

DR O 5

DR O 2

DR O 3

DR O 0

DR O 1

P- D GE 9

P- D GO 8

P- D GO 9

P- D GE 8

P- D GO 5

P- D GO 4

P- D GO 7

P- D GO 6

P- D GO 1

P- D GO 0

P- D GO 3

P- D GO 2

P- D BE 5

P- D BE 4

P- D BE 7

P- D BE 6

P- D BE 1

P- D BE 0

P- D BE 3

P- D BE 2

P- D BO 9

P- D BO 8

P- D BE 9

P- D BE 8

P- D BO 6

P- D BO 7

P- D BO 4

P- D BO 5

P- D BO 2

P- D BO 3

P- D BO 0

P- D BO 1

DG O 8

DG O 9

DG O 0

DG O 1

DG O 2

DG O 3

DG O 5

DG O 6

DG O 7

DG O 4

DB O 9

DB O 8

DB O 7

DB O 6

DB O 5

DB O 4

DB O 2

DB O 1

DB O 3

DB O 0

P- D RE 7

P- D RE 6

P- D RE 5

P- D RE 4

P- D RE 2

P- D RE 1

P- D RE 0

P- D RE 3

P- D RE 8

P- D RO 8

P- D RE 9

P- D RO 6

P- D RO 5

P- D RO 4

P- D RO 7

P- D RO 2

P- D RO 0

P- D RO 1

P- D RO 3

P- A 20

P- A 19

P- A 17

P- A 18

P- A 16

P- A 15

P- A 13

P- A 14

P- A 12

P- A 11

P- A 9

P- A 10

P- A 8

P- A 7

P- A 5

P- A 6

P- A 4

P- A 3

P- A 1

P- A 2

P- A 21

P- A 22

A2 3

A2 2

A2 1

A1 9

A2 0

A1 8

A1 7

A1 5

A1 6

A1 4

A1 3

A1 1

A1 2

A1 0

A9

A8

A7

A6

A5

A4

A1

A3

A2

P- A 21

P- A 22

P- A 19

CS 0 Z

WR Z

RD Z

A1 7

A1 6

A1 5

A1 4

A1 3

A1 2

A1 1

A1 0A9A2 0

A2 1

A1 9

A1 8

A8

A1

A2A3A4A5A6

A7

A1 7

A1 6

A1 5

A1 4

A1 3

A1 2

A1 1

A1 0A9A2 0

A1 9

A1 8

A8A7A6A5A4A3A2

A1

D1 5D7D1 4D6D1 3D5D1 2

D4

D1 1D3D1 0D2D9

D1D0D8

RO M WE Z

D1 5D7D1 4

D4

D1 2D5D1 3

D6

WR Z

RD Z

D1 1D3D1 0D2D9D1D8

D0

RO M OE Z

DE B -R ES

LL I T- RE S

RE S -C PU

DB O 9

DG O 9

DR O 9

DB O 7

DB O 3

DB O 5

DB O 1

DG O 7

DG O 5

DG O 3

DG O 1

DR O 7

DR O 3

DR O 5

DR O 1

DB O 6

DB O 4

DB O 2

DB O 0

DG O 8

DG O 6

DG O 4

DG O 2

DG O 0

DR O 8

DR O 6

DR O 2

DR O 4

DR O 0

P- D GE 7

P- D GE 6

P- D GE 5

P- D GE 4

P- D GE 3

P- D GE 2

P- D GE 1

P- D GE 0

DG E 7

DG E 6

DG E 5

DG E 4

DG E 3

DG E 2

DG E 1

DG E 0

DB E 9

DB E 7

DB E 5

DB E 3

DB E 1

DG E 9

DG E 7

DG E 3

DG E 5

DG E 1

DR E 9

DR E 7

DR E 5

DR E 3

DR E 1

DB O 8

DB E 8

DB E 6

DB E 4

DB E 2

DB E 0

DG E 8

DG E 6

DG E 4

DG E 2

DG E 0

DR E 8

DR E 6

DR E 4

DR E 2

DR E 0

RM A 1

FP G CL RZ

SH C LR Z

P- D RO 9

P- A 23

WD S

DE B -R ES

ST B YE N

WA K EU P

LS E NS E

GS O G GF I EL D

VF I EL D

RC E N- R

RC E N- F

RM D M3

RM D QS 3

RM C KE

SD A 0

SC L 0

RM D M1

RM D QS 1

ST B Y1 .8

ST B Y2 .6

ST B Y3 .3 P

S29 AL 032 D70 TF I03 0H

HYB 25 DC2 561 60 CE- 5

22 X 4

10 0 X4

22 X 4

10 0 X4

22 X 4

10 0 X4

22 X 4

1K X 4

22 X 4

10 0 X4

22 X 4

10 0 X4

22 X 4

10 0 X4

22 X 422 X 4

22 X 4

10 0 X4

22 X 4

22 X 422 X 4

22 X 4

10 0 X4

22 X 4

10 0 X4

22 X 4

22 K X4

22 X 4

22 X 422 X 4 2 2 X4

22 X 4

10 0 X4

22 X 4

22 X 4 2 2 X4

DM X -2 6S ( 32 .7 6 8k H Z)

DS X 32 1G ( 14 .3 1 81 8 MH Z)

