Kenwood LZ-702W User manual

© 2006-2 PRINTED IN JAPAN
B53-0379-00 (N)960
WIDE LCD TOUCH SCREEN MONITOR
LZ-702W
SERVICE MANUAL
This product uses Lead Free solder.
TOUCH
AV1
VIDEO
INPUT
TO
NAVIGATION
AV2
INPUT
MONITOR HIDEAWAY UNIT
TO
MONITOR POWER
LR
VIDEOLR
AV
OUTPUT
VIDEOLR
AV OUT VOLUMESPV.OFFPWR MODEOFF
SCRN V.SEL MODE MENU
WIDE LCD TOUCH SCREEN MONITOR
Panel assy
(A64-3921-02)
Mounting hardware
(W01-1621-05)
Accessory
(W01-1672-04) Escutcheon
(B07-3174-01)
Metallic cabinet
(A01-4406-02)
DC cord (with fuse)
(E30-6587-05)
Cord with plug (3.5m)
(E30-6538-05) Screw set
(N99-1782-05)

LZ-702W
2
BLOCK DIAGRAM
IC201
AMP
ISOLATION
AV-IN
J102
V1
L1
R1
IC202
AMP
ISOLATION
R2
L2
V2
IC501
ISOLATION
AMP
IC601
IC604
SW
AV-SW
IC603
IC603
IC401
Q401
IC401
-6dB
ATT
IC101
REGULATOR
8.5V REGULATOR 5V
IC102
PARK DET
Q103
REV DET
Q104
J103
AV-OUT
VIDEO
Lch
Rch
GND
ACC
REV
PARK
P.ON
SDA
SCL
TDATA
NDATA
REMOTE
D.GND
R
G
B
V.GND
COMP/SYNC
Rch
A.GND
Lch
+8.5V +5V
NAVIGATION
INTERFACE
J601
J101
POWER
CONNECTOR GND
ACC
J801
V1
V2
V3
LV2
RV1
LV1
RV3
RV2
LV3
SYNC
NAV B
NAV G
NAV R
Rch
Lch
V.GND
A.GND
TXD
RXD
REMOTE
D.GND
R513,514
ACC
GND
PARK SW
REVERSE
P.O N
ROUT1
LOUT1
LOUT2
ROUT2
VOUT1
VOUT2
ELECTRIC UNIT (X34- )
SCL
ACC(14V)
GND
GND
SDA
REV
P.O N
PARK
ACC(14V)
COMP/SYNC
D.GND
REMOTE
NDATA
TDATA
Lch
Rch
A.GND
V.GND
R
G
B
3.3V P.O N 5V
SW8.5V
SW8V
SW5V
SW3.3V
MIRROR
MODE1-3/HPOS1-4
NTSC PAL
N P IN
VG/VB/VR
V.MUTE
X0,X1,Y0,XDATA,YDATA
SW3.3V
G OUT/B OUT/R OUT
SPL,CX
UPSD
MENU/SCREEN(POWER)/MODE/V.SEL/VOL+/VOL-/RESET
X0,X1,Y0,Y1
CPV,STH1,2,CPH1,2,3,
STV1,2,HDIR,NGOE1,2,3,
SW5V
SW5V
REV
REMOTE
SDA
SCL
P.O N
PARK
NDATA
TDATA
A.MUTE
+14V
-12V
+18.5V
MASK
V.SYNC/H.SYNC
DATA/CLK/CS/
OSD-SW/V-SEL
V.COM
COMP
OSD-G/OSD-B/OSD-R
BLK
INV-PWN/INV-ENABLE
POWER/SCREEN/MODE/V-SEL/VOL+/VOL-/RESET
VCOM IN
NAV-G/NAV-B/NAV-R
CCFL
SW8V
H.SYNC
MUTE
IC801 L-R MIX
SP AMP.
&
IC802
Q506
DETECT
ACC
SERIES
REGULATOR
IC502,503
Q501
CH1
CH2
Q500
J900
(X34- )
to ELECTRIC UNIT
IC301
MPU
16MHz
X300
REGULATOR
SERIES
DC/DC CONVERTER
CCFL INVERTER
IC500
IC103
INTERFACE
TFT
IC3
CONTROLLER
TIMING
X101
3.57MHz X100 4.43MHz
IC202
CONVERTER
DC/DC
INTERFACE
Q200-204
TOUCH PANEL
IC4
PLL
VIDEO
BUFFER
Q103,104,106
Q105
IC400
REMOTE
SENSOR
IC401
SENSOR
DIMMER
HARDWARE KEY
S400-405
PANEL
TOUCH
6.95
BUFFER
VIDEO
IC304
IC104
LCD
IC505
506
INCH
VIDEO UNIT (X35- )

LZ-702W
3
J102
J601
J102
NAVI
AV-IN2
AV-IN1
ISO AMP
IR
CONNECTOR
IC800
AMP+ATT
2IN-1OUT
MIX
IC801
ISO AMP
IC601
ISO AMP
IC202
AV SWITCH
IC501
IC201
J801
POWER
3.3dB
ATT AMP
IC802
IR LED
SP
AV-OUT
J103
510mV
(L+R)
(NAVI)
852mV
1Vrms (1kHz)
1Vrms (1kHz)
(1kHz)
NAVI AUDIO
600mVrms
AV
AV
(L,R)
860mV
(NAVI)
555mV
555mV
(NAVI)
(L,R)
980mV
590mV
980mV
930mV
930mV
960mV
580mV 3.97V
350mV
MOD. LEVEL
600mVp-p
(NAVI)
(L+R) (L+R)
16
VIDEO UNIT (X35)
LEVEL DIAGRAM (AUDIO)
ELECTRIC UNIT (X34)
AV-IN1
AV SWITCH
CONNECTOR
IC501
J801
AV-IN2
NAVI
AV-OUT
VIDEO
IC103
PROCESSOR LCD
6dB
ATT VIDEO SW
IC401
IC604
RGB SW VIDEO SW
IC401
IC301
u-COM
OSD
IC3
J102
J102
J601
J103
CONTROLLER
TIMING
AV
1Vp-p
1Vp-p
AV
R.G.B.
NAVI
2Vp-p
SYNC
1Vp-p
1Vp-p
700mVp-p
(RGB)
450mVp-p
(RGB)
2Vp-p
3.9Vp-p
(RGB)
1Vp-p 1Vp-p
2Vp-p
1Vp-p
(SYNC)
0.70Vp-p
(RGB) (RGB)
1.4Vp-p
0.70Vp-p
(RGB)
: 1Vp-p
: 0.70Vp-p
ELECTRIC UNIT (X34)
VIDEO UNIT (X35)
LEVEL DIAGRAM (VIDEO)
LEVEL DIAGRAM

LZ-702W
4
COMPONENTS DESCRIPTION
●ELECTRIC UNIT (X34-4320-60)
Ref. No. Application / Function Operation / Condition / Compatibility
IC101 8.5V REG Regulates 8.5V
IC102 5V REG Regulates 5V
IC201 ISO AMP Audio input isolation amplifier (AV-IN2)
IC202 ISO AMP Audio input isolation amplifier (AV-IN1)
IC401 VIDEO AMP 75Ωdriver with 6dB amplifier for composite signal
IC501 AV SW AV input and output amplifier
IC601 ISO AMP Audio input isolation amplifier (NAVI)
IC602 NON-INVERTER Buffer
IC603 VIDEO AMP 75Ωdriver with 6dB amplifier for composite signal
IC604 VIDEO SW Video output selector (MONITOR RGB)
IC801 NON-INVERTER Buffer
Q103 PARK DET Detects parking signal
Q104 REVERSE DET Detects reverse signal
Q401 VIDEO DRIVER Drives video signal
Q402,403 MUTE P.ON output turns Q405 and Q406 on when trigger is muted
Q404~406 MUTE DRIVER Muting driver for Lch and Rch
●VIDEO UNIT (X35-4640-60)
Ref. No. Application / Function Operation / Condition / Compatibility
IC1 V.SYNC DELAY BUFFER Buffer for V.SYNC delay signal
IC3 TIMING CONTROLLER Controls LCD modulator
IC4 PLL LPF LPF for PLL control (VT voltage control)
IC101 3.3V→5V 3.3V→5V conversion
IC103 TIMING CONTROLLER Controls LCD modulator
IC104 V.MUTE COMPOSER Composes V.MUTE signal
IC105 HSY/VSY COMPOSITE SYNC COMPOSER Composes HSY and VSY composite synchronous signals
IC106 MUTE INVERTER Inverts mute signal
IC108 3.3V→5V 3.3V→5V conversion
IC202 DC-DC CONVERTER Controls +14, -12V and +18.5V
IC300 RESET IC Resets µ-com
IC301 MPU IC Controls unit (X35-)
IC302 E2PROM Memory for µ-com
IC303 E2PROM ROM correction
IC304 DIMMER/VCOM SW Switches DIMMER to V.COM, or V.COM to DIMMER
IC400 REMOTE SENSOR Detects remote signal
IC401 DIMMER SENSOR Detects auto dimmer
IC402 5V→3.3V 5V→3.3V conversion
IC500 INVERTER CONTROLLER Controls and drives backlight inverter

LZ-702W
5
COMPONENTS DESCRIPTION
Ref. No. Application / Function Operation / Condition / Compatibility
IC501 DC-DC CONVERTER Controls SW8V and SW8.5V
IC502 ACC5.0V REG Composes ACC5.0V
IC503 ACC3.3V REG Composes ACC3.3V
IC505 SW5.0V REG Composes SW5.0V
IC506 SW3.3V REG Composes SW3.3V
IC801 OP AMP Operation amplifier
IC802 0.5W SP AMP 0.5W speaker amplifier
IC901 REMOTE BUFFER Buffer for remote signal
Q1 VCO Oscillates PLL
Q100 COMP/SYNC BUFFER Buffer for COMP/SYNC
Q102 SYNC-OUT MUTE SW Mutes SYNC OUT
Q103 γR-SIGNAL BUFFER Buffer for γRED signal
Q104 γG-SIGNAL BUFFER Buffer for γGREEN signal
Q105 V.COM BUFFER Buffer for V.COM signal
Q106 γB-SIGNAL BUFFER Buffer for γBLUE signal
Q109 DRIVER (FULL OSD) Drives FULL OSD signal
Q110 V.SEL DRIVER Drives V.SEL signal
Q111 COMP/SYNC MUTE Mutes COMP/SYNC signal
Q114 R-SIGNAL MUTE Mutes RED signal
Q116 G-SIGNAL MUTE Mutes GREEN signal
Q117 B-SIGNAL MUTE Mutes BLUE signal
Q200 TOUCH PANEL X1 SW Puts voltage when panel-touched is detected, or X-axis input is on
Q201 TOUCH PANEL X0 SW Puts voltage when X-axis input is on
Q202 TOUCH PANELY1 SW Puts voltage whenY-axis input is on
Q203 TOUCH PANELY0 SW Puts voltage whenY-axis input is on
Q204 TOUCH PANELY0/Y1 SW TurnsY-axis input on.Turns X-axis input off.
Q300,301 RESET SW Controls reset
Q302 DIM SENS / VCOM IN SW Switches DIM SENS or VCOM IN signal
Q500,501 DC-DC CONVERTER SW Controls DC-DC converter
Q502,503 POWER SUPPLY SW Supplies power
Q504 P.ON SW Controls P.ON
Q505 DC-DC CONVERTER SW Controls DC-DC converter
Q506 ACC DET Detects ACC
Q807,808 RIPPLE FILTER
Q810 Rch MUTE Mutes right channel signal
Q811 Lch MUTE Mutes left channel signal
Q812 ANALOG MUTE Mutes analog signal

LZ-702W
6
MICROCOMPUTER’STERMINAL DESCRIPTION
●SYSTEM µ-COM : IC301 (X35- :VIDEO UNIT)
Pin No. Pin Name I/O Application Processing / Operation / Description
1VHOLD1 - Not used Pull-down to VSS
2HLF1 - Not used Pull-down to VSS
3SCL O I2C BUS interface clock
4SDA O I2C BUS interface data
5NC-Not used
6REMOCON I Remote control
7OSD HSYNC2 I HSYNC for γadjustment
8BYTE - Not used
9CNVSS I Processor mode setting L-fixed
10,11 NC - Not used Open
12 RESET I Reset L : Reset
13 XOUT I Resonator connection 16.000MHz
14 VSS - VSS
15 XIN I Resonator connection 16.000MHz
16 VCCI - 3.3V power supply
17 OSCHLF - For external filter
18 OSC2 - Not used
19 ACC DET I ACC detection “H” : Power down
20 POWER KEY I PWR key interruption Screen comes back from sleep mode when power is OFF
21 OSD SW O Source image/OSD switching “H” is output when displaying OSD
22 OUT2 - Not used
23 NC - Not used
24 INV PWM O PWM control for backlight
25 NC O Not used
26 SP VOL O Volume control for speaker Controls by using DUTY of PWM
27,28 NC - Not used
29 NDATA I Serial communication from navigation 5V interface
30 TDATA O Serial communication to navigation 5V interface
31 NC - Not used
32 OSD R O OSD red output
33 OSD G O OSD green output
34 OSD B O OSD blue output
35 GAMMA DATA/ OCommunication to timing controller IC (IC103)
W TXD For writing into flash µ-com
36 W RXD I For writing into µ-com
37 GAMMA CLK/ I/O Communication to timing controller IC (IC103)
W CLK For writing into µ-com
38 BUSY O For writing into µ-com
39 GAMMA CS O Communication to timing controller IC (IC103)
40 V SEL O Switches SW1 of timing controller IC (IC103) “H” : Navigation image.“L” :AV-IN image
41 INV ENABLE/EPM OInverter circuit enable “H” : Inverter operation
42,43 NC - For writing into µ-com
44 N/P IN I NTSC/PAL condition detection of timing controller “H” : NTSC.“L” : PAL
IC (IC103)
45 V MUTE O Video signal mute “H” :Video signal mute
46 W CE - Not used
47 NC - Not used
48 SYS ON - Not used

LZ-702W
7
Pin No. Pin Name I/O Application Processing / Operation / Description
49 POWER KEY I PWR key detection If level is “L” when INT1 is detected, it is judged PWR
key is pressed.
50 SCRN KEY I SCRN key detection “L” :It is judged SCRN key is pressed
51 MODE KEY I MODE key detection “L” :It is judged MODE key is pressed
52 VSEL KEY I V.SEL key detection “L” :It is judged V.SEL key is pressed
53 VOL KEY- I VOL- key detection “L” :It is judged VOL- key is pressed
54 VOL KEY+ I VOL+ key detection “L” :It is judged VOL+ key is pressed
55 A MUTE O Audio mute “L” : Mute of speaker or headphone is ON
56 NC - Not used
57 IR AGC SW O Infrared ray transmitter AGC ON/OFF “L” :AGC works
58 IR BAND SW O Infrared ray transmitter frequency band switching “L” :2MHz band.“H” : 3MHz band
59 IR SURR SW O Infrared ray transmitter surround ON/OFF “L” :Surround works
60 IR ON/OFF O Infrared ray transmitter ON/OFF “H” : Infrared ray is output
61 NC - Not used
62 OSD HSYNC I HSYNC for OSD (HDSH)
63 VSY O VSYNC for auto gamma adjustment
64 OSD VSYNC I VSYNC for OSD (HDSV)
65 NC - Not used
66,67 TYPE 1,TYPE 0 I Destination switching Refer to the truth value table q
68 TYPE 2 I NAVI OFF display switching “H” : No displaying.“L” : displaying
69 REV DET I Reverse detection “L” :Reverse
70 PKG DET I Parking detection “H” : Parking
71 ADC SW O A/D port switching “H” :VCOM IN is selected at pin 92
“L” :DIM SENS is selected
72 PON O Power on “H” : Power supply of SWs are ON
73,74 NC - Not used
75 Y0 O Touch panel control signal Refer to the truth value table w
76,77 X0,X1 O Touch panel control signal Refer to the truth value table w
78 MIRROR O AV-IN2 mirror reversed image “H” : Reverse
79 ROM BUSY I ROM correction BUSY signal “H” : Any communications are inhibited except ROM
correction writing
80 FULL OSD O FULL OSD output SYNC signal switching “H” : FULL OSD displaying
81 NTSC PAL O NTSC/PAL switching (to T-CON) “L” :NTSC.“H” : PAL
82~84 MODE3~MODE1 O Timing controller display mode setting Refer to the truth value table e
85~88 HPOS4~HPOS1 O Horizontal display starting position setting Refer to the truth value table r
89 R IN I Signal input for γadjustment
90 G IN I Signal input for γadjustment
91 B IN I Signal input for γadjustment
92 DIM SENS IDimmer sensor/γadjustment
/VCOM IN
93 YDATA I Touch panel position
94 XDATA I Touch panel position
95 VHOLD2 - Not used
96 HLF2 - Not used
97 CVIN2 I H-fixed
98 TVSETB - Not used
99 VCCE - 5V power supply
100 CVIN1 I H-fixed
MICROCOMPUTER’STERMINAL DESCRIPTION

LZ-702W
8
r: Horizontal display starting position setting
NHPOS1 HPOS2 HPOS3 HPOS4
-8 Lo Lo Lo Hi
-7 Hi Lo Lo Hi
-6 Lo Hi Lo Hi
-5 Hi Hi Lo Hi
-4 Lo Lo Hi Hi
-3 Hi Lo Hi Hi
-2 Lo Hi Hi Hi
-1 Hi Hi Hi Hi
0LoLoLoLo
+1 Hi Lo Lo Lo
+2 Lo Hi Lo Lo
+3 Hi Hi Lo Lo
+4 Lo Lo Hi Lo
+5 Hi Lo Hi Lo
+6 Lo Hi Hi Lo
+7 Hi Hi Hi Lo
Truth ValueTable
q: Monitor type switching
FRONT OEM+ REAR
TYPE 0 H H L
TYPE 1 H L H
w:Touch panel input mode
Touch Waiting Reading “X” Reading “Y”
detection
Y0 LLLH
X0 L L H L
X1 L H LH
e: Display mode switching
FULL NORMAL WIDE ZOOM CINEMA
MODE1 L H L H L
MODE2 L L H H L
MODE3 LLLLH
MICROCOMPUTER’STERMINAL DESCRIPTION

LZ-702W
9
TEST MODE
●How to enter the test mode
Press and hold the [SCRN] and [Volume_Up] keys and reset.
●How to clear the test mode
Turn the power off and ACC Off, then reset to clear.
●Remote controller
Set the switch to “TV” on the remote controller before using.
●Screen transition
•Press the [MENU] key to display the screen below.
•Press each key on the Test Mode main screen and that will
go to each screen.
To the SYSTEM 1 screen (Same as normal mode)
To the TOUCH screen (Touch 4 positions to revise)
To the HSPOSI screen (Horizontal position adjustment)
To the Chroma Auto screen (γ-IC auto adjustment)
To the Chroma Func screen (TINT and Phase setup)
To the Chroma screen (COM DC setup)
To the Information screen (Version display)
●Information screen
•Below is the displayed contents on the information screen.
µ-com Version
ROM Correction Version
●TOUCH screen
•After Touch Position Adjustment, save the memory into the
E2PROM.
•Enter 4 items and write onto the E2PROM.
•E2PROM normal write or abnormal result will display on
the screen.
Volume Up
SCRN
●HPOSI screen
•After Screen Position Adjustment, save the memory into
the E2PROM.
Adjust in the following order. OSD →VIDEO →NAVI
•E2PROM normal write or abnormal result will display on
the screen.
●Chroma Auto screen
•After the Auto Adjustment for Chroma, save the memory
into the E2PROM.
Auto Adjustment items: RGB_Amplitude →Bright →
Ganma1 →Ganma2 →CONT_RGB2 →SUB_Bright_R
→SUB_Bright_B →COM_Amplitude
•E2PROM normal write or abnormal result will display on
the screen.
•While E2PROM normal write or abnormal result is being
displayed, touch below “Return” and cancel the Adjustment
Screen.
●Chroma Func screen
•After the Chroma Adjustment, save the memory into the
E2PROM.
• Press [Next] key and change the setup items.
Press [/] key and change the setup values.
Press [Set] key to cancel or confirm the setup values.
Press [OK] key to write to E2PROM. Press [OK] key while
normal write or abnormal result is being displayed to cancel
the adjustment screen.
•It allows the setup operation using remote controller. (Refer
to the section for Custom code TV remote controller)
•Chroma IC Adjustment screen (Item setup) →Write to
E2PROM
Setup items: Tint adjustment (00h-FFh)
Phase adjustment (00h-3Fh)
•E2PROM normal write or abnormal result will display on
the screen.
●Chroma screen
•After the Chroma Adjustment, save the memory into the
E2PROM.
• Press [/] key and change the setup values.
Press [Set] key to cancel or confirm the setup values.
Press [OK] key to write to E2PROM. Press [OK] key while
normal write or abnormal result is being displayed to cancel
the adjustment screen.
•It allows the setup operation using remote controller. (Refer
to the section for Custom code TV remote controller)
Setup items: COM DC (00h-FFh)
•E2PROM normal write or abnormal result will display on
the screen.
Hposi
Chroma Auto
Chroma Func
Chroma
INFO
Touch Adjust
System SetUp
SET UP Return
Test Mode SET UP screen

LZ-702W
10
TEST MODE
●SYSTEM screen
•SYSTEM 1/2/3 screens are the same as in normal mode
(user mode).
●Key
•Tactkeyfunction is the same as in normal mode(user mode).
●Custom codeTV remote controller
•Use the remote controller with the TV mode.
Keys that are not shown below are the same as in normal
mode (user mode).
Key Code Item
Direct Start writing Chroma IC adjustment or
cancel the mode after write is finished.
Execution (Play/Pause) Setup or cancel Chroma setup
Tenkey7 To the items before Chroma adjustment
Tenkey8 Change the Chroma setup value (UP)
Tenkey9 To the items after Chroma adjustment
Tenkey0 Change the Chroma setup value (DOWN)
Tenkey3 (Preset3) Change the V-IN mirror mode
Tenkey4 Auto Dimmer On/Off
●Screen maintenance section
•When in the test mode, it boots up inVideo1 screen →Press
[MENU] key, and move to the test mode SET UP screen.
•Connect AV OUT to the V.SEL action to allow switching.
(When the Video is AV-IN1 or AV-IN2)
V. SEL Flow: AV-IN1 →AV-IN2 →NAV →AV-IN1 →• • •
•For the reverse condition, it needs to be set ON when in the
test mode (R-CAM is always available in V.SEL).
(When detecting reverse, R-CAM interruption will occur as
is in normal mode)
●Setup contents for booting up in the test mode
Except for AV-IN2 and screen adjustment, it boots up in de-
fault regardless of E2PROM’s last value.
●AV-IN2 Initial configuration
•R-cam
•Reverse On
•Mirror Off
●Screen adjustment
•Default is center. Click once to change between Full_Down
↔Center ↔Full_Up.
•BRT default is MAX.
•Auto_Dimmer’s default is off, and Dimmer level is 0 to elimi-
nate the wait time for switching detection.
●E2PROM
When booting up in test mode, the last value does not reflect
the contents of E2PROM.
When test mode is functioning, even the last value has been
changed, it does not write to E2PROM.(Chroma, Touch 4 po-
sitions, HPOSI will write to)
∗Chroma: The adjusted value in 3 items on Chroma Auto
screen, Chroma Func screen, Chroma screen.
●E2PROM contents clear
• On the SYSTEM 3 screen, the last value can be cleared.
•On the information screen, Chroma adjustment value,Touch
4 positions revised value, and HPOSI adjustment value can
be cleared.
∗Chroma: The adjusted value in 3 items on Chroma Auto
screen, Chroma Func screen, Chroma screen.
●E2PROM user setup clear mode
How to enter the mode.
Press and hold the [SCRN] and [MENU] keys and reset.
Special functions in the E2PROM user setup clear mode.
E2PROM user setup clear mode will boot up even when
last power is off.
It clears E2PROM user setup when booting up.(Do not clear
Chroma, Touch 4 positions, HPOSI)
∗Chroma:The adjusted value in 3 items on Chroma Auto
screen, Chroma Func screen, Chroma screen.

LZ-702W
11
ADJUSTMENT
● Freerun frequency adjustment (X35-)
Adjustment procedure: Connect the display as required
qIn order to set NHD (pin 22) entry to null on the timing
controller (IC3) either open the composite signal on
JTP907 of J900 or change to full OSD screen.
wMeasure the HSY frequency which is output from TP3
located close to the NDSH (pin 9) of the timing controller
(IC3) using frequency counter and adjust to 15.734kHz
±0.01kHz at VR3.
● DC-DC Oscillation frequency adjustment (X35-)
Adjustment procedure
After checking the signal frequency forTP513 (SW8V power
supply) using the frequency counter, turn VR500 and adjust
to 242kHz±1kHz.
● γCurve auto adjustment (X35-)
γCurve adjustable screen
When γcurve auto adjustment is ran,
enter the signal below and adjust by OSD.
Line RGB Level Value
1step 20~39 (0,0,0)
2step 40~59 (36,36,36)
3step 60~79 (73,73,73)
4step 80~99 (109,109,109)
5step 100~119 (146,146,146)
6step 120~139 (182,182,182)
7step 140~159 (219,219,219)
8step 160~179 (255,255,255)
Line up the same
value shown above
starting from the left.
1H 61H 121H 181H 241H 301H 361H 421H
~~~~~~~~
60H 120H 180H 240H 300H 360H 420H 480H
Vertical/Horizontal timing (NTSC)
VD
HD
Blanking period 3rd step
60H~79H
2nd step
40H~59H
1st step
20H~39H 8th step
160H~179H
10120304050 180 60
Horizontal display period (NTSC)
Horizontal direction
OSD HSYNC
VR
VG
VB
Horizontal display period (NTSC)
1st step 2nd step 3rd step 8th step
1H=63.55
µ sec
50.01
µ sec
13
µ sec
480 dots
38.0
µ sec
20H~39H 40H~59H 60H~79H 140H~159H 160H~179H
Sampling
30.0µsec
Sampling enabling period
7th step
VCOM IN
GND
1.6V
VR
VG
VB
GND
3.3V
Sampling timing
NTSC Line
NORMAL MODE 20~253

LZ-702W
12
Step Positive/Negative Appraisal Sampling Enabling Line
1st step 23 24H~35H
2nd step 43 44H~55H
3rd step 63 64H~75H
4th step 83 84H~95H
5th step 103 104H~115H
6th step 123 124H~135H
7th step 143 144H~155H
8th step 163 164H~175H
Process/Requirements for data sampling
∗When γIC serial data is changed, more wait time is required
than shown below.
NTSC/PAL switching .................Approx. 500ms
AGC ON/OFF ............................Approx. 500ms
γAMP ON/OFF .........................Less than 1ms
PICTURE ..................................Less than 1ms
COLOR .....................................Less than 1ms
TINT ..........................................Less than 1ms
PHASE ......................................Less than 1ms
CONT-VIDEO ............................Less than 1ms
CONT-RGB1,2 ..........................Less than 1ms
GAMMA1 ..................................Less than 1ms
GAMMA2 ..................................Less than 1ms
RGB_AMPLITUDE....................Approx. 100ms
BRIGHT ....................................Approx. 100ms
SUB-BRIGHT R,B .....................Less than 1ms
COM_AMPLITUDE ...................Less than 1ms
COM_DC ..................................Less than 1ms
DA_COUT .................................Less than 1ms
∗Adjusting q~iinput signal/setting up selector
Input signal: Monochrome 8 steps RGB picture by OSD_IC
Setting up the selector:
V MUTE H
FULL OSD H
V SEL L
Adjustment q
RGB AMPLITUDE (RGB Amplitude control)
Sampling the LCD_G voltage value at the 2nd step, and ad-
just to the adaptation value. (V_MUTE: H)
Positive/negative appraisal at the 2nd step is run at 43H,
and sampling is run between 44H and 53H.
qStarting with the OSD_VSYNC pulse leading edge,
count the OSD_HSYNC pulse until a positive/nega-
tive appraisal at 43H of the 2nd step.
wCheck to see if VCOM_IN pulse at 43H is above or
below 1.6V.
e-1 If VCOM_IN at 43H is below 1.6V, sampling VG volt-
age value b from 44, 46, 48, 50, 52 at 5H five times,
and sampling VG voltage value a from 45, 47, 49, 51,
53 at 5H five times.
e-2 If VCOM_IN at 43H is below 1.6V, sampling VG volt-
age value a from 44, 46, 48, 50, 52 at 5H five times,
and sampling VG voltage value b from 45, 47, 49, 51,
53 at 5H five times.
(The timing of sampling is at 38.0µsec±15 from the
leading edge of H)
rEliminate the maximum and minimum value from the
sampled voltage value a/voltage value b data (five
times), and calculate the average.
tCalculate theVG amplitude by subtract averaged volt-
age value a from averaged voltage value b.
yChange the RGB_AMPLITUDE setting on the value
from tand adjust to the adaptation value.
∗Keep the above average voltage a for adjustment
wert.
Adjustment wert
BRIGHT, GAMMA1, CONT-RGB2, GAMMA2
Example: Sampling the voltage value at the 3rd step, and
adjust to the adaptation value.
Positive/negative appraisal at the 3rd step is run at 63H, and
sampling is run between 64H and 73H.
qStarting with the OSD_VSYNC pulse leading edge,
count the OSD_HSYNC pulse until a positive/nega-
tive appraisal at 63H of the 3rd step.
wCheck to see if VCOM_IN pulse at 63H is above or
below 1.6V.
e-1 If VCOM_IN at 63H is below 1.6V, sampling VG volt-
age value c from 65, 67, 69, 71, 73 at 5H five times.
e-2 If VCOM_IN at 63H is above 1.6V, sampling VG volt-
age value c from 64, 66, 68, 70, 72 at 5H five times.
(The timing of sampling is at 38.0µsec±15µsec from
the leading edge of H)
rEliminate the maximum and minimum value from the
a
b
1.6V
GND
38.0µsec ±15 38.0µsec ±15
1.6V
VG
V COM
OSD HSYNC
b
ADJUSTMENT

LZ-702W
13
sampled voltage value c data (five times), and calcu-
late the average.
tCalculate the VG amplitude by subtracting averaged
voltage value a from averaged voltage value c.
yChange the BRIGHT, GAMMA1 setting etc. on the
value from tand adjust to the adaptation value.
Adjustment yu
SUB-BRIGHT_R/SUB-BRIGHT_B
Example: Sampling the SUB-BRIGHT_R voltage value at
the 8th step, and adjust to the adaptation value.
Positive/negative appraisal at the 8th step is run at 163H,
and sampling is run between 164H and 173H.
qStarting with the OSD_VSYNC pulse leading edge,
count the OSD_HSYNC pulse until a positive/nega-
tive appraisal at 163H of the 8th step.
wCheck to see if VCOM_IN pulse at 163H is above or
below 1.6V.
e-1 If VCOM_IN at 163H is below 1.6V, sampling VG volt-
age value d from 165, 167, 169, 171, 173 five times.
e-2 If VCOM_IN at 163H is above 1.6V, samplingVG volt-
age value d from 164, 166, 168, 170, 172 five times.
(The timing of sampling is at 38.0µsec±15µsec from
the leading edge of H)
rEliminate the maximum and minimum value from the
sampled voltage value d data (five times), and calcu-
late the average. (Average voltage value d)
tCalculate SUB-BRIGHT_R adaptation value by add-
ing the average voltage value d and Vsbr.
yChange SUB-BRIGHT_R setting, and adjust to the
adaptation value.
∗Change SUB-BRIGHT_R in order to have the VR volt-
age equals to the above average voltage d and Vsbr.
Adjustment i
VCOM_IN
Sampling the voltage value at the VCOM_IN, and adjust to
the adaptation value.
Positive/negative appraisal at the 2nd step is run at 43H,
and sampling is run between 44H and 53H.
qStarting with the OSD_VSYNC pulse leading edge,
count the OSD_HSYNC pulse until a positive/nega-
tive appraisal at 43H of the 2nd step.
wCheck to see if VCOM_IN pulse at 43H is above or
below 1.6V.
e-1 IfVCOM_IN at 43H is below 1.6V, samplingVCOM_IN
voltage value e from 44, 46, 48, 50, 52 at 5H five times,
and sampling VCOM_IN voltage value d from 45, 47,
49, 51, 53 at 5H five times.
e-2 If VCOM_IN at 43H is below 1.6V, sampling VG volt-
age value d from 44, 46, 48, 50, 52 at 5H five times,
and sampling VG voltage value e from 45, 47, 49, 51,
53 at 5H five times.
(The timing of sampling is at 38.0µsec±15µsec from
the leading edge of H)
rEliminate the maximum and minimum value from the
sampled voltage value d/voltage value e data (five
times), and calculate the average.
tCalculate the VCOM_IN amplitude by subtracting av-
eraged voltage value d from averaged voltage value
e.
yChange the value from tto the COM_AMPLITUDE
setting and adjust to the adaptation value.
a
GND
38.0µsec±15 38.0µsec±15
c
Vbri, Vga1
Vga2, Vcon2
VG
OSD HSYNC
GND
38.0µsec ±15 38.0µsec ±15
d
Vsbr
VR
VG
OSD HSYNC
d
e
1.6V
GND
38.0µsec ±15 38.0µsec ±15
V COM
OSD HSYNC
ADJUSTMENT

LZ-702W
14
γCurve adjustment procedure
Adjustment Adjustment Adjustment Adaptation
item requirement waveform value/STEP
V_MUTE: H
qRGB_AM BRIGHT: 128 Vrgba: 1.87V
PLITUDE GAMMA1: 255 LCD G (b-a)
GAMMA2: 255 step: 2
CONT-RGB2: 255
V_MUTE: L Vbri: 0.94V
wBRIGHT GAMMA1: 255 LCD G (a+Vbri)
GAMMA2: 255 step: 2
CONT-RGB2: 255
V_MUTE: L Vga1: 1.19V
eGAMMA1 GAMMA2: 255 LCD G (a+Vga1)
CONT-RGB2: 255 step: 3
GAMMA2: 255 Vcon2: 1.58V
rCONT-RGB2 V_MUTE: L LCD G (a+Vcon2)
step: 8
Vga2: 1.7V
tGAMMA2 V_MUTE: L LCD G (a+Vga2)
step: 8
Vsbr: 0.02V
y SUB-BRIGHT_R V_MUTE: L LCD R ∗1(d+Vsbr)
step: 6
Vsbb: 0.02V
u SUB-BRIGHT_B V_MUTE: L LCD B ∗2(d+Vsbb)
step: 6
COM_ Vcoma: 1.60V
iAMPLITUDE V_MUTE: L VCOM IN (c+d)
step: 2
∗1Make R smaller than G by 0.02V.
∗2Make B smaller than G by 0.02V.
●PAL Demodulated axle adjustment (X35-)
This adjustment is done after auto adjustment is finished on
Gamma (Chroma_Auto)
Condition
Input signal: Color bar (PAL signal)
Remote controller operation method
: Final selection
DIRECT : End
7:Adjustment item switching
8:Adjustment value UP
0:Adjustment value DOWN
Adjustment method
qPress Chroma Func key,in the test mode menu screen.
Color bars will be displayed on the screen.
wHD: Put the trigger with TP3.TP17 (VR) located close to
pin 33 of IC103 TP21 (VB) located closed to pin 35 of
IC103 measure and adjust as shown below.
eFirst, monitor R-output, and change the TINT values to
adjust using [UP/Down] keys of remote controller. so that
oscillation width per each horizontal scanning period would
match. (Refer to Fig. 1 and Fig. 2)
∗In Fig 1, the oscillation width of R-output and B-output
per horizontal scanning period is not matched.In Fig. 2,
the oscilliation width of R-output per horizontal scanning
period is matched.
rAfter adjusting, press the final selection key.
∗After pressing the final selection key, the OSD in the up-
per left of the screen will change to purple.
tAfter R-output adjustment, press Adjustment Item switch
key, and switch the adjustment item to Phase. Monitor B-
output, and change the Phase value using [UP/Down] keys
of remote controller so that horizontal scanning period
would match. (Refer to Fig.2 and Fig. 3)
∗In Fig 2, oscillation width of B-output per horizontal scan-
ning period is not matched. In Fig.3, oscillation width of
B-output per horizontal scanning period is matched.
yAfter adjusting, press the final selection key.
∗After pressing the final selection key, the OSD in the up-
per left of the screen will change to purple.
uThen, press End key. If “White_OK” is displayed, the ad-
justment is competed.When you press End key one more
time, it exits from Chroma_Func Adjustment.
Fig. 1 (Ch1)Color Bars
(Ch2)VB output measurement point, VR output mea-
surement point
ADJUSTMENT
Ch1: Input
signal
Ch2:
B output
Ch3:
R output

LZ-702W
15
Fig. 2 After TINT adjustment
Fig. 3 After PHASE adjustment
●Flicker adjustment (X35-)
Conditions
Video source : VIDEO (composite signal)
Video : Luster white 30%~50%
BRIGHT : MAX (If using PWM control, it can not be
adjusted due to the frequency component)
MODE : ZOOM
Ch1: Input
signal
Ch2:
B output
Ch3:
R output
Ch1: Input
signal
Ch2:
B output
Ch3:
R output
ADJUSTMENT
Adjustment procedure
qDisplay luster white 30%~50%.
wMeasure waveform using oscilloscope.
eTurnVR100 and adjust to make the amplitude of the wave-
form is at minimum.
(For NTSC signal, use 60Hz or 30Hz component.
For PAL signal, use 50Hz or 25Hz component.)
∗Make sure that the flicker component level is adjusted
to minimum.
Oscilloscope rate: 20mV, 0.5mS
●Touch panel adjustment (X35-)
Adjustment procedure
qPress the Touch key on the Test mode menu screen to
enter the Touch panel adjustment screen.
wTouch the center of K mark below in the following order.
Upper left →Upper right →Lower left →Lower right
eAfter adjustment is completed for 4 areas, if“Write_OK” is
displayed, the adjustment is completed.
Press [Return] key to exit Touch adjustment.
*If the central section of the “K” mark has not be pressed
accurately, press “Cancel” and re-do from the beginning.
Note:
As far as the Touch Panel Adjustment data is concerned,
the data is finalized when the touch is let go.
For this reason, the knack for adjustment is not to let go the
touch after touching the center section of the “K” mark.
After making the touch, first confirm that the touch is at the
dead center of the “K” mark. (This means that, if the touch
is not at the dead center of the“K” mark, maintain the touch,
and slide the stick to the dead center of the “K” mark.)
Then, let the touch go quickly, vertically upward.
Cancel Cancel Cancel Cancel

LZ-702W
16
ABCDE
1
2
3
4
5
6
7
PC BOARD (COMPONENT SIDE VIEW)
R102
R623
R514
C403
C620
C801
C207
C212
C615
R210
R211
C115
C601
R605
R609
R610
C602
C603
C611
C612
C613
C623
C624
L102
R113
R216
R217
R402
R505
R506
R604
R606 R607
R608
R612
R613
R616
R618
R620
R621
R622
R801
R802
R803
R804
R805
R806
R807
R808
R513
C625
R107
159
4812
13
202191
15
4
5
1
8
C112
C119
C404
C621
C208
C214
C501
C616
C206
C213
C109
C110
C114
C411
C614
C502
C203
C204
C205
C209
C210
C211
C402
C405
C406
C407
C408
C503
C504
C506
C509
C511
C514
C607
C608
C609
C618
C619
C622
C101
L101
14
58
112
3625
37
48
24
13
41
85
1
8
16
9
1
4
8
5
1
5
8
4
14
58
1
4
8
5
1
4
8
5
O
I
G
D607
D608 D602
D609
D801
D802
D803
D805
D806
D808
D103
D404
D809 D810
P101
J601
J101
J801
J103
J102
D101
IC604
IC102
IC401
IC603
IC602
IC801
IC201
IC202
IC501
IC601
IC101
ELECTRIC UNIT X34-4320-60 (J76-0222-02)
Refer to the schematic diagram for the values of resistors and capacitors.
X34-4320-60
Ref. No. Address
IC101 5B
IC102 5C
IC201 2C
IC202 3C
IC401 4D
IC501 3C
Ref. No. Address
IC601 2D
IC602 3D
IC603 4D
IC604 3D
IC801 3C

LZ-702W
17
JIHGF
1
2
3
4
5
6
7
PC BOARD (FOIL SIDEVIEW)
Refer to the schematic diagram for the values of resistors and capacitors.
C515
R414
R415
C111
C102
C224
R117 L103
C617
R111
R116 R411
C409
C410 C225
C604
R409
R410
R507
R508
R203
R202
C103
C113
C116
C605
C606
R104
R108
R115
R412
R601
R810
R201
C201
C202
C221
C401
C412
C505
C510
C610
R103
R105 R106
R110
R114
R204
R205
R206
R207
R208
R209
R218
R401 R403
R404
R405
R406
R407
R408
R413
R501
R502
R503
R504
R509 R510
R602
R603
R611
R614
R615
R617
R61
TP819
TP820
TP709
TP405
TP205
TP210
TP707
TP710
TP102 TP103
TP601
TP817
TP818
TP101
TP104
TP105
TP201
TP202
TP203
TP204
TP206
TP207
TP208
TP209
TP401TP402
TP403
TP404
TP602
TP603
TP604
TP605
TP606
TP607
TP608
TP609
TP610
TP611
TP708
TP801
TP802 TP803
TP804 TP805
TP806 TP807
TP808 TP809
TP810 TP811
TP812 TP813
TP814 TP815
TP816
BE
BE
BE
BE
BEBEBE
BE
D606
Q103
Q404 D201
D202
D203
D204
D205
D206
D603
D604
D605
Q402
Q403
Q405
D105 D601
D804 D807
Q104
D501
D502
D104
D207
D401
D405
D406
D610
Q401
Q406
ELECTRIC UNIT X34-4320-60 (J76-0222-02)
X34-4320-60
Ref. No. Address
Q103 5G
Q104 5G
Q401 4I
Q402 4I
Ref. No. Address
Q403 5I
Q404 4I
Q405 4I
Q406 4H

LZ-702W
18
KLMNO
1
2
3
4
5
6
7
PC BOARD (COMPONENT SIDE VIEW)
J900
Q
5
CN1
D902 D903
D906
D907
Q103
Q104
Q106 D405 D406 D408
D500
D501
Q501
Q
5
Q20
4
CN2
0
D2
D4
D216
D407
Q1
Q502
Q503
D916
D909
D910
CN801
IC503
IC502
IC103
IC4
IC202
IC801
IC3
IC501
IC8
0
IC104
IC402
VIDEO UNIT X35-4640-60 (J76-0223-02)
VR500
VR3
VR100
C904
R987
1
OI
1
1
1
1
2
19
20
1
1
1
1
1
1
8
E
BCE
1
C538
C528
C139
C140
L104
R152
C113
C134
L102
C11
C14
C24
C36
L4
L800
R403
F501
L103
L3
C549
L1
F901
C34
L2
L200
R405
C218
C257
L100
L201
C410
C533
C811
L502
C2
C5
C10
C16
C21
C22
C25
C26
C29
R26
R46
R48
C202
C403
C400
C525
C526
C814
C110
R121
R132
R143
R146
R150
R153
L902
C104
C105
C148
R111
C530
C532
C535
L501
R538
C23
C408 C409
C4
C7
C8
C9
C15
C20
C32
C35
C37
C51
C111
C115
C127
C142
C143
C517
R35
R39
R42
R47
R49
R67
R69
R110
R119
R120
R125
R138
R145
R147
R151
R154
R297
R298
R537
R549
C413
C
C31
3
C31
4
C406
R411
X300
C27
C28
C30
C31
C112
C118
C120
C122
C124
C126
C129
C130
C132
C136
C137
C144
C145 C146
C221
C227
C228
C253 C254 C255
C259
C531
C810
C812
C813
C821
C822
C906
C907
C908
C909
C910
C911
C
L5
L901
C537
R123
R1
R4
R5
R8
R9
R10
R21
R22
R23
R24
R34
R38 R41
R43
R45
R52
R53
R54
R55
R56
R57
R60
R61
R62
R63
R64
R65
R66
R68
R75
R117
R118
R124
C827
R137
R139
R155
R156
R165
R174
R228
R230
R231 R233
R235
R236
R274
R410
R414
R417
R418
R419
R420 R421
L503
R521
R530
R534
R805
R806
R900
R909
R910
R911
R912 R913
R914
R915
R926
R927
C913
X100
X101
L801
R533
C39
R73
R172
R522
C412
R74
C40
C548
4
85
1
8
16 9
I
G
GO
8
16 9
3
54
3
45
48
12
37
24 13
36
25
3
45
64
16
17
4932
33 48 30
BC BEC
EBC CBE
EBC
EBC
CBE
2
BE
S
BE
G
D
B
B
GS
D
TP101
TP1
TP2
TP102
TP103
TP104
TP100 TP33

LZ-702W
19
TSRQP
1
2
3
4
5
6
7
CN300
Q504
Q807
D808
D401 D402 D403D404
D
408
Q505
Q204
Q302
CN200
CN302
D301
D302
IC301
IC302
IC303
IC500
IC506
IC304
IC505
IC802
IC800
IC803
IC804
VR800
VR801
VR802
VR803
100
1
1
120
1
5
1
8
I
1
I
13M:R
2M:R
3M:L
2M:L
C300
C311
R316
C303
C308
C315
C326
R308
R312
C500
C512
8
00
C519
L200
C81
C327
C539
R309
C533
C534
C202
C525
C501
R510
C513
C814
R538
C402 C404 C405C407
C502
C510C511
C807
R321
R507
R508
R509
R511
R512
C329
10
C310
C312
C313
C314
C321
C322
C323
C324
R330
R303
R315
R317
R319
X300
C507
C509
C819
C803
C800
C805
C804
C806
C808
C823
C824
C825
CP304
CP305 CP306
CP307
CP308
CP309
CP312
CP313
CP314
CP315
R325
R314
L500
R304
R305
R306
R307
R404
R406
R407
R408
R412
R413
R415
R416
R323
R320
R322
R318
R324
R327
R326
R333
R332
5
41
45
8
4
1
5
8
8
916
GO
GO
81
4
4
8
5
181 80
31 50 51
10 6
15
30
2
11
101
10
45
8
4
BE
BE
BE
BE
BE
TP308
TP309
TP306
TP33
Refer to the schematic diagram for the values of resistors and capacitors.
X35-4640-60
Ref. No. Address
IC3 5L
IC4 5M
IC103 5O
IC104 5O
IC202 4M
IC301 4P
IC302 3Q
IC303 3Q
IC304 5P
IC402 6L
IC500 5Q
IC501 3O
IC502 4N
IC503 4O
IC505 2P
IC506 3Q
IC801 2O
IC802 2P
Q1 5L
Q103 6N
Q104 6N
Q106 6M
Q204 5P
Q302 5P
Q501 2N
Q502 3N
Q503 3N
Q504 3P
Q505 3P
Q807 2P

LZ-702W
20
UVWXY
1
2
3
4
5
6
7
PC BOARD (FOIL SIDE VIEW)
VIDEO UNIT X35-4640-60 (J76-0223-02)
D803
D804
D805
D806
D807
Q300
Q105
Q812
Q818
Q200
Q202
Q303
Q100
D204
D205
D206
D207
Q
S400
S401
S402 S403 S404S405
Q102
D200 D201 D202
D203
Q201
Q203
Q301
Q506
S406
D502
D912
D915
Q800
Q801
Q803
Q808
Q809
Q810
Q811
Q815
Q816
Q819
Q110
Q
Q114
Q116
Q117
Q804
Q805
Q806
D303
P502
D101
IC300
IC902
IC106
IC108
IC105
RESET
1
5
5
1
4
1
V.SEL VOL-
POWER MODE SCREEN VOL+
1
E
C
C301
C302
CP301
CP310
CP325
R301
R541
C536
C114
R134
R816 R985
C330
R539
R547
R814
R820
R502
R504
R506
C818
C150
R101
R112
R113
R159
C121
C503
C504
C516
C820
R513
C915
C116
C133
C135
C138
C141
C514
C518
C522
R100
R102
R103
R114
R115
R116
R129
R140
R141 R142
R144
R149
R158
C128
R516
R519
C107
R536
CP303
C200
C201
C305
C306
C307
C309
C317C318
C319C320
C325
C524
C542
CP323
R200
R201
R545 C101
C147
C505
C506
C508
C520
C521
C523
C527
C529
C801
C802
C809
C815 C816
C817
CP300
CP302
R331
R335
CP322
C125
C826
R122
R126
R128
R130
R131
R135
R136 R160
R162
R163
R164
R175
R202
R203
R204
R205
R265
R300
R302
R310
R311
R503
R505
R514
R517
R518
R520
R523
R524
R525
R526
R527
R528
R529
R531
R532
R535
R542
R800
R801
R802
R803
R804
R807
R810
R811
R817
R818
R819
R821
R822
R823
R824
R825
R986
C149
R808
R548
R813
R313
R500
R501
R809
R812
R167
R328
R329
R337
R338
R133
C547
3
21
3
54
4
5
8
34
4
3
BE
CBE
BC
EBC
BE
BE
BE
EB
BE BEBE
BE
EB
BE
BE
BE
BE BE BE
BEBE
BE
BE
BE
E
BE
BE
BE
BE
BE
BE
BE
BE
BE
TP504
TP502
TP507
TP509
TP505
TP201
TP202
TP203
TP204
TP301
TP302
TP325
TP326
TP401
TP402
TP403 TP404 TP405
TP406
TP407
TP500
TP501
TP503
TP506
TP508
TP304
TP303
TP307
TP801
TP802
TP305
TP510
TP512
TP805
TP804
TP803