Panasonic CT26WX15N - 26" WIDESCREEN HDTV User manual

MTNC050528A1
B19 Canada: B05
Color Television
CT-26WX15N
CT-26WX15UN
GN1M
Please file and use this manual together with the main service manual for Model CT-32HL44J, Order No. MTNC040418C1. A complete parts list and schematics are included in this
simplified service manual.
© 2005 Panasonic Corporation of North America. All rights reserved. Unauthorized copying and distribution is a violation of law.
1 Safety precautions
General guidelines
An isolation transformer should always be used during the servicing of a receiver whose chassis is not isolated from AC power line. Use a transformer of adequate power rating as this
protects the technician from accidents resulting in personal injury from electrical shocks. It will also protect the receiver from being damaged by accidental shorting that may occur during
servicing.
When servicing, observe the original lead dress, especially in the high voltage circuit. Replace all damaged parts (also parts that show signs of overheating.)
Always replace protective devices, such as fish paper, isolation resistors and capacitors, and shields after servicing the receiver. Use only manufacturer’s recommended rating for fuses,
circuits breakers, etc.
High potentials are present when this receiver is operating. Operation of the receiver without the rear cover introduces danger for electrical shock. Servicing should not be performed by
anyone who is not thoroughly familiar with the necessary precautions when servicing high voltage equipment.
Extreme care should be practiced when handling the picture tube. Rough handling may cause it to implode due to atmospheric pressure. (14.7 lbs per sq. in.). Do not nick or scratch the
glass or subject it to any undue pressure. When handling, use safety goggles and heavy gloves for protection. Discharge the picture tube by shorting the anode to chassis ground (not to
the cabinet or to other mounting hardware). When discharging connect cold ground (i.e. dag ground lead) to the anode with a well insulated wire or use a grounding probe.Avoid
prolonged exposure at close range to unshielded areas of the picture tube to prevent exposure to x ray radiation.
The test picture tube used for servicing the chassis at the bench should incorporate safety glass and magnetic shielding. The safety glass provide shielding for the tube viewing area
against x ray radiation as well as implosion. The magnetic shield limits the x ray radiation around the bell of the picture tube in addition to the restricting magnetic effects. When using a
picture tube test jig for service, ensure that the jig is capable of handling 50kV without causing x ray radiation.
Before returning a serviced receiver to the owner, the service technician must thoroughly test the unit to ensure that is completely safe to operate. Do not use a line isolation transformer
when testing.
Leakage current cold check
Unplug the A.C. cord and connect a jumper between the two plug prongs.Measure the resistance between the jumpered AC plug and expose metallic parts such as screwheads, antenna
terminals, control shafts, etc. If the exposed metallic part has a return path to the chassis, the reading should be between 240kΩand 5.2MΩ. If the exposed metallic part does not have a
return path to the chassis, the reading should be infinite.
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Leakage current hot check
Plug the AC cord directly into the AC outlet. Do not use an isolation transformer during the check.
Connect a 1.5kΩ10 watt resistor in parallel with a 0.15µF capacitor between an exposed metallic part and ground. Use earth ground, for example a water pipe.
Using a DVM with a 1000 ohms/volt sensitivity or higher, measure the AC potential across the resistor.
Repeat the procedure and measure the voltage present with all other exposed metallic parts.
Verify that any potential does not exceed 0.75 volt RMS. A leakage current tester (such a Simpson model 229, Sencore model PR57 or equivalent) may be used in the above procedure,
in which case any current measure must not exceed 0.5 milliamp. If any measurement is out of the specified limits, there is a possibility of a shock hazard and the receiver must be
repaired and rechecked before it is returned to the customer.
Hot check circuit
Insulation test
Connect an insulation tester between an exposed metallic part and A.C. line. Apply 2500VAC/60Hz for 1 second. Confirm that the current measurement is lower than 4mA. Repeat test
with other metallic exposed parts.
X ray radiation
WARNING
The potential source of x ray radiation in the TV set is in the high voltage section and the picture tube.
NOTE
It is important to use an accurate, calibrated high voltage meter.
Set the brightness, picture, sharpness and color controls to minimum.
Measure the high voltage. With a 480i or 1080i signal the high voltage should be 28.5 ± 0.3kV. If the upper limit is out of tolerance, immediate service and correction is required to insure
safe operation and to prevent the possibility of premature component failure.
Horizontal oscillator disable circuit test
This test must be performed as a final check before the receiver is returned to the customer. See horizontal oscillator disable circuit procedure check in this manual.
2 Service notes
NOTE
These components are affixed with glue. Be careful not to break or damage any foil under the component or at the pins of the ICs when removing. Usually applying heat to the component
for a short time while twisting with tweezers will break the component loose.
Leadless chip component (surface mount)
Chip components must be replaced with identical chips due to critical foil track spacing. There are no holes in the board to mount standard transistors or diodes. Some chips capacitor or
resistor board solder pads may have holes through the board, however the hole diameter limits standard resistor replacement to 1/8 watt. Standard capacitor may also be limited for the
same reason. It is recommended that identical components be used.
Chip resistor have a three digit numerical resistance code, 1st and 2nd significant digits and a multiplier. Example: 162 = 1600 or 1.6kΩresistor, 0 = 0Ω(jumper).
Chip capacitors generally do not have the value indicated on the capacitor. The color of the component indicates the general range of the capacitance.
Chip transistors are identified by a two letter code. The first letter indicates the type and the second letter, the grade of transistor.
Chip diodes have a two letter identification code as per the code chart and are a dual diode pack with either common anode or common cathode. Check the parts list for correct diode
number.
Component removal
1. Use solder wick to remove solder from component end caps or terminal.
2. Without pulling up, carefully twist the component with tweezers to break the adhesive.
3. Do not reuse removed leadless or chip components since they are subject to stress fracture during removal.
Chip component installation
1. Put a small amount of solder on the board soldering pads.
2. Hold the chip component against the soldering pads with tweezers or with a miniature alligator clip and apply heat to the pad area with a 30 watt iron until solder flows. Do not apply
heat for more than 3 seconds.