B-B -C ON8 0P

BD4 52 75G -TR

NC7 SZ 02P 5X

PW2 88 B-3 0L

GN D

P1 0

GN D

R1 0

GN D

T1 0

GN D

U1 0

GN D

P1 1

GN D

R1 1

GN D

T1 1

GN D

U1 1

GN D

P1 2

GN D

R1 2

GN D

T1 2

GN D

U1 2

GN D

P1 3

GN D

R1 3

GN D

T1 3

GN D

U1 3

A8

AF 2A5AE 3A3AF 3A4AD 4A1AE 4A2AF 4WRAC 5

AD C 1

AD 5

AD C 3

AE 5

RO M OE

AF 5

VA A 33

AB 6

DN C

AC 6

PV A A1 8

AD 6

GN D

AE 6

AD C 0

AF 6

GN D

AA 7

GN D

AB 7

RE S ET B

AC 7

XI

AD 7

EX T RS TE N

AE 7

DV A A1 8

AF 7

VD D 33

AA 8

D1 3

AB 8

D1 5

AC 8

CS 0

AD 8

CS 1

AE 8

RO M WE

AF 8

VD D 18

AA 9XOAB 9D9AC 9

D1 0

AD 9

D1 2

AE 9

D1 4

AF 9

VD D 33

AA 1 0

D1 1

AB 1 0D4AC 1 0D5AD 1 0D6AE 1 0D8AF 1 0

VD D 33

AA 1 1

PO R TA 1

AB 1 1

D7

AC 1 1D1AD 1 1D2AE 1 1D3AF 1 1

VD D 18

AA 1 2

IR R CV R0

AB 1 2

PO R TB 1

AC 1 2

PO R TA 0

AD 1 2

NM I

AE 1 2

D0

AF 1 2

VD D 33

AA 1 3

DR E 3

AB 1 3

PO R TA 5

AC 1 3

PO R TA 4

AD 1 3

PO R TA 3

AE 1 3

PO R TA 2

AF 1 3

VD D 33

AA 1 4

DO E 3

AB 1 4

DR E 1

AC 1 4

PO R TB 0

AD 1 4

PO R TA 7

AE 1 4

PO R TA 6

AF 1 4

VD D 18

AA 1 5

DB E 2

AB 1 5

DR E 7

AC 1 5

IR R CV R1

AD 1 5

PO R TB 3

AE 1 5

PO R TB 2

AF 1 5

VD D 33

AA 1 6

DR O 3

AB 1 6

DG E 0

AC 1 6

DR E 2

AD 1 6

PO R TB 7

AE 1 6

PO R TB 4

AF 1 6

VD D 33

AA 1 7

DB E 8

AB 1 7

DG E 7

AC 1 7

DR E 8

AD 1 7

RX D

AE 1 7

PO R TB 5

AF 1 7

VD D 18

AA 1 8

DR O 7

AB 1 8

DE N

AC 1 8

DR E 6

AD 1 8

DR E 0

AE 1 8

PO R TB 6

AF 1 8

DB O 1

AA 1 9

DG O 3

AB 1 9

DB E 3

AC 1 9

DG E 2

AD 1 9

DR E 5

AE 1 9

TX D

AF 1 9

VD D 33

AA 2 0

DR O 8

AB 2 0

DB E 7

AC 2 0

DG E 8

AD 2 0

DG E 1

AE 2 0

DR E 4

AF 2 0

DB O 7

AA 2 1

DG O 2

AB 2 1

DR O 2

AC 2 1

DB E 4

AD 2 1

DG E 5

AE 2 1

DR E 9

AF 2 1

DG O 9

AB 2 2

DR O 4

AC 2 2

DC L KO UT

AD 2 2

DG E 9

AE 2 2

DG E 4

AF 2 2

DR O 6

AC 2 3

DB E 9

AD 2 3

DB E 1

AE 2 3

DG E 6

AF 2 3

DR O 5

AD 2 4

DB E 6

AE 2 4

DB E 0

AF 2 4

DR O 1

AE 2 5

DB E 5

AF 2 5

DR O 0

AF 2 6

P1 4

GN DR1 4

GN DT1 4

GN DU1 4

GN DP1 5

GN DR1 5

GN DT1 5

GN DU1 5

GN DP1 6

GN DR1 6

GN DT1 6

GN DU1 6

GN DP1 7

GN DR1 7

GN DT1 7

GN DU1 7

GN D

AE 2 6

DR O 9

AD 2 6

DG O 1

AD 2 5

DG O 0

AC 2 6

DG O 5

AC 2 5

DG O 6

AC 2 4

DG O 4

AB 2 6

DG O 7

AB 2 5

DG O 8

AB 2 4

DB O 0

AB 2 3

DB O 2

AA 2 6

DB O 3

AA 2 5

DB O 4

AA 2 4

DB O 5

AA 2 3

DB O 6

AA 2 2

DB O 9

Y2 6

DB O 8

Y2 5

DH S

Y2 4

DV S

Y2 3

AD R 24 B

Y2 2

JT A GS EL

Y2 1

VD D 33

Y2 0

VD D 18

W2 6

TR S TN

W2 5

TD I

W2 4

TD O

W2 3

TM S

W2 2

TC K

W2 1

VD D 33

V2 6

TE S TM OD E

V2 5

MV A A1 8

V2 4

GN D

V2 3

MC K FB K

V2 2

VD D 25

V2 1

VD D 25

U2 6

MC K

U2 5

MC K N

U2 4

MC K FB KN

U2 3

VD D 25

U2 2

VD D 25

U2 1

VD D 18

T2 6

MD 0

T2 5

MD 1

T2 4

MD 6

T2 3

MD 7

T2 2

VD D 25

T2 1

VD D 25

R2 6

MD 2

R2 5

MD 3

R2 4

MR E FI N0

R2 3

GN D

R2 2

VD D 25

R2 1

VD D 25

P2 6

MD 4

P2 5

MD 5

P2 4

MD 1 0

P2 3

MD 1 3

P2 2

VD D 25

P2 1

VD D 18

N2 6

MD Q S0

N2 5

MD Q S1

N2 4

MD 1 1

N2 3

MR A S

N2 2

VD D 25

N2 1

VD D 25

M2 6

MD M 0

M2 5

MD M 1

M2 4

MD 1 4

M2 3

MA 1 0

M2 2

MA 0

M2 1

VD D 25

L2 6

MD 8

L2 5

MD 9

L2 4

MC S

L2 3

MC K E

L2 2

VD D 25

L2 1

VD D 18

K2 6

VD D 25

K2 5

MD 1 2

K2 4

MB N K0

K2 3

MA 1 1

K2 2

MA 5

K2 1

VD D 25

J2 6

MD 1 5

J2 5

MW E

J2 4

MA 1

J2 3

MA 7

J2 2

VD D 25

J2 1

VD D 18

H2 6

MC A S

H2 5

VD D 25

H2 4

MA 1 2

H2 3

MD 1 7

H2 2

VD D 25

H2 1

VD D 25

G2 6

MB N K1

G2 5

MA 2

G2 4

MD 1 6

G2 3

GN D

G2 2

VD D 25

G2 1

VD D 25

G2 0

GN D

F2 6

MA 3

F2 5

VD D 25

F2 4

VD D 25

F2 3

MD 2 3

F2 2

MD 2 6

F2 1

MD 3 0

E2 6

MA 9

E2 5

MA 8

E2 4

MD 1 8

E2 3

MD M 3

E2 2

MD 2 9

D2 6

MA 6

D2 5

MA 4

D2 4

MD Q S2

D2 3

MD 2 4

C2 6

MD 1 9

C2 5

MD 2 0

C2 4

MD M 2

B2 6

MR E FI N1

B2 5

MD 2 2

A2 6

MD 2 1

N1 7

GN D

M1 7

GN D

L1 7

GN D

K1 7

GN D

N1 6

GN D

M1 6

GN D

L1 6

GN D

K1 6

GN D

N1 5

GN D

M1 5

GN D

L1 5

GN D

K1 5

GN D

N1 4

GN D

M1 4

GN D

L1 4

GN D

K1 4

GN D

A2 5

MD Q S3

B2 4

MD 2 5

A2 4

MD 2 7

C2 3

MD 3 1

B2 3

MD 2 8

A2 3

VD D 25

D2 2

KD 0

C2 2

VD D 25

B2 2

KD 2

A2 2

KD 1

E2 1

KD 3

D2 1

KD 7

C2 1

KD 6

B2 1

KD 5

A2 1

KD 4

F2 0

VD D 25

E2 0

VD D 25

D2 0

KD M 1

C2 0

KD M 0

B2 0

KD Q S1

A2 0

KD Q S0

F1 9

VD D 18

E1 9

VD D 25

D1 9

GN D

C1 9

KR E FI N0

B1 9

KD 8

A1 9

VD D 25

F1 8

VD D 25

E1 8

VD D 25

D1 8

KD 1 2

C1 8

KD 1 1

B1 8

KD 1 0

A1 8

KD 9

F1 7

VD D 25

E1 7

KD 1 4

D1 7

VD D 25

C1 7

KW E

B1 7

KD 1 5

A1 7

KD 1 3

F1 6

VD D 18

E1 6

VD D 25

D1 6

KB N K0

C1 6

KC S

B1 6

KR A S

A1 6

KC A S

F1 5

VD D 25

E1 5

VD D 25

D1 5

VD D 25

C1 5

KA 0

B1 5

KA 1 0

A1 5

KB N K1

F1 4

VD D 25

E1 4

KA 1 2

D1 4

KC K E

C1 4

KA 3

B1 4

KA 2

A1 4

KA 1

F1 3

VD D 25

E1 3

KA 5

D1 3

VD D 25

C1 3

KA 8

B1 3

KA 9

A1 3

KA 1 1

F1 2

VD D 18

E1 2

VD D 25

D1 2

KD 1 9

C1 2

KA 4

B1 2

KA 6

A1 2

KA 7

F1 1

VD D 25

E1 1

KD Q S2

D1 1

KD 2 1

C1 1

GN D

B1 1

KD 1 7

A1 1

KD 1 6

F1 0

VD D 25

E1 0

KD 2 5

D1 0

VD D 25

C1 0

KD 2 2

B1 0

VD D 25

A1 0

KD 1 8

F9

VD D 18E9VD D 25

D9

KD 2 7

C9

KD 2 4

B9

KD 2 0

A9

KR E FI N1

F8

IN 0 RE 5

E8

KC K FB KN

D8

VD D 25

C8

KD 2 8

B8

KD M 3

A8

KD 2 3

F7

VD D 33

E7

IN 0 RE 2D7KV A A1 8C7KC K FB K

B7

KD 2 6

A7

KD Q S3

F6

IN 0 GE 6E6IN 0 RE 8D6IN 0 RE 3

C6

KC K N

B6

KD 3 1

A6

KD M 2

E5

IN 0 GE 2

D5

NC ( IN 0G E 0)

C5

IN 0 RE 4

B5

KC K

A5

KD 2 9

D4

IN 0 GE 3C4IN 0 RE 9B4IN 0 RE 6

A4

KD 3 0

C3

NC ( IN 0G E 1)

B3

GN D

A3

NC ( IN 0R E 0)

B2

IN 0 GE 7A2IN 0 RE 7

A1

NC ( IN 0R E 1)

N1 3

GN D

M1 3

GN D

L1 3

GN D

K1 3

GN D

N1 2

GN D

M1 2

GN D

L1 2

GN D

K1 2

GN D

N1 1

GN D

M1 1

GN D

L1 1

GN D

K1 1

GN D

N1 0

GN D

M1 0

GN D

L1 0

GN D

K1 0

GN D

B1

IN 0 GE 5C1 IN 0 GE 8C2 IN 0 BE 2D1 IN 0 BE 6D2 IN 0 GE 9D3 IN 0 GE 4E1 IN 0 R0 3E2 IN 0 BE 3E3 NC ( IN 0B E 1)E4 NC ( IN 0B E 0)F1 IN 0 RO 5F2

