• | 2 | |||||||
---|---|---|---|---|---|---|---|---|
ATING INSTRACTIONS (APPENDE | D) • | • • | • | • | • 1 | -1 | ||
TY PRECAUTIONS ····· | • • | • • | • | 3 | ||||
URES / MAIN DIFFERENCE PARTS | LIST ··· | • • | • • | • | • • | • | 4 | |
IFIC SERVICE INSTRUCTIONS ···· | • • | • | 6 | |||||
• • | • • | • | • • | ••••• | 12 | |||
DARD CIRCUIT DIAGRAM (APPENI | DED) ·· | • • | • | • | 2 | -1 | ||
PART | S LIST · | • • | • | • | 29 |
14 | Content |
---|---|
Item | AV-29TH3EP / AV-29TH3EPS |
Dimensions (W×H×D) | 73.6mm × 58.8mm × 49.3mm |
Mass | 38kg |
TV RF System | B/G, I, L |
Colour System | PAL / SECAM / NTSC (Only EXT mode) |
Stereo System | A2/NICAM |
Teletext System | TOP (German system) / WST(Standard system) / Fastext(United Kingdom system) |
Receiving Frequency | |
VHF | 47MHz~ 470MHz |
UHF | 470MHz~862MHz |
CATV(M) | 68MHz~175MHz |
CATV(S) | 230MHz~301MHz |
CATV(H) | 302MHz~470MHz |
Intermediate Frequency | |
38.9MHz (B/G, I, L) / 34.25 (Ľ) | |
SIF Carrier | 33.4MHz (B/G : 5.5MHz) 32.4MHz (I, L : 6.5MHz) / 40.75MHz (Ľ : 6.5MHz) |
Colour Sub Carrier Freg. | |
ΡΔΙ | 4 43MHz |
SECAM | 4.40625MHz / 4.25MHz |
NTSC | 3.58MHz / 4.43MHz |
Power Input | AC 220V~240V , 50Hz |
Power Consumption | 163W(Max) 128W(Avg) |
Picture Tube | Visible size : 68cm, Measured diagonally |
+167 | |
High Voltage | 31.0kV -1.5kV (at zero beam current) |
Speaker | 5cm×12 cm Oval type×2 |
5W + 5W | |
EXT-1/EXT-2 (Input/Output) | 21-pin Euro connector (SCART socket) |
EXT3(Input) Video | 1Vp-p 75 Ω(RCA pin jack) |
Audio(L/R) | 500mVrms(-4dBs), High Impedance(RCA pin jack) |
Aerial Input Termind | 75 Ω unbalanced, Coaxial |
Headphone jack | Stereo mini jack (φ3.5mm) |
Remote Control Unit | RM-C795 |
AAA(R03) dry battery × 2 | |
Design & specification are subject to change without notice.
Thank you for buying this JVC colour television. To make sure you understand how to use your new TV. please read this manual thoroughly before you begin
TO PREVENT FIRE OR SHOCK HAZARD, DO NOT EXPOSE THIS APPLIANCE TO RAIN OR MOISTURE
TO ENSURE PERSONAL SAFETY, OBSERVE THE FOLLOWING RULES REGARDING THE USE OF THIS UNIT.
must be maintained
between the floor and wall as well as instalment in a tightly enclosed area or piece of furniture. Adhere to the minimum distance guidelines shown for safe
When you don't use this TV set for a long period of time, be sure to disconnect the power plug from the AC socket.
PREPARATION AND BASIC
OPERATION |
Locations of remote control
buttons |
---|---|
SOUND AND PICTURE11OTHER FEATURES14TELETEXT16OTHER PREPARATION18TROUBLESHOOTING23CHANNEL TABLE24SPECIFICATIONS26 |
PREPARATION AND BASIC
OPERATION 4 |
OTHER FEATURES 14
TELETEXT 16 OTHER PREPARATION 18 TROUBLESHOOTING 23 CHANNEL TABLE 24 SPECIFICATIONS 26 |
SOUND AND PICTURE 11 |
TELETEXT16OTHER PREPARATION18TROUBLESHOOTING23CHANNEL TABLE24SPECIFICATIONS26 | OTHER FEATURES 14 |
OTHER PREPARATION 18
TROUBLESHOOTING 23 CHANNEL TABLE 24 SPECIFICATIONS 26 |
TELETEXT 16 |
TROUBLESHOOTING 23
CHANNEL TABLE 24 SPECIFICATIONS 26 |
OTHER PREPARATION 18 |
CHANNEL TABLE 24
SPECIFICATIONS 26 |
TROUBLESHOOTING |
SPECIFICATIONS | CHANNEL TABLE 24 |
SPECIFICATIONS 26 |
1 Muting button | p.11 |
---|---|
② Number buttons | p.8 |
③ ZOOM button | p.13 |
Hyper Sound button | p.11 |
5 Information button | p.14 |
6 TV button | |
⑦ Volume -/+ buttons | p.8 |
Standby button | p.6, 9 |
③ Colour buttons | |
10 TV/text button | p.16 |
① OK button | |
⑦ PR channel V/Λ buttons | p.8 |
(3) ◄/► / ▼/▲ buttons | |
Teletext/VCR control buttons | p.16 |
When switched to the VCR side, the (1) buttons function as the JVC VCR control buttons.
Use two AAA/R03 dry cell batteries. Insert the batteries from the end, making sure the and polarities are correct.
CAUTION: • Follow the warnings printed on the batteries.
REAR PANEL
① Headphone jack (mini jack) | p.5 |
---|---|
② EXT-3 terminals | p.4, 18 |
Volume button (Press this button to display the level indicator. Press the 4 Ug buttons to change volume while volume level indicator is display |
p.9
e volume b/down e the yed.) |
Up/down buttons
(You can use this button as the buttons of the PR channel. Pre 3) Volume button makes this to function as the Volume -/+ button |
p.9
V/∧ ssing the putton tons.) |
5 ECO sensor | 1 |
6 ECO lamp | p.12 |
⑦ Sleep timer lamp | p.14 |
8 Power lamp | p.6, 9 |
Remote control sensor | |
10 Main power button | p.6, 9 |
1 Aerial socket | p.4 |
12 EXT-1 terminal | p.4, 18 |
13 EXT-2 terminal | p.4, 18 |
• This TV set has external device connectors, EXT-1 to EXT-3 to which you can connect a VCR. However, there are some differences in functions among them. Consult the following table before making connections.
EXT-1 | EXT-2 | EXT-3 (front) | |
---|---|---|---|
VIDEO IN | √*1 | √*1 | √*1 |
VIDEO OUT | √*2 | √*3 | - |
S-VIDEO IN | √*1 | 141 | √*1 |
S-VIDEO OUT | - | _ | - |
RGB IN | l v | - | - |
AUDIO-L IN | V | V | ٧ |
AUDIO-R IN | V | V V | V |
AUDIO-LOUT | v*2 | √*3 | - |
AUDIO-R OUT | √*2 | √*3 | - |
Others |
Automatic deter
ing of input mo |
ction and switch-
ode. |
Select VIDEO or S-VIDEO mode from the EXT SETTING menu. For details, see page 18 "EXT SETTING".
Insert the power plug into an AC socket (AC 220 – 240 V, 50 Hz).
1-5
The Power lamp lights red (power on), then green (TV (uo θ
If the power lamp stays red and does not change to green: Your TV is in the standby mode. Press the Standby button on the
You can also press the PR channel V// button, a number button or the up/down button on the front panel to furn the TV on.
7. Press any button on the remote
Language menu appears
control.
You can select your language from ten languages listed on the LANGUAGE menu. The displayed menus on the screen are described in the selected anguage.
2. Press v/▲ button to select ENGLISH.
In this manual, operation procedures are explained in English as the on-screen language is set to ENGLISH. If you select "FRANCAIS" from the LANGUAGE selection meru, merus are all described in Flench of course.
Press the TV button to exit the menu.
The procedure is complete.
To view a TV programme, you must first allocate the broadcast stations to the PR channels. You can automatically allocate up to 99 stations to the PR channels (PR 1 to PR 99) on this TV.
. . ANTO PROGRAM CH 10 the broadcast stations received by the TV are automatically registered in the PR channels one The AUTO PROGRAM menu is displayed and after another.
If the ACI menu is displayed: Press the ♥\▲ button to select the area in which you live and then press the OK button.
If "AC! ERROR" is displayed in the AUTO PROGRAM menu: Press the OK button again to start the AC! tunction. If the "ACI ERROR" is displayed again, press the ▶ button to change to the AUTO PROGRAM function and register the stations in the PR channels.
allocate a station to PR 0 channel, see page 19 "EDIT/MANUAL" for a description of the procedure. If you want to edit the PR channels or The EDIT menu is displayed after the allocation is completed.
R DVE :36
If a station you want to view is not allocated to a PR channel, manually allocate it. (See page 21.) The EDIT menu can be used to edit the PR channels in the following ways. Delete an unnecessary station Change a PR channel number Register a station ID Vod a station lotes:
English is set for the on-screen display description, and the COUNTRY menu appears.
PREPARATION , | AND BASIC OPERATION | PREPARATI | ON AND BASIC OPERATION | |
---|---|---|---|---|
6. View | ina a television program | me | Turning the TV and power off | |
7. Press the Standby button to turn the TV off. | ||||
7, Select a Pf | R channel. |
OID The Power lamp changes from green to red.
The TV enters standby mode. |
||
Selection |
|
2, Press the Main power button on the TV to turn |
Note:
To save energy we recommend that |
|
the main power off. | you turn the main power off when you are not using the TV. | |||
))e |
Notes:
• If you don't have a clear picture or no |
The Power lamp goes off. | D | |
Direct channel |
|
colour appears, change the colour
system manually (see page 12 for details). |
||
Example: To select channel 6, press "6".
To select channel 12, press "1" and "2". |
|
To select a channel without using the remote | ||
0
0 0 |
You can also use the buttons on the front panel of the TV. | |||
ق | 1. Press the Up/down button to turn your TV on. |
Note:
• If your TV does not turn on, press the Main protochattory and than process |
||
To use the PR |
LIST to select a PR channel
1. Press the information button Transatediv to select the PR IST |
The Power lamp changes from red to green. |
main power putton again.
the Up/down button again. |
|
0 Press the Un/down button to colory the DD | Note: | |||
|
||||
-10-000-110 | 3, Adjust the volume. | |||
$
C |
|
Note:
• The B mark will appear on the PR |
1. Press the Volume button.
The volume level indicator appears. Press the IIndown button while the volume level |
|
Press > button to view the next page of the PR LIST. |
channel when the CHILD LOCK setting
is on (see page 15). |
indicator is displayed. | ||
) | • Press ▲ button to view the | ● To turn off your TV, press the Main power button. | ||
₹ ₹ | 3. Press OK button. | D The Power lamp goes off. | ||
2. Press the \ | Volume –/+ buttons. | |||
±
() ↓ ↓ ↓ ↓ |
The Volume level
indicator appears and the volume changes as you press the Volume -/+ buttons |
|||
6
∞ 1-7
annears and disa The current selection seconds. 0
images input from an external device (such as a VCR) or TV to the aerial socket of vour TV.
The HVPER SOUND ON appeals. You can enjoy sounds with a wide atmosphere by using Hyper soun /, Press 👜 (Hyper Sound)
Dress 4/ b to select a tint
-
Press ▼/▲ to select Sound SETTING. the
N N
A cool white colour base with a roost in the colour and mean Creating a more v
:000:
VARM:
.......................................
ake .
The SOUND SETTING menu
ress OK.
To return to normal sound: Press the Hyper Sound button again
Press the OK hutton The MENU appears.
Press V/A to selec STEREO / I • II.
Э.
Press OK
5
ğ
Note: • Each EXT terminal is registered af the PR 99 channei.
Press </l> I > to select a mu
sound mode
Bilingual | (Sub |
8-
he STEREO / I+II does not ppear in SOUND SETTING
Press OK
أما
he PICTURE SETTING men
Press V/A to SS OK
~
/, Press O
Press ▼/▲ to select TIN
The MENU and
CTURE SET CUMP SET EXT SOUR FEATURE INSTAL
AV-29TH3EE AV-29TH3EPS
TINT You can
MULTI SOUND
Vou can select the multi sound
for can rander the volume to 0
MITTING
nswaring the phone or when 1. Press (*) (Mutina).
nstantly.
programmes and bilingua
SOUND AND PICTURE
t. |
D. |
- |
٠. |
× |
2 |
u |
- |
C |
- |
- |
~ |
1 |
2 |
- |
- |
0 |
700M1 mode
0
formal picture (4:3 aspect ratio
p
0
squeezed to the 6.9 aspect ratio
in you use the ZOOM1 and
The ZOOM menu appears.
Press ZOOM.
or pictures with a 16:9 aspe
SOUND AND PICTURE
2. Press ▼/▲ to select 700M mode.
3. Pre
tise the ZOOM function to
the height of the picture
13
12 1-9
1-10
You can display the PR LIST or the
INFORMATION
TURES | OTHER FEATURES | |||
---|---|---|---|---|
SLEEP TIMER | BLUE BACK | CHILD LOCK |
7. Press OK.
This completes the cathing |
DEMONSTRATION |
You can set the TV to automatically
turn off after a specified period of time. Note: Monter Monter |
When viewing a PR channel with no
or poor reception, or if there is no input from an external device, you can mute the sound and change the picture into a blue picture. |
You can lock some PR channels to
prevent your children from watching them. To set the CHILD LOCK |
|
The demonstration runs
automatically and introduces the menus of this TV's main features. 7. Press OK. The MENU appears. |
1. Press OK
The MENU appears. |
7. Press OK
The MENU appears. |
1. Press OK.
The MENU appears. |
To view a locked PR
channel |
|
2. Press ▼/▲ to select
FEATURES, then press OK. The EEATURES means appears |
Z. Press VIA to select
FEATURES, then press OK. The FEATURES menu appears. |
2. Press V/A to select
FEATURES, then press OK. |
1. Select a locked PR
channel. |
The demonstration begins.
• To stop the demonstration, press any button on the remote control. |
CENTRAL APPCARS |
|
|||
3. Press V/A to select SLEEP
TIMER then meas OK |
3. Press V/A to select BLUE
BACK. |
3. Press V/A to select CHILD | ||
The SLEEP TIMER menu appears. | The SET ID NO menu appears. | The ID NO. Input menu appears. | ||
4. Press ⊲/► to select a |
4. Press ∢/▶ to select ON or
OFF. |
4. Enter the ID number | 3. Press the number buttons to enter the ID number. | |
period of time.
You can set the period of time a |
5. Press OK.
This completes the setting. |
|
You are now viewing the locked PR
channel. |
|
maximum of 120 minutes in 10
minute increments. OFF: |
5. Press OK.
The CHILD LOCK menu appears. |
If you forget the ID number:
Perform staps 1 to 3 of "To set the CHILD LOCK". After you confirm the ID number, press the TV button to exit the |
||
menu. |
AV-29TH3EP
Itions including the currently PR channel will be displayed
no input signal, the ID are displayed.
No indication
@ 21:30 Current time
PR B 15
lamp lights if you
The Sleep timer set the SLEEP 1
nine
About the current time his TV uses teletext dat
he current time
L.
as a rest. Press ♥/▲ / ◀/▶ to select the desired PR channel. For details see
LEEP
hirned on the time
data. As lo the TV, the
to select a PR hen press the
5. Press
55555555555555555555555555555555555555
efore the SLEEP TIM
-----------------------------------
14
15
which you want to lock.
PR LIST PR B 10
The display changes cyclically in Press 0 (Information
F |
---|
G |
F |
Ч |
님 |
2 |
Press ▼/▲ button to select a sub-page number.
Background colour of the sub page number is blue or rod: These are the numbers of sub-
TELETEXT
SUB PAGE
bages that are automatically displayed. You can hold any sub
bage, or view it at any time. Call up a teletext | sub-pages. 2. Press SUB PAGE
Some teletext pages include sut
vage number is yellow: This is the number of the sub-pag
Bekamind colour of the sub
Bury....................................
of the sub
1-11
A\/_20TH3EP AV-29TH3EPS
1 E
55 555555
-
1-12
No.51426
18
6]
UIHER PHEPAHAIIUN | 「ないない」のとうないないでは、ないないないで、ないないないないないないないないで、「ないない」というないないないで、ないないないないないないないないないないないないないないないない | |||||
---|---|---|---|---|---|---|
To add a station ID to a
station |
Programming a station's ID
manually: |
4. Press the number buttons to enter the channel |
To manually allocate a
station to PR channel |
If reception is poor:
Press the blue or yellow button to |
LANGUAGE | |
Follow the operations below in place of | number. | (Manual allocation) | fine-tune the station. | You can select one of ten | ||
/. Press √/▲ to select the station. | (1) Press the ▼/▲ button repeatedly |
number, enter the corresponding
number and press OK button. |
Condition:
• To manually allocate French stations to |
|
languages for the on-screen
display. |
|
12117
PR 13 10 CN/CC AV 10 EN/CC |
(2) Press the button to move cursor |
EDIT
FR D 30 CH/CC |
PR channels, you must set COUNTRY
to FRANCE. If COUNTRY is set to any |
number and the actual channel
number, see the Channel table on |
1. Press OK. | |
to input position.
|
AV 8851 | 54 23 |
other country than FRANCE, perform
"AUTO PROGRAM" steps 1 thru 4 on |
page 24. | The MENU appears. | ||
cursor backward. |
page 22 to set COUNTRY to FHANCE.
Then press the ( (Information) |
4. Press OK. |
Z. Press ▼/▲ to select
INSTALL, then press OK. |
|||
|
Euron to return to the INS IALL menu.
Finally press the ♥/▲ button to select EDIT/MANUAL, and press the OK |
i ne stauon is anocateu to a r'n
Channel. |
The INSTALL menu appears. | |||
2. Press the red button. | characters. | button to return to the EDIT menu. | INSTALL | |||
EDIT
PX 0 10 - CH/CC |
To add a new station to a |
|
|
UTO PROGRAM
EDITY MANUAL UTO CON |
||
PH cnannel | Note: | |||||
1. Press ▼/▲ to select the |
• PH Channel number Av appears
on the screen as PR 0 channel. |
3. Press V/A to select | ||||
89 CC 03
00.00 00 CC 03 |
row containing the PH
channel number to which |
· |
we reconnect that you allocate
this PR channel to a VCR. |
|||
you want to add a station. | The LANGUAGE menu appears | |||||
N | 3. Press V/A to select the |
EDIT
PR B 20 CH/CC |
LANGUAGE | |||
lo. |
tirst letter of the desired
station's ID. |
02 00C1 CH 21
02 CH 22 03 CH 22 |
OCREATER
PERCENS |
|||
51 |
1858
1858 |
ITALIANO
Castellano Nederlands |
||||
42 | PK 8 19 CH/CC |
850
300 |
204845
204855 201855 |
|||
6 | ||||||
2 Prese the Mile hitton | ||||||
000 | 🗶 Press the green button. | Your TV enters the Manual | 4. Press V/A to select a | |||
3. Press ▼/▲ to display the | allocation mode. | language. | ||||
enter number indicator. | [617 | 5. Press OK. | ||||
4. Press the blue button. |
CH: to add terrestrial broadcast
stations |
This completes the setting. | ||||
The ID LIST menu appears. | CC: to add cable TV stations | |||||
EDIT 10 LIST | To cancel the operation, press the | |||||
(Information) button. | ||||||
E017 | ||||||
8838 |
|
|||||
• | station. | |||||
5. Press V/A to select the | 09 CT 02 | Scanning stops when the TV | - | |||
station ID. | CH/CC |
receives a broadcast.