How to replace flat ic (required tools)
1. Remove the solder from all of the pins of a Flat IC by using a desolder braid
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2. Put the iron wire under the pins of the Flat IC and pull it in the direction indicated while heating the pins using a soldering iron. A small awl can be used instead of the iron wire.
3. Remove the solder from all the pads of the Flat IC by using a de solder braid
4. Position the new Flat IC in place (apply the pins of the Flat IC to the soldering pads where the pins need to be soldered). Properly determine the positions of the soldering pads and
pins by correctly aligning the polarity symbol
5. Solder all pins to the soldering pads using a fine tipped soldering iron
6. Check with a magnifier for solder bridge between the pins or for dry joint between pins and soldering pads. To remove a solder bridge, use a de solder braid as shown in the figure
below
IMPORTANT
To protect against possible damage to the solid state devices due to arching or static discharge, make certain that all ground wires and CRT DAG wire are securely connected.
CAUTION
The power supply circuit is above earth ground and the chassis cannot be polarized. Use an isolation transformer when servicing the receiver to avoid damage to the test equipment or to
the chassis. Connect the test equipment to the proper ground (hot) or (cold) when servicing, or incorrect voltages will be measured.
WARNING
This receiver has been designed to meet or exceed applicable safety and x-ray radiation protection as specified by government agencies and independent testing laboratories.
To maintain original product safety design standards relative to x-ray radiation and shock and fire hazard, parts indicated with the symbol on the schematic must be replaced with identical
parts. Order parts from the manufacturer’s parts center using the parts numbers shown in this service manual, or provide the chassis number and the part reference number.
For optimum performance and reliability, all other parts should be replaced with components of identical specification.
HORIZONTAL OSCILLATOR DISABLE CIRCUIT
This chassis employs a special circuit to protect against excessive high voltage and beam current. If, for any reason, the high voltage and beam current exceed a predetermined level this
protective circuit activates and detunes the horizontal oscillator that limits the high voltage. The over-voltage protection circuit is not adjustable. However, if components indicated by the
symbol on the schematic in either the horizontal sweep system or the over-voltage protection circuit itself are changed, the operation of the circuit should be checked using the following
procedure:
Equipment needed to check the disabled circuit:
1. High voltage meter (0 ~ 50kV)
2. Variac or isolation transformer
3. D.C. current meter
4. Digital voltmeter
PREPARATION
1. Connect receiver to A.C. 120 Volts. Do not turn ON.
2. Connect HIGH VOLTAGE meter to 2nd anode (H.V. button).
NOTE
Use cold ground for negative lead.
3. Connect the ammeter serial from the flyback anode lead to the picture tube anode socket.
PROCEDURE
1. Apply a monoscope or white pattern.
2. Confirm that beam current is 2.0 mA.
3. Adjust VR524 so that high voltage is 28.5 ± 0.3kV.
4. Adjust VR538 so that digital meter reads 2.3 ± 0.05V
5. Confirm that high voltage protector (SOS) operates at 33kV or less by adjusting VR524.
6. Turn VR524 counter clockwise, turn tv on and apply a monoscope or white pattern.
7. Adjust VR524 so that high voltage meter reads 28.5 ± 0.3kV
8. Once the adjustment is completed, apply a bond on VR524 and VR538. Confirm B+ 142V ± 6.0V with 120V A.C. applied.
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NOTE
If high voltage is not within the specified limit the cause must be determined before the receiver is returned to the owner.
3 About lead free solder (PbF)
NOTE
Lead is listed as (Pb) in the periodic table of elements.
In the information below, Pb will refer to lead solder, and PbF will refer to Lead Free Solder.
The lead free solder used in our manufacturing process and discussed below is (Sn+Ag+Cu).
That is Tin (Sn), Silver (Ag) and Copper (Cu) although other types are available.
This model uses Pb Free solder in it’s manufacture due to environmental conservation issues. For
service and repair work, we’d suggest the use of Pb free solder as well, although Pb solder may be
used.
PCBs manufactured using lead free solder will have the “PbF” or a leaf symbol stamped on the
back of PCB.
CAUTION
 Pb free solder has a higher melting point than standard solder. Typically the melting point is 50 ~ 70 °F (30 ~ 40 °C) higher. Please use a high temperature soldering iron and set it to
700 ± 20 °F (370 ± 10 °C).
 Pb free solder will tend to splash when heated too high (about 1100 °F or 600 °C).
If you must use Pb solder, please completely remove all of the Pb free solder on the pins or solder area before applying Pb solder. If this is not practical, be sure to heat the Pb free
solder until it melts, before applying Pb solder.
 After applying PbF solder to double layered boards, please check the component side for excess solder which may flow onto the opposite side.
Suggested Pb free solder
There are several kinds of Pb free solder available for purchase. This product uses Sn+Ag+Cu (tin, silver, copper) solder. However, Sn+Cu (tin, copper), Sn+Zn+Bi (tin, zinc, bismuth)
solder can also be used.
4 Receiver feature table
FEATURE/MODEL CT-26WX15N/UN
CHASSIS AP436
MICRO 256K
MENU LANGUAGE ENG/SPAN/FR
CLOSE CAPTION X
V-CHIP (USA/CANADA) X
VIDEO INPUT SKIP SKIP
CHANNEL COUNT 181
REMOTE CONTROL (W/LIGHT) EUR7613ZC0
CRT SUPPLIER MTPD-M
FAMILY GN1M
COMB FILTER
MOTION ADP. 3DY/C
HEC/VEC (X=BOTH) X
VM X (SELECTABLE)
V/A NORM (X=BOTH) X
COLOR TEMP X
AIP X
PRESET/INPUT LABELING X
VIDEO PICTURE MEMORY X
HDTV MONITOR 1080i
NTSC LINE DOUBLER
480p PROGRESSIVE
EDTV MONITOR 480p
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Note:
Specifications are subject to change without notice or obligation. Dimensions and weights are approximate.
5 Board description table
NOTE
When ordering a replacement board assembly, append an “S” to the board number.
EXAMPLE
To order the A Board, the replacement board is TNP2AH071ADS.
NOTE:
The DG-Board is non-serviceable. If this board is defective, replace it with a new board.
6 TV Location of controls
7 Location of controls (EUR7613ZC0)
MTS/SAP/DBX X
BUILT-IN AUDIO POWER 10W X 2
No. OF SPEAKERS 2
BASS/BALANCE/TREBLE CONTROL
X
AI SOUND X
SURROUND X
SPATIALIZER/BBE BBE
A/V IN (REAR/FRONT) 4 (3/1)
PROGRAM OUT X
AUDIO OUT (FAO/VAO) FAO/VAO
COMPONENT INPUT (Y, Pb, Pr) 2
S-VHS INPUT (REAR/FRONT) 2/0
DIGITAL INTERFACE HDMI
WEIGHT (KG/LB) 39 KG/ 85.98LBS
DIMENSIONS (W/D/H) mm 728 / 487 /495
BOARD CT-26WX15N DESCRIPTION
A-BOARD
TNP2AH071AD
MAIN CHASSIS
D-BOARD
TNP2AH073AG
HIGH VOLTAGE AND DEFLECTION
DG-
BOARD
TNP2AA216 DIGITAL VIDEO
G-BOARD TNP2AA223 FRONT A/V
H-BOARD
TNP2AA174AB
REAR A/V
L-BOARD
TNP2AA232AC
CRT BOARD
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8 Auto diagnosis feature
This receiver incorporates a new self diagnosis feature. With this new feature will be easier for the technician to detect the failures. There is a LED located by the keyboard on the front
panel, this LED will start flashing when a failure is detected by the circuits located in specific areas, depending on how many times the LED is flashing, this will tell you what circuit should
be checked. Make a count of flashing and see the table shown below. Please use this feature effectively especially for intermittent problems.
Note:
Flash only indicate a hint on a possible circuit failure and must not be used as a specific component diagnostic, (i.e. for IC4001 all related circuitry must be checked).
8.1 SOS History Check
When a certain SOS event is triggered by a malfunction on the receiver, the MPU stores on EEPROM the last SOS events occurred.
To check SOS history, self check procedure must be performed by pressing ACTION and POWER buttons on the receiver’s keypad (3 seconds). The self check display appears showing
the SOS sign with the last shutdown malfunction event(s) occurred.
Note:
If two or more SOS events caused the receiver’s shutdown, all of the shutdown event will be shown at the time of displaying self check screen.
IMPORTANT:
At this moment the SOS history is cleared from EEPROM, so if self check is performed again the SOS number events won’t be displayed on-screen unless SOS is triggered again.
Self Check screen.
9 EEPROM copy jig
This CTV has a feature that allows to clone or back-up main EEPROM data adjustments from a CTV to other by connecting a jig to the CTV set. A jig part number TXFJIG02SER, is
available through Matsushita/Panasonic Services.
SOS of front LED
FLASHES
POSSIBLE CIRCUIT SOS
1 POWER+140 140 OCP
2 LOW B+ D.C. SOS 2
3 N/A N/A
4 SUB 9V SUB 9V
5 HI VOLTAGE HHS
6 IC4001 GC3 FM
7 IC4201 GC3 FS
8 IC4401 GC3 I
9
DIGITAL TO DIGITAL INTERFACE LOCK
DDIFLOCK
10 AUDIO AMP. SOS 4
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Preparation:
To connect this jig, remove the lower back cover as instructed on disassembly for service section on this service manual and insert the jig into A15 connector located on the A-Board.
Procedure to copy data:
1. Enter to service mode and display service menu.
2. Select “AREA” DAC and then press ACTION button on remote to enter. Press VOL right/left to select one of the following options then press ACTION:
 Select ALL to copy all main EEPROM data
 Select ADJ to copy only adjustment data.
 Select FIX to copy only fix data
3. To copy data from main EEPROM to jig, select “IN→EX” DAC and press ACTION button on remote.
4. To copy data from jig to main EEPROM, select “EX→IN” DAC and press ACTION button on remote.z
10 Back cover removal
11 Chassis service adjustment procedures
All service adjustments are factory preset and should not require change unless controls and/or associated components are replaced.
140.0_V B+ voltage check
1. Set the BRIGHT and PICTURE to minimum by using the PICTURE menu.
2. Connect the DVM on TPD50 (D-Board by and cold ground
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3. Confirm that B+ voltage is 142V ± 6.0V. This voltage supplies B+ to the horizontal output and flyback circuits.
Source voltage chart
120V AC line input. Set the BRIGHT and the PICTURE to minimum by using the PICTURE menu. Use cold or hot ground for the (-) lead of the DVM as needed
High voltage check
1. Select an active TV channel and confirm that horizontal is in sync.
2. Adjust BRIGHTNESS and PICTURE using PICTURE icon menu so video just disappears.
3. Confirm B+ 142 ± 6.0V is within limit.
4. Using a high voltage meter confirm that the high voltage is 28.5kV ± 0.3kV.
12 Service mode (electronic adjustments)
This receiver has electronic technology using the IC bus concept. It performs as a control function and it replaces many mechanical controls. Instead of adjusting mechanical controls
individually, many of the control functions are now performed by using “on screen display menu”. (The service adjustment mode).
NOTE
It is suggested that the technician reads all the way through and understand the following procedure for entering/exiting the service adjustment mode; then proceed with the instructions
working with the receiver. When becoming familiar with the procedure, the flow chart for service mode may be used as a quick guide.
Quick entry to service mode
When minor adjustments need to be done to the electronic controls, the method of entering the service mode without removal of the cabinet back is as follows using the remote control:
1. Select SET-UP icon and select CABLE mode.
2. Select TIMER icon and set SLEEP time for 30 Min.
3. Exit menus.
4. Tune to the channel 124.
5. Adjust VOLUME to minimum (0).
6. Press VOL →(decrease) on receiver. Red “CHK” appears in upper corner.
NOTE
After receiver is set into service mode, set TIMER back to NO.
To toggle between aging and service modes:
While the “CHK” is displayed on the left top corner of the CRT, pressing “ACTION” and “VOL” UP on the TV simultaneously will toggle between the modes. Red “CHK” for service
and yellow “CHK” for aging.
7. Press POWER on the remote control to display the service adjustment modes menu, select adjustment by pressing the volume right/left buttons and channel up/down buttons on the
remote and ACTION to enter the adjustment.
A-BOARD VOLTAGE
STBY 7V (BY IC006) A-Board TPA9 7.5V ±
0.75V
MAIN 9V (BY IC006) A-Board TPA90 9.0V ± 0.5V
MAIN 5V (BY IC2856) A-Board TPA15 5.2V ± 0.3V
GC 2.5V (BY IC2856) A-Board TPA25 2.6V ± 0.2V
STBY 3.3V (BY A13 CONNECTOR) A-
Board TPA16
3.3V ± 0.2V
MAIN 3.3V (BY IC 2856) A-Board TPA33 3.3V ± 0.2V
D-BOARD VOLTAGE
+B2 (BY D14 CONNECTOR) D-Board TPD50 142.0 ± 6.0V
30V (BY IC805) D-Board TPD19 33.5 ± 2.0V
15V (BY IC802) D-Board TPD7 14.5 + 1.5V -1.0
-15V (BY IC805) D-Board TPD6 -15.5V ± 1.5V
SOUND+ (BY D6 CONNECTOR) D-Board TPD4 17.2V + 1.5V -
1.0
SOUND- (BY D6 CONNECTOR) D-Board TPD53 -18.0V ±1.5V
210V (BY IC503) D-Board TPD34 211.0V ± 4.0V
MAIN 12V (BY D14 CONNECTOR) D-
Board TPD22
12V ± 0.5V
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NOTE
Some adjustments are available only in some modes (480i, 480p, 1080i); it is needed to apply the format. A 1080i, 480p, 480i pattern can be obtained from Panasonic’s TU-DST51
set-top box DTV decoder.
Exiting the service mode:
This TV goes out from service mode when it is unplugged or turned OFF. To exit the service mode, turn the TV OFF or unplug the TV from A.C.
Other method
Press ACTION and POWER on the receiver simultaneously for at least 2 seconds.
The receiver momentarily shuts off; then comes back on tuned to channel 3 with a preset level of sound.
Any programmed channels, channels caption data and some others user defined settings will be erased when exited by pressing ACTION and POWER on receiver.
IMPORTANT NOTE
Always check that the TV exits the service mode.
To confirm colors
When in service mode (red “CHK” is displayed) press RECALL on the remote control to enter the purity field check mode
Entering service mode (open-back method)
While the receiver is connected and operating in normal mode, momentarily short test point
FA1 (A15 pin 2) to cold ground (A-Board).
The receiver enters the aging mode.
Yellow letters “CHK” appear in the upper left corner of the screen.
(The volume right/left and channel up/down will adjust rapidly).
12.1 Service adjustment default values for service items
REGISTER
DESCRIPTION FORMAT
FULL
JUST
ZOOM
MTSIN INPUT LEVEL 1D N/A N/A
SEPAL LOW LEVEL SEPARATION 08 N/A N/A
SEPAH HIGH LEVEL SEPARATION 1D N/A N/A
CLOCK CLOCK 125 N/A N/A
COLOR COLOR 1F N/A N/A
TINT TINT 7D N/A N/A
BRIGH SUB-BRIGHTNESS
09 3E
N/A N/A
CONT SUB-CONTRAST
02 89
N/A N/A
B-Y_G MAGENTA TINT ADJ 3D N/A N/A
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NOTE:
The above table shows the default values for the service items, this values may vary depending on the serviced TV.
Important Note:
When changing “ID” register, message “Unplug AC to activate” will appear on the screen and the set must be unplugged.
13 Identification of components
13.1 TV with back cover removed
TV View with back cover removed.
13.2 A Board
A-Board view
13.3 D Board
D-Board view
13.4 G Board
G-Board view
13.5 L Board
L-Board view
CUT G GREEN CUT-OFF
01 1B
N/A N/A
CUT R RED CUT-OFF
00 F8
N/A N/A
CUT B BLUE CUT-OFF
01 23
N/A N/A
BRT BRIGHT
09 3E
N/A N/A
R DR RED DRIVE 85 N/A N/A
B DR BLUE DRIVE 87 N/A N/A
R-Y_A R-Y_A 80 N/A N/A
HLIN HORIZONTAL LINEARITY 55 N/A N/A
HPOS HORIZONTAL POSITIONING
03 64
N/A N/A
HWID HORIZONTAL WIDTH 70 N/A N/A
PCC PINCUSHION CORRECTION 59 59 68
PCCHG PINCUSHION HIGH 45 45 34
PCCLG PINCUSHION LOW 3E 3E 3E
PCCHS PINCUSHION HIGH 05 05 04
PCCLS PINCUSHION LOW 05 05 00
TOPG TOP CORNER PINCUSHION 4C 4C 5F
BTMG BOTTOM CORNER PINCUSHION 5B 5B 5A
TOPSL TOP CORNER PINCUSHION SLICE LEVEL 06 06 05
BTMSL
BOTTOM CORNER PINCUSHION SLICE LEVEL
03 03 03
TRAP TRAPEZOID 80 N/A 7D
PARA PARALLELOGRAM 07 N/A 08
SIDE E-W PINCUSHION ADJUSTMENT 12 N/A 13
HTRAP HORIZONTAL TRAPEZOID 20 N/A 20
VRAS VERTICAL POSITION CF AA C8
VEAMP VERTICAL SIZE
00 D5
00 D5
01 50
V-C VERTICAL LINEARITY 73 73 74
V-S VERTICAL S CORRECTION 56 56 68
HDAFS HORIZONTAL DAF PHASE
01 32
N/A N/A
VTOP VTOP
00 D9
00 B7
00 D1
BDAC BDAC 66 N/A N/A
INPIN INPIN 10 N/A N/A
MOIRE MOIRE 80 80 80
ID ID 10 10 10
ID DATA
MODEL
NTSC
1080i
ZOOM
CT-
34WX15N/UN
00 00 00
CT-
34WC15N/UN
88 88 88
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13.6 DG Board (Top View)
DG-Board view
13.7 DG Board (Bottom View)
DG-Board view
13.8 H Board
H-Board view
14 Reference of PDF links color
15 Conductors View
15.1 A-Board Printed Circuit 1 of 2
15.2 A-Board Printed Circuit 2 of 2
15.3 D-Board Printed Circuit 1 of 2
15.4 D-Board Printed Circuit 2 of 2
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15.5 DG-Board Printed Circuit (Top View)
15.6 DG-Board Printed Circuit (Bottom View)
15.7 G-Board Printed Circuit
15.8 H-Board Printed Circuit
15.9 L-Board Printed Circuit
16 Block Diagrams
16.1 Audio Block Diagram
16.2 Video Block Diagram
17 Schematic Diagrams
17.1 Schematic notes in english
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17.2 Schematic notes in spanish
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17.3 A-Board Schematic 1 of 3
17.4 A-Board Schematic 2 of 3
17.5 A-Board Schematic 3 of 3
17.6 D-Board Schematic 1 of 4
17.7 D-Board Schematic 2 of 4
17.8 D-Board Schematic 3 of 4
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17.9 D-Board Schematic 4 of 4
17.10 DG-Board Schematic 1 of 10
17.11 DG-Board Schematic 2 of 10
17.12 DG-Board Schematic 3 of 10
17.13 DG-Board Schematic 4 of 10
17.14 DG-Board Schematic 5 of 10
17.15 DG-Board Schematic 6 of 10
17.16 DG-Board Schematic 7 of 10
17.17 DG-Board Schematic 8 of 10
17.18 DG-Board Schematic 9 of 10
17.19 DG-Board Schematic 10 of 10
17.20 G-Board Schematic
17.21 H-Board Schematic
17.22 L-Board Schematic
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17.23 Voltages
17.24 Waveforms
18 Location Parts
19 Parts list
19.1 Description of abbreviations guide
19.2 Parts list
Ref. No. Part No. Part Name & Description
Remarks
CAPACITORS
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C037 ECA0JM222B CAPE 2200UF-6.3V
C038 ECJ2VF1H103Z CAPC .01UF-Z-50V
C047 ECA1HM330B CAPE 33UF-50V
C054 ECA1HM4R7B CAPE 4.7UF-50V
C055 ECA1HM330B CAPE 33UF-50V
C056 ECA1VM471B CAPE 470UF-35V
C059 ECJ2VC1H101J CAPC 100PF-J-50V
C060 ECJ2VC1H101J CAPC 100PF-J-50V
C061 ECA1HMR22B CAPE .22UF-50V
C062 ECA1HM2R2B CAPE 2.2UF-50V
C096 ECJ2VC1H120J CAPC 12PF-J-50V
C097 ECJ2VC1H390J CAPC 39PF-J-50V
C451 ECA1EM102E CAPE 1000UF-25V
C452 ECA1EM102E CAPE 1000UF-25V
C453 ECA1HM101B CAPE 100UF-50V
C454 ECQV1H224JL3 CAPP .22UF-J-50V
C455 ECA1CM221B CAPE 10UF-16V
C457 ECQB1H471JF3 CAPP 470PF-J-50V
C458 ECQV1H105JL3 CAPP 1.0UF-J-50V
C459 ECQE2104KF3 CAPP .10UF-K-200V
C460 ECQE2224KF3 CAPP .22UF-K-200V
C461 ECA1HM010B CAPE 1UF-50V
C462 ECA0JM221B CAPE 220UF-6.3V
C463 ECA1VM470B CAPE 47UF-35V
C467 ECQV1H224JL3 CAPP .22UF-J-50V
C472 ECA1HM4R7B CAPE 4.7UF-50V
C505 ECQB1H104JF3 CAPP .10UF-J-50V
C507
ECEA2CNR47SB
CAPE .47UF-160V
C508 ECQB1H104JF3 CAPP .10UF-J-50V
C509 ECKR3A222KBP CAPC .0022UF-K-1KV
C510 ECWH20272JVY CAPP 2700PF-J-2KV
C511 ECWH20272JVY CAPP 2700PF-J-2KV
C512 ECA1HMR47B CAPE .47UF-50V
C514 ECQM4472JZW CAPP 4700PF-J-400V
C515 ECKR3A222KBP CAPC .0022UF-K-1KV
C516 ECQB1H223JF3 CAPP .022UF-J-50V
C517 ECJ2VG1H151J CAPC 150-J-50V
C518
ECKW3D681KBR
CAPC 680PF-K-2KV
C519
ECKW3D681KBP
CAPC 680PF-K-2KV
C520
ECKW3D222KBP
CAPC 2200UF-K-2KV
C521 ECWF2334JSR CAPM .33UF-J-200V
C522 ECWF4393RJB CAPP .039UF-J-400V
C523 ECQB1H104JF3 CAPP .10UF-J-50V
C524 ECQE1224KF3 CAPP .22UF-K-100V
C525 EEUNA1E220B CAPE 22UF-25V
C526 ECQB1H104JF3 CAPP .10UF-J-50V
C527 ECQV1H224JL3 CAPP .22UF-J-50V
C529 ECQB1H473JF3 CAPP .047UF-J-50V
C532 ECQB1H104JF3 CAPP .10UF-J-50V
C534 ECQB1H103JF3 CAPP .01UF-J-50V
C535 ECQV1H104JL3 CAPP .10UF-J-50V
C536 ECEA1EN100UB CAPE 10UF-25V
C537 ECQB1H473JF3 CAPP .047UF-J-50V
C538 ECA1CM471B CAPE 470UF-16V
C539 ECA1CM471B CAPE 470UF-16V
C548 ECJ2VF1H103Z CAPC .01UF-Z-50V
C553 ECA1CM101B CAPE 100UF-16V
C554 ECA1VM101B CAPE 100UF-35V
C561 ECA2EHG470E CAPE 47UF-250V
C562 ECKR3A561KBP CAPC 560PF-K-1KV
C563 EEUEB2E330E CAPE 33UF-100V
C564 ECA1VM470B CAPE 47UF-35V
C566 ECA1VM470B CAPE 47UF-35V
C567 EEUED2C101E CAPE 100UF-100V
C571 ECKRHT332KB CAPC 3300PF-K
C573 ECJ2VF1H103Z CAPC .01UF-Z-50V
C574 ECA1HM100B CAPE 10UF-50V
C575 ECA1CM101B CAPE 100UF-16V
C576 ECA1CM101B CAPE 100UF-16V
C577 ECQE6473RKF CAPACITOR
C578
ECKW3D681KBR
CAPC 680PF-K-2KV
C580 ECQB1H223JF3 CAPP .022UF-J-50V
C581 ECQB1H104JF3 CAPP .10UF-J-50V
C582 ECQB1H104JF3 CAPP .10UF-J-50V
C589 ECQE6184JFB CAPACITOR
C590 ECJ2VB1H471K CAPC 470PF-K-50V
C713 ECKR3A222KBP CAPC .0022UF-K-1KV
C714 ECQE2103KF3 CAPP .010UF-K-200V
C801 ECQU2A224MLA CAPP .22UF-M-250V
C802 ECQU2A224MLA CAPP .22UF-M-250V
C803 ECQU2A224MLA CAPP .22UF-M-250V
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C804 ECQU2A224MLA CAPP .22UF-M-250V
C806 ECQU2A103MLA CAPP .010UF-M-250V
C807
ECKCNA222MEB
CAPC 2200PF-M-125V
C808
ECKCNA222MEB
CAPC 2200PF-M-125V
C809 ECQB1H471JF3 CAPP 470PF-J-50V
C810 EETHC2D102J CAPE 1000UF-200V
C811 ECA1HM100B CAPE 10UF-50V
C812 ECA1CM471B CAPE 470UF-16V
C813 ECA1HM010B CAPE 1UF-50V
C815 EEUFC1E222E CAPE 2200UF-25V
C821
ECKW3D332KBP
CAPC 3300PF-K-2KV
C822 ECQB1H102JF3 CAPP 1000PF-J-50V
C823 ECQB1H471JF3 CAPP 470PF-J-50V
C824
ECKW3D102KBP
CAPC 1000PF-K-2KV
C825 ECA1HHG470B CAPE 47UF-50V
C826 ECJ2VF1H104Z CAPC .1UF-Z-50V
C827 ECA1HHG010B CAPE 1UF-50V
C828 ECKR3A331KBP CAPC 330PF-K-1KVDC
C830 EC0S2DA471BB CAPE 470UF-200V
C831
ECKW3D102KBP
CAPC 1000PF-K-2KV
C834 EEUFC1H222E CAPE 2200UF-50V
C835 ECA2EM101E CAPE 100UF-250V
C836 ECKR3A151KBP CAPC 150PF-K-1KV
C840 EEUFC1E222E CAPE 2200UF-25V
C841 ECA1VHG222E CAPE 2200UF-35V
C842 ECKR3A331KBP CAPC 330PF-K-1KVDC
C843 ECA1VHG222E CAPE 2200UF-35V
C844 ECKR3A471KBP CAPC 470PF-K-1KV
C846 ECEA1CN101UB CAPE 100UF-16V
C852 ECJ2VF1H103Z CAPC .01UF-Z-50V
C855 EEUFC1A471B CAPE 470UF-10V
C857 ECA1HM471E CAPE 470UF-50V
C858 ECA1CM101B CAPE 100UF-16V
C864 ECEA1CN101UB CAPE 100UF-16V
C867 ECQM4103RJZ CAPP .01UF-J-400V
C871 ECA1CM102B CAPE 1000UF-16V
C875 ECQB1H473JF3 CAPP .047UF-J-50V
C881 ECKR3A471KBP CAPC 470PF-K-1KV
C882 ECA1VHG222E CAPE 2200UF-35V
C901 ECJ2VF1H103Z CAPC .01UF-Z-50V
C902 ECA1CM101B CAPE 100UF-16V
C904 ECA1CM101B CAPE 100UF-16V
C906 ECA1CM101B CAPE 100UF-16V
C907 ECA2EM220E CAPE 22UF-250V
C908 ECQE2103KF3 CAPP .010UF-K-200V
C909 ECA1CM101B CAPE 100UF-16V
C910 ECA2CM100B CAPE 10UF-160V
C911 ECQE2103KF3 CAPP .010UF-K-200V
C1051 ECJ2VF1H103Z CAPC .01UF-Z-50V
C1052 ECEA1CKA470B CAPE 47UF-16V
C1401 ECJ2VF1H103Z CAPC .01UF-Z-50V
C1402 ECJ2VF1C104Z CAPC .1UF-Z-16V
C1403 ECA1VM470B CAPE 47UF-35V
C1501 ECA1VM470B CAPE 47UF-35V
C1502 ECQB1H103JF3 CAPP .01UF-J-50V
C1505 ECQB1H103JF3 CAPP .01UF-J-50V
C1506 ECQB1H223JF3 CAPP .022UF-J-50V
C1507 ECQB1H223JF3 CAPP .022UF-J-50V
C1522 ECA1VM101B CAPE 100UF-35V
C1523 ECA1VM470B CAPE 47UF-35V
C1526 ECJ2VF1H103Z CAPC .01UF-Z-50V
C1528 ECJ2VF1H103Z CAPC .01UF-Z-50V
C1535 ECA1HM100B CAPE 10UF-50V
C1557 ECQB1H102JF3 CAPP 1000PF-J-50V
C1558 ECJ2VC1H680J CAPC 68PF-J-50V
C1559 ECQB1H102JF3 CAPP 1000PF-J-50V
C1570 ECA1VM470B CAPE 47UF-35V
C2202 ECEA1HKA2R2B CAPE 2.2UF-50V
C2203 ECEA1HKA4R7B CAPE 4.7UF-50V
C2204 TAP106K016CF CAPT 10MF-16V
C2205 ECEA1HKA010B CAPE 1.0UF-50V
C2206 ECQB1H223JF3 CAPP .022UF-J-50V
C2207 TAP335K016CF CAPT 3.3 MF-16V
C2208 ECJ2VB1C104K CAPC .1UF-K-16V
C2209 ECJ2VB1C104K CAPC .1UF-K-16V
C2210 ECJ2VB1C104K CAPC .1UF-K-16V
C2211 ECEA1HKA100B CAPE 1UF-50V
C2212 ECQB1H473JF3 CAPP .047UF-J-50V
C2215 ECEA1CKA101B CAPE 100UF-16V
C2218 ECEA1HKAR47B CAPE .47UF-50V
C2301 ECJ2VF1C474Z CAPC .47UF-Z-16V
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C2302 ECJ2VB1H561K CAPC 560PF-K-50V
C2303 ECJ2VB1H332K CAPC .0033UF-K-50V
C2304 ECJ2VB1H332K CAPC .0033UF-K-50V
C2305 ECJ2VF1C474Z CAPC .47UF-Z-16V
C2306 ECJ2VB1H561K CAPC 560PF-K-50V
C2307 ECJ2VB1H332K CAPC .0033UF-K-50V
C2308 ECJ2VB1H332K CAPC .0033UF-K-50V
C2310 ECJ2VF1H104Z CAPC .1UF-Z-50V
C2312 ECA1VM101B CAPE 100UF-35V
C2316 ECJ2VF1H104Z CAPC .1UF-Z-50V
C2317 ECJ2VF1H104Z CAPC .1UF-Z-50V
C2319 ECJ2VC1H330J CAPC 33PF-J-50V
C2322 ECJ2VF1C474Z CAPC .47UF-Z-16V
C2324 ECJ2VF1C474Z CAPC .47UF-Z-16V
C2326 ECJ2VF1H104Z CAPC .1UF-Z-50V
C2327 ECA1HM010B CAPE 1UF-50V
C2328 ECA1EM101B CAPE 100UF-25V
C2329 ECJ2VF1H103Z CAPC .01UF-Z-50V
C2331 ECA1EM101B CAPE 100UF-25V
C2332 ECJ2VB1H472K CAPC .0047UF-K-50V
C2333 ECJ2VB1H472K CAPC .0047UF-K-50V
C2350 ECQV1H105JL3 CAPP 1.0UF-J-50V
C2351 ECJ2VB1H152K CAPC .0015UF-K-50V
C2352 ECJ2VB1H152K CAPC .0015UF-K-50V
C2353 ECQV1H105JL3 CAPP 1.0UF-J-50V
C2354 ECJ2VB1H152K CAPC .0015UF-K-50V
C2355 ECJ2VB1H152K CAPC .0015UF-K-50V
C2356 ECA1HM4R7B CAPE 4.7UF-50V
C2357 ECJ2VF1H104Z CAPC .1UF-Z-50V
C2358 ECJ2VF1H224Z CAPC .22UF-Z-50V
C2361 ECJ2VF1H224Z CAPC .22UF-Z-50V
C2364 ECA1HM220B CAPE 22UF-50V
C2365 ECJ2VF1H224Z CAPC .22UF-Z-50V
C2366 ECJ2VF1H224Z CAPC .22UF-Z-50V
C2370 ECA1CM101B CAPE 100UF-16V
C2371 ECA1CM101B CAPE 100UF-16V
C2372 ECEA1CN100UB CAPE 10UF-16V
C2373 ECA1HM100B CAPE 10UF-50V
C2374 ECA1HM100B CAPE 10UF-50V
C2375 ECJ2VF1C105Z CAPC 1.0UF-Z-16V
C2376 ECJ2VF1C105Z CAPC 1.0UF-Z-16V
C2377 ECJ2VF1C105Z CAPC 1.0UF-Z-16V
C2378 ECJ2VF1C105Z CAPC 1.0UF-Z-16V
C2379 ECJ2VF1H103Z CAPC .01UF-Z-50V
C2380 ECEA1CN100UB CAPE 10UF-16V
C2387 EEUFC1E222E CAPE 2200UF-25V
C2390 EEUFC1E222E CAPE 2200UF-25V
C2451 ECJ2VF1C105Z CAPC 1.0UF-Z-16V
C2452 ECJ2VB1H472K CAPC .0047UF-K-50V
C2453 ECJ2VB1H223K CAPC .022UF-K-50V
C2454 ECJ2VB1H332K CAPC .0033UF-K-50V
C2455 ECJ2FB1C684K CAPC .68UF-Z-16C
C2456 ECJ2VF1C105Z CAPC 1.0UF-Z-16V
C2457 ECJ2VB1C104K CAPC .1UF-K-16V
C2458 ECJ2VF1C105Z CAPC 1.0UF-Z-16V
C2459 ECJ2VF1C105Z CAPC 1.0UF-Z-16V
C2460 ECJ2VB1H103K CAPC .01UF-K-50V
C2461 ECA1CM221B CAPE 10UF-16V
C2462 ECJ2VF1C105Z CAPC 1.0UF-Z-16V
C2463 ECJ2VF1C105Z CAPC 1.0UF-Z-16V
C2464 ECJ2VF1C105Z CAPC 1.0UF-Z-16V
C2465 ECJ2VB1C104K CAPC .1UF-K-16V
C2466 ECJ2FB1C684K CAPC .68UF-Z-16C
C2467 ECJ2VB1H332K CAPC .0033UF-K-50V
C2468 ECJ2VB1H223K CAPC .022UF-K-50V
C2469 ECJ2VB1H472K CAPC .0047UF-K-50V
C2470 ECJ2VF1C105Z CAPC 1.0UF-Z-16V
C2471 ECA1CM471B CAPE 470UF-16V
C2851 ECA1EM471B CAPE 470UF-25V
C2852 ECA1CM221B CAPE 10UF-16V
C2855 ECA1VM221B CAPE 220UF-35V
C2857 EEUFC1C471B CAPE 470UF-16V
C2859 ECJ2VF1H103Z CAPC .01UF-Z-50V
C2861 EEUFC1A471B CAPE 470UF-10V
C2862 ECA1HM471E CAPE 470UF-50V
C2865 ECA1EM221B CAPE 220UF-25V
C2867 EEUFC1A471B CAPE 470UF-10V
C2868 ECA0JM222B CAPE 2200UF-6.3V
C2869 ECJ2VF1H103Z CAPC .01UF-Z-50V
C2870 ECA1EM221B CAPE 220UF-25V
C2872 EEUFC1A471B CAPE 470UF-10V
C2874 ECJ2VF1H103Z CAPC .01UF-Z-50V
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C2881 ECJ2VB1H103K CAPC .01UF-K-50V
C2882 ECJ2VB1H103K CAPC .01UF-K-50V
C3331 ECJ2VB1H152K CAPC .0015UF-K-50V
C3332 ECJ2VF1C105Z CAPC 1.0UF-Z-16V
C3333 ECJ2VB1H152K CAPC .0015UF-K-50V
C3334 ECJ2VF1C105Z CAPC 1.0UF-Z-16V
C3335 ECJ2VB1H152K CAPC .0015UF-K-50V
C3336 ECJ2VF1C105Z CAPC 1.0UF-Z-16V
C3337 ECJ2VB1H152K CAPC .0015UF-K-50V
C3338 ECJ2VF1C105Z CAPC 1.0UF-Z-16V
C3339 ECJ2VB1H103K CAPC .01UF-K-50V
C3340 ECJ2YB1A105K CAPC 1.0UF-K-125V
C3341 ECJ2YB1A105K CAPC 1.0UF-K-125V
C3342 ECJ2VF1C105Z CAPC 1.0UF-Z-16V
C3343 ECJ2VB1H152K CAPC .0015UF-K-50V
C3344 ECJ2VF1C105Z CAPC 1.0UF-Z-16V
C3345 ECJ2VB1H152K CAPC .0015UF-K-50V
C3346 ECJ2VB1H103K CAPC .01UF-K-50V
C3347 ECJ2YB1A105K CAPC 1.0UF-K-125V
C3348 ECJ2YB1A105K CAPC 1.0UF-K-125V
C3349 ECJ2VB1H152K CAPC .0015UF-K-50V
C3350 ECJ2VF1C105Z CAPC 1.0UF-Z-16V
C3351 ECJ2VB1H152K CAPC .0015UF-K-50V
C3352 ECJ2VF1C105Z CAPC 1.0UF-Z-16V
C3353 ECJ2YB1A105K CAPC 1.0UF-K-125V
C3354 ECJ2VB1H152K CAPC .0015UF-K-50V
C3355 ECJ2VF1C105Z CAPC 1.0UF-Z-16V
C3357 ECJ2VB1H152K CAPC .0015UF-K-50V
C3358 ECJ2VF1C105Z CAPC 1.0UF-Z-16V
C3359 ECA1EM471E CAPE 470UF-25V
C3360 ECJ2VB1H152K CAPC .0015UF-K-50V
C3361 ECJ2VB1H152K CAPC .0015UF-K-50V
C3362 ECJ2VF1C105Z CAPC 1.0UF-Z-16V
C3363 ECJ2VF1C105Z CAPC 1.0UF-Z-16V
C3364 ECJ2YB1A105K CAPC 1.0UF-K-125V
C3365 ECJ2YB1A105K CAPC 1.0UF-K-125V
C3366 ECJ2YB1A105K CAPC 1.0UF-K-125V
C3367 ECJ2YB1A105K CAPC 1.0UF-K-125V
C3368 ECJ2YB1A105K CAPC 1.0UF-K-125V
C3369 ECJ2YB1A105K CAPC 1.0UF-K-125V
C3401 ECJ2VB1H152K CAPC .0015UF-K-50V
C3402 ECJ2VB1H152K CAPC .0015UF-K-50V
C3405 ECA1HM010B CAPE 1UF-50V
C3406 ECA1HM010B CAPE 1UF-50V
C3801 ECQE2104KFW CAPP .10UF-K-200V
C3802 ECQE2104KFW CAPP .10UF-K-200V
C3803 ECQE2104KFW CAPP .10UF-K-200V
C3807 ECA2EM470E CAPE 47UF-250V
C3808 ECA2EM470E CAPE 47UF-250V
C3809 ECA2EM101E CAPE 100UF-250V
C3810 ECA2EM101E CAPE 100UF-250V
C3811 ECKC3D332KBN CAPC 3300PF-K-2KV
C456A ECJ2VB1H472K CAPC .0047UF-K-50V
C468A ECJ2VB1H331K CAPC 330PF-K-50V
C469A ECJ2FB1H104K CAPC .1UF-K-50V
C502A ECJ2VF1H104Z CAPC .1UF-Z-50V
C503A ECJ2VB1H102K CAPC .001UF-K-50V
C5804 ECJ2VB1C104K CAPC .1UF-K-16V
C5805 ECA1VM470B CAPE 47UF-35V
C5807 ECQB1H104JF3 CAPP .10UF-J-50V
C5808 ECA1VM470B CAPE 47UF-35V
CF803 D4DDF1R50001 DIODE
DIODES
D005 MA3X152K0L DIODE
D009 MA2C165001VT DIODE
D012 MAZ40360MF DIODE ZENER
D460 MA2C165001VT DIODE
D461 MA2C165001VT DIODE
D462 MAZ40300MF DIODE ZENER
D463 MA2C165001VT DIODE
D465 MAZ40390MF DIODE ZENER
D466 MA2C165001VT DIODE
D468 MA2C165001VT DIODE
D469 MAZ40300MF DIODE ZENER
D470 MA2C165001VT DIODE
D501 MAZ41500MF DIODE ZENER
D502 MAZ41500MF DIODE ZENER
D503 B0HALP000007 DIODE FAST RECOVERY
D506 B0JAME000058 DIODE SCHOTTKY BARR
D507 B0JAME000058 DIODE SCHOTTKY BARR
D508 B0HAGV000004 DIODE FAST RECOVERY
D509 MA2C165001VT DIODE
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