NC ( IN 0R O 1)F 3 NC ( IN 0R O 0)F 4 IN 0 BE 9F5 IN 0 BE 5G1 IN 0 RO 9G2 IN 0 RO 8G3 IN 0 RO 7G4 IN 0 RO 4G5 IN 0 BE 7G6 VD D 33G7 VD D 18H1 IN 0 GO 5H2 IN 0 GO 3H3 IN 0 GO 2H4 NC ( IN 0G O 1)H 5 IN 0 BE 4H6 IN 0 BE 8J1 IN 0 GO 9J2 IN 0 GO 6J3 NC ( IN 0B O 1)J 4 IN 0 GO 7J5 IN 0 RO 2J6 VD D 18K1 IN 0 BO 5K2 IN 0 BO 3K3 IN 0 BO 2K4 NC ( IN 0B O 0)K 5 NC ( IN 0G O 0)K 6 VD D 33L1 IN 0 BO 9L2 IN 0 BO 8L3 IN 0 BO 4L4 IN 0 BO 7L5 IN 0 RO 6L6 IN 0 GO 4M1 IN 0 VSM2 IN 0 PE NM3 IN 0 HSM4 IN 0 BO 6M5 IN 0 GO 8M6 VD D 18N1 IN 0 CL KN2 IN 0 CS TN3 IN 0 VB IN4 IN 1 VB IN5 IN 0 CL PN6 VD D 33P1 IN 0 AH SP2 IN 0 FL DP3 IN 1 R0 /R X D1P 4 IN 1 R1 /T X D1P 5 IN 1 R2P6 IN 1 G0 /P W M3R 1 IN 1 CL PR2 IN 1 R3R3 IN 1 R5R4 IN 1 B0 /E X TI NT 2R5 IN 1 G6R6 VD D 18T1 IN 1 CS TT2 IN 1 FL DT3 IN 1 R7T4 IN 1 R8T5 IN 1 B4T6 VD D 33U1 IN 1 AH SU2 IN 1 R4U3 IN 1 R6U4 IN 1 B7U5 IN 1 PE NU6 A2 3V1 IN 1 R9V2 IN 1 G1 /P W M4V 3 IN 1 G2V4 IN 1 G7V5 A1 9V6 VD D 18W1 IN 1 G3W2 IN 1 G4W3 IN 1 G5W4 IN 1 B5W5 A1 1W6 VD D 33Y1 IN 1 G8Y2 IN 1 G9Y3 IN 1 B1 /E X TI NT 3Y4 IN 1 B9Y5 A7Y6 RDY7 VD D 33A A1 IN 1 B2A A2 IN 1 B3A A3 IN 1 B6A A4 IN 1 CL KAA 5 A1 4AA 6 AD C 2AB 1 IN 1 B8A B2 IN 1 VSA B3 IN 1 HSA B4 A1 6AB 5 A6A C1 A2 2AC 2 A2 1AC 3 A1 7AC 4 A9A D1 A2 0AD 2 A1 8AD 3 A1 5AE 1 A1 3AE 2 A1 0AF 1 A1 2

0

2. 2 K

F- 3 .9 K

10 K

0

10 K

22 K

F- 1 0K

F- 1 K

10 K

0

10 K

0

F- 1 .5 K

0

F- 4 .7 K

3. 3 K

F- 1 0K

0

10 K

0

4. 7 K

0

3. 3 K

10 K

F- 1 K

3. 3 K

22

10 K

22

F- 1 K

0

10 K

1. 8 K

1M

10 K

22

F- 1 K

22

0

10 K

22

10 K

0

2. 2 K

10 K

F- 1 0K

10 K

K- . 1

Z- . 1

Z/ K -. 01

Z- . 1

Z- 1 u

K- 2 2u

Z- . 1

Z- 1 u

Z- . 1

K- 2 2u

Z- 1 u

Z- . 1

Z- 1 u

Z- . 1

K- 1 0u

Z- . 1

K- 2 2u

Z- . 1

Z- 1 u

K- 2 2u

Z- . 1

K- 2 2u

Z- . 1

Z- 1 u

Z- . 1

K- 2 2u

Z- . 1

10 0

Z- 1 u

Z- . 1

K- 1 50 0

Z- . 1

K- 1 0u

Z- . 1

Z- 1 u

Z- . 1

K- 5 60 0

K- 2 2u

Z- . 1

10 0

K- 2 2u

Z- . 1

10 0

Z- . 1

10 0

K- . 1

Z- . 1

Z- 1 u

Z- . 1

K- 2 2u

Z- . 1

8

Z- . 1

8

Z- 1 u

Z- . 1

Z- 1 u

K- 1 0u

K- . 01

Z- . 1

33 u

25 V

10 0 u

4V

22 0 u4V

10 0 u

6. 3 V

22 0 u

4V

33 u

25 V

DTC 12 4EU

2SC 40 81- S

SF P B- 74

1S S 35 5

SL F 10 14 5 T- 5R 6 M3 R 2- RF

VL F 30 10 A T- 1R 5 N1 R 2

SL F 10 14 5 T- 10 0 M2 R 5

BL M 18 RK 1 02 SN 1 D

BL M 18 AG 6 01 SN 1

BL M 18 RK 1 02 SN 1 D

BL M 21 PG 2 21 SN 1 *

BL M 18 RK 1 02 SN 1 D

R51 07 G27 1C- TR -F

MP1 59 3DN -LF -Z

DS1 37 1U+ T&R

MP1 41 0ES

CAT 24 WC1 28J

1

A1 52A1 43A1 34A1 25A1 16A1 0

7A98A89

A1 910A2 011WE #

12

RE S ET #

13NC14

WP # /A CC

15

RY / BY #

16

A1 817A1 7

18A719A620A521A422A323A224

A1

25A026

CE #27VS S28OE #29DQ 030DQ 831DQ 132DQ 933DQ 234DQ 1 035DQ 336DQ 1 137VC C38DQ 439DQ 1 240DQ 541DQ 1 342DQ 643DQ 1 444DQ 745DQ 1 5/ A- 146VS S47BY T E#48A1 6

1 V DD

2 D Q0

3 V DD Q

4 D Q1

5 D Q2

6 V SS Q

7 D Q3

8 D Q4

9 V DD Q

10 DQ5

11 DQ6

12 VSS Q

13 DQ7

14 N.C .

15 VDD Q

16 LDQ S

17 N.C . /A 13

18 VDD

19 N.C .

20 LDM

21 WE

22 CAS

23 RAS

24 CS

25 N.C .

26 BA0

27 BA1

28 A10 / AP

29 A0

30 A1

31 A2

32 A3

33 VDD 34VSS

35A4

36A5

37A6

38A7

39A8

40A9

41A11

42N. C ./ A 12

43N.C .

44CKE

45CK

46CK

47UDM

48VSS

49VRE F

50N.C .

51UDQ S

52VSS Q

53N.C .

54DQ8

55VDD Q

56DQ9

57DQ1 0

58VSS Q

59DQ1 1

60DQ1 2

61VDD Q

62DQ1 3

63DQ1 4

64VSS Q

65DQ1 5

66VSS 1 V DD

2 D Q0

3 V DD Q

4 D Q1

5 D Q2

6 V SS Q

7 D Q3

8 D Q4

9 V DD Q

10 DQ5

11 DQ6

12 VSS Q

13 DQ7

14 N.C .

15 VDD Q

16 LDQ S

17 N.C . /A 13

18 VDD

19 N.C .

20 LDM

21 WE

22 CAS

23 RAS

24 CS

25 N.C .

26 BA0

27 BA1

28 A10 / AP

29 A0

30 A1

31 A2

32 A3

33 VDD 34VSS

35A4

36A5

37A6

38A7

39A8

40A9

41A11

42N. C ./ A 12

43N.C .

44CKE

45CK

46CK

47UDM

48VSS

49VRE F

50N.C .

51UDQ S

52VSS Q

53N.C .

54DQ8

55VDD Q

56DQ9

57DQ1 0

58VSS Q

59DQ1 1

60DQ1 2

61VDD Q

62DQ1 3

63DQ1 4

64VSS Q

65DQ1 5

66VSS

1 V DD

2 D Q0

3 V DD Q

4 D Q1

5 D Q2

6 V SS Q

7 D Q3

8 D Q4

9 V DD Q

10 DQ5

11 DQ6

12 VSS Q

13 DQ7

14 N.C .

15 VDD Q

16 LDQ S

17 N.C . /A 13

18 VDD

19 N.C .

20 LDM

21 WE

22 CAS

23 RAS

24 CS

25 N.C .

26 BA0

27 BA1

28 A10 / AP

29 A0

30 A1

31 A2

32 A3

33 VDD 34VSS

35A4

36A5

37A6

38A7

39A8

40A9

41A11

42N. C ./ A 12

43N.C .

44CKE

45CK

46CK

47UDM

48VSS

49VRE F

50N.C .

51UDQ S

52VSS Q

53N.C .

54DQ8

55VDD Q

56DQ9

57DQ1 0

58VSS Q

59DQ1 1

60DQ1 2

61VDD Q

62DQ1 3

63DQ1 4

64VSS Q

65DQ1 5

66VSS

1 V DD

2 D Q0

3 V DD Q

4 D Q1

5 D Q2

6 V SS Q

7 D Q3

8 D Q4

9 V DD Q

10 DQ5

11 DQ6

12 VSS Q

13 DQ7

14 N.C .

15 VDD Q

16 LDQ S

17 N.C . /A 13

18 VDD

19 N.C .

20 LDM

21 WE

22 CAS

23 RAS

24 CS

25 N.C .

26 BA0

27 BA1

28 A10 / AP

29 A0

30 A1

31 A2

32 A3

33 VDD 34VSS

35A4

36A5

37A6

38A7

39A8

40A9

41A11

42N. C ./ A 12

43N.C .

44CKE

45CK

46CK

47UDM

48VSS

49VRE F

50N.C .

51UDQ S

52VSS Q

53N.C .

54DQ8

55VDD Q

56DQ9

57DQ1 0

58VSS Q

59DQ1 1

60DQ1 2

61VDD Q

62DQ1 3

63DQ1 4

64VSS Q

65DQ1 5

66VSS

1

2

3

45

6

7

8

1234

5 6 7 8

1234

5 6 7 8

1234

5 6 7 8

1

2

3

45

6

7

8

1234

5 6 7 8

1

2

3

4 5

6

7

8

1234

5 6 7 8

1

2

3

45

6

7

8

1

2

3

45

6

7

8

1234

5 6 7 8

1

2

3

45

6

7

8

1234

5 6 7 8

1 2 3 4

5678

1 2 3 4

5678

1

2

3

45

6

7

8

1

2

3

45

6

7

8

1

2

3

45

6

7

8

1

2

3

45

6

7

8

1

2

3

45

6

7

8

1234

5 6 7 8

1

2

3

45

6

7

8

1

2

3

45

6

7

8

1234

5 6 7 8

1

2

3

45

6

7

8

1

2

3

45

6

7

8

1

2

3

45

6

7

8

1

2

3

45

6

7

8

1

2

3

45

6

7

8

1

2

3

45

6

7

8

1234

5 6 7 8

1 2 3 4

5678

1

2

3

45

6

7

8

1

2

3

4 5

6

7

8

1

2

3

45

6

7

8

1

2

3

45

6

7

8

1

2

3

45

6

7

8

1234

5 6 7 8

1234

5 6 7 8

1234

5 6 7 8

1234

5 6 7 8

1

2

3

45

6

7

8

1

2

3

45

6

7

8

1

2

3

45

6

7

8

1

2

3

45

6

7

8

1

2

3

45

6

7

8

1234

5 6 7 8

1

2

3

45

6

7

8

1

2

3

45

6

7

8

1

2

3

45

6

7

8

1234

5 6 7 8

1234

5 6 7 8

1 2 3 4

5678

1

2

3

45

6

7

8

1

2

3

45

6

7

8

1234

5 6 7 8

1

2

3

45

6

7

8

1234

5 6 7 8

1234

5 6 7 8

1234

5 6 7 8

1

2

3

4 5

6

7

8

1

2

3

4 5

6

7

8

1 2 3 4

5678

1 2 3 4

5678

1 2 3 4

5678

1

2

3

45

6

7

8

1

2

3

45

6

7

8

1234

5 6 7 8

1234

5 6 7 8

1234

5 6 7 8

1234

5 6 7 8

1

2

3

4 5

6

7

8

1234

5 6 7 8

1234

5 6 7 8

12

3 4

1

23

4

1234567891 0111 2131 4151 61 7181 9202 1222 3242 52 6272 8293 0313 2333 43 5363 7383 940

8079787 7767 5747 3727 17 0696 8676 6656 4636 26 1605 9585 7565 5545 35 2515 0494 8474 6454 44 3424 1

1234567891 0111 2131 4151 61 7181 9202 1222 3242 52 6272 8293 0313 2333 43 5363 7383 940

8079787 7767 5747 3727 17 0696 8676 6656 4636 26 1605 9585 7565 5545 35 2515 0494 8474 6454 44 3424 1

12622732842953063173283393410351136123713381439154016411742184319442045214622472348244925

50

1

ER

2

SU B

3

GN D

4

VO U T

5

VD D

1

A

2

B

3

GN D

4

Y

5

Vc c

1

RE S ET B

2

MR

3

CD

4

GN D

5

SC K

6

IN H

7

TW

8

VD D

1BS2IN3SW4

GN D

5FB6

CO M P

7EN8

SS

1

X1

2

X2

3

WD S

4

GN D

5

SD A

6

SC L

7

SQ W /I NT

8

Vc c

1BS2IN3SW4

GN D

5FB6

CO M P

7EN8

N/ C

1

A0

2

A1

3

A2

4

VS S

5

SD A

6

SC L

7

WP

8

VC C

GR E [0 .. 9 ]

GG E [0 .. 9 ]

GB E [0 .. 9 ]

A[ 1 .. 7]

D[ 0 .. 7]

KE Y [0 .. 2 ]

LS

VY [ 0. .9 ]

IS DGND

548 pi n-B GA

VU V [0 .. 9 ]

(O P EN )

RK D QS 1

KV R EF

OP E N

Por t K

Por t J

Por t I

OP E N

(O P EN )

FP G CL RZ

SD A 3

SC L 3

DV S

DH S

DC L K

SD A 2

SC L 2

SH C LR Z

PO W ER

RK C K0

RK C K1

RK C K0 n

RK C K1 n

RK D QS 3

RK D M3

RK D M2

RK D QS 2

RK B K0

RK C AS n

RK C Sn

RK W En

RK R AS n

RK D M1

RK D M0

RK D QS 0

RM D QS 3

RM D M3

RK B K1

MV R EF

RK C KE

DH S

DC L K

SD A 1

SC L 1

SD A 2

SC L 2

SD A 3

SC L 3

AU S DA

AU S CL

DB E [0 .. 9 ]

DG O [0 .. 9 ]

DG E [0 .. 9 ]

DB O [0 .. 9 ]

DR O [0 .. 9 ]

DIG IT AL2

(O P EN )

OP E N

(O P EN )

ANA LO G

DIG IT AL2 AN ALO G AN ALO G DI GI TAL 2 D IGI TAL 2DIG IT AL2ANA LO G

OP E N

PW - CO NT

DIG IT AL2 DI GIT AL 2 DI GI TAL 2 DI GI TAL 2 DI GIT AL 2 DI GIT AL 2

DIG IT AL2

ANA LO G

DIG IT AL2

DIG IT AL2 DI GIT AL2 AN ALO G A NAL OG

FPG A PCB -D RIV E D V

FPG A PCB -D RIV E D W

DIG IT AL2 DI GIT AL2

PCB-MAIN

DIGITAL1

IC7 41

IC4 00

IC4 02

IC4 01

IC4 03

R4 7 5

R4 6 1

R4 6 3

R4 6 6

R4 7 9

R4 A 5

R4 4 3

R4 B 2

R4 8 3

R4 F 6

R4 C 2

R4 9 3

R4 B 7

R4 A 4

R4 A 6

R4 E 8

R4 9 6

R4 F 1

R4 7 3

R4 8 5

R4 5 0

R4 8 1

R4 9 0

R4 A 7

R4 8 4

R4 F 4

R4 4 7

R4 F 0

R4 4 8

R4 F 2

R4 A 1R4 A 3

R4 4 6

R4 4 2

R4 F 3

R4 F 5

R4 7 7

R4 A 8R4 A 9

R4 C 0R4 C 1

R4 7 8

R4 9 2

R4 9 4

R4 9 5

R4 8 2

R4 6 0

R4 7 2

R4 E 7

R4 8 0

R4 B 6

R4 B 1

R4 9 9

R4 7 4

R4 9 1

R4 B 0

R4 E 9

R4 6 8

R4 B 8

R4 4 9

R4 4 5

R4 4 4

R4 9 7R4 A 2 R 4 98

R4 7 6

R4 8 6

R4 6 2

R4 6 4

R4 A 0

R4 6 5

R4 8 9

R4 B 9 R 4 B5

X4 4 1

X4 4 0

SW

SV

SS

IC4 43

IC4 48

TP D EB G

PS V G2 0

PS V G1 6

PS V 17

PS V G1 0

PS V G0 3

PS V 63

PS V 76

PS V 09

PS V G2 4

PS W 13

PS W 03

PS V G3 4 P S VG 14

PS W G3 1

PS V G1 9

VB _ NC 4

PS W G3 7

PS W 42

PS V G2 6

PS W G1 7

PS W G0 5

PS V G0 6PS W G0 6

PS V 28

PS V G1 1

WA K EU P

PS V G3 0

PS W 53

PS V G1 8

VB _ NC 0

PS W 75

PS W 51

PS W G1 5

PS W 60

PS W G2 7

PS W 47

PS W 63

PS V G3 3

PS W G0 0

PS V 18

PS V 60

PS W 15

PS V 44

ST B YE N

PS W 65

PS W G1 1

PS W G3 0

PS W 24

EX T IN T

PS V G1 5

PS W 71

PS W 79

PS V G0 2

PS V G0 1

PS V 75

PS V 02

PS W 16

PS V 08

PS V 69

CS 0

PS V 67

PS W 39

PS V G0 0

PS W G3 6

TP R ES Z

PS V 78

PS V G2 7

PS V G2 1

PS W 72

PS W G0 1

PS V 37

PS V G2 8

PS W 22

PS V G2 3

PS W 25

PS W 12

PS W 48

PS V 72

PS W 45

PS V G0 5

PS W 62

VS O G

PS W G0 9

VB _ NC 3

PS V G3 5

PS V 35

PS V G3 2

WR

PS V 14

PS W G1 2

PS V 11

PS W G3 3

PS W G3 5

VB _ NC 9

PS V G0 7

PS W 21

PS V G3 6

PS W 09

PS V 29

VB _ NC 2

PS W G0 3

PS W 66

PS W G2 0

Z E C _ S L F

PS W G0 7

P4 0 2

PS V G1 2

PI C 44 2

VB _ NC 1

PS W G0 8PS W G3 8

PS W G2 9

PS W G1 4

PS W 74

VB _ NC 5

PS W G1 9

PS W G2 8

PS V 21

PS V G2 2

PS V G3 1

GC S T

VC L AM P

PS W G2 4

TP B US Y

PS W 44

PS V 06

PS V 31

PS W 69

PS V G1 7

PS W G0 4

PS W 59

PS W 54

PS V 73

PS W 19

VB _ NC 6

TP W DS

DD E N

CS 1

GV B I

PS W 18

PS W G2 6

PS V G2 9

PS W 28

PS W 10

PS W 27

PS W G2 1

PS V 34

PS V G0 9

PS V 15

PS V G2 5

PS V 43

PS W G1 8

PS V 66

PS V G0 4

PS V 23

PS W G1 3

PS W 57

PS V 58

PS V 61

PS W G2 2

PS V G1 3

PS V 38

PS V 54

PS V 20

PS W G3 4

PS V 70

PS W 56

PS W G2 5

PS V 56

PS W G2 3

VB _ NC 7

VB I

PS W G1 0

PS W 68

VB _ NC 8

PS V 03

PS W 77

PS W G3 2

PS V 64

PS V 12

PS V 53

PS V G0 8

PS V 32

PS V 05

PS W G0 2

GC L AM P

PS V 79

RD

PI C 44 1

PS W G1 6

VC S T

PS W 30

IC4 40

VD D MN T

GH S

GS O G

IR

GF I EL D

VC L K

ST B Y5 D

VH S

ST B Y3 .3

WD M SK

PL L CL RZ

VF I EL D

PO W ER

GV S

TX D M

PO W ER 2

VP E N

GP E N

LS E NS E

VV S

RX D M

GC L K

UF M CL RZ

NR 1 4

OF F -T IM E

EX T IN T

AU S CL

SC L 1

SD A 0

ST B YE N

SC L 0

AU S DA

RC E N- F

WA K EU P

SD A 1

RC E N- R

R4 G 2

R4 G 0

R7 Y 2

R4 G 3

R4 D 1

R4 G 1

R4 6 9

R4 D 0

R4 F 8

R4 F 9

R4 E 0

R4 H 5

R4 4 0

R4 H 2

R4 E 4

R4 D 9

R4 0 2

R4 D 7

R7 Y 1

R4 C 8

R4 E 1

R4 H 7

R4 5 3

R4 5 5

R4 D 2

R4 C 5

R4 C 3

R4 D 8

R4 5 7

R4 4 1

R4 5 2

R4 E 2

R4 7 0

R4 F 7

R4 5 9

R4 5 8

R4 E 3

R4 0 3

R7 Y 0

R4 7 1

R4 H 1

R4 8 7

R4 0 0

R7 Y 4

R4 H 3

R4 D 3

R4 5 6

R4 E 6

R4 H 0

R4 B 4

R4 8 8

R4 0 1

R4 C 7

R4 C 6

R4 C 9

R4 D 5

R4 B 3

R4 5 1

R4 H 6

R4 H 4

R4 6 7

R4 5 4

R4 E 5

R4 C 4

R4 D 4

C4 8 0

C4 E 5

C4 7 7

C4 7 6

C4 D 8

C4 7 5

C4 E 1

C4 0 8

C4 A 7

C4 1 3

C4 8 6

C4 B 8

C4 4 1

C4 A 4

C4 9 8

C4 E 3

C4 E 4

C4 6 6

C4 A 6

C4 A 9

C4 J 3

C4 D 2

C4 E 2

C4 C 1

C4 9 9

C4 C 4

C4 9 4

C4 6 1

C4 5 3

C4 4 8

C4 2 4

C4 2 9

C4 5 9

C4 0 1

C4 J 0

C4 0 0

C4 8 1

C4 D 3

C4 F 5

C7 Y 9

C4 1 4

C4 7 9

C4 5 6

C4 0 5

C4 J 2

C4 0 9

C4 2 1

C4 3 2

C4 A 2

C4 2 7

C4 3 5

C4 F 0

C4 1 0

C4 6 0

C4 1 9

C4 9 5

C4 5 7

C4 6 3

C4 B 7

C4 1 8

C4 3 0

C4 B 4

C4 8 4

C4 5 5

C4 1 2

C4 0 6

C4 0 3

C4 D 9

C4 2 2

C4 5 2

C4 4 4

C4 9 6

C4 C 7

C4 3 4

C4 1 5

C4 2 3

C4 7 2

C4 E 6

C4 J 1

C4 4 0

C4 3 6

C4 7 4

C4 B 2

C4 D 1

C4 B 1

C4 B 3

C4 1 1

C4 3 1

C4 1 6

C4 3 7

C4 5 4

C4 6 7

C4 C 3

C4 B 5

C4 E 8

C4 7 0

C4 2 0

C4 E 9

C4 9 2

C4 7 8

C4 2 8

C4 D 0

C4 C 2

C4 F 1

C4 5 0

C4 C 0

C4 F 4

C4 3 3

C4 0 4

C4 6 9

C4 B 9

C4 9 0

C4 1 7

C4 2 5

C4 C 6

C4 4 3

C4 E 7

C4 2 6

C4 0 7

C4 B 6

C4 9 3

C4 6 4

C4 0 2

C4 4 2

C4 D 4

C4 C 8

C4 4 6

C4 C 9

C4 C 5

Q44 1

Q44 3

Q44 5

Q44 4

Q44 2

Q44 0

D4 4 1

D4 4 3

D4 4 2

L4 4 7

L4 4 2

L4 4 1

L4 4 8

L4 4 5

L4 4 3

L4 4 6

L4 4 0

L4 4 4

IC4 46

IC4 41

IC4 44

IC4 42

IC4 45

CONTENTS

PCB-BLOCK DIAGRAM .................................. C-1

ANALOG PCB-MAIN ....................................... C-2

DIGITAL1 PCB-MAIN ...................................... C-3

DIGITAL2 PCB-MAIN ...................................... C-4

FPGA PCB-DRIVE .......................................... C-5

UFMTG1 PCB-DRIVE ..................................... C-6

UFMTG2 PCB-DRIVE ..................................... C-7

DRIVE-R,G PCB-DRIVE ................................. C-8

DRIVE-B PCB-DRIVE ..................................... C-9

PCB-TERMINAL, PCB-BOO, PCB-BOO SUB

.. C-10

PCB-POWER SUB, PCB-POWER ................. C-11

PCB-FILTER, PCB-MOTOR, PCB-KEY ......... C-11

PCB-IRR, PCB-IRF, PCB-IINLET ................... C-11

FL7000U

C-3

16151413121110987654321

A

B

C

D

E

F

G

H

I

KE Y 2

KE Y 1

KE Y 0

LS / F Z

Z- L S V-

Z- L S V+

F- L S H-

F- L S H+

EX - F ST O P

PW M - EX

PW M - IN

PW M - L

D0

D1

D2

D3

D4

D5

D6

D7

WR Z

RD Z

CS 0 Z

A1

A2

A3

A4

A5

A6

A7

EX - F ST O P

IN - F ST O P

LM P - FS T OP

TM P L MP

TM P I N

TM P P BS

LS - C OM 1

LS - C OM 2

LA M P ON

LA M P -L / HZ 1

LA M P -L / HZ 0

LA M P -L / HZ 1

LA M P -L / HZ 0

LA M P ON

LS - C OM 2

PB S - FS T OP

PW M - IN

PW M - P/ P

PW M - L

DR V - FS T OP

PO W - FS T OP

IN - F ST O P

PB S - FS T OP

LM P - FS T OP

IR

PO W - FS T OP

DR V - FS T OP

LS - C OM 1

PW M - P/ P

TM P I N

TM P P BS

TM P L MP

PCA95 39 PW

10 K X 4

10 0 X 4

10 K X 4

10 0 X 4

10 K X 4

10 0 X 4

10 K X 4

10 0 X 4

10 K X 4

10 0 X 4

10 0 X 4 10 0 X 4

10 0 X 4

10 K X 4

10 0 X 4

10 K X 4

22 K X 4

SP B - G5 6 S

TE778 3A PF

DA P 2 02 U

HZ M 2 7W A TR - E

HZ M 6 .2 Z MW A T L- E

HZ M 2 7W A TR - E

DS X 3 21 G (4 8 . 00 0 MH z )

D-SUB 9

NJM79 M0 5D1A

NL17S Z0 0DFT2

RT970 1- PB

PQ1M3 35 M2SPQ

BD452 75 G-TR

NC7SZ 08 P5X

PQ1M2 55 M2SPQ

SN74A HC T1G14 DC KR

NC7SZ 15 7P6X( PB F)

NC7SB 31 57P6X

SI-30 10 KM-TL

10 0

10 K

F- 1 0 K

15 K

0

47 K

0

1. 5 K

3. 3 K

F- 2 . 2K

0

22 K

10 0

10 K

10 0

0

10 K

F- 7 5 K

0

10 0

0

10 K

22

10 K

0

F- 1 2 K

10 0

4. 7 K

10 K

0

22 K

10 0

22 K

0

10 0

F- 8 . 2K

F- 2 K

22 K

F- 1 5 K

F- 2 0 K

10 0

22

0

10 K

0

10 K

47

1M

1K

10 K

F- 1 8 K

1K

0

22

22 K

0

10 K

F- 3 3 K

F- 7 . 5K

0

F- 1 0 K

0

10 K

0

F- 5 . 6K

0

10 K

27 0

0

10 0

CH

K- 2 2 u

K- . 1

K- 8 2 00

10 0

CH

K- . 3 3

Z- . 1

K- 2 2 u

6. 3 V

K- 2 2 u

Z- 1 u

Z/ K - .0 1

Z- . 1

K- 1 0 u

25 V

10 0

CH

Z- . 1

K- . 3 3

Z- . 1

K- 1 0 u

6. 3 V

5

10 0

CH

K- 1 0 00

47 0

CH

K- . 4 7

K- . 1

Z- . 1

K- 1 u

B2 5 V

47 0

CH

K- 1 u

K- . 1

Z- . 1

K- . 1

Z- . 1

Z- 1 u

Z- . 1

5

CH

Z- . 1

Z- 1 u

Z- . 1

Z/ K - .0 1

K- 2 2 u

Z- 1 u

Z- . 1

10 0

CH

10 0

CH

K- . 1

Z- 1 u

K- 1 u

Z- . 1

K- 1 0 u

25 V

K- 1 0 u

K- 2 2 u

6. 3 V

K- 2 2 u

6. 3 V

Z- . 1

K- . 3 3

Z- . 1

K- 2 2 u

6. 3 V

Z- . 1

10 0

CH

Z- 1 u

10 0

CH

Z- 1 u

Z- . 1

K- . 1

Z- . 1

K- . 0 47

Z- . 1

Z- 1 u

Z- . 1

47 0

CH

K- 2 2 u

Z- . 1

Z- 1 u

Z- . 1

K- 1 u

B2 5 V

47 u

6. 3 V

22 u

6. 3 V

33 u

25 V

33 u

25 V

10 0 u

16 V

22 u

6. 3 V

22 0 u

6. 3 V

47 u

4V

22 u

16 V

22 0 u

6. 3 V

33 u

25 V

33 u

25 V

10 0 u

16 V

DTC12 4E U

DTA12 4E U

2SC40 81 -S

2SA15 76 -S

1S S 3 55

UD Z S 3. 6 B

VL F 3 01 0 AT - 1 R5 N 1R 2

22 u

VL F 3 01 0 AT - 1 R5 N 1R 2

10 u

VL F 3 01 0 AT - 1 R5 N 1R 2

BL M 1 8A G 60 1 S N1

BL M 2 1P G 22 1 S N1 *

BL M 1 8A G 60 1 S N1

BL M 2 1P G 22 1 S N1 *

BL M 3 1P G 50 0 S N1

BL M 2 1P G 22 1 S N1 *

BL M 1 8A G 60 1 S N1

BL M 2 1P G 22 1 S N1 *

BL M 1 8A G 60 1 S N1

BL M 2 1P G 22 1 S N1 *

BL M 1 8A G 60 1 S N1

BL M 2 1P G 22 1 S N1 *

BL M 1 8A G 60 1 S N1

BL M 1 8B B 12 1 S N1 D

BL M 1 8A G 60 1 S N1

BL M 2 1P G 22 1 S N1 *

BL M 1 8A G 60 1 S N1

BL M 1 8B B 12 1 S N1 D

BL M 1 8A G 60 1 S N1

BL M 2 1P G 22 1 S N1 *

BL M 1 8A G 60 1 S N1

BL M 3 1P G 50 0 S N1

MP159 3D N-LF- Z

ISL83 22 0ECVZ -T

UBB-4 R- D14C

XPORT

Z- . 1

1 I NT

2 A 1

3 R E SE T

4 I / O0 . 0

5 I / O0 . 1

6 I / O0 . 2

7 I / O0 . 3

8 I / O0 . 4

9 I / O0 . 5

10 I / O0 . 6

11 I / O0 . 7

12 V S S 1 3I /O 1 . 0

14I/ O 1 .1

15I/ O 1 .2

16I/ O 1 .3

17I/ O 1 .4

18I/ O 1 .5

19I/ O 1 .6

20I/ O 1 .7

21A0

22S CL

23S DA

24V DD

1234

5 6 7 8

1234

5 6 7 8

1234

5 6 7 8

1

2

3

45

6

7

8

1 2 3 4

5678

1234

5 6 7 8

1234

5 6 7 8

1 2 3 4

5678

1

2

3

45

6

7

8

1

2

3

45

6

7

8

1 2 3 4

5678

1

2

3

45

6

7

8

1 2 3 4

5678

1

2

3

45

6

7

8

1

2

3

4 5

6

7

8

1

2

3

45

6

7

8

1

2

3

45

6

7

8

1

2

3

45

6

7

8

1

2

3

45

6

7

8

1234

5 6 7 8

1 2 3 4

5678

1

2

3

45

6

7

8

1234

5 6 7 8

1

2

3

45

6

7

8

1234

5 6 7 8

3 1

2

1

DV S S

2

P1

3

P2

4

P3

5

P4

6

P5

7

P6

8

P7 / A 7

9

P8 / A 8

10

DV D D 25

11

DV S S

12

DV D D 33

13

A6

14

A5

15

A4

16

A3

17

A2

18

A1

19

A0

20

XC S

21

XR D

22

XW R

23

RS T P OL

24

DV S S

25

DV D D 33

26D727D628D529D430D331D232D133D034

WA K E UP35DV S S36RS T37DV D D 33

38XI39XO40

DV S S

41

DV D D 3342XC S 1

43

XS T D BY E N44DV D D 2545XI N V AL I D

46

DV S S47XI N T

48

P2 1 / SC L 149P2 2 / SD A 1

50

P2 3 / SC L 2

51

P2 4 / SD A 2

52

P2 5 / SC L 3

53

P2 6 / SD A 3

54

P2 7 / US B SE N S E

55

P2 8 / DR V DP

56

DV S S

57

VR E F N

58

VC O M

59

VR E F P

60

AV S S

61

AI N 1

62

AI N 2

63

AI N 3

64

AI N 4

65

AI N 5

66

AI N 6

67

AI N 7

68

AI N 8

69

AV D D 33

70

DV D D 33

71

XC S 2

72

P3 1 / TX D 1

73

P3 2 / RX D 1

74

P3 3 / TX D 2

75

P3 4 / RX D 2/ P W M1

76

P3 5 / PW M 277P3 6 / PW M 3

78

P3 7 / PW M 4/ I R 1

79

P3 8 / IR 2

80

UV S S

81

DM I N US

82

DP L U S

83

DV D D 33

84

DV D D 25

85

XC S 3

86

DV S S87DV S S

88

RS T M SK89DV D D 33

90

DV S S

91

P1 1 / HS C LK

92

P1 2 / HS D O93P1 3 / HS D I

94

P1 4

95

DV S S

96

DV D D 33

97

P1 598P1 699P1 7

100

P1 8 / PC M P W M

1

2

3

1

2

3

1 2

3

1 2

3

1

2

3

1

2 3

4

1

2

3

4

5

6

7

8

9

2

IN

1

CO M

3

OU T

1

A

2

B

3

GN D

4

Y

5

VC C

1

VO

2

GN D

3

VI

4

CE

5

VO

1

Nr

2

GN D

3

VC

4

VI N

5

VO

1

ER

2

SU B

3

GN D

4

VO U T

5

VD D

1

A

2

B

3

GN D

4

Y

5

VC C

1

Nr

2

GN D

3

VC

4

VI N

5

VO

1

NC

2

A

3

GN D

4

Y

5

VC C

1 I 1

2 G N D

3 I 0 4

Z

5

VC C

6

S

1 B 1

2 G N D

3 B 0 4

A

5

VC C

6

S

1

Vc

2

VI N

3

GN D

4

Vo u t

5

AD J

1

2

3

4

5

6

123456

1

2

3

4

5

6

7

1

2

3

4

5

6

7

1

2

3

4

5

6

7

8

9

10

1

2

3

12345

1

2

3

4

5

6

7

8

12345678

1

2

3

4

5

6

7

8

9

1BS2IN3SW4

GN D

5

FB

6

Co m p

7

EN

8

SS

1

EN

2

C1 +

3

V+

4

C1 -

5

C2 +

6

C2 -

7

V-

8

R1 I N9R1 O UT

10

N. C .

11

T1 I N

12

N. C .

13

T1 O UT

14

GN D

15

VC C

16

SH D N

1

VC C

2

/D

3

D

4

GN D

6

CA S E 1

5

CA S E 0

1

GN D

2

VC C

3

RE S E TN

4

OU T

5

IN

6

CP 1

7

CP 2

8

CP 3

DIGIT AL 1

LS

KEY[ 0..2 ]

D[0. .7]

A[1. .7]

PW-C ONT

NR 8 R

ST B Y 5

AG N D

NR 1 4

DG N D

LS E N SE

DG N D

LA M P -O N

LA M P -H / LZ 1

LA M P -H / LZ 0

LB X

AG N D

RS I _ R

ST B Y 5A

DG N D

LE D S TG

LE D S TR

LE D P WR

ST B Y 5D

KE Y 2

KE Y 1

KE Y 0

DG N D

LS - C OM 2

DG N D

ST B Y 3. 3

DG N D

LS - C OM 1

ST B Y 3. 3

LS / F Z

Z_ L S V-

Z_ L S V+

F_ L S H-

F_ L S H+

O- F A NV

O- F G ND

O- F S TO P

TM P I N

TM P L CD

TM P L MP

PR T L TM P

TM P P U

(O P E N)

DG N D

FA N - ON

PW M - PM

PW M - LM P

PW M - IN

PO W E R

OF F - TI M E

DG N D

IN - F ST O P

PB S - FS T OP

LM P - FS T OP

DR V - FS T OP

DG N D

PO W - FS T OP

is DGND is AGND

Z( 1 0 P)

Z- H ( 6P )

RS I - F

Z- H ( 8P )

Z- H ( 9P )

Z- H ( 7P )

Z- H ( 3P )

OP E N

(O P E N)

S- H ( 6P )

OP E N

LB X

FB X

Z- H ( 5P )

Z- H ( 7P )

Z- H ( 8P )

(O P E N)

OP E N

PCB-K EY KTPCB-L S SENSO R

(LENS S HIFT SE NS OR)

PCB-P OW ER SU B NF

DIGIT AL 1DIGIT AL 1

PCB-P OW ER SU B NCNEPCB-P OW ER SU BO UT FAN

DIGIT AL 1

ANALO GANALO GDIGI TAL1A NA LO GANAL OGDIGIT AL 1A NA LOGDIGI TA L1AN ALOGD IG ITAL1DIGIT AL 1DIGI TAL1DIGIT AL 1

DIGIT AL 1

ANALO GANALO G

PCB-P OW ER RD

DIGIT AL 1

DIGIT AL 1A NALOG

PCB-I RR A

L

F-BOX

L-BOX

POWER L AMP U NI T CN2

DIGIT AL 1

(IN L AM P)

THERM IS TOR

DIGIT AL 1 DI GITAL 1

PCB-MAINDIGITAL2

IC754

R7 6 1

R7 T 5

R7 X 2

R7 6 8

R7 T 6

R7 X 1

R7 W 2

R7 X 0

R7 5 1

R7 X 7

R7 X 4

R7 X 9

R7 X 5

R7 Y 8

R7 6 3

R7 5 2 R7 6 4

R7 5 9

R7 6 0

R7 6 9

R7 Y 7

R7 Y 9

R7 W 1

R7 Y 3

R7 6 2

D7 4 1

IC750

D7 A 0

D7 1 1

D7 0 1

D7 0 0

D7 1 0

X7 5 0

J710

IC7Z0

IC7A0

IC755

IC735

IC751

IC705

IC752

IC7A1

IC727

IC726

PS C 5

PS A G ND

P7 1 2

PS E 6

PS T 6

P7 3 5

PS C 4

PS Q 6

PS E 7

PI C 7 40

PS D 2

P7 0 1

GD S D

PS X 3

PS D 6 A

P7 1 5

PS E 3

P7 1 0

PS T 1

PS X G ND

P7 3 4

PS T 3

PS T 1 0

PS F 7

PS D 3 A

PS L 7

P7 1 3 A

AI N 3

P7 3 3

PS C 6

PS Z 8

P7 0 2

PS F 4

PS D 1

PS D 5 A

PS T 8

PS A 2

PS C 1

PS Z 6

PS X 1

PS E 4

P7 3 9

P7 3 6

PS C 9

PS T 4

P7 3 1

P7 0 3

PS T 9

PS F 2

PS D 4

PS T 2

PS T 5

PS X 2

PS D 1 A

P7 3 7

PS L 2

P7 5 0

TP I C 7Z 0

PS L 3

PS F 8

PS D 4 A

PS Z 4

PS D 6

PS Z 3

PS D 5

PS E 5

PS L 8

PS E 1

P7 A 1

PS L 5

PS A 3

PS Z 7

PS C 7

PS Z 2

P7 0 4

PS C 8

PS D 2 A

PS A 4

PS T 7

PS A 5

PS Q 5

PS E 2

PS F 5

PS F 3

PS F 6

PR T R 5

PS D 3

PS F 1

PS Z 1

P7 3 8

PS L 1

PS Z 5

PS L 9

PS Q 1

PS C 3

PS Q 2

PS A 1

PS Q 4

PS Q 3

P7 1 9

P7 1 8

PS C 2

P7 1 3

P7 3 2

P7 5 1

P7 1 2 A

IC7A3

ST B Y EN

SD A 0

RC E N -F

WR - O N

WS

TX D M

SC L 0

RC E N -R

IR

WA K E UP

PO W E R2

PL L C LR Z

SC A R T/ P CZ

PO W E R

CH 1 / 2Z

ST B Y 5D

HP C N T

NR 1 4

DD C W PZ

RE S Z -D E C

A- M U TE Z

RE S Z -A D

LS E N SE

EX T I NT

OF F - TI M E

UF M C LR Z

ST B Y R5

WD M S K

ST B Y 3. 3

RX D M

VD D M NT

L- M U TE Z

ST B Y 5A

A- S L EE P Z

R7 3 9

R7 3 8

L7 H 0

R7 0 8

R7 Y 6

R7 2 1

R7 0 7

R7 5 8

R7 4 4

R7 5 0

L7 D 3

L7 A 2

L7 J 1

R7 0 6

R7 5 3

R7 4 2

L7 J 0

R7 A 7

L7 G 9

R7 5 7

R7 2 0

R7 T 4

R7 T 2

R7 C 0

L7 A 9

R7 A 8

R7 5 5

R7 3 0

L7 B 1

R7 3 3

R7 2 6

L7 H 1

R7 2 2

R7 6 5

R7 A 9

R7 Z 1

R7 E 4

R7 Y 5

L7 A 5

R7 B 1

L7 G 8

R7 B 0

R7 X 3

L7 G 7

R7 6 6

R7 W 4

R7 D 9

R7 4 1

R7 C 4

L7 G 6

R7 3 2

L7 G 3

R7 A 4

L7 J 2

R7 D 8

R7 2 7

R7 5 6

R7 Z 3

R7 0 5

R7 E 5

R7 Z 2

L7 E 9

R7 3 1

R7 A 6

L7 A 0

R7 C 2

R7 W 0

R7 X 6

R7 6 7

R7 C 1

L7 F 8

L7 H 6

L7 A 1

L7 A 3

R7 4 3

L7 E 8

R7 T 0

R7 W 3

R7 4 0

L7 H 3

R7 B 2

R7 5 4

L7 E 5

C7 E 7

C7 4 8

C7 6 6

C7 T 0

C7 D 3

C7 4 7

C7 W 1

C7 2 5

C7 5 9

C7 Y 4

C7 4 9

C7 T 1

C7 0 5

C7 Y 6

C7 W 9

C7 W 8

C7 4 2

C7 W 0

C7 N 3

C7 2 3

C7 W 5

C7 5 4

C7 X 0

C7 6 8

C7 0 0

C7 E 4

C7 T 5

C7 3 2

C7 Y 3

C7 C 7

C7 A 4

C7 G 1

C7 4 4

C7 6 4

C7 6 3

C7 5 5

C7 C 0

C7 6 0

C7 3 6

C7 5 8

C7 X 1

C7 Y 1

C7 6 1

C7 D 1

C7 X 8

C7 T 3

C7 5 6

C7 C 9

C7 Z 4

C7 W 3

C7 6 7

C7 5 3

C7 X 2

C7 5 2

C7 G 4

C7 W 7

C7 X 9

C7 4 3

C7 Z 6

C7 Y 8

C7 5 1

C7 Y 2

C7 2 4

C7 W 4

C7 3 7

C7 6 2

C7 B 7

C7 6 9

C7 3 0

C7 W 2

C7 2 7

C7 5 7

C7 4 6

C7 B 8

C7 2 2

C7 C 5

C7 5 0

C7 W 6

C7 A 0

C7 A 8

C7 6 5

C7 E 5

C7 T 2

C7 Y 5

C7 2 6

C7 4 5

C7 2 1

C7 Y 7

C7 Z 2

C7 3 5

C7 T 9

C7 M 9

C7 Z 5

C7 2 0

C7 N 0

C7 T 4

C7 Z 0

C7 N 4

C7 4 0

C7 4 1

C7 G 3

Q7A3

Q7B4

Q7B3

Q739

Q7A6

Q7A8

Q7B0

Q7A4

Q7A2

Q7A0

Q7A9

Q7A7

Q750

Q7A1

Q751

Q7Z1

Q7A5

D7 4 0

D7 Z 0

L7 G 1

L7 4 1

L7 4 0

L7 2 0

L7 G 2

L7 5 2

L7 A 7

L7 E 1

L7 F 7

L7 D 4

L7 F 1

L7 5 0

L7 H 2

L7 G 5

L7 E 4

L7 C 6

L7 1 1

L7 B 2

L7 A 4

L7 B 5

L7 5 1

L7 2 3

L7 E 0

L7 D 5

L7 1 0

L7 3 5

L7 H 4

L7 D 7

L7 2 1

L7 F 5

L7 F 9

L7 A 6

L7 F 3

L7 D 6

L7 E 7

L7 H 8

L7 H 9

L7 C 5

L7 D 8

L7 E 3

L7 F 4

L7 F 6

L7 E 2

L7 G 4

L7 B 8

L7 B 0

L7 0 1

L7 H 7

L7 H 5

L7 C 4

L7 B 3

L7 F 0

L7 0 2

L7 E 6

L7 0 0

L7 F 2

L7 A 8

L7 B 4

SQ

SD

SL

SE STSX

SA

SF

SZ

SC

IC740

IC720

J700

U730

C7 A 9

CONTENTS

PCB-BLOCK DIAGRAM .................................. C-1

ANALOG PCB-MAIN ....................................... C-2

DIGITAL1 PCB-MAIN ...................................... C-3

DIGITAL2 PCB-MAIN ...................................... C-4

FPGA PCB-DRIVE .......................................... C-5

UFMTG1 PCB-DRIVE ..................................... C-6

UFMTG2 PCB-DRIVE ..................................... C-7

DRIVE-R,G PCB-DRIVE ................................. C-8

DRIVE-B PCB-DRIVE ..................................... C-9

PCB-TERMINAL, PCB-BOO, PCB-BOO SUB

.. C-10

PCB-POWER SUB, PCB-POWER ................. C-11

PCB-FILTER, PCB-MOTOR, PCB-KEY ......... C-11

PCB-IRR, PCB-IRF, PCB-IINLET ................... C-11

FL7000U

C-4

Mitsubishi FL7000U Service manual

Specifications and Main Features

Frequently Asked Questions

User Manual

NOTES FOR SERVICING RoHS-COMPLIANT PRODUCTS

SPECIFICATIONS

CONTENTS

TRADEMARK, REGISTERED TRADEMARK

PRODUCT SAFETY NOTICE

SAFETY PRECAUTIONS

PRECAUTIONS FOR RESOLDERING

PCB LOCATION

EXPOSED VIEW

L VP ASSY

Chassis 1 ASSY

Chassis 2 ASSY

Bottom case unit

T erminal ASSY

Optical unit 1

Optical unit 2

POSITION ADJUSTMENT OF MULTI LENS A

DISASSEMBLY

1. Removal of the terminal cover ASSY

2. Removal of the BOO PCB ASSY and BOO SUB PCB ASSY

3. Removal of the lens unit and zoom focus motor

4. Removal of the top case unit and KEY PCB ASSY

5. Removal of the IRF PCB ASSY

6. Removal of the MOTOR PCB ASSY

7. Removal of the IRR PCB ASSY

8. Removal of the speaker

9. Removal of the power fan

10. Removal of the MAIN PCB ASSY

13. Removal of the drive fan

14. Removal of the PBS fan

15. Removal of the optical unit

17. Removal of the lamp power unit

20. Removal of the lamp fan

21. Removal of the LCD fan

22. Removal of the exhaust fan

23. Removal of the lens shift motor

24. Removal of the lamp box

LAMP REPLACEMENT

LEAD DRESS

PACKING

LAMP REPLACEMENT

MAINTENANCE

HOW TO USE THE LAMP JIG

DUST ON LCD PANEL

RESET OF THE THERMAL PROTECTOR

SERVICE COMMANDS

LIFE TIME OF THE CONSUMABLE PARTS

FUNCTION MENU (SETTING MENU ONLY FOR SERVICE)

REPLACEMENT OF THE MAIN PCB ASSY

REPLACEMENT OF THE TERMINAL PCB ASSY

GAMMA ADJUSTMENT (WHITE BALANCE ADJUSTMENT)

UNIFORMITY DATA TRANSFER

COLOR UNIFORMITY ADJUSTMENT

DOWNLOAD OF THE FIRMWARE

CRITERIA OF THE DEFECT PIXEL ON THE LCD PANEL (FOR REFERENCE PURPOSE)

ABOUT LASER BEAM

DIAGNOSIS FLOW CHART

Image system

Power source system 1

Power source system 2

Power source system 3

DIAGNOSIS INFORMATION

DIAGNOSTIC SOFTWARE, TO READ WARNING HISTORY (PCGC8 Ver.2)

SPECIFICATION OF RGB SIGNALS IN EACH COMPUTER MODE OF THE PROJECTOR

ELECTRICAL ADJUSTMENTS

Microsoft® Windows® 95/98/Me/XP Operating System

Adjustment Procedures

2. Flicker

Controlling the projector using a personal computer

IC BLOCK DIAGRAMS

PCB-BLOCK DIAGRAM

Schematic Diagram SI