Dress the crean or red bitton to |
||||
To cancel the operation, press the | Note: | search for another station, and keep | ||||
|
searching until you see the station
vou want. |
|||||
o, Press OK. | number and the actual channel | PLI: Torrostrial broadcast stations | ||||
Returns to the EDIT menu. |
number, see the Channel table on
page 24. |
|||||
FR G 10 CH/CC | When COUNTRY is set to FRANCE | |||||
01 BPC1 CH 21
02 BPC1 CH 21 03 CH 23 |
the broadcast system is displayed as | |||||
"(B/G)", "(i)" or "(L)" to the right of the | ||||||
00 03 03 | station is incorrectly received, press | |||||
1. | the button to change the broad- | |||||
;
-1: |
cast system and then repeat step 3. | _ | ||||
5°
3 |
_ |
21
If the "Initial Settings" on page 6 are stopped midway or if you want to perform the PR channel automatic operation in accordance with this explanation of the AUTO flocation again, perform the PROGRAM
You can automatically allocate up to 99 stations to the PR channels (PR 1 to PR 99) on this TV.
If the ACI menu is displayed: Press the ♥\▲ button to select the area in which you live and then press the OK button. automatically registered in the PF channels one after another.
the ▶ button to change to the AUTO PROGRAM function and register the stations in the PR channels. Press the OK button again to start the ACI function. If the "ACI ERROR" is displayed again, press H "ACI ERROR" is displayed in the AUTO PROGRAM menu:
tunction is operating. The ACI function may not operate correctivit you don't have good If you want to quit the automati allocation, press the TV button. "ACI" is displayed in the AUTO PROGRAM menu while the ACI
The EDIT menu is displayed after
channels or allocate a station to the allocation is completed. If you want to edit the PR
PR 0 channel, see page 19 "EDIT/MANUAL" for a descr
If a station you want to view is n allocated to a PR channel, manually allocate it. (See page The EDIT menu can be used edit the PR channels in the
following ways. Delete an unnecessary station Change a PR channel number Register a station ID Add a station Manually allocate a statio
menu.
The procedure is complete. Press the TV button to exit the
Are you watching the Tektext screen? None of the MENU operations are possible in the Text mode. Perform the MENU operation after pressing the TV/Text button to cancel the Text mode. Check aerial connections (see page 4). Press the number 0 button to select the correct mode (see page 10). Select the correct colour system manually (see page 12). Press the Standby button to turn the power on again (see page 6) Adjust COLOUR and BRIGHT (see page 12). Select the correct colour system manually (see page 12). Change STEREO/I.II to the correct mode (see page 11). Replace the batteries (see page 2). Insert the batteries correctly (see page 2). Jes the remote control within about 7 metres of the TV. Change STEREO/I.•II to (0) mode (see page 11). Ť insert the plug in an AC socket. Press the Main power button (see page 6). he BLUE BACK function is on (see page Move the components apart until the interf Reposition the aerial. Replace with an aerial with better direction Reposition the aerial. Replace with an aerial with better direction Redirect the aerial. Replace or repair the aerial. problems, you may think there is a problem with the TV itself. Ba sure to heck aerial connections. If the plug is disconnected from the AC socket, or the TV aerial has No "SUB-I" or "SUB-II" sound in check the following before calling for service. nes or streaks in picture Jouble pictures (ghosts). inowy pictures (noise). No sound from the TV's Review all instructions in this manual he screen turns blue. No nicture or sound oots (crosstalk). Problem IPORTANT GENERAL PICTURE
The following are normal and are NOT malfunctions:
When you touch the CRT surface, you might feel a slight charge of static electricity. This is because the CRT contains static electricity; it does not affect the human body.
Tune to a teletext broadcast channel (see page 16). We recommend that you can not view videotape teletext, as it may not be recorded correctly.
multisound broadcast.
No teletext reception
une to a teletext broadcast channel (see page 14).
The current time is not
lisulayed CH/CC channel number and the actual
The following table shows the relationship between the channel number.
utatiner intrineer. The actual channel numbers for the "CC" channel numbers from CC110 to CC161 differ depending on the cable TV station. Check which actual channel numbers correspond to which "CC" channels while referring to the broadcast frequencies which are indicated in the channel tables of each cable TV station. If you can not find the broadcast frequency for a channel, contact the cable TV station.
£ | Channel | Channel | 8 | Channel | 2 | Channel | |
---|---|---|---|---|---|---|---|
CH ID / CH 302 | 8 | CH 40 / CH 240 | F40 | CC 01 / CC 201 | SI | CC 31 / CC 231 | S31 |
CH 03 / CH 203 | E3, ITALY A | CH 41 / CH 241 | E41 | CC 02 / CC 202 | 8 | CC 32 / CC 232 | S32 |
CH 04 / CH 204 | E4, ITALY B | CH 42 / CH 242 | E42 | CC 03 / CC 203 | S | CC 33 / CC 233 | S33 |
CH 05 / CH 205 | ES, ITALY D | CH 43 / CH 243 | E43 | CC 04 / CC 204 | Ś | CC 34 / CC 234 | S34 |
CH 06 / CH 206 | E6, ITALY E | CH 44 / CH 244 | E44 | CC 05 / CC 205 | SS | CC 35 / CC 235 | S35 |
CH 07 / CH 207 | E7, ITALY F | CH 45 / CH 245 | E45 | CC 06 / CC 206 | 8 | CC 36 / CC 236 | S36 |
CH 08 / CH 208 | 83 | CH 46 / CH 248 | E46 | CC 07 / CC 207 | S7 | CC 37 / CC 237 | S37 |
CH 09 / CH 209 | E9, ITALY G | CH 47 / CH 247 | E47 | CC 08 / CC 208 | 3 | CC 36 / CC 238 | S38 |
CH 10 / CH 210 | E10, ITALY H | CH 48 / CH 248 | E48 | CC 09 / CC 209 | S | CC 39 / CC 239 | S39 |
CH 11 / CH 211 | E11, ITALY H+1 | CH 49 / CH 249 | E49 | CC 10 / CC 210 | S10 | CC 40 / CC 240 | S40 |
CH 12 / CH 212 | E12, ITALY H+2 | CH 50 / CH 250 | E50 | CC 11 / CC 211 | S11 | CC 41 / CC 241 | S41 |
CH 21 / CH 221 | E21 | CH 51 / CH 251 | E51 | CC 12 / CC 212 | S12 | CC 75 / CC 275 | × |
CH 22 / CH 222 | E22 | CH 52 / CH 252 | E52 | CC 13/CC 213 | S13 | CC 76 / CC 276 | ~ |
CH 23 / CH 223 | E23 | CH 53 / CH 253 | E53 | CC 14 / CC 214 | S14 | CC 77 / CC 277 | Z, ITALY C |
CH 24 / CH 224 | E24 | CH 54 / CH 254 | E54 | CC 15/CC 215 | S15 | CC 78 / CC 278 | Z+1 |
CH 25 / CH 225 | E25 | CH 56 / CH 255 | ESS | CC 16 / CC 216 | S16 | CC 79 / CC 279 | Z+2 |
CH 26 / CH 226 | E26 | CH 56 / CH 256 | ES6 | CC 17 / CC 217 | S17 | ||
CH 27 / CH 227 | E27 | CH 57 / CH 257 | E57 | CC 18 / CC 218 | S18 | ||
CH 28 / CH 228 | E28 | CH 58 / CH 258 | E58 | CC 19 / CC 219 | S19 | ||
CH 29 / CH 229 | E29 | CH 59 / CH 259 | E59 | CC 20 / CC 220 | S20 | ||
CH 30 / CH 230 | E30 | CH 60 / CH 260 | E60 | CC 21 / CC 221 | S21 | ||
CH 31 / CH 231 | E 31 | CH 61 / CH 261 | E61 | CC 22 / CC 222 | S22 | ||
CH 32 / CH 232 | E32 | CH 62 / CH 262 | E62 | CC 23 / CC 223 | S23 | ||
CH 33 / CH 233 | E33 | CH 63 / CH 263 | E63 | CC 24 / CC 224 | S24 | ||
CH 34 / CH 234 | E34 | CH 64 / CH 264 | E64 | CC 25 / CC 225 | S25 | ||
CH 36 / CH 235 | E35 | CH 65 / CH 265 | E65 | CC 26 / CC 226 | S26 | ||
CH 36 / CH 236 | E36 | CH 66 / CH 268 | E66 | CC 27 / CC 227 | S27 | ||
CH 37 / CH 237 | E37 | CH 67 / CH 267 | E67 | CC 28 / CC 228 | S28 | ||
CH 36 / CH 238 | E38 | CH 68 / CH 268 | E68 | CC 29 / CC 229 | S29 | ||
CH 39 / CH 239 | E39 | CH 69 / CH 269 | E69 | CC 30 / CC 230 | S30 |
ш |
2 |
9 |
Z |
岀 |
ŝ |
Æ |
Ŧ |
Q. |
¥ | Channel | ß | Channel | ទ |
Frequency
(MHz) |
ខ |
Frequency
(MHz) |
---|---|---|---|---|---|---|---|
CH 102 | F2 | CH 141 | F41 | CC 110 | 116 - 124 | CC 151 | 363 - 391 |
3H 103 | F3 | CH 142 | F42 | cc 111 | 124 - 132 | CC 152 | 391 - 399 |
CH 104 | F4 | CH 143 | F43 | CC 112 | 132 - 140 | CC 153 | 399 - 407 |
XH 105 | F5 | CH 144 | F44 | CC 113 | 140 - 148 | CC 154 | 407 - 415 |
H 106 | F6 | CH 145 | F45 | CC 114 | 148 - 156 | CC 155 | 415 - 423 |
CH 107 | F7 | CH 146 | F46 | CC 115 | 156 - 164 | CC 156 | 423 - 431 |
H 108 | 81 | CH 147 | F47 | CC 116 | 164 - 172 | CC 157 | 431 - 439 |
CH 109 | F9 | CH 148 | F48 | CC 123 | 220 - 228 | CC 158 | 439 - 447 |
H 110 | F10 | CH 149 | F49 | CC 124 | 228 - 236 | CC 159 | 447 - 455 |
H 121 | F21 | CH 150 | F50 | CC 125 | 236 - 244 | CC 160 | 455 - 463 |
H122 | F22 | CH 151 | F51 | CC 128 | 244 - 252 | CC 161 | 463 - 469 |
CH 123 | F23 | CH 152 | F52 | CC 127 | 252 - 260 | ||
CH 124 | F24 | CH 153 | FS3 | CC 128 | 260 - 268 | ||
XH 125 | F25 | CH 154 | F54 | CC 129 | 268 - 276 | ||
CH 126 | F26 | CH 155 | F55 | CC 130 | 276 - 284 | ||
CH 127 | F27 | CH 156 | F56 | CC 131 | 284 - 292 | ||
CH 128 | F28 | CH 157 | F57 | CC 132 | 292 - 300 | ||
CH 129 | F29 | CH 158 | F58 | CC 133 | 300 - 306 | ||
CH 130 | F30 | CH 159 | F59 | CC 141 | 306 - 311 | ||
CH 131 | F31 | CH 160 | F60 | CC 142 | 311 - 319 | ||
CH 132 | F32 | CH 161 | F61 | CC 143 | 319 - 327 | ||
CH 133 | F33 | CH 162 | Fez | CC 144 | 327 - 335 | ||
CH 134 | F34 | CH 163 | F63 | CC 145 | 335 - 343 | ||
CH 135 | F35 | CH 164 | F64 | CC 146 | 343 - 351 | ||
CH 136 | F36 | CH 165 | Fe5 | CC 147 | 351 - 359 | ||
CH 137 | F37 | CH 166 | Fe6 | CC 148 | 359 - 367 | ||
CH 138 | F38 | CH 167 | F67 | CC 149 | 367 - 375 | ||
CH 139 | F39 | CH 168 | F68 | CC 150 | 375 - 383 | ||
CH 140 | F40 | CH 169 | F69 | ||||
25
Model | AV29TH3EP / AV-29TH3EPS | |||
---|---|---|---|---|
TV RF systems | CCIR L, B/G, I | |||
Colour systems | PAL, SECAM (NTSC 3.58 / 4.43 | MHz only in EXT modes) | ||
Channels and frequencies |
E2-E12, E21-E69, F2-F10, F21-F
• French cable TV channels of br |
-69, S1-S41, X, Y, Z, Z+1, Z+2, A-H, H+1, H+2
oadcast frequencies 116–172 MHz or 220–469 MHz. |
||
Sound-multiplex systems | A2/NICAM (B/G, L) system | |||
Teletext systems | Fastext (United Kingdom system | ) / TOP (German system) / WST (standard system) | ||
Power requirements | AC 220 – 240 V, 50 Hz | |||
Power consumption | Maximum 163 W, Average 128 W, Standby 2.4 W | |||
Picture tube size | Visible area 68 cm (measured di | agonally) | ||
Audio output | Rated Power output 5 W + 5 W | |||
Speakers | (5 cm × 12 cm oval) × 2 | |||
External input / output | EXT-1, EXT-2 | 21-pin Euroconnector (SCART) | ||
EXT-3 |
VIDEO IN (RCA)
AUDIO L / R IN (RCA) S-VIDEO IN (Mini Din 4-pin) |
|||
Headphone jack (stereo mini jack, dia. 3.5 mm) | ||||
Dimensions (W × H × D) | 736 mm × 588 mm × 493 mm | |||
Weight | 38 kg | |||
Accessories |
Remote control unit RM-C795 × 1
AAA (R03) dry cell battery × 2 |
Pictures displayed on the screen using this TV's image-processing functions should not be shown for any commercial or demonstration purpose in public places (tearooms and halls in hotels, etc.) without the consent of the owners of copyright of the original picture sources, as this constitutes an infringement of copyright.
Some model's power circuit is partly different in the GND. The difference of the GND is shown by the LIVE : (⊥) side GND, the ISOLATED(NEUTRAL) : (⊥) side GND and EARTH : (⊕) side GND. Don't short between the LIVE side GND and ISOLATED(NEUTRAL) side GND or EARTH side GND and never measure with a measuring apparatus (oscilloscope etc.) the LIVE side GND and ISOLATED(NEUTRAL) side GND or EARTH side GND or EARTH side GND or EARTH side GND or EARTH side GND or EARTH side GND or EARTH side GND or EARTH side GND or EARTH side GND or EARTH side GND at the same time.
If above note will not be kept, a fuse or any parts will be broken.
(Safety for Electrical Shock Hazard)
After re-assembling the product, always perform an isolation check on the exposed metal parts of the cabinet (antenna terminals, video/audio input and output terminals, Control knobs, metal cabinet, screwheads, earphone jack, control shafts, etc.) to be sure the product is safe to operate without danger of electrical shock.
The isolation between the AC primary circuit and all metal parts exposed to the user, particularly any exposed metal part having a return path to the chassis should withstand a voltage of 3000V AC (r.m.s.) for a period of one second.
(.... Withstand a voltage of 1100V AC (r.m.s.) to an appliance rated up to 120V, and 3000V AC (r.m.s.) to an appliance rated 200V or more, for a period of one second.)
This method of test requires a test equipment not generally found in the service trade.
Plug the AC line cord directly into the AC outlet (do not use a line isolation transformer during this check.). Using a "Leakage Current Tester", measure the leakage current from each exposed metal part of the cabinet, particularly any exposed metal part having a return path to the chassis, to a known good earth ground (water pipe, etc.). Any leakage current must not exceed 0.5mA AC (r.m.s.).
However, in tropical area, this must not exceed 0.2mA AC (r.m.s.).
Plug the AC line cord directly into the AC outlet (do not use a line isolation transformer during this check.). Use an AC voltmeter having 1000 ohms per volt or more sensitivity in the following manner. Connect a 1500Ω 10W resistor paralleled by a 0.15µF AC-type capacitor between an exposed metal part and a known good earth ground (water pipe, etc.). Measure the AC voltage across the resistor with the AC voltmeter. Move the resistor connection to each exposed metal part, particularly any exposed metal part having a return path to the chassis, and measure the AC voltage across the resistor. Now, reverse the plug in the AC outlet and repeat each measurement. Any voltage measured must not exceed 0.75V AC (r.m.s.). This corresponds to 0.5mA AC (r.m.s.).
However, in tropical area, this must not exceed 0.3V AC (r.m.s.). This corresponds to 0.2mA AC (r.m.s.).
GOOD EARTH GROUND
▲ |
Model Name
Parts Name |
AV-29TH3EP | AV-29TH3EPS |
---|---|---|---|
FRONT CABINET ASS'Y | LC10077-005D-U | LC10077-004E-U | |
₼ | LC20079-002A-U | LC20079-006A-U |
Pin
No. |
Signal Designation | Matching Value | EXT-1 | EXT-2 |
---|---|---|---|---|
1 | AUDIO R output | 500mVrms(Nominal), | 0 | 0 |
Low impedance | (TV OUT) | (LINE OUT) | ||
2 | AUDIO R input |
500mVrms(Nominal),
High impedance |
0 | Ο |
3 | AUDIO L output | 500mVrms(Nominal), | 0 | 0 |
Low impedance | (TV OUT) | (LINE OUT) | ||
4 | AUDIO GND | 0 | 0 | |
5 | GND (B) | 0 | 0 | |
6 | AUDIO L input |
500mVrms(Nominal),
High impedance |
0 | 0 |
7 | B input | 700mV B-W , 75Ω | 0 | NC |
8 |
FUNCTON SW
(SLOW SW) |
Low : 0-3V, High : 8-12V, High
impedance |
0 | 0 |
9 | GND (G) | 0 | 0 | |
10 | NC | |||
10 | SCL3 | 0 | ||
11 | G input | 700mV B-W , 75 Ω | 0 | NC |
12 | NC | |||
12 | SDA3 | 0 | ||
13 | GND (R) | 0 | 0 | |
14 | GND (Y s ) | 0 | NC | |
15 | R / C input | R : 700mV B-W , 75 Ω | Ο | |
C : 300mV P-P , 75Ω | 0 | (only C) | ||
16 | Ys input | Low : 0 - 0.4, High : 1 - 3V, 75Ω | 0 | NC |
17 | GND(VIDEO output) | 0 | 0 | |
18 | GND(VIDEO input) | 0 | 0 | |
19 | VIDEO output | 1V s-w (Negative going sync), 75 Ω | 0 | 0 |
(TV) | (LINE OUT) | |||
20 | VIDEO / Y input | 1V S-W (Negative going sync), 75Ω | 0 | 0 |
21 | COMMON GND | 0 | 0 |
(P-P= Peak to Peak, S-W= Sync tip to white peak, B-W= Blanking to white peak)
[Pin assignment]
To check the back side of the PW Board
1. Be sure to clamp the wire
Never remove the cable tie used for tying the wires together. Should it be inadvertently removed, be sure to tie the wires with a new cable tie.
Fig. 4
(2) Shift with tweezers and remove the chip part.
Transistors, diodes, variable resistors, etc. (1) Apply extra solder to each lead.
(2) As shown in the figure, push the part with tweezers and alternately melt the solder at each lead. Shift and remove the chip part.
Note : After removing the part, remove remaining solder from the pattern.
(2) Grasp the chip part with tweezers and place it on the solder. Then heat and melt the solder at both ends of the chip part.
(4) Then solder leads B and C
This TV use memory ICs. In the memory ICs, there are memorized data for correctly operating the video and deflection circuits. When replacing memory ICs, be sure to use ICs written with the initial values of data.
PROCEDURE | ||||
---|---|---|---|---|
(1) |
Power off
Switch the power off and unplug the power code from the outlet. |
] | ||
(2) |
Replace ICs.
Be sure to use memory ICs written with the initial data values. Power on |
SERVICE MEN
1. IF 2. V/ 3. AUDIO/OSD 4. DE 5. VSM PRESET 6. ST 7. SHIPPING(OFF) |
U
C EF TATUS |
|
Plug the power code into the outlet and switch the power on. | 1-7 : SELECT i : EXI | т | ||
(4) |
Check and set SYSTEM CONSTANT SET:
Press the INFORMATION key and the MUTING key of the REMOTE CONTROL UNIT simultaneously. The SERVICE MENUL screen of Fig. 1 will be displayed |
Fig.1 | ||
4 |
|
SYSTEM CONSTANT SET
SOFT VER.=(V*.****) COUNTRY :** INCH :29 - + (OK) : STORE i : EXIT JVC MC CHASSIS V** ********-***** |
||
6 |
|
Fig.2
NAME OF REMOTE CO |
NTROL KEY | |
(5) | Setting of receive channels | Names of key | key | |
For setting, refer to the OPERATING INSTRUCTIONS. | INFORMATION | |||
(6) |
User settings
Check the user setting values of Table 2, and if setting value is |
MUTING | × | |
different, set the correct value.
For setting, refer to the OPERATING INSTRUCTIONS. |
MENU | OK | ||
(7) |
Setting of SERVICE MENU
Verify the setting items of the SERVICE MENU of Table 3, and reset where necessary |
FUNCTION UP/DOWN | ||
For setting, refer to the SERVICE ADJUSTMENTS. | FUNCTION -/+ | ••• |
Setting value | ||||
---|---|---|---|---|
Setting item | Setting content | AV-29TH3EP | AV-29TH3EPS | |
1. COUNTRY | ► EN-→ EP -→ ER -→ EK - | EP | ~ | |
2. INCH | 29 | ← ▲ |
Setting item | Setting value | Setting item | Setting value | ||
---|---|---|---|---|---|
SUB POWER | ON INSTALL | LANGUAGE | ENGLISH | ||
CHANNEL | 1 POSITION |
EXT
SETTING |
ID:NO INPUT
S-IN:NO INPUT |
||
CHANNEL PF | RESET |
See;OPERATING
INSTRUCTUONS. |
EXT SOURCE | DUBBING | EXT-1→EXT-2 |
VOLUME | · | Appropriate sound volume | SLEEP TIMER | OFF | |
DISPLAY |
CHANNEL NUMBER
DISPLAY |
FEATURES | BLUE BACK | ON | |
ZOOM MODE | REGULAR | CHILD LOCK |
ID NO.0000
all channel off |
||
PICTURE |
COLOR
SYSTEM |
TV:depend on PR
EXT:AUTO |
TINT | COOL | |
FEATURE | DIGITAL VNR | ON |
PICTURE
SETTING |
SETTING | RESET |
BASS | CENTER | ECO | OFF | ||
TREBLE | CENTER | ||||
SOUND
SETTING |
BALANCE | CENTER | |||
HYPER
SOUND |
OFF | ||||
STEREO/ I , II | 0 |
Setting item | Setting value | Setting item | Setting value |
---|---|---|---|
1. IF |
|
4. DEF. |
|
2. V/C |
|
6. EW-PIN
7. EW-COR 8. TRAPEZ 9. V-S.CR 10. EHT-COMP |
|
|
5. VSM PRESET
COOL NORMAL WARM |
|
|
3. AUDIO / OSD |
1. CONC LIMIT ←
2. A2 ID THR ← 3. TEXT MONO H |
6. VPS
(Do not adjust) |
VPS |
Do not adjust |
7. SHIPPING
(Do not adjust) |
ON / OFF | |
7. Preparation for adjustment (presetting):
Unless otherwise specified in the adjustment items, preset the following functions with the REMOTE CONTROL UNIT:
PICTURE MODE (VSM) | COOL |
SLEEP TIMER | OFF |
HYPER SOUND | OFF |
BALANCE | CENTER |
ECO | OFF |
ZOOM | REGULAR |
With the SERVICE MENU, various settings (adjustments) can be made, and they are broadly classified in the following items of settings (adjustments):
(1) 1. IF | This mode adjust | sts the setting values of th | e IF circuit. | ||||
---|---|---|---|---|---|---|---|
(2) 2 V/C | This mode adjusts the setting values of the VIDEO / CHROMA circuit | ||||||
(3) 3.AUDIO/OSD ······ | I his mode adju | sts the setting values of th | e multiplicity a | ||||
(4) 4.DEF | This mode adjust | sts the setting values of th | ON circuit for each aspect mode given below | ||||
|
(100/120Hz) | ||||||
•ZOOM1 | (100/120Hz) | • 16:9 | (100/120Hz) | ||||
(5) 5.VSM PRSET | This mode adju | sts the initial setting values | s of COOL,NO | DMAL and WARM. | |||
(VSM : Video St | tatus Memory) | ||||||
(6) 6.STATUS | This mode shows the monitor of the VPS and PDC ( Do not adjust ). | ||||||
(VPS : Video Pr | ogram System, PDC : Pro | gram Deliver | y Code) | ||||
(7) 7.SHIPPING | This mode sets | the INITIAL SETTING VA | LUE. (Do not | adjust) |
Press the INFORMATION key and the MUTING key of the REMOTE CONTROL UNIT simultaneously, and the SERVICE MENU screen of Fig. 1 will be displayed.
SERVICE MENU | |||||||
---|---|---|---|---|---|---|---|
1. IF 2. V/C
3. AUDIO/OSD 4. DEF 5. VSM PRESET 6. STATUS 7. SHIPPING(OFF) |
|||||||
1-7 : SELECT i : EXIT |
Fia.1
NEME OF REMOTE CONTOROL KEY
Press one of keys 1~7 of the REMOTE CONTROL UNIT and select the SUB MENU SCREEN (See Fig. 3), form the SERVICE MENU.
SERVICE MENU → SUB MENU
1.1F
Names of key | key |
---|---|
INFORMATION | Û |
MUTING | × |
MENU | (K |
FUNCTION UP/DOWN | |
FUNCTION -/+ |
()
() |
Fig.2 |
Fig. 3 SUB MENU SCREEN
(3) M | Iethod of Setting | |
---|---|---|
[1 | ||
( | ① 1 Kev······· Select 1.IF. | |
( | ② 1 Kev······ Select 1.VCO | |
( | ③ The VCO (CW) screen will be displayed in vellow when the AFC voltage is at a certain level and in blue when it is at other levels. | |
( | INFORMATION Key ······ As you press this twice, you will return to the SERVICE MENU. | |
[2 | 2. DELAY POINT] | |
( | ① 1 Key ······ Select 1.IF | |
( | 2 2 Key······ Select 2.DELAY POINT. | |
( | ③ FUNCTION -/+····· Set (adjust) the setting values of the setting items. | |
( | MENU Key ······ Memorize the set value. | |
(Before storing the setting values in memory, do not press the CH, TV, POWER ON / OFF keys
- if you do, the values will not be stored in memory.) |
3 | |
( | ⑤ INFORMATION Key When this is pressed twice, you will return to the SERVICE MENU. | |
[3 | 3. L. V. LEVEL] | |
( | ① 1 Key······ Select 1.IF. | |
( | ② 3 Key······ Select 3.L.V.LEVEL | |
( | ③ FUNCTION -/+······· Set (adjust) the setting values of the setting items. | |
( | MENU Key ······ Memorize the set value. | |
(Before storing the setting values in memory, do not press the CH, TV, POWER ON / OFF key | s | |
- if you do, the values will not be stored in memory.) | ||
( | INFORMATION Key When this is pressed twice, you will return to the SERVICE MENU. | |
2) | Method of setting 2.V/C, 3.AUDIO, 4.DEF, and 5.VSM PRESET. | |
( | 1 2~5 Key······ Select one from 2. V/C, 3. AUDIO, 4. DEF, and 5. VSM PRESET. | |
( | ② FUNCTION UP/DOUN Key ····· Select setting items. | |
( | ③ FUNCTION -/+····· Set (adjust) the setting values of the setting items. | |
(When 1.RGB BLK of 2.V/C is selected, press the FUNCTION-/+ key, and the whole will
change to a black picture. Press the FUNCTION-/+ or 2 key, and the screen will return to the original screen.) |
||
( | MENU Key ····· Memorize the setting value. | |
(Before storing the setting values in memory, do not press the CH, TV, POWER ON / OFF key if you do, the values will not be stored in memory.) | - | |
( | (5) INFOMATION Key ········ Return to the SERVICE MENU screen. | |
· | ||
3) |
Method of setting
6.STATUS
and
7.SHIPPING
.
6.STATUS ( Do not adjust )······· This mode displayed monitor of VPS, PDC systems. |
7.SHIPPING (Do not adjust) ······ When the MAIN POWER is turned on with the state of AUTO PROGRAM ON, you get a mode that initializes every existing set value including language selection. Because this mode is set at the factory upon completion of the adjustment, you need not to use it for service.
1) After completing the setting, return to the SERVICE MENU, then again press the INFORMATION key.
ltem |
Measuring
instrument |
Test point | Adjustment part | Description |
---|---|---|---|---|
Check of B1
Power supply |
Signal
generator DC voltmeter |
TP-91(B1)
TP-E [X connector on POWER DEF PWB] |
|
|
ltem |
Measuring
instrument |
Test point | Adjustment part | Description |
---|---|---|---|---|
Adjustment of
FOCUS |
Signal
generator |
FOCUS VR
[In HVT] |
|
|
ltem |
Measuring
instrument |
Test point | Adjustment part | Description |
---|---|---|---|---|
Adjustment of
VCO |
Remote
control unit VCO(CW)=MAIN **** MAIN TOO HIGH ABOVE REF JUST REF BELOW REF TOO LOW i : EXIT |
. ** MHz ← |
P. CW TRANSF.
P.L-VL CW TRIM. C [On IF PWB] |
|
Screen
TOO HIGH ABOVE RE JUST REFI BELOW RE TOO LOW |
display
FERENCE ERENCE EFERENCE |
Ste
1 2 ← |
p 3 |
|
Adjustment of
DELAY POINT Settin (Adjustr DELAY P (AGC TAI |
Remote
control unit |
/ariable range
0∼63 |
DELAY POINT
(AGC TAKE-OVER) Initial setting value 35 |
|
Adjustment of
L-DET. LEVEL |
Signel
generator Oscilloscope [H-rate] Remote control unit |
EXT-1 ()pin
(TV OUT) |
|
ltern |
Measuring
instrument |
Test point | Adjustment part | Description | - · | |||
---|---|---|---|---|---|---|---|---|
Setting of
VSM PRESET |
Remote
control unit |
1. BRIGHT
2. CONT. 3. COLOUR 4. SHARP 5. HUE 6. R DRIVE 7. G DRIVE 8. B DRIVE 9. BASS 10. TREBLE |
|
OL with the M
SM PRESET I FUNCTION U of 1.BRIGHT MENU key and ely select the V ad make simila MENU key and OPERATING |
ENU key of the
from the SERV JP/DOWN and ~ 10.TREBL d memorize the VSM PRESET ar adjustment a d memorize the INSTRUCTIC |
e remote control
ICE MENU. -/+ key to bring E to the values e set value. mode for NORI s in 3 above. e set value. DNS for the F |
unit.
g the set shown in MAL and PICTURE |
|
VSI
Setting item |
I preset mode | COOL | NORMAL | WARM | ||||
• |
1. BRIGHT
SETTING V |
ALUE | +0 | +0 | +0 | |||
2. CONT.
SETTING V |
ALUE | +13 | +7 | +2 | ||||
- |
3. COLOUR
SETTING V |
ALUE | +2 | +0 | -2 | |||
4. SHARP
SETTING V |
ALUE | +0 | +0 | -2 | ||||
5. HUE
SETTING V |
ALUE | +0 | +0 | +0 | ||||
6. R DRIVE
SETTING V |
ALUE | 8 | +0 | +14 | ||||
SETTING V | ALUE | -6 | +0 | +5 | ||||
8. B DRIVE
SETTING V |
ALUE | +2 | +0 | -6 | ||||
SETTING V | ALUE | +0 | +0 | +0 | ||||
SETTING V |
+0
(Fixed) |
+0
(Fixed) |
(Fixed) | |||||
The setting (adjustment) using the REMOTE CONTROL UNIT is made on the basis of the initial setting values. The setting values which adjust the screen to the optimum condition can be different from the initial setting values.
Setting Item | Initial sett | ing value | |
---|---|---|---|
(Adjustment Item ) | PAL / SECAM |
NTSC 3.58
NTSC 4.43 |
Setting it |
1.RGB BLK | 10.COLOUR | ||
2.R.DRIVE | +12 | · | 11.HUE |
3.G.DRIVE | +2 | 12.PEAK DRIVE (D | |
4.B.DRIVE (Do not adjust) | +0 | 13.GAMMA (Do no | |
5.R.LEVEL | +0 | 14.CONT. LIMIT (D | |
6.G.LEVEL | +0 | ||
7.B.LEVEL | +0 | ||
8.BRIGHT | -10 | ||
9.CONT | -5 |
Initial set | tting value | ||
---|---|---|---|
Setting item |
PAL /
SECAM |
NTSC 3.58
NTSC 4.43 |
|
10.COLOUR | +3 | +12 | |
11.HUE | -2 | ||
12.PEAK DRIVE (Do not adjust) | +5 | ||
13.GAMMA (Do not adjust) | -21 | ||
14.CONT. LIMIT (Do not adjust) | ON | ON | |
• | |||
Item | Measuring instrument | Test point | Adjustment part | Description |
---|---|---|---|---|
Adjustment
of WHITE BALANCE |
Signal
generator Remote control unit |
2.R DRIVE
3.G DRIVE 5.R LEVEL 6.G LEVEL 7.B LEVEL |
|
|
Adjustment
of SUB BRIGHT |
Remote
control unit |
8.BRIGHT |
|
|
Adjustment
of SUB CONT. |
Remote
control unit |
9.CONT. |
|
Item |
Measuring
instrument |
Test point | Adjustment part | Description |
---|---|---|---|---|
Adjustment
of SUB |
Remote
control unit |
10.COLOUR
(PAL~NTSC) |
[Method of adjustment without measuring instrument] | |
COLOUR I | PAL COLOUR |
|
||
SECAM COLOUR |
(SECAM COLOUR)
1. Receive a SECAM broadcast. Make fine adjustment of SECAM COLOUR in the same manner as for above. |
|||
NTSC COLOUR |
|
|||
(NTSC 4.43 COLOUR)
1. When NTSC 3.58 is set, NTSC 4.43 will be automatically set at the respective values. |
ltem |
Measuring
instrument |
Test point | Adjustment part | Description |
---|---|---|---|---|
Adjustment
of SUB COLOUR II |
Signal
generator Oscilloscope |
TP-47B
TP-E(↓) [CRT SOCKET |
10.COLOUR
(PAL~NTSC) |
[Method of adjustment using measuring instrument] |
Remote
control unit |
PWB] | PAL COLOUR |
|
|
Cy Mg B |
A) (-)
-1 |
SECAM COLOUR |
|
|
W Cy Mg B T J T (+) | NTSC COLOUR |
|
||
|
ltem | Measuring instrument | Test point | Adjustment part | Description |
---|---|---|---|---|
Adjustment
of |
Remote
control unit |
11.HUE | [Method of adjustment without measuring instrument] | |
SUB HUE I | NTSC 3.58 HUE |
[NTSC 3.58 HUE ]
1. Input a NTSC 3.58MHz COMPOSITE VIDEO signal (full field colour bar with 75% white) from the EXT terminal. |
||
|
||||
NTSC 4.43 HUE |
[NTSC 4.43 HUE]
1. When NTSC 3.58 is set, NTSC 4.43 will be automatically set at the respective values. |
|||
Adjustment
of |
Signal
generator |
TP-47B
TP-E(₊) |
11.HUE | [Method of adjustment using measuring instrument] |
SUB HUE II |
Oscilloscope
Remote control unit |
[CRT
SOCKET PWB] |
NTSC 3.58 HUE |
|
7. Press the MENU key and memorize the setting value | ||||
() |
) (-)
|
NTSC 4.43 HUE |
[NTSC 4.43 HUE]
1. When NTSC 3.58 is set, NTSC 4.43 will be automatically set at the respective values. |
|
There are 2 modes of the adjustment (1) 100Hz mode (①REGULAR ②ZOOM1, ③16:9), (2) 120Hz mode (each aspect mode) ······ depending upon the kind of signals (vertical frequency 100Hz / 120Hz).
Initial setting value | |||||||||
---|---|---|---|---|---|---|---|---|---|
Setting item | Adjustment name | REG | ULAR | ZO | D M1 | 16 : 9(Fixed) | |||
100Hz | 120Hz | 100Hz | 120Hz | 100Hz | 120Hz | ||||
1.V- SHIFT | Vertical center | 4 | +1 | +1 | -1 | 0 | +1 | ||
2.V- SLOPE | Vertical def. Start position |
14
(Fixed) |
0
(Fixed) |
0
(Fixed) |
0
(Fixed) |
14 | 11 | ||
3.V-SIZE | Vertical height | 47 | -2 | +1 | -1 | -18 | -1 | ||
4.H-CENT | Horizontal center | 23 | -2 | 0 | -3 | 0 | -2 | ||
5.H-SIZE | Horizontal width | 39 | 0 | -2 | -1 | Ó | -1 | ||
6.EW-PIN | Side pin correction | 45 | 0 | +1 | 0 | -9 | +2 | ||
7.EW-COR | Side pin four corner correction | 21 | +1 | +4 | +1 | -3 | +3 | ||
8.TRAPEZ | Trapezoidal distortion correction | 3 | 0 | -1 | +1 | 0 | 0 | ||
9.V-S.CR | Vertical height correction |
26
(Fixed) |
+2
(Fixed) |
0
(Fixed) |
+2
(Fixed) |
0 | +2 | ||
10.EHT-COMP | Size Regulation |
22
(Fixed) |
0
(Fixed) |
0
(Fixed) |
0
(Fixed) |
0 | 0 |
Item |
Measuring
instrument |
Test point | Adjustment part | Description | |||
---|---|---|---|---|---|---|---|
Adjustment
of V-SHIFT and V-SLOPE |
Signal
generator Remote control unit |
1.V- SHIFT
2.V- SLOPE |
[REGULAR mode]
1. Receive a circle p 2. Select 4.DEF from 3. Select 1.V-SHIFT 4. Adjust V-SHIFT to 5. IF it is not enough choose "2.V=St 6. Press the MENU |
attern signal of vertion
the SERVICE MEN with the FUNCTION or make A = B . to adjust the "V=SH LOPE" and adjust to key and memorize t |
cal frequency 50Hz
IU. I UP/DOWN key. IIFT", Make A = B . the set value. |
||
· | |||||||
Adjustment
of V-SIZE |
n size | 3.V. SIZE |
|
atch signal.
nd set the initial sett d make sure that the ne bellow table. key and memorize th |
ing value.
vertical screen size ne set value. |
e of the | |
Screen |
Picture
size 100% |
|
DEO signal from the
cal screen size of th key and memorize th |
EXT terminal, and
ne ZOOM1 mode is ne set value. |
1 make
in the |
||
MODE | REGULAR | ZOOM1 | |||||
*************************************** | _ | V-SIZE | 92% | 87% | |||
Picture | size 100% | ] | ] | ||||
ltem |
Measuring
instrument |
Test point | Adjustment part | Description | |
---|---|---|---|---|---|
Adjustmer
H.CENTEF |
nt of
R |
← C → | 4.H-CENT. |
|
|
90% | 90% | ||||
Adjustmen
of H.SIZE |
nt | 5.H-SIZE |
|
||
ASF
MC |
ECT F | REGULAR | ZOOM1 | 22. Press the MENU key and memorize the set value. | |
HS | 92% | 85% | |||
- | |||||
Adjustme
EW-PIN |
nt of | 6.EW-PIN |
|
||
ltem | Measuring instrument | Test point | Adjustment part | Description |
---|---|---|---|---|
Adjustment of
EW-COR |
7.EW-COR |
|
||
Adjustment
of TRAPEZ |
Pa | 8.TRAPEZ |
|
|
Adjustment of
V-S.CR |
9.V-S.CR |
|
||
|
Setting item | Variable range | fixed value |
---|---|---|
1. CONC LIMIT( Do not adjust ) | 00H~FFH | 0AH |
2. A2 ID THR (Do not adjust) | 00H~FFH | 19H |
3. TEXT MONO H | 00H~FFH | 1EH |
ltem |
Measuring
instrument |
Test point | Adjustment part | Description | |||
---|---|---|---|---|---|---|---|
TEXT MONO H | 3.TEXT MONO H |
★ No alignment, but adjust this mode if result of no alignment is
too bad. |
|||||
00 100 00:00:00
01 8 10 10 100 100 00:00:00 100 100 100 100 |
00:00 |
|
|||||
MODEL d
ALL MODELS 5~20mm |
d
20mm |
||||||
The components identified by the∆ symbol and shading are critical for safety. For continued safety replace safety critical components only with manufactures recommended parts.
The voltage and waveform values have been measured under the following conditions
ronowing opriations. | |||||
---|---|---|---|---|---|
(1)Input signal | :PAL Colour bar signal | ||||
(2)Setting positions of | |||||
each knob/button and | |||||
variable resistor | :Original setting position | ||||
when shipped | |||||
(3)Internal resistance of tester | :DC 20k Ω/V | ||||
(4)Oscilloscope sweeping time | :H ⇒ 20µS/div | ||||
:V ⇒ 5mS/div | |||||
:Others ⇒ Sweeping time is | |||||
specified | |||||
(5)Voltage values | :All DC voltage values | ||||
|
and all and the common the second |
* Since the voltage values of signal circuit vary to some extent according to adjustments, use them as reference values.
●In the PW board :R1209→R209
Resistance value | ||||||
No unit | :[Ω] | |||||
К | :[KΩ] | |||||
Μ | :[MΩ] | |||||
Rated allowable pow | er | |||||
No indication | :1/6[W] | |||||
Others | :As specified | |||||
●Туре | ||||||
No indication | :Carbon resistor | |||||
OMR | :Oxide metal film resistor | |||||
MFR | :Metal film resistor | |||||
MPR | :Metal plate resistor | |||||
UNFR | :Uninflammble resistor | |||||
FR | :Fusible resistor | |||||
*Composition resistor | 1/2 [W] is specified as 1/2S or Comp. | |||||
(2)Capacitors | ||||||
Capacitance value | ||||||
1 or higher | :[pF] | |||||
less than 1 | :[µF] | |||||
Withstand voltage | ||||||
No indication | :DC50[V] | |||||
Others | :DC withstand voltage [V] | |||||
*Electrolytic Capacitor | S | |||||
47/50[Example]:Cap | acitance value [µF]/withstand voltage[V] | |||||
This model's power circuit is partly different in the GND. The difference of the GND is shown by the LIVE : (1) side GND and the ISOLATED(NEUTRAL) : (1) side GND. Therefore, care must be taken for the following points.
Since the circuit diagram is a standard one, the circuit and circuit constants may be subject to change for improvement without any notice.
[ BLOCK DIAGRAM ]
AV-29TH3EP AV-29TH3EPS
No.51426
[ CRT SKT PWB CIRCUIT DIAGRAM ]
[ 100Hz PWB CIRCUIT DIAGRAM ]
TO MAIN PWB ASS' Y (MAIN CPU)
No. | Key Name | No. | Key Name | No. | Key Name No. Key Na | Key Name | |
---|---|---|---|---|---|---|---|
1 | 1 | 14 | 3D (GREEN) | 22 | MODE (TEXT) | 20 | CANCEL (TEXT) |
2 | 2 | 15 | P.BASS (YELLOW) | 64 | REW | STOP 🚺 (VCR) | |
3 | 3 | 16 | PIP (BLUE) | 23 | SIZE (TEXT) | 30 | INDEX (TEXT) |
4 | 4 | 17 | 0 | 20 | FF ▶ (VCR) | (')/| (VCR) | |
5 | 5 | 18 | REVEAL (TEXT) | 24 | SUB PAGE(TEXT) | 31 | |
6 | 6 | 10 | PLAY 📐 (VCR) | 24 | PV (VCR) | 32 | |
7 | 7 | 19 | TV | 25 | × | 33 | |
8 | 8 | 20 | MENU/OK | 26 | STORE (TEXT) | 34 | |
9 | 9 | 21 | HOLD (TEXT) | 20 | (VCR) | 36 | FREEZE |
11 | 0 | PA (VCR) | 27 | (')/| | |||
13 | ZOOM (RED) | 28 |
[ IF PWB PATTERN(TOP) ]
[ IF PWB PATTERN(BOTTOM) ]
【100Hz PWB PATTERN(BOTTOM)】
[ MAIN PWB PATTERN( PARTS SIDE ) ]
[ MAIN PWB PATTERN( SOLDER SIDE ) ]
2-31 2-32
No.51426
[ POWER DEF PWB PATTERN ]
[ FRONT CTL PWB PATTERN ]
[ AUDIO PWB PATTERN ]
[ AV TER. PWB PATTERN ]
RESISTORS | CAPACITORS | ||
---|---|---|---|
CR | Carbon Resistor | C CAP. | Ceramic Capacitor |
FR | Fusible Resistor | E CAP. | Electrolytic Capacitor |
PR | Plate Resistor | M CAP. | Mylar Capacitor |
VR | Variable Resistor | HV CAP. | High Voltage Capacitor |
HVR | High Voltage Resistor | MF CAP. | Metalized Film Capacitor |
MFR | Metal Film Resistor | MM CAP. | Metalized Mylar Capacitor |
MG R | Metal Glazed Resistor | MP CAP. | Metalized Polystyrol Capacitor |
MPR | Metal Plate Resistor | PP CAP. | Polypropylene Capacitor |
OM R | Metal Oxide Film Resistor | PS CAP. | Polystyrol Capacitor |
CMF R | Coating Metal Film Resistor | TF CAP. | Thin Film Capacitor |
UNF R | Non-Flammable Resistor | MPP CAP. | Metalized Polypropylene Capacitor |
CHVR | Chip Variable Resistor | TAN. CAP. | Tantalum Capacitor |
CH MG R | Chip Metal Glazed Resistor | CH C CAP. | Chip Ceramic Capacitor |
COMP. R | Composition Resistor | BP E CAP. | Bi-Polar Electrolytic Capacitor |
LPTC R | Linear Positive Temperature Coefficient Resistor | CH AL E CAP. | Chip Aluminum Electrolytic Capacitor |
CH AL BP CAP. | Chip Aluminum Bi-Polar Capacitor | ||
CH TAN. E CAP. | Chip Tantalum Electrolytic Capacitor | ||
CH AL BP E CAP. | Chip Tantalum Bi-Polar Electrolytic Capacitor |
TOLERANCES | |||||||||||
---|---|---|---|---|---|---|---|---|---|---|---|
F | G | J | к | м | Ν | R | Н | Z | Р | ||
±1% | ±2% | ±5% | ±10% | ±20% | ±30% |
+30%
-10% |
+50%
-10% |
+80%
-20% |
+100%
0% |
USING P.W. BOARD & REMOTE CONTROL UNIT |
---|
■ EXPLODED VIEW PARTS LIST (1) ··································· |
■ EXPLODED VIEW (1) · |
■ EXPLODED VIEW PARTS LIST (2) ··································· |
■ EXPLODED VIEW (2) · |
■ PRINTED WIRING BOARD PARTS LIST |
MAIN PW BOARD ASS'Y (SMC-1005A-U2) 34 |
• IF PW BOARD ASS'Y (SMC0F701A-U2) ····· 37 |
POWER DEF PW BOARD ASS'Y (SMC-2001A-U2) ······ 38 |
CRT SOCKET PW BOARD ASS'Y(SMC-3001A-U2) ····· 40 |
AUDIO PW BOARD ASS'Y (SMC-6001A-U2) · |
FRONT CONTROL PW BOARD ASS'Y (SMC-8001A-U2) ······ 41 |
• 100Hz PW BOARD ASS'Y (SMC0Z001A-U2) · |
• AV TERMINAL PW BOARD ASS'Y (SMC0J001A-U2) ······ 43 |
■ REMOTE CONTROL UNIT PARTS LIST ···································· |
■ PACKING ···································· |
■ PACKING PARTS LIST ···································· |
Model | |
---|---|
P.W.B ASS'Y | Av-291 AJEF/AV-291 AJEF3 |
MAIN P.W.B | SMC-1005A-U2 |
POWER DEF P.W.B | SMC-2001A-U2 |
CRT SOCKET P.W.B | SMC-3001A-U2 |
AUDIO P.W.B | SMC-6001A-U2 |
FRONT CONTROL P.W.B | SMC-8001A-U2 |
AV TERMINAL P.W.B | SMC0J001A-U2 |
100Hz P.W.B | SMC0Z001A-U2 |
IF P.W.B | SMC0F701A-U2 |
REMOTE CONTROL UNIT | RM-C795-1E |
⚠ Ref.No. | Part No. | Part Name | Description Loc | Local | |
---|---|---|---|---|---|
100 | LC10077-005D-U | FRONT CABINET AS | AV-29TH3EP(Inc.N0.101~110) | * | |
100 | LC10077-004E-U | FRONT CABINET AS | AV-29TH3EPS(Inc.N0.101~110) | * | |
101 | LC20073-002B | CONTROL PANEL R | AV-29TH3EP(SERVICE) | * | |
101 | LC20073-003B | CONTROL PANEL R | AV-29TH3EPS(SERVICE) | * | |
102 | LC30251-001B | CONTROL PANEL | |||
103 | LC30254-002B | POWER KNOB | * | ||
104 | CM30861-078 | SPRING | |||
105 | CM48006-A03-H | JVC MARK | * | ||
106 | LC20074-005A | DOOR | AV-29TH3EP(SERVICE) | * | |
106 | LC20074-004B | DOOR | AV-29TH3EPS(SERVICE) | * | |
107 | CM48229-00A | DOOR LATCH | |||
108 | LC30253-001A | L.E.D.LENS | |||
109 | 1C30255-004A-U | CONTROL SHEET | * | ||
110 | AEM4069-001-E | JVC SPEAKER PART | × 2 | * |
₫ | Ref.No. | Part No. | Part Name | Description | Local |
---|---|---|---|---|---|
₫ | L01 | CELD020-004J7 | DEGAUSSING COIL | * | |
⚠ | V01 | A68ESF002X143 | PICTURE TUBE | * | |
⚠ | T2551 | CETH026-00A | HVT(SERVICE) | * | |
⚠ | 1 | LC10079-001B-U | REAR COVER | * | |
2 | GBSA4016N | TAPPING SCREW | ×12 | * | |
3 | CM12930-B01-E | CHASSIS BASE | * | ||
4 | LC10145-001A-U | AV TERM. BASE | * | ||
5 | SBSB3012M | TAPPING SCREW | ×4 | * | |
6 | CHFB119-06BD | FFC WIRE | * | ||
7 | CEBSS12D-04KJ2 | SPEAKER | ×2(SP01/SP02) | * | |
8 | WJY0001-002A | E-BRAIDED ASSY | * | ||
9 | CHGB0017-0C-CE | BRAIDED WIRE | * | ||
⚠ | 10 | AEEMP001-185 | POWER CORD | * | |
⚠ | 11 | CM46618-A01-E | POWER CORD CLAMP | * | |
⚠ | 12 | LC20079-002A-U | RATING LABEL | AV-29TH3EP | * |
⚠ | 12 | LC20079-006A-U | RATING LABEL | AV-29TH3EPS | * |
14 | LC10094-003C-U | CONTROL BASE | * | ||
15 | GBSA4016N | TAPPING SCREW | ×12 | * | |
16 | WJM0021-001A | SPEAKER WIRE | × 2 | * | |
17 | LC10097-001B-U | SPEAKER ADAPTER | × 2 | * | |
18 | CHGY0017-0A-YS | ANTENNA CABLE | * | ||
19 | CE42112-002 | PALJ CONNECTOR | |||
20 | LC10144-001C-U | SIDE FRAME | * | ||
21 | CHGT0055-0E | RECEP WIRE ASSY | * | ||
۵ | 22 | QQR0491-001 | FILTER | ||
Δ | 23 | CE1W004-065 | ANODE WIRE | * |
∆ Symbol No. | Part No. | Part Name | Description Local | ∆ Symbol No. | Part No. | Part Name | Description Local |
---|---|---|---|---|---|---|---|
RESI
R1001 R1002 R1003-06 R1101 R1201-02 R1203 R1204 |
STOR
QRK126J-474X QRE141J-104Y QRE141J-102Y QRE141J-0R0Y QRE141J-103Y QRE141J-750Y ORE141J-750Y |
C R
C R C R C R C R C R |
470kΩ 1/2W J *
100kΩ 1/4W J * 1kΩ 1/4W J * 0.0Ω 1/4W J * 10kΩ 1/4W J * 10kΩ 1/4W J * 75Ω 1/4W J * |
RESI
R1303 R1304 R1305 R1306 R1307 R1308 P1309 |
STOR
QRE141J-221Y QRE141J-471Y QRE141J-221Y QRE141J-221Y QRE141J-221Y QRE141J-71Y QRE141J-71Y QRE141J-221Y |
C R
C R C R C R C R C R C R |
220Ω 1/4W J * 470Ω 1/4W J * 220Ω 1/4W J * 270Ω 1/4W J * 220Ω 1/4W J * 270Ω 1/4W J * 270Ω 1/4W J * 270Ω 1/4W J * 270Ω 1/4W J * 270Ω 1/4W J * |
R1204
R1205 R1206 R1207 R1208 |
QRG01GJ-101
QRG01GJ-101 QRE141J-223Y QRE141J-733 |
OM R
C R C R |
100Ω 1/4W J *
100Ω 1/4W J * 22KΩ 1/4W J * 47KΩ 1/4W J * |
R1310
R1311 R1312 R1313 |
QRE141J-471Y
QRE141J-221Y QRE141J-271Y QRE141J-271Y |
C R
C R C R C R |
470Ω 1/4W J *
220Ω 1/4W J * 270Ω 1/4W J * 270Ω 1/4W J * |
R1209
R1210 R1211 R1211 R1212 R1213 |
QRE141J-683Y
QRE141J-153Y QRE141J-103Y QRE141J-473Y QRE141J-273Y |
C R
C R C R C R C R |
7/KL 1/H J * 68KΩ 1/4W J * 15KΩ 1/4W J * 10KΩ 1/4W J * 47KΩ 1/4W J * 27KΩ 1/4W J * |
R1314-15
R1317-18 R1320 R1322 R1323-24 |
QRE141J-471Y
QRE141J-101Y QRE141J-561Y QRE141J-561Y QRE141J-562Y |
C R
C R C R C R C R C R |
470Ω 1/4W J *
100Ω 1/4W J * 560Ω 1/4W J * 1.2kΩ 1/4W J * 5.6kΩ 1/4W J * |
R1214
R1215 R1216 R1217 R1218 R1219 R1221 R1222 |
QRE141J-103Y
QRE141J-222Y QRE141J-333Y QRE141J-222Y QRE141J-222Y QRE141J-823Y QRE141J-823Y QRE141J-823Y |
C R
C R C R C R C R C R C R C R |
10kΩ 1/4W J * 2.2kΩ 1/4W J * 33kΩ 1/4W J * 2.2kΩ 1/4W J * 33kΩ 1/4W J * 33kΩ 1/4W J * 38kΩ 1/4W J * 39Ω 1/4W J * 39Ω 1/4W J * 82kΩ 1/4W J * |
R1325
R1336-29 R1330 R1334-35 R1336 R1338-40 R1341 R1342 |
QRE141J-561Y
QRE141J-152Y QRE141J-103Y QRE141J-152Y QRE141J-0ROY QRE141J-00Y QRE141J-223Y QRE141J-223Y |
C R
C R C R C R C R C R C R C R C R |
560Ω 1/4W J * 1.5kΩ 1/4W J * 10kΩ 1/4W J * 0.5kΩ 1/4W J * 0.0Ω 1/4W J * 100Ω 1/4W J * 22kΩ 1/4W J * 82kΩ 1/4W J * |
R1224
R1225-26 R1227 R1228 R1229 R1231 R1232 R1240 |
QRE141J-391Y
QRE141J-223Y QRE141J-104Y QRE141J-750Y QRK126J-181X QRG01GJ-101 QRE141J-101Y QRE141J-0R0Y |
CR
CR CR CR CR CR CR CR CR |
390Ω 1/4W J * 22kΩ 1/4W J * 100kΩ 1/4W J * 75Ω 1/4W J * 100Ω 1/2W J * 100Ω 1W J * 100Ω 1/4W J * 0.0Ω 1/4W J * |
R1343-44
R1345-46 R1347 R1348 R1349 R1351 R1354-55 R1357 |
QRE141J-101Y
QRE141J-103Y QRE141J-562Y QRE141J-681Y QRE141J-681Y QRE141J-0ROY QRE141J-102Y QRE141J-102Y |
C R
C R C R C R C R C R C R C R C R |
100Ω 1/4W J *
10kΩ 1/4W J * 5.6kΩ 1/4W J * 680Ω 1/4W J * 2.7kΩ 1/4W J * 0.0Ω 1/4W J * 1kΩ 1/4W J * |
R1242
R1243 R1244 R1245 R1246 R1247 R1248 R1249 |
QRE141J-223Y
QRE141J-473Y QRE141J-683Y QRE141J-153Y QRE141J-103Y QRE141J-473Y QRE141J-273Y QRE141J-273Y QRE141J-103Y |
C R
C R C R C R C R C R C R C R |
22kΩ 1/4W J * 47kΩ 1/4W J * 68kΩ 1/4W J * 15kΩ 1/4W J * 10kΩ 1/4W J * 27kΩ 1/4W J * 27kΩ 1/4W J * 10kΩ 1/4W J * 10kΩ 1/4W J * |
R1358
R1359-63 R1364 R1365 R1366-67 R1370 R1371 R1372 |
QRE141J-103Y
QRE141J-101Y QRE141J-105Y QRE141J-472Y QRE141J-472Y QRE141J-392Y QRE141J-820Y QRE141J-104Y QRE141J-274Y |
C R
C R C R C R C R C R C R C R |
10kΩ 1/4W J *
100Ω 1/4W J * 1MΩ 1/4W J * 3.9kΩ 1/4W J * 82Ω 1/4W J * 100kΩ 1/4W J * 270kΩ 1/4W J * |
R1250
R1251 R1252 R1253 R1254 R1256 R1257 R1259 |
QRE141J-222Y
QRE141J-333Y QRE141J-222Y QRE141J-333Y QRE141J-823Y QRE141J-823Y QRE141J-823Y QRE141J-823Y QRE141J-823Y |
C R
C R C R C R C R C R C R C R |
2.2kΩ 1/4W J * 33kΩ 1/4W J * 2.2kΩ 1/4W J * 33kΩ 1/4W J * 32kΩ 1/4W J * 390Ω 1/4W J * 390Ω 1/4W J * 390Ω 1/4W J * 390Ω 1/4W J * |
R1375
R1376 R1378 R1380 R1395-97 R1601-02 R1603 R1604 |
QRE141J-104Y
QRE141J-561Y QRE141J-472Y QRE141J-102Y QRE141J-0ROY QRE141J-102Y QRE141J-182Y QRE141J-1333Y |
C R
C R C R C R C R C R C R C R |
100kΩ 1/4W J *
560Ω 1/4W J * 4.7kΩ 1/4W J * 1kΩ 1/4W J * 0.0Ω 1/4W J * 1.8kΩ 1/4W J * 33kΩ 1/4W J * |
R1260-61
R1262 R1263 R1264 R1265 R1266 R1267-69 R1270 |
QRE141J-223Y
QRE141J-104Y QRE141J-222Y QRE141J-222Y QRE141J-222Y QRE141J-222Y QRE141J-333Y QRE141J-0R0Y QRE141J-101Y |
C R
C R C R C R C R C R C R C R |
22kΩ 1/4W J * 100kΩ 1/4W J * 2.2kΩ 1/4W J * 33kΩ 1/4W J * 2.2kΩ 1/4W J * 33kΩ 1/4W J * 0.0Ω 1/4W J * 100Ω 1/4W J * |
R1605
R1606 R1607-08 R1610 R1611 R1612 R1613 R1614 |
QRE141J-182Y
QRE141J-333Y QRE141J-103Y QRE141J-471Y QRE141J-103Y QRE141J-104Y QRE141J-102Y QRE141J-123Y |
C R
C R C R C R C R C R C R C R C R C R |
1.8kΩ 1/4W J * 33kΩ 1/4W J * 10kΩ 1/4W J * 10kΩ 1/4W J * 10kΠ 1/4W J * 10kW 1/4W J * 10kW 1/4W J * 10kW 1/4W J * 1kW 1/4W J * 12kW 1/4W J * |
R1271-72
R1273 R1274 R1275 R1276 R1278-79 R1301 R1302 |
QRE141J-473Y
QRE141J-121Y QRE141J-152Y QRE141J-472Y QRE141J-0R0Y QRE141J-750Y QRE141J-221Y QRE141J-471Y |
C R
C R C R C R C R C R C R C R |
47kΩ 1/4W J * 120Ω 1/4W J * 1.5kΩ 1/4W J * 4.7kΩ 1/4W J * 0.0Ω 1/4W J * 75Ω 1/4W J * 220Ω 1/4W J * 470Ω 1/4W J * |
R1616
R1617 R1620 R1703-06 R1707 R1708-09 R1710 R1711-13 |
QRE141J-681Y
QRE141J-123Y QRE141J-561Y QRE141J-102Y QRE141J-331Y QRE141J-102Y QRE141J-821Y QRE141J-102Y |
C R
C R C R C R C R C R C R C R |
680W 1/4W J *
12kW 1/4W J * 560W 1/4W J * 1kW 1/4W J * 330W 1/4W J * 1kW 1/4W J * 820W 1/4W J * 1kW 1/4W J * |
₫ | Symbol No. | Part No. | Part Name | Description | Local | ∆ Symbol No. | Part No. | Part Name | Descripti | on Local |
---|---|---|---|---|---|---|---|---|---|---|
REST
R1714 R1715 R1716-18 R1719 R1720-23 R1724-26 R1727 R1728 |
STOR
QRE141J-561Y QRE141J-471Y QRE141J-102Y QRE141J-102Y QRE141J-471Y QRE141J-471Y QRE141J-823Y QRE141J-223Y |
C R
C R C R C R C R C R C R C R C R |
560Ω 1/4W J
470Ω 1/4W J 1kΩ 1/4W J 100Ω 1/4W J 4.7KΩ 1/4W J 4.7KΩ 1/4W J 82kΩ 1/4W J 22kΩ 1/4W J |
* |
CAPA
C1232-33 C1301 C1302 C1304 C1305 C1306 C1307-08 C1309 |
CITOR
QETNICM-476Z QETNICM-227Z QCZ0120-104Z QETNICM-476Z QETNICM-476Z QFLCHJ-223Z QFLCHJ-223Z QFLCHJ-223Z QETNIHM-105Z QCS31HJ-390Z |
E CAP.
E CAP. C CAP. E CAP. E CAP. E CAP. E CAP. E CAP. C CAP. |
47μF 16V
220μF 16V 0.1μF 25V 47μF 16V 22μF 50V 0.022μF 50V 1μF 50V 39pF 50V |
M *
Z * M * J * J * J * |
|
R1729
R1730 R1731 R1732-34 R1735-36 R1738 R1739 R1740-41 |
QRE141J-683Y
QRE141J-223Y QRE141J-562Y QRE141J-103Y QRE141J-682Y QRE141J-183Y QRE141J-331Y QRE141J-472Y |
C R
C R C R C R C R C R C R C R C R |
68kΩ 1/4W J
22kΩ 1/4W J 5.6kΩ 1/4W J 10kΩ 1/4W J 6.8kΩ 1/4W J 18kΩ 1/4W J 330Ω 1/4W J 4.7kΩ 1/4W J |
* * |
C1311-13
C1314 C1315 C1316 C1317 C1318 C1319 C1320 |
QCZ0120-104Z
QCB31HK-222Z QFV71HJ-474Z QCZ0120-104Z QFV71HJ-154Z QCZ0120-104Z QCB31HK-332Z QCZ0120-104Z |
C CAP.
C CAP. MF CAP. C CAP. MF CAP. C CAP. C CAP. C CAP. C CAP. |
0.1μF 25V
2200pF 50V 0.47μF 50V 0.1μF 25V 0.15μF 50V 0.1μF 25V 3300pF 50V 0.1μF 25V |
Z *
K * Z * J * K * Z * |
|
R1742
R1743 R1744-45 R1746-47 R1748 R1751 R1754-55 R1756-57 |
QRE141J-103Y
QRE141J-222Y QRE141J-103Y QRE141J-102Y QRE06JJ-103 QRE141J-103Y QRE141J-472Y QRE141J-103Y |
CR
CR CR CR NETW.R CR CR CR |
10kΩ 1/4W J
2.2kΩ 1/4W J 10kΩ 1/4W J 1kΩ 1/4W J 10kΩ 1/4W J 4.7kΩ 1/4W J 10kΩ 1/4W J |
* * |
C1321
C1322 C1323 C1324 C1325-26 C1327 C1328-32 C1341 |
QDC31HJ-120Z
QDC31HJ-120Z QCC0120-104Z QCS31HJ-391Z QC20120-104Z QETN1CM-227Z QCZ0120-104Z QEN01HM-105Z |
C CAP.
C CAP. C CAP. C CAP. C CAP. E CAP. E CAP. C CAP. BP E CAP. |
12pF 50V
12pF 50V 0.1μF 25V 390pF 50V 0.1μF 25V 220μF 16V 0.1μF 25V 1μF 50V |
J *
J * J * J * M * M * |
|
R1758-59
R1760 R1761-63 R1765 R1767 R1768 R1769-70 R1771 |
QRE141J-221Y
QRE141J-102Y QRE141J-221Y QRE141J-221Y QRE141J-221Y QRE141J-823Y QRE141J-833Y QRE141J-103Y QRE141J-392Y |
C R
C R C R C R C R C R C R C R C R |
220Ω 1/4W J 1kΩ 1/4W J 220Ω 1/4W J 220Ω 1/4W J 100kΩ 1/4W J 82kΩ 1/4W J 10kΩ 1/4W J 3.9kΩ 1/4W J | * |
C1342-44
C1348 C1350-52 C1353-55 C1356 C1357 C1358 C1359 |
QCZ0120-104Z
QCZ0120-104Z QCZ0120-104Z QFV71HJ-224Z QCS31HJ-271Z QETN1HM-105Z QETN1HM-475Z QETN1HM-105Z |
C CAP.
C CAP. C CAP. MF CAP. C CAP. E CAP. E CAP. E CAP. E CAP. |
0.1μF 25V
0.1μF 25V 0.1μF 25V 0.22μF 50V 270pF 50V 1μF 50V 4.7μF 50V 1μF 50V |
Z *
Z * J * M * M * M * |
|
R1772-74
R1775-76 R1777 R1779 R1780 R1781 R1783-86 R1796-97 |
QRE141J-103Y
QRE141J-563Y QRE141J-223Y QRE141J-233Y QRE141J-104Y QRL039J-270 QRE141J-103Y QRE141J-103Y |
C R
C R C R C R C R C R C R C R |
10kΩ 1/4W J 56kΩ 1/4W J 22kΩ 1/4W J 33kΩ 1/4W J 100kΩ 1/4W J 27Ω 3W J 10kΩ 1/4W J | * |
C1360
C1361 C1362 C1365 C1371 C1375 C1392 C1395 |
QETN1HM-3352
QCB31HK-1522 QDC31HJ-2702 QE20256-228 QCS31HJ-6802 QETN1CM-1072 QCS31HJ-6802 QCS31HJ-6802 QCS31HJ-1202 |
E CAP.
C CAP. C CAP. E CAP. C CAP. E CAP. C CAP. C CAP. C CAP. |
3.3µF 50V
1500pF 50V 27pF 50V 2200µF 10V 68pF 50V 100µF 16V 68pF 50V 12pF 50V |
M * | |
R1801
R1802 R1803 R1820 |
QRE141J-273Y
QRE141J-0ROY QRE141J-473Y QRE141J-332Y |
C R
C R C R C R |
27kΩ 1/4W J
0.0Ω 1/4W J 47kΩ 1/4W J 3.3kΩ 1/4W J |
* |
C1601
C1602-03 C1604-05 C1606-07 C1608-09 |
QETN1CM-107Z
QETN1HM-105Z QCB31HK-103Z QCB31HK-152Z QCB31HK-103Z |
E CAP.
E CAP. C CAP. C CAP. C CAP. |
100μF 16V
1μF 50V 0.01μF 50V 1500pF 50V 0.01μF 50V |
M *
M * K * K * |
|
C1001
C1002 C1003 C1004 C1005 C1006 C1007 C1008 C1009 C1010 |
QC20120-104Z
QETC1HN-107Z QETC1HN-107Z QC20120-104Z QETN1CM-107Z QC20120-104Z QEHC1CM-227Z QEB31HK-222Z QETN1HM-106Z QEHC1CM-227Z QCS31HJ-181Z |
C CAP.
E CAP. E CAP. E CAP. C CAP. E CAP. C CAP. E CAP. E CAP. E CAP. E CAP. |
0.1µF 25V Z
100µF 50V M 0.1µF 25V Z 100µF 16V M 0.1µF 25V Z 220µF 16V M 2200pF 50V K 10µF 50V M 220µF 16V M 180pF 50V J |
* * |
C1610-11
C1612 C1613 C1614 C1615 C1615 C1616 C1617 C1618-19 C1620-21 C1622 C1625 |
QDC31HJ-2K02
QETN1CM-476Z QCB31HK-472Z QCS31HJ-820Z QETN1HM-106Z QC20120-104Z QETN1HM-105Z QCB31HK-103Z QCS31HJ-470Z QCS31HJ-4802 QCS0120-104Z |
C CAP.
E CAP. C CAP. E CAP. E CAP. C CAP. C CAP. C CAP. C CAP. C CAP. C CAP. C CAP. C CAP. |
2.0pF 50V
47µF 16V 4700pF 50V 82pF 50V 0.1µF 50V 0.1µF 50V 0.01µF 50V 47pF 50V 18pF 50V 0.1mF 25V |
J *
M * K * M * K * K * J * Z * |
|
C1011
C1012 C1015 C1201 C1202 C1203-04 |
QETN1CM-476Z
QCZ0120-104Z QCB31HK-102Z QETN1CM-227Z QCB31HK-102Z QETN1HM-105Z |
E CAP.
C CAP. C CAP. E CAP. C CAP. E CAP. E CAP. |
47μF 16V M
0.1μF 25V Z 1000pF 50V K 220μF 16V M 1000pF 50V K 1μF 50V M 10μE 50V M |
| *
| * | * | * |
C1626
C1627 C1628 C1630 C1631 C1632 C1633 |
QETN1HM-1062
QENC1HM-1052 QETN1CM-4762 QENC1HM-1052 QETN1HM-1067 QETN1HM-1067 |
E CAP.
BP E CAP. E CAP. BP E CAP. E CAP. C CAP. F CAP. |
10mF 50V
1mF 50V 47mF 16V 1mF 50V 10mF 50V 0.1mF 25V 10mF 50V |
M *
N * M * H * Z * |
|
C1207
C1211 C1212-13 C1214-15 C1216-17 C1218-19 C1220 |
QETNICH-227Z
QCB31HK-102Z QCB31HK-102Z QETN1HM-105Z QETN1HM-105Z QETN1HM-105Z QETN1CM-476Z QETN1HM-105Z |
E CAP.
E CAP. E CAP. E CAP. E CAP. E CAP. E CAP. E CAP. E CAP. |
220μF 16V M
1000pF 50V M 1μF 50V M 10μF 50V M 1μF 50V M 47μF 16V M 1μF 50V M |
· * |
C1634-35
C1634-35 C1637 C1638-39 C1645 C1646 C1647 |
QCB31HK-471Z
QCB31HK-103Z QRE141J-0R0Y QCB31HK-102Z QETN1HM-106Z QCZ0120-104Z QETN1HM-1067 |
C CAP.
C CAP. C R C CAP. E CAP. C CAP. E CAP. |
470pF 50V
0.01mF 50V 0.0W 1/4W 1000pF 50V 10mF 50V 0.1mF 25V 10mF 50V |
K * | |
_ |
C1221-22
C1231 |
QETN1CM-107Z
QFLC1HJ-103Z |
E CAP.
M CAP. |
100μF 16V M
0.01μF 50V J |
1 *
| * |
C1648
C1649 |
QCB31HK-102Z
QETN1HM-106Z |
C CAP.
E CAP. |
1000pF 50V
10mF 50V |
K *
M * |
₫ | Symbol No. | Part No. | Part Name | Description | Local | ∆ | Symbol No. | Part No. | Part Name | Description | Local |
---|---|---|---|---|---|---|---|---|---|---|---|
CAPA
C1650-51 C1655-57 C1658 C1659 C1701 C1702 C1703 C1704 |
CITOR
QCB31HK-102Z QCB31HK-102Z QCB31HK-391Z QCB31HK-391Z QCB31HK-821Z QCB31HK-682Z QC20120-104Z QETN1AM-107Z |
C CAP.
C CAP. C CAP. C CAP. C CAP. C CAP. C CAP. E CAP. E CAP. |
1000pF 50V K
1000pF 50V K 390pF 50V K 390pF 50V K 820pF 50V K 6800pF 50V K 0.1µF 25V Z 100µF 10V M |
*
* * * * |
TRAN 01201-05 01206-07 01209-10 01211 01213-14 01215-16 01217 |
STSTO
2PC1815/YG/-T DTC323T5-T 2PA1015/YG/-T 2PA1015/YG/-T 2PA1015/YG/-T 2PC1815/YG/-T DTC323T5-T 2PA1015/YG/-T |
SI.TRANSISTOR
DIGI.TRANSISTOR SI.TRANSISTOR SI.TRANSISTOR SI.TRANSISTOR SI.TRANSISTOR DIGI.TRANSISTOR SI.TRANSISTOR |
* | |||
C1705-06
C1707 C1708 C1709 C1710 C1711 C1711 C1714 C1715 |
QDC31HJ-3R0Z
QCZ0120-104Z QFLC1HJ-333Z QCZ0120-104Z QETN1EM-476Z QCZ0120-104Z QETN1HM-474Z QETN1CH-476Z |
C CAP.
C CAP. M CAP. C CAP. E CAP. C CAP. E CAP. E CAP. E CAP. |
3.0pF 50V J
0.1μF 25V Z 0.033μF 50V J 0.1μF 25V Z 47μF 25V M 0.1μF 25V Z 0.47μF 25V M 47μF 50V M 47μF 16V M |
* |
Q1302
Q1303-04 Q1342 Q1343-44 Q1345 Q1346 Q1347 Q1348 |
2PC1815/YG/-T
2PA1015/YG/-T DTC144ESA-T 2PC1815/YG/-T DTC124ESA-T 2PC1815/YG/-T 2PC1815/YG/-T 2PC1815/YG/-T |
SI.TRANSISTOR
SI.TRANSISTOR DIGI.TRANSISTOR SI.TRANSISTOR DIGI.TRANSISTOR SI.TRANSISTOR F.E.T. SI.TRANSISTOR |
* * | |||
C1716
C1717 C1718 C1751 C1752 C1754 C1756-57 C1758 |
QC20120-104Z
QETN1HH-105Z QCB31HK-471Z QFLC1HJ-563Z QFV71HJ-224Z QC20120-104Z QC20120-104Z QCZ0120-104Z QFTN1AH-227Z |
C CAP.
E CAP. C CAP. M CAP. MF CAP. C CAP. C CAP. E CAP. |
0.1µF 25V Z
1µF 50V M 470pF 50V K 0.056µF 50V J 0.22µF 50V J 0.1µF 25V Z 0.1µF 25V Z 220µF 10V M |
* * |
Q1349-51
Q1610 Q1611 Q1613 Q1701-04 Q1751-52 Q1801 |
2PC1815/YG/-T
2PA1015/YG/-T DTC323T5-T 2PC1815/YG/-T 2PC1815/YG/-T 2PC1815/YG/-T 2PA1015/YG/-T |
SI.TRANSISTOR
SI.TRANSISTOR DIGI.TRANSISTOR SI.TRANSISTOR SI.TRANSISTOR SI.TRANSISTOR SI.TRANSISTOR SI.TRANSISTOR |
-
- |
* | ||
C1759
C1760-61 C1762 C1763 C1764 C1766-68 C1769 C1774 |
QCZ0120-104Z
QDC31HJ-150Z QCZ0120-104Z QETNICM-476Z QCZ0120-104Z QCZ0120-104Z QCS31HJ-471Z QCB31HK-151Z |
C CAP.
C CAP. C CAP. E CAP. C CAP. C CAP. C CAP. C CAP. C CAP. |
0.1µF 25V Z
15pF 50V J 0.1µF 25V Z 47µF 16V M 0.1µF 25V Z 0.1µF 25V Z 0.1µF 25V Z 470pF 50V J 150pF 50V K |
* |
TC
IC1301 IC1303 IC1304 IC1305 IC1601 IC1602 IC1701 IC1702 |
CXA1545AS
TDA9143/N2/S1 TDA4665 TDA4780 MSP3410D-PP-B4 BA4558 M37207MF-150SP L78LR05E-MA |
I.C. (MONO-ANA)
I.C. (MONO-ANA) I.C. (MONO-ANA) I.C. (MONO-ANA) I C I.C. (MONO-ANA) I C I.C. (MONO-ANA) |
* * | |||
C1775
C1776 C1780 C1782 C1801 |
QCS31HJ-121Z
QCZ0120-104Z QFLC1HJ-104Z QCZ0120-104Z QETN1CM-107Z |
C CAP.
C CAP. M CAP. C CAP. E CAP. |
120pF 50V J
0.1μF 25V Z 0.1μF 50V J 0.1μF 50V J 0.1μF 25V Z 100μF 16V M |
*
* * * |
IC1703
IC1704 IC1751 IC1752 IC1753 IC1754 IC1755 |
AT24C16-29TH3
AT24C16-10PC SDA30C263 M27C100129TH3EP AT24C16-10PC SDA5273-258 MCM514400D-6075 |
I.C.(EP-ROM)
I.C.(EP-ROM) MICRO COMPUTER I.C.(EP-ROM) I.C.(EP-ROM) I.C.(MICRO-PROC) I.C.(MICRO-PROC) I.C.(PAM) |
*
* * |
|||
COTL
L1001-02 L1003 L1004 L1301 L1601 L1602 L1603 L1611-12 L1701 |
QQL01BK-8R2Z
QQL01BK-221Z QQL01BK-101Z QQL01BK-390Z QQL01BJ-220Z QQL01BJ-180Z QQL01BJ-180Z QQL01BK-100Z CELC005-2R5J7 |
COIL
COIL COIL COIL COIL COIL COIL CHOKE COIL |
8.2µН К
220µН К 100µН К 39µН К 22µН Ј 18µН Ј 10µН К 2.5µН 4.7µН К |
* * |
EF1610-12
K1001 K1005 K1009 K1011 |
HN1280/Q/
ERS QQR0490-001 CEM5006-068 CEM5007-032 CE42142-1032 CE41433-0012 CE41432-0012 CE41433-0012 |
I.C. (DIGI-MOS)
NOISE FILTER IC SOCKET IC SOCKET EMI FILTER BEADS CORE CHOKE COIL BEADS CORE BEADS CORE BEADS CORE |
* ** | |||
L1701
L1702 L1752 L1753 |
QQL01BK-4R72
QQL01BK-8R2Z QRE141J-OROY QQL01BK-4R7Z |
COIL
C R COIL |
4.7μΠ Κ
8.2μΗ Κ 0.0Ω 1/4₩ J 4.7μΗ Κ |
* |
K1301
K1601 K1602 |
CE41433-001Z
QRE141J-0R0Y CE41433-001Z |
BEADS CORE
C R BEADS CORE |
0.0Ω 1/4W j |
*
* * |
||
D I O D
D1201-11 D1214-15 D1343 D1345-48 D1349 D1350-53 D1358 D1701-02 |
E
MTZJ13B-T2 MTZJ13B-T2 155133-T2 MTZJ6.2B-T2 155133-T2 155133-T2 155133-T2 155133-T2 |
ZENER DIODE
ZENER DIODE SI.DIODE SI.OIODE ZENER DIODE SI.DIODE SI.DIODE SI.DIODE SI.DIODE |
* * |
K1701-02
MD03 TU1001 X1311 X1312 X1610 X1701 X1751 X1752 |
CE41433-001Z
CEEK481-A02 CE40749-001Z CE402668-001Z CE42546-001Z CST8.00HTW QAX0307-001 QAX0351-001Z |
BEADS CORE
IF PWB ASSY TUNER CRYSTAL CRYSTAL CRYSTAL CER.RESONATOR CER.RESONATOR X TAL |
Refer to next Page | * | |||
D1704
D1705 D1710-11 D1754-58 D1801-02 D1804 |
155146-T2
155133-T2 155133-T2 MTZJ6.2B-T2 155133-T2 155133-T2 |
SI. DIODE
SI. DIODE SI. DIODE ZENER DIODE SI. DIODE SI. DIODE |
* |
NRSA02J-3317 NRSA02J-1017 NRSA02L-0807
NRSA02J-0R07 NRSA02J-2222
NRSA02J-1227 NRSA02J-272)
NDC 403 1 1501
NRSA02J-1507 NRSA02J-1217 NRSA02J-5617
NRSAU2J-3617 NRSA02J-4727 NRSA021-2727
NRSA02J-2727 NRSA02J-2737 NRSA02J-2737
NRSAU2J-4/1/ NRSA02L_102
NRSA021-822)
NRSA02J-0227 NRSA02J-0R07 NRSA02J-4707
NRSA02J-393)
K0022
R0024 R0021
R0020
00000 01
R0030-31 R0050-51 R0052-53
R0059 R0060-61
R0060
R006
R0065
R
This PW Board Ass'v is included in the above MAIN PW Board Ass'v Symbol No Part No Part Name Description Local Symbol No. Part No. RESISTOR NRSA02J-472X R0021 NRSA02J-122X R0022 NRSA02J-331X NC 1 4 7k0 1/10W
ис в
MG R
4,7KΩ 1/10W 1,2kΩ 1/10W 330Ω 1/10W
100Ω 1/10W
2.2kΩ 1/10W 1.2kΩ 1/10W 2.7kΩ 1/10W
15Ω 1/10W
120Ω 1/10W 120Ω 1/10W 560Ω 1/10W
560Ω 1/10W 4,7kΩ 1/10W 2.7kΩ 1/10W 27kΩ 1/10W 470Ω 1/10W 1kΩ 1/10W
8.2kΩ 1/10W
47Ω 1/10W 39kΩ 1/10W
▲ Symbol No. Part No Part Name Description Local CAPACITOR C0060 NDC21HJ-120X C0061 NDC21HJ-7R0X C A 12pF NUCZIHJ-/RUX OFTN1HM-4747 E CAP C CAP 7.0pF 0.47μF C0063 NCB21HK-103X NCB21HK-472X OFTN1HM-1057 4700pF QEINIHM-1052 NDC21HJ-120X C CAP 1με 12pF 0.01μΕ CUU6/ COO69-70 . . SOV C0071 QETN1HM-336Z E CAP C0071 C0080-81 33μH 4700pF 47μF QETN1CM-4762 47µi 200n F C0102 C0103 120pF 120pF 220pF C0104 NCF21EZ-104X OFTN1HM-3357 220pr 0.1μF 3.3μF C0105 C0141 NCB21HK-332X C CAP 3300pF τογ 3300pF 1µF C0142 C0143 C0144 QFLC1HJ-6832 OFTN1HM-3357 3.3μF 2200nF C0144 C0145 C0601 2200pF 0.018uF C0601 C0602 QETN1CM-4762 QETN1HM-1067 E CAP 4/μr 10μF E CAP. E CAP. 1uF 50V C0604 QETN1HM-1052 0000 1μF 470μF 0.01μF 50V 16V 50V 0600 TRANSFORMER 10020 QQR0626-001 I.F.TRANSF 10050 CELT001-307 C.WAVE TRAI 10051 CELT001-306 C.WAVE TRAI L.F. IKANDE. C.WAVE TRANSF C WAVE TRANSF COIL QQLZ014-R47 NQL011K-1R5X NQL011K-2R2X NQL011K-120X NQL011K-100X NQL011K-330X NQL011K-8R2X PEAKING COTI 0.47uH L0020 1.5μH 2.2μH 1.0030 10030 2.2µп 12µН 10µН 10040 L0041 L0042 8. L0050 NOLO11K-OK2X ззµн 33µН 1 0070 NOI 011K-5R6X COTI 5.6uH L0070 NQL011K-SR0X NQL011K-8R2X NOL011K-6R8X 8.2μH 6.8μH 8.2µН 5.6µН 10104 D I O D E D0020-21 15585-T5 D0050-51 15585-T5 SI.DIODE TRANSIS STOR 00012 25C5083/L-P/-T 00080 25C2712/YG/-X 00101 25C2712/YG/-X 00102 25A1162/YG/-X SI.TRANSISTOR 25A1162/16/-A DTC144EKA-X 2502712/YG/-X DIGI.TRANSISTOR SI.TRANSISTOR SI.TRANSISTOR 2SC2/12/YG/-X 2SC2712/YG/-X 2SA1162/YG/-X SI. TRANSISTOR DTC144EKA-X DIGI. TRANSISTOR 00108 Q0109-11 2SC2712/YG/-X SI. TRANSISTOR SI. TRANSISTOR DIGI. TRANSISTOR SI. TRANSISTOR 00120-26 DTC144EKA-X 2SC2712/YG/-X 00601-02 I C TA8865BN I.C. (NONO-ANA) 0 T H CF0010-1 R S FTP40.40MF CERAMIC FILTER CF0010-11 CF0012-13 CF0100 F1P40.40MF QAX0479-001 TPS5.5MW SAW FILTER CERAMIC FILTER CF0100 CSB503F30-T2 CERAMIC FILTER QAX0316-001 SF0010 SF0011 CE42574-702 CE42606-701 SAW FILTER
080-81 | NKSAUZJ-4/3X | MG K | 4/KΩ 1/ | TOW | 1 | Ť |
---|---|---|---|---|---|---|
082 | NRSA02J-272X | MGR | 2./KΩ 1/ | 10₩ | J | * |
101 | NRSA02J-822X | MG R | 8.2kΩ 1/ | /10W | J | * |
102 | NRSA02.1-471X | MG R | 470Ω 1 | /10₩ | J | * |
103 | NRSA021-102X | MG R | 1k0 1. | /10W | 1. | * |
104 | NPS4021-121Y | MGR | 1200 1 | /100 | ī | * |
104 | 1000 1 | (100 | í | ÷ | ||
105 | 2700 1 | (100 | J | Ξ | ||
106 | NKSAUZJ-Z/IX | MGK | 2700 1/ | 100 | ì | Ŧ |
107 | NRSA02J-151X | MGR | 150Ω 1. | /10W | J | * |
108 | NRSA02J-102X | MGR | 1kΩ 1. | /10W | J | * |
109 | NRSA021-151X | MG R | 150Ω 1. | /10₩ | ] | * |
110 | NPSA071-777Y | MCR | 2 240 1 | /100 | Ĩ | * |
110 | MIGNOLJ LLLA | 2.2046 1 | 100 | 5 | ||
111 11 | NDC4011 101V | MCD | 1500 1 | /104 | 1 | * |
111-12 | NR5AU2J-151A | 1302 1 | 100 | 1 |
т
ц |
|
113 | NKSAUZJ-ZZIX | rig k | 22002 1 | 1UW | , | • |
114 | NRSA02J-471X | MGR | 4/0Ω 1. | /10W | J | * |
115 | NRSA02J-332X | MG R | 3.3kΩ 1. | /10W | J | * |
116 | NRSA021-561X | MG R | 560Ω 1 | /10W | J | * |
117 | NRS4071-337Y | MG R | 3 3k0 1 | /10W | 1 | * |
110 14 | NC D | 1040 1 | 100 | í | * | |
120-24 | NKSAUZJ-103X | 1 200 1 | (101) | 1 | - | |
125 | NKSAUZJ-122X | Misk | 1.2KΩ 1. | / TUW | J | Ŧ |
140 | NRSA02J-474X | MGR | 470kΩ 1. | /10₩ | J | * |
141 | NRSA02J-101X | MG R | 100Ω 1. | /10₩ | J | * |
142 | NRSA071-391X | MG R | 3900 1 | /10₩ | 1 | * |
142 | NDC 107 1-750V | MCR | 750 1 | /100 | ĩ | * |
1145 | C00LO 1 | /10% | J |
т
- |
||
144 | NKSAUZJ-684X | MG K | 680K12 1 | /10₩ | 1 | * |
145 | NRSA02J-332X | MGR | 3.3KΩ 1 | /10₩ | J | * |
146 | NRSA02J-104X | MG R | 100kΩ 1 | /10W | J | * |
601 | NRSA021-822X | MG R | 8.2kΩ 1 | /10₩ | J | * |
602 | NRSA021-102X | MGR | 1kΩ 1 | /10₩ | J | * |
603 | NPSA071-104Y | MG R | 100k0 1 | /100 | Ĩ. | * |
000 | 200K32 1 | /100 | J | ÷ | ||
1004 | NKSAUZJ-003A | 00112 | / 108 | J |
-
- |
|
605-06 | NKSAUZJ-392X | MG K | 3.9K12 1 | /10₩ | J | * |
)607 | NRSAO2J-822X | MGR | 8.2kΩ 1 | /10₩ | J | * |
)608 | NRSA02J-562X | MGR | 5.6kΩ 1 | /10₩ | J | * |
)609 | ORZ9017-470 | FUSI.RESISTOR | 47 Ω | 1/4W | J | * |
_ | ||||||
ΞΑΡΑ | CITOR | = 01 / | ||||
)020 | NCB21HK-472X | C CAP. | 4/00pł | 50V | K | * |
)022-25 | NCB21HK-472X | C CAP. | 4700pF | 50V | Κ | * |
026-27 | NCB21HK-103X | C CAP. | 0.01µF | 50V | K | * |
020 | NCR21HK-472Y | C CAP | 4700nF | 50V | Κ | * |
040 | 1000pF | 501 | î | * | ||
040 | NUCZIRJ-10ZA | 10000 | 101 | Л |
т
_ |
|
1041 | QEINICM-10/2 | E LAP. | 100μ- | 101 |
n
K |
* |
)042 | NCB21HK-103X | C CAP. | 0.01µF | 50V | K | * |
)043 | QETN1CM-107Z | E CAP. | 100µF | 16V | Μ | * |
• | ||||||
044 | NCB21HK-103X | C CAP. | 0.01uF | 50V | K | * |
046 | NCB21HK-103Y | C CAP | 0.01µF | 50V | ĸ | * |
040 | OCTN1CM 3377 | E CAD | 220 F | 16V | M | * |
1047 | 220µ1 | E OV | M |
т
- |
||
050 | QEINTHM-1052 | E LAP. | ιμr | 204 | n | * |
051 | NCB21HK-472X | C CAP. | 4/00pF | 50V | ĸ | * |
052 | QAT7004-100 | 10 | pF | |||
0053 | NDC21HJ-6ROX | C CAP. | 6.0pF | 50V | | J | * |
054 | NCB21HK-103X | C CAP. | 0.01µF | 50V | Κ | * |
• | • | - · • | ||||
055 | OFTN1CM-1077 | F CAP. | 100uF | 16V | Μ | * |
AETN1HM_4747 | E CAP | 0 17.F | 50V | M | * | |
010 | 0.47µF | it i | ÷ | |||
105/ | NUCZIHJ-1UZX | U LAP. | 10000 |
DUV
DUV |
J | • |
JU58 | NCB21HK-472X | L LAP. | 4700pF | 50V | ĸ | * |
059 | QAT7004-100 | 10 | pF | |||
***** |
POWER D | EF P.W.BO | DARD ASS' | Y (SMC-2001A-U2) | ∆ Symbol No. | Part No. | Part Name | Description Local |
---|---|---|---|---|---|---|---|
∆ Symbol No. | Part No. | Part Name | Description Local | RESI | C P | 6900 1/3W I + | |
DEST | STOP | K2909 | 00052 1/2W J * | ||||
C P | 110 1/11 1 * | KZ910 | 1.00 21/ | ||||
R2401
R2401 |
ORE1411-1879 | CR | 1 8k0 1/4W | * | K2911 | QKIU29J-IKU |
nr K
C D |
1.012 ZW J * |
R2400
R2400 |
ORX01G1_1R0 | MER | 1 10 11 1 * | KZ91Z | 5.3K32 1/2W J * | ||
R2405 | ORE1/11_187Y | C R | 1.8k0 1/4W 1 * |
R2913
D2051 |
QKLU39J-003 | 11-C0 7-1-1 + | |
R2410 | 0RG0291-121 | DM R | 120 Q 2W | * | D7057 | 0010201-222 | OMIN |
1∧32 /H J +
77k∩ 3W | ★ |
R7417-13 | 0RX0161-1R7 | MFR | 1 20 1W | * |
R2332
D3052 |
QRE0333-223 | C P | 1k0 1/4W | * |
R7412 15 | ORE1411-103Y | C R | 10k0 1/4W | * | R2500 | QKE1413-1021 | LK | 1822 1/48 5 4 |
R2414 | ORF1411-472Y | CR | 4.7kQ 1/4W 1 * | R7954 | 0RF141 |-103Y | C R | 10k0 1/4W | * |
112125 | C N | R2955 | ORE1411-822Y | ČR | 8.2kΩ 1/4W J * | ||
R2416 | QRE141J-332Y | CR | 3.3kΩ 1/4₩ J 🔹 | R2957 | ORE141 - 102Y | CR | 1kΩ 1/4₩ J * |
R2417 | QRE141J-222Y | CR | 2.2kΩ 1/4₩ J 🔹 | R2958 | ORE141J-152Y | CR | 1.5kΩ 1/4₩ J * |
R2423 | QRE141J-272Y | CR | 2.7kΩ 1/4W J ★ | R2959-60 | ORE141J-103Y | CR | 10kΩ 1/4W J * |
R2424 | QRE141J-563Y | CR | 56kΩ 1/4W J * | R2961 | ORE141J-473Y | CR | 47kΩ 1/4₩ J * |
R2425 | QRE141J-104Y | CR | 100kΩ 1/4W J * | R2962-63 | QRG01GJ-220 | OM R | 22Ω 1W J * |
R2426 | QRE141J-123Y | CR | 12kΩ 1/4₩ J * | R2964 | QRE141J-330Y | CR | 33Ω 1/4W J * |
R2501 | QRE141J-274Y | CR | 270kΩ 1/4W J * | ||||
R2503 | QRE141J-393Y | CR | 39kΩ 1/4₩ J * | R2965 | QRE141J-681Y | CR | 680Ω 1/4W J * |
6 B | R2966 | QRE141J-153Y | CR | 15kΩ 1/4W J * | |||
R2504-05 | QKE141J-2/1Y | CR | 2/012 1/4W J * | R2967 | QRE141J-682Y | CR | 6.8kΩ 1/4W J * |
R2506 | QRE141J-1031 | C R | 10KU 1/4W J * | R2968 | QRE141J-822Y | CR | 8.2kΩ 1/4W J * |
K2507 | QKE141J-8211 | - 52012 1/4W J * | R2969 | QRE141J-682Y | C R | 6.8KΩ 1/4W J * | |
K23U0
D2500 |
UKA14CF-1502Y | K29/0 | QKE141J-103Y | LK | 10KΩ 1/4₩ J * | ||
R2309
07510 |
QKA14UF-4/UIT
ARF1/11_933V |
הרוג
רופ |
4./K32 1/4₩ Γ
8.7k⊖ 1//⊌ ⊑ ש |
K29/1 | QKE141J-682Y | LK | 6.8KΩ 1/4W J * |
D2511 | QNE1410-0221 | C R | 3.31/34 1/44 J * | K29/2 | QKE141J-822Y | ικ | 8.2K12 1/4W J * |
R2513 | 0RF1411-3321 | C R | 10k0 1/4W i * | P7072 | ORE1/11 1_627V | C R | 6.8k0 1//₩ I + |
112323 | GUET411-1031 | C N | 10126 1/ TH J " | R797 1 | 0RF1411-0021 | C R | 6800 1/4W | ± |
R2514 | QRE141J-102Y | CR | 1kΩ 1/4W J * | R7974 | ORF1411-871V | C R | 8700 1/AW I ± |
R2515 | ORE141J-123Y | C R | 12kΩ 1/4W J * | A R2991 | 0R70057-825 | 8 2MO 1W | * | |
R2516 | ORG039J-272 | OM R | 2.7kΩ 3W J | 0120037 023 | 0.2188 210 5 | ||
R2517 | QRG039J-222 | OM R | 2.2kΩ 3W J | CAPA | ACITOR | ||
R2518 | QRE121J-152Y | CR | 1.5kΩ 1/2W J * | C2401 | QFLC2AJ-104Z | M CAP. | 0.1µF 100V J * |
R2519 | QRE141J-220Y | CR | 22Ω 1/4₩ J * | C2402 | QETN1VM-337Z | E CAP. | 330µF 35V M * |
R2520 | QRE141J-333Y | CR | 33kΩ 1/4₩ J * | C2403 | QFV71HJ-104Z | MF CAP. | 0.1µF 50V J |
R2521 | QRE121J-5R6Y | CR | 5.6Ω 1/2₩ J * | C2405 | QFV71HJ-474Z | MF CAP. | 0.47µF 50V J * |
D2522 | 005141 + 4737 | C D | 471-0 1/411 + + | C2406 | QFLC2AJ-104Z | M CAP. | 0.1µF 100V J * |
K2522 | QKE141J-4/31 |
L K
C D |
47K32 1/4W J * | (240/ | QFLCZAK-2232 | M CAP. | 0.022µF 100V K * |
KZ3Z4 | QRE121J-4/11 | 4/012 1/2W J + | C2408-09 | QCB32HK-2212 | L LAP. | ||
R2320
D3537 |
OPE1/11-173V | C P | 100032 1/2H J + | C2410 | QFV/1HJ-4/42 | MF CAP. | 0.47µF 50V J + |
R7578 | ORE1413-1231 | CR | 680k0 1/4W / * | C2411 | OFTNIHM-2267 | F CAP | 72µF 50V M ★ |
R7579 | ORE1411-394Y | C R | 390k0 1/4W / * | (2412 | OFTM1VM-108 | F CAP | 1000µF 35V M * |
R2525 | ORE1211-152Y | C R | 1 5k0 1/2W | * | (7413 | 0053101-2202 | C CAP | 22nF 50V 1 * |
R2533 | ORG0391-150 | OM R | 15 0 3W | * | (2415 | ODC31H1-4707 | C CAP. | 47pF 50V J * |
12000 | 4.00000 200 | C2501 | OCB31HK-102Z | C CAP. | 1000pF 50V K * | ||
R2534 | QRE121J-392Y | CR | 3.9kΩ 1/2₩ J * | C2502 | OETN1CM-108Z | E CAP. | 1000µF 16V M * |
R2535 | QRE141J-102Y | C R . | 1kΩ 1/4W J * | C2503 | OETN2AM-106Z | E CAP. | 10µF 100V M * |
R2536 | QRE141J-122Y | CR | 1.2kΩ 1/4₩ J * | C2504 | QETN1AM-227Z | E CAP. | 220µF 10V M * |
R2537 | QRE141J-471Y | CR | 470Ω 1/4W J * | • | |||
R2538 | QRE141J-562Y | CR | 5.6kΩ 1/4₩ J * | C2505 | QFLC2AJ-102Z | M CAP. | 1000pF 100V J * |
R2539 | QRE141J-272Y | CR | 2.7kΩ 1/4₩ J * | C2506 | QCB32HK-331Z | C CAP. | 330pF 500V K * |
R2541 | QRE141J-223Y | CR | 22kΩ 1/4₩ J * | C2507 | QFV71HJ-104Z | MF CAP. | 0.1µF 50V J |
R2542 | QRE141J-681Y | CR | 680Ω 1/4₩ J * | C2508 | QFM72DK-103 | M CAP. | 0.01µF 200V K * |
00540 | 0051411 1001 | 6 D | 101.0 1 (1) | C2509 | QETN1AM-227Z | E CAP. | 220µ£ 10V M |
KZ543 | QKE141J-1031 | C R | 10KS2 1/4W J * | C2510 | QUB31HK-4/22 | C CAP. | 4/00pt 50V K |
K2044-40
D7546 |
QKE141J-1237
ODE1411 102V |
L2512 |
QUSSIRJ-2/12
0EV714 - 3347 |
L LAP. | |||
R2040
D) C 47 |
QRE141J-1031 | C R |
10K32 1/4m J ↑
82k0 1/4⊌ I ● |
C2520 | VLA1117-5545 | nr LAr. | V.ZZWF DVV J |
N204/
D)C/10 |
QNL1413-0231 | C R |
0∠⊀32 1/4π J ↑
Σ ζγΩ 1/Λ⊌ Ι ⊭ |
(2521 | 0F70122-302 | M PP CAP | 3000nF1 ЯkVH п 1% |
R2340 | ORF1011-10021 | C R | 1 2k0 1/2W | * | (7577 | 0F70117-5001 | M.PP CAP | 5000pF1 4kVHn 1 5% |
R7554 | ORF1/11-567V | C R | 5.6k0 1/4W 1 * | (2523 | 0FP32G1-273 | PP CAP. | 0.027mF 400V 1 |
R2555 | ORF1411-104Y | CR | 100k0 1/4W I * | C2525 | 0FZ0117-4001 | M.PP CAP | 4000pF1,4kVHN 2.5% |
NEJJJ | AUCT411 1041 | с н | 100/126 1/ TH J T | C2526 | 0FZ0119-804 | M.PP CAP | 0,8mF 200V n 3% n |
R2556-57 | QRE141J-472Y | CR | 4.7kΩ 1/4₩ J * | C2527 | QFZ0119-804 | M.PP CAP. | 0.8mF 200V [] 3% [] |
R2558 | QRE141J-682Y | CR | 6.8kΩ 1/4₩ J * | C2528 | QFZ0194-154 | M.PP CAP. | 0.15mF 250V J |
R2559 | QRE141J-223Y | CR | 22kΩ 1/4W J * | 2 | - | ||
R2560 | QRE141J-270Y | CR | 27Ω 1/4W J * | C2529 | QFZ0128-184 | M.PP CAP. | 0.18mF 400V [] 3% |
R2571 | QRG029J-223 | OM R | 22kΩ 2W J * | C2532 | QCB32HK-561Z | C CAP. | 560pF 500V K |
R2581 | QRF104K-3R9 | UNF R | * | C2533 | QFZ0194-104 | M.PP CAP. | 0.1mF 250V J |
R2582 | QRE121J-102Y | CR | 1kΩ 1/2₩ J * | C2536 | QFZ0119-534 | M.PP CAP. | 0.53mF 200V 0 3% 0 |
R2583 | QRE121J-562Y | CR | 5.6kΩ 1/2W J * | C2537 | QE1M2CM-227 | E CAP. | 220mF 160V M 0 |
02541 | QEM01HK-105Z | E LAP. | |||||
R2584 | QRE141J-183Y | L R | 18kΩ 1/4W J * | (2543 | QUB31HK-681Z | ||
K2585 | UKE141J-222Y |
L K
C P |
2.2KΩ 1/4W J * | CZ544 | QEINIEM-4/6Z | t CAP. | 4/mt 25V M [] |
K2592 | QKE141J-153Y | LK | 15K12 1/4W J * | (7545 | OFTN14M-1077 | F CAP | 100mc 10V M n |
RZ593 | UKE141J-182Y | 1.8KΩ 1/4W J * | (7545 |
L CAF.
ME CAP |
0.1mE 20V I | ||
KZ9UZ | (2540 | 0CS31H1-4707 | C CAP. | 47nF 50V I n | |||
K2903-04 | 40307113 410E | U WHI I | |||||
K2905-00 | UKLU39J-003 | UT K | |||||
N/ 11/ | UNE 17 11-1771 | 1. B | 1.2632 1/247 3 🕈 1 |
₫ | Symbol No. | Part No. | Part Name | Description | Local | ⊿ | Symbol No. | Part No. | Part Name | Description | Local |
---|---|---|---|---|---|---|---|---|---|---|---|
CAPA
(2551 (2552-53 (2554 (2555-56 (2557 (2581 (2582 (2584 |
CITOR
QEN61HN-105Z QCB32HK-152Z QETN2EM-106Z QETN1EM-108Z QCB32HK-102Z QETN1AM-107Z QETN1CM-476Z QCS31HJ-151Z |
BP E CAP.
C CAP. E CAP. E CAP. C CAP. E CAP. E CAP. C CAP. |
1μF 50V M
1500pF 500V K 10μF 250V M 1000μF 25V M 1000pF 500V K 100μF 10V M 47μF 16V M 150pF 50V J |
* * |
D I O C
D2582 D2585 D2901 D2902 D2903-04 D2905-08 D2910 D2911 D2951-52 |
E
MTZJ7.5B-T2 155133-T2 D35B60 BYD33M-T3 BYW95C-20 BYD33D-T3 155133-T2 MTZJ15B-T2 RU4C-F1 |
ZENER DIODE
SI.DIODE BRIDGE DIODE SI.DIODE SI.DIODE SI.DIODE SI.DIODE ZENER DIODE SI.DIODE SI.DIODE |
* * | |||
C2903-05
C2906 C2907 C2908 C2909 C2910 C2912 C2913 |
QC29086-472
QEZ0199-227 QC832HK-103 QC20122-151 QETN1HM-106Z QETN1HM-475Z QCZ0122-102 QC831HK-152Z |
C CAP.
E CAP. C CAP. C CAP. E CAP. E CAP. C CAP. C CAP. |
4700pFAC125V P
220μF 400V M 0.01μF 500V K 150pF 2000V K 10μF 50V M 4.7μF 50V M 1000pF 2000V K 1500pF 50V K |
* |
D2953
D2954 D2955-56 D2957 D2958 D2959 D2960 D2962 |
BYD33M-T3
SF6L20U BYW95B-20 BYD33M-T3 MCR22-6 1S5146-T2 MTZJ7.5B-T2 BYD33D-T3 |
SI.DIODE
SI.DIODE SI.DIODE SI.DIODE THYRISTOR SI.DIODE ZENER DIODE SI.DIODE SI.DIODE |
* * | |||
C2914
C2951 C2952 C2953 C2954-55 C2956 C2957 |
QCB31HK-561Z
QEZ0203-227 QETN1EM-108Z QEHC1CM-108Z QEHB1CM-228 QETM1VM-108 QCB32HK-101Z |
C CAP.
E CAP. E CAP. E CAP. E CAP. E CAP. C CAP. |
560pF 50V K
220µF 160V M 1000µF 25V M 1000µF 16V M 2200µF 16V M 1000µF 35V M 1000µF 35V K |
* |
D2963
D2965 D2967-72 D2973 D2974 |
MTZJ5.6A-T2
RK34-LFC4 155133-T2 BYW95B-20 BYD33D-T3 |
ZENER DIODE
SI. DIODE SI. DIODE SI. DIODE SI. DIODE SI. DIODE |
* | |||
C2958-59
C2960 C2962 C2965 C2966-67 C2969 C2970 C2971 C2971 C2971 |
QCZ0131-102
QCB32HK-102Z QFV71HJ-104Z QCZ0122-151 QCZ0120-104Z QEZ0256-128 QEHC1HM-336Z QEHC1HM-337 |
C CAP.
C CAP. MF CAP. C CAP. C CAP. E CAP. E CAP. E CAP. E CAP. |
1000pF 2000V K
1000pF 500V K 0.1µF 50V J 150pF 2000V K 0.1µF 25V Z 1200µF 10V M 33µF 50V M 100µF 16V M 2000µF 10V M |
* |
Q2403
Q2405-06 Q2501 Q2502 Q2505 Q2506 Q2521 Q2523 |
2PC1815/YG/-T
2PC1815/YG/-T BSN274 2PC1815/YG/-T 2PA1015/YG/-T 2PC1815/YG/-T 2SC5048 IRF640 |
SI.TRANSISTOR
SI.TRANSISTOR F.E.T. SI.TRANSISTOR SI.TRANSISTOR SI.TRANSISTOR POWER TRANSISTOR F.E.T. |
* * | |||
C2972
C2973 C2974 C2975 C2976 C2991 C2992 C2992 |
QETNIAN-227Z
QEZ0256-128 QEHB1CM-228 QEHC1AM-107Z QCZ9079-471 QCZ9041-332 QCZ9044-332 |
E CAP.
E CAP. E CAP. E CAP. C CAP. C CAP. C CAP. |
2200µF 10V M
2200µF 10V M 100µF 10V M 470pFAC250V M 3300pFAC400V K 4700FAC250V K |
* |
Q2526
Q2541 Q2581 Q2582 Q2951-54 T C IC2401 |
DTC124ESA-T
2SD1408/0Y/-LB 2SA949/Y/Z1 DTC144ESA-T 2PC1815/YG/-T LA7845N |
DIGI.TRANSISTOR
SI.TRANSISTOR SI.TRANSISTOR DIGI.TRANSISTOR SI.TRANSISTOR I.C. (MONO-ANA) |
* | |||
▲ |
TRAN
T2501 T2521 T2901 |
QR0882-001
QQR0882-001 QQR0706-001 CETS106-001J4 |
E R
H D T PINC.TRANSF. SW TRANSF. |
470p17/2304 | * |
IC2501
IC2541 IC2901 IC2951 IC2952 IC2953 IC2954 |
TDA9151B
UPC4558C STR-F6655 SE135N LM2940CT-12 UPC2409AHF KTA7808PT |
I.C. (DEF-PRO)
I.C. (MONO-ANA) I.C. (HYBRID) I.C. (HYBRID) I.C. (MONO-ANA) I.C. (MONO-ANA) I.C. (MONO-ANA) |
* | ||
COIL
L2521 L2541 L2551 L2951 L2952 L2953 L2954 |
QR0707-001
QQR0705-001 QQL2018-560 QQL2018-460 QQL421M-5R62 QQR0518-002 QQL2018-460 |
LINEARITY COIL
CHOKE COIL HEATER CHOKE HEATER CHOKE COIL CHOKE COIL HEATER CHOKE |
5.6µН М |
*
* * * |
IC2955
IC2956 IC2957 OTHE CP2901 CP2902 |
SI-80505
KIA7805PI KIA7805PI KIA7808PI ERS ICP-N10-Y ICP-N10-Y |
I.C. (HYBRID)
I.C. (MONO-ANA) I.C. (MONO-ANA) I.C. (MONO-ANA) I.C. PROTECT I.C. PROTECT |
* | |||
D T O D
D2401 D2402 D2403 D2404 D2405 D2410 D2411 D2601 |
E MTZJ75-T2 BYD33D-T3 1SS133-T2 MTZJ7.55-T2 1SS133-T2 NTZJ22B-T2 PYD32C-T2 |
ZENER DIODE
SI.DIODE SI.DIODE ZENER DIODE SI.DIODE SI.DIODE ZENER DIODE SI.DIODE |
* * |
CP2954
CP2955 CP2956 CP2958 FR2551 FR2552 FR2553 K2401-02 K2502-05 |
ICP-NS0-Y
ICP-NS0-Y ICP-NS0-Y ICP-N25-Y QR29021-1R0 QR29021-1R0 QR29017-4R7 CE41433-0012 ONR0678-001 |
I.C. PROTECT
I.C. PROTECT I.C. PROTECT I.C. PROTECT FUSI.RESISTOR FUSI.RESISTOR FUSI.RESISTOR BEADS CORE FERRITE READS |
* * | ||||
D2502
D2504 D2505 D2506 D2507 D2508-09 D2521 D2525 |
MTZJ7.5S-T2
1SS133-T2 MTZJ6.8A-T2 1SS146-T2 1SS81-T5 1SS133-T2 FMV-3FU-F1 V11CA-C1 |
ZENER DIODE
SI.DIODE ZENER DIODE SI.DIODE SI.DIODE SI.DIODE SI.DIODE SI.DIODE SI.DIODE |
* | ▲ |
K2506
K2901-04 K2951 PC2521 PC2901 R2908 |
CE41433-001Z
CE41433-001Z CE41433-001Z TLP621(B) TLP721F(D4-GR) QRZ9009-4R7 |
BEADS CORE
CORE BEADS CORE I.C.(PH.COUPLER) I.C.(PH.COUPLER) FUSI.RESISTOR |
4.7 $ |
*
* * 2 * |
||
D2541
D2542 D2550-51 D2552-53 D2556 D2571 D2581 |
MTZJ6.8C-T2
1SS133-T2 BYD33G-T3 BYW95B-20 BYD33G-T3 MTZJ33B-T2 MTZJ35B-T2 |
ZENER DIODE
SI.DIODE SI.DIODE SI.DIODE SI.DIODE ZENER DIODE ZENER DIODE |
* * |
₫ | Symbol No. | Part No. | Part Name | Description | Local |
---|---|---|---|---|---|
RESI
R3101 R3102 R3103 R3104 |
STOR
QRE141J-272Y QRE141J-153Y QRE141J-152Y ORE141J-820Y |
C R
C R C R C R |
2.7kΩ 1/4W J
15kΩ 1/4W J 1.5kΩ 1/4W J 82Ω 1/4W J |
* | |
₫ |
R3105
R3106 R3107-08 R3109 |
QRE141J-331Y
QRJ146J-100X QRE141J-470Y QRZ9021-561 |
CR
CR CR FUSI.R |
330Ω 1/4₩ J
10Ω 1/4₩ J 47Ω 1/4₩ J |
*
* * |
R3110
R3111 R3112 R3113-14 R3115 R3116 R3117 R3118 |
QRE141J-821Y
QRE141J-390Y QRE141J-2R7Y QRE141J-563Y QRE141J-821Y QRE141J-821Y QRE141J-2R7Y QRE141J-390Y QRE141J-121Y |
C R
C R C R C R C R C R C R C R C R |
820Ω 1/4W J 39Ω 1/4W J 2.7Ω 1/4W J 56kΩ 1/4W J 820Ω 1/4W J 2.7Ω 1/4W J 30Ω 1/4W J 2.7Ω 1/4W J 39Ω 1/4W J 120Ω 1/4W J | * | |
R3119
R3120 R3121 R3122 R3123 R3124 R3125 R3126 |
QRL029J-391
QRE141J-222Y QRE141J-472Y QRE141J-221Y QRE141J-473Y QRE141J-102Y QRE141J-102Y QRE141J-181Y QRE141J-123Y |
OM R
C R C R C R C R C R C R C R C R |
390Ω 2W J 2.2kΩ 1/4W J 4.7kΩ 1/4W J 220Ω 1/4W J 47kΩ 1/4W J 1kΩ 1/4W J 1kΩ 1/4W J 180Ω 1/4W J 12kΩ 1/4W J | * * | |
R3127
R3128 R3130 R3204-06 R3207 R3208 R3211 R3212-14 |
QRE141J-681Y
QRE141J-182Y QRE141J-152Y QRE141J-152Y QRE141J-62Y QRE141J-823Y QRE141J-823Y QRE141J-334Y QRE141J-104Y |
C R
C R C R C R C R C R C R C R C R |
680Ω 1/4W J
1.8kΩ 1/4W J 1.5kΩ 1/4W J 5.6kΩ 1/4W J 5.6kΩ 1/4W J 82kΩ 1/4W J 330kΩ 1/4W J 100kΩ 1/4W J |
* * | |
R3223-25
R3227 R3228 R3229-31 R3232-34 R3235-37 R3239 R3240 |
QRE141J-182Y
QRE141J-272Y QRE141J-822Y QRG01GJ-823 QRE141J-332Y QRC121K-152Z QRC121K-474Z QRC121K-102Z |
C R
C R OM R C R COMP.R COMP.R COMP.R |
1.8kΩ 1/4W J
2.7kΩ 1/4W J 8.2kΩ 1/4W J 3.3kΩ 1/4W J 1.5kΩ 1/2W K 470kΩ 1/2W K |
* * | |
R3241
R3301-02 R3303-04 R3305 R3306 |
QRC121K-105Z
QRE121J-474Y QRE141J-223Y QRE141J-562Y QRE141J-392Y |
COMP.R
C R C R C R C R |
1MΩ 1/2W K
470kΩ 1/2W J 22kΩ 1/4W J 5.6kΩ 1/4W J 3.9kΩ 1/4W J |
* | |
CAPA
C3101 C3102 C3103 C3104 C3105 C3106 C3107 C3108-09 |
C I TOR
QETN1HH-105Z QFLC1HJ-103Z QETN1HH-335Z QETN1CM-107Z QCS31HJ-101Z QCS31HJ-101Z QCS31HJ-181Z QETN2CM-106Z QCB32HK-472Z |
E CAP.
M CAP. E CAP. E CAP. C CAP. C CAP. E CAP. C CAP. |
10μF 50V M
0.01μF 50V J 3.3μF 50V M 100μF 16V M 100pF 50V J 180pF 50V J 10μF 160V M 4700pF 500V K |
* | |
C3110
C3111-12 C3113 C3114 C3115 C3116 C3116 C3117 C3118 |
QETN2CM-106Z
QETN1AM-107Z QETN1AM-337Z QCS32HJ-470Z QCS31HJ-5R0Z QCS31HJ-390Z QCS31HJ-151Z QETN1HM-106Z |
E CAP.
E CAP. E CAP. C CAP. C CAP. C CAP. C CAP. E CAP. |
10μF 160V M
100μF 10V M 330μF 10V M 47pF 500V J 5.0pF 50V J 39pF 50V J 150pF 50V J 10μF 50V M |
* * | |
C3201-03
C3204-09 C3210-12 C3213-15 C3216 C3218 C3218 C3219 C3221 C3223 |
QCS31HJ-8R0Z
QCZ0120-104Z QFK62EK-104Z QCS31HJ-181Z QETN1CM-107Z QETM2EM-336 QFZ0097-223 QETN2EM-106Z QFLC1HJ-563Z |
C CAP.
C CAP. MM CAP. C CAP. E CAP. E CAP. M M CAP. E CAP. M CAP. |
8.0pF 50V J
0.1µF 25V Z 0.1µF 25V K 180pF 50V J 100µF 16V M 33µF 250V M 0.022µF 1250V K 10µF 250V M 0.056µF 50V J |
* |
₫ | Symbol No. | Part No. | Part Name | Description | Local |
---|---|---|---|---|---|
COIL
L3101 L3201-03 |
QQL01BK-150Z
QQL01BK-4R7Z |
COIL
COIL |
15µН К
4.7µН К |
* | |
D I O D
D3101-02 D3103 D3151 D3204-06 D3301 D3303 |
E
RH15-T3 MA165-T2 155133-T2 EU01N-T2 155252-T2 155133-T2 |
SI.DIODE
SI.DIODE SI.DIODE SI.DIODE SI.DIODE SI.DIODE SI.DIODE |
* | ||
TRAN
03101 03102-03 03104 03105 03106 03107 03108 03301 |
STSTO
25A1309A/QR/-T 25C3311A/QR/-T 25A1309A/QR/-T 25A1309A/QR/-T 25C4793 25C311A/QR/-T 25C1906-T 2PA1015/YG/-T |
R
SI.TRANSISTOR SI.TRANSISTOR SI.TRANSISTOR SI.TRANSISTOR SI.TRANSISTOR SI.TRANSISTOR SI.TRANSISTOR |
* ** * | ||
IC
IC3201-03 ОТНЕ K3101-04 K3105 |
TDA6111Q
RS (E41492-0012 (E41433-0012 |
I.C.(MONO-ANA)
CHOKE COIL BEADS CORE |
* | ||
ш | 373001 | CL42JJJ-00IJI | U.N.I.JUUNEI | Ť |
Δ | Symbol No. | Part No. | Part Name | Des | scripti | on | Local |
---|---|---|---|---|---|---|---|
RESI
R6102 R6103-04 R6105-06 R6107-08 R6109 R6111-12 R6113-14 R6115-16 P61118 |
STOR
QRE141J-104Y QRE141J-392Y QRE141J-233Y QRE141J-223Y QRE141J-470Y QRE141J-470Y QRE141J-152Y QRE121J-2R2Y |
C R
C R C R C R C R C R C R C R C R C R |
100kΩ
3.9kΩ 10kΩ 22kΩ 1kΩ 47Ω 1.5kΩ 2.2Ω |
1/4W
1/4W 1/4W 1/4W 1/4W 1/4W 1/4W 1/2W |
* * | ||
R6118 | QRE141J-4/3Y | C R | 47kΩ | 1/4W | J | * | |
CAPA
(6101-02 (6103-04 (6105-06 |
CITOR
QETN1HM-105Z QFV71HJ-104Z QETN1CM-476Z |
E CAP.
MF CAP. E CAP. |
1µF
0.1µF 47µF |
50V
50V 16V |
M
J M |
* | |
C6107
C6108 C6109-12 |
QETN1CM-227Z
Qetm1HM-228 QFV71HJ-224Z |
E CAP.
E CAP. MF CAP. |
220µF
2200µF 0.22µF |
16V
50V 50V |
M
M J |
*
* * |
|
C6115-16 | QCB31HK-332Z | C CAP. | 3300pF | 50V | К | * | |
DIOD
D6102 D6103-04 D6105 |
PE
155133-T2 MTZJ33A-T2 155133-T2 |
SI.DIODE
ZENER DIODE SI.DIODE |
*
* * |
||||
TRAN
Q6101 Q6102-03 Q6104-05 |
SISTOF
2PA1015/YG/-T DTC323TS-T DTC144ESA-T |
₹
SI.TRANSISTOR DIGI.TRANSISTOR DIGI.TRANSISTOR |
*
* * |
||||
ІС
106001 |
TDA7263M | I.C.(MONO-ANA) | * | ||||
отне
к6001-02 |
RS
(E41433-001Z |
BEADS CORE | * | ||||
(0 | , | ||||
---|---|---|---|---|---|
₫ | Symbol No. | Part No. | Part Name | Description L | .ocal |
RESI | STOR | ||||
R8001-02 | QRE121J-271Y | CR | 270Ω 1/2W J | * | |
R8003 | ORE141J-223Y | CR | 22kΩ 1/4W J | * | |
R8004 | ORE141J-103Y | CR | 10kΩ 1/4W | * | |
R8005 | ORE1411-561Y | CR | 560Ω 1/4W | * | |
R8006 | ORF1411-391Y | C R | 3900 1/4W | * | |
R8008 | ORF1411-687Y | Č R | 6.8k0 1/4W | * | |
20000 | OPE1/11-105V | 1NO 1/4W 1 | * | ||
R0005 | QRE141J-1037 | 1822 1/4W J | ÷ | ||
K0U1U | QKE141J-1051 | LK | 10K12 1/4W J | * | |
R8011 | QRE141J-273Y | CR | 27kΩ 1/4₩ J | * | |
R8012 | QRE141J-123Y | CR | 12kΩ 1/4W J | * | |
R8013 | ORE141J-332Y | CR | 3.3kΩ 1/4W J | * | |
R8014 | ORE141J-123Y | CR | 12kΩ 1/4W J | * | |
R8015-16 | ORE1411-107Y | CR | 1kΩ 1/4W 1 | * | |
R8017 | ORE1411-750Y | C R | 750 1/4W | * | |
R8070_21 | ORF1411_750V | ČR | 750 1/4 | * | |
R8901 | ORE1211-331Y | ČR | 330Ω 1/2W I | * | |
Jour The J | |||||
R8902 | QRZ0107-474Z | CR | 100 1/00 | * | |
K8981 | UKE121J-330Y | C K | 33Q 1/2W J | * | |
K8982 | QRE141J-122Y | C R | 1.2kΩ 1/4W J | * | |
R8983 | QRE141J-104Y | CR | 100kΩ 1/4W J | * | |
R8984 | QRE141J-102Y | CR | 1kΩ 1/4W J | * | |
R8985 | QRE141J - 104Y | CR | 100kΩ 1/4W J | * | |
R8986 | QRE141J-103Y | CR | 10kΩ 1/4W J | * | |
CAPA | CITOR | ||||
C8001-02 | QCB31HK-222Z | C CAP. | 2200pF 50V K | * | |
C8003 | QETN1HM-106Z | E CAP. | 10µF 50V M | * * | |
C8004 | 0CZ0120-104Z | C CAP. | 0.1µF 25V Z | * | |
C8005 | OFTN1CM-1077 | E CAP. | 100µF 16V M | * | |
C8006-07 | OFTN1FM-1087 | F CAP. | 1000µF 25V M | * | |
C8010-11 | OCB31HK_//777 | C CAP | 4700nF 50V K | * | |
( | C89010-11 | 0E79040-4722 | M F CAP | Ο Δ7μ ΕΔ (275V M | * |
د
۱ |
C0301 | 0670040-4/4 | Ť | ||
د | C8981 | Q123040-473 | F CAP | 220mF 10V M | * |
QL181401-2272 | L UNI. | 220µi 10V N | |||
00R0716-0017 | LEAD CORE | ||||
18002-03 | 001 211K-5R6Y | COTI | 5 6nH K | * | |
18004-05 | 00R0716-0017 | LEAD CORF | o opini K | ||
18010-11 | 001 211K-270Y | COTI | 27H K | * | |
18012 | 00R0716-0017 | LEAD CORE | Ethin ( | ||
L8901-02 | QQL401K-100 | COIL | 10µН К | * | |
- | DIOD | E | |||
D8007 | P1201 | C.D.S. | * | ||
D8008 | 1SS133-T2 | SI.DIODE | * | ||
D8009 | SLR-342MG-T16 | L.E.D. (GRN) | FCO | * | |
D8010 | SPR-39MVWF | LED | POWER | * | |
D8012 | L E D (ORG) | TIMEP | * | ||
D8012 | 7ENER DIADE | THER | * | ||
00013 | 11230.00-12 | ||||
D8981-83 | 155133-12 | ST.DIODE | * | ||
TRAN | STSTO | > | |||
08001 | 2PC1815/YG/-T | SI.TRANSISTOR | * | ||
08002-03 | DTA144ESA-T | DIGI.TRANSISTOR | ٠, | * | |
Q8981-82 | 2PC1815/YG/-T | SI.TRANSISTOR | * | ||
IC | |||||
IC8001 | GP1U281Q | IFR DETECT UNIT | * | ||
ΟΤΗΕ | RS | ||||
LC30252-001C-U | LED HOLDER | * | |||
CEMG002-001Z | FUSE CLIP | * | |||
7 | F8901 | QMF51D2-3R15J1 | FUSE | 3.15A | * |
J8001 | QM53004-C01 | HEADPHONE JACK | * | ||
J8003 | QMD2B04-002 | MINI CONNECTOR | * | ||
J8004 | CEMN011-001 | JACK | * | ||
18005 | CEMN011-002 | JACK | * | ||
J8006 | CEMN011-003 | JACK | * | ||
Δ | LF8902 | QQR0906-001 | LINE FILTER | * | |
KY8901 | LESK028-002 | KELAY | * | ||
58001 | QSP1A11-C18Z | PUSH SWITCH | VR | * | |
20001 | * | ||||
58002 | QSP1A11-C18Z | PUSH SWITCH | V (DUWN) | ||
S8002
S8003 |
QSP1A11-C18Z
QSP1A11-C18Z |
PUSH SWITCH
PUSH SWITCH |
∨(DUWN)
∆(UP) |
* | |
٨ |
58002
58003 58901 |
QSP1A11-C18Z
QSP1A11-C18Z QSP4K21-C01 |
PUSH SWITCH
PUSH SWITCH PUSH SWITCH |
∨(DOWN)
∆(UP) MAIN POWER |
* |
N.BOARD | 700 | 1 (SMC02001A-02) | ||
---|---|---|---|---|
symbol No. | Part No. | Part | Name Description | Local |
RESI | STOR | |||
R0001-02 | NRSA02J-101X | MG R | 100Ω 1/10W J | * |
R0004-05 | NRSA02J-OROX | MG R | 0.0Ω 1/10W J | * |
R0008-09 | NRSA02J-OROX | MG R | 0.0Ω 1/10W J | * |
R0011-16 | NRSA02J-OROX | MGR | 0.00 1/10W J | * |
R0018-27 | NRSA02J-OROX | MGR | 0,0Ω.1/10W J | * |
KU101 | NRSAUZJ-101X | NG K | ||
RU102 |
110 K
M C D |
2.2KS2 1/10W 3 | * | |
K0103 | NKSAUZJ-Z/SX | ng k | 2/K12 1/10W J | • |
R0104 | NRSA021-473X | MG R | 47kΩ 1/10₩ J | * |
R0105 | NRSA021-271X | MGR | 270Ω 1/10W J | * |
R0106 | NRSA02J-181X | MG R | 180Ω 1/10W J | * |
R0107 | NRSA02J-101X | MG R | 100Ω 1/10W J | * |
R0108 | NRSA02J-150X | MG R | 15Ω 1/10W J | * |
R0109 | NRSA02J-222X | MG R | 2.2kΩ 1/10W J | * |
R0110 | NRSA02J-471X | MG R | 470Ω 1/10W J | * |
R0111 | NRSA02J-101X | MG R | 100Ω 1/10W J | * |
00110 | אר ה | 2 240 1 (104 | ـ | |
K0112 | MG K | 2.2K32 1/10W J | · • | |
RU113 |
ווט ג
אר ס |
4/K& 1/10W J
コフレの 1/10以 」 |
Ť | |
R0114
D0115 |
MC D |
27K32 1/10W J
2700 1/10W J |
* | |
R0115
P0116 |
MCR | 1800 1/10W J | * | |
R0110 | NRS4021-101X | MGR | 1000 1/10W | * |
R0118 | NRSA021-330X | MGR | 330 1/10W 1 | * |
R0119 | NRSA021-222X | MGR | 2.2kQ 1/10W | * |
ROIIS | ||||
R0120 | NR$A02J-101X | MGR | 100Ω 1/10W J | * |
R0121 | NRSA02J-222X | MG R | 2.2kΩ 1/10W J | * |
R0122 | NRSA02J-473X | MG R | 47kΩ 1/10W J | * |
R0123 | NRSA02J-273X | MG R | 27kΩ 1/10W J | * |
R0124 | NRSA02J-271X | MG R | 270Ω 1/10₩ J | * |
R0125 | NRSA02J-181X | MG R | 180Ω 1/10W J | * |
R0126 | NRSA02J-101X | MG R | 100Ω 1/10W J | * |
R0127 | NRSA02J-330X | MG R | 33Ω 1/10W J | * |
D0139 | NPC 603 1-3339 | MC P | 2 2KO 1/10W L | . * |
RU120
P0120_20 |
MCR | 4700 1/10W J | * | |
D0123-30 | NDSA02J-4/1A | MCP | 3000 1/104 1 | * |
R0132 | NRSA021-331X | MGR | 8200 1/10W 1 | * |
R0132 | NRSA021-750X | MGR | 750 1/10W 1 | * |
R0134 | NRSA021-100X | MGR | 100 1/10W | * |
R0135-37 | NRSA02J-102X | MGR | 1kΩ 1/10W | * |
R0145-47 | NRSA02J-221X | MGR | 220Ω 1/10W J | * |
R0148 | NRSA02J-OROX | MG R | 0.0Ω 1/10W J | * |
R0149-51 | NRSA02J-101X | MG R | 100Ω 1/10W J | * |
R0152 | NRSA02J-OROX | MG R | 0.0Ω 1/10W J | * |
R0153-55 | NRSA02J-101X | MGR | 100Ω 1/10W J | * |
R0201-24 | NRSA02J-101X | MGR | 1002 1/10W J | * |
R0302 | NKVAU2D-153X | MFR | ISKΩ 1/10W D | * |
RU3U3 | NKVAUZU-113X | MIL K | 11KQ 1/10W D | * |
KU3U4-U6 | NKSAUZJ-151X | ng k | 15052 1/10W J | • |
R0307 | NRSA021-682X | MG R | 6.8kΩ 1/10W | * |
R0308 | NRSA02J-151X | MGR | 150Ω 1/10W J | * |
R0309 | NRSA02J-104X | MG R | 100kΩ 1/10W J | * |
R0310 | NRSA02J-152X | MG R | 1.5kΩ 1/10W J | * |
R0311-12 | NRSA02J-102X | MG R | 1kΩ 1/10W J | * |
R0313 | NRSA02J-152X | MG R | 1.5kΩ 1/10W J | * |
R0314-15 | NRSA02J-102X | MG R | 1kΩ 1/10₩ J | * |
R0316 | NRSA02J-152X | MG R | 1.5kΩ 1/10W J | * |
00217 10 | NDCAOL 100V | MC 0 | 16.1/100 | ىد |
KUS1/-18 | NKSAUZJ-102X | MG K | 1 FLO 1 (1011 - 1 | * |
KU319
D0220 |
NKSAUZJ-152X |
116 K
116 R |
1.5K12 1/10W J | * |
R0320
R0321 |
NRSAUZU-003A |
110 M
110 D |
0 ON 1/101 J | * |
R0321 | NRSA02.1-473Y |
MG R
MG D |
476 ₩ 1/10₩ 1 | * |
R0323 | NRSA02.J-103X | M G R | 10k# 1/10# J | * |
R0324 | NRSA02J-271X | NG R | 270W 1/10W J | * |
R0325 | NRSA02J-181X | MGR | 180W 1/10W J | * |
R0326 | NRSA02J-101X | MIG R | 100₩ 1/10₩ J | * |
R0327 | NRSA02J-121X | MG R | 120W 1/10W J | * |
R0328 | NRSA02J-222X | MG R | 2.2kW 1/10W J | * |
R0329 | NRSA02J-471X | MG R | 470W 1/10W J | * |
R0330 | NRSA02J-OROX | MG R | 0.0₩ 1/10₩ J | * |
R0332 | NRSA02J-473X | MG R | 47k₩ 1/10₩ J | * |
R0333 | NRSA02J-103X | MGR | 10kW 1/10W J | * |
R0334 | NRSA02J-271X | MG R | 270W 1/10W J | * |
∆ | Symbol No. | Part No. | Part Name | Description Loca | al 🛆 | Symbol No. | Part No. | Part Name | Description Local |
---|---|---|---|---|---|---|---|---|---|
RESI | STOR | CAPA | E CAD | 10E 161/ M | |||||
R0335 | NRSA02J-181X | MG R | 180Ω 1/10W J * | * |
C0135-30
C0137 |
NCF21F7-104X | C CAP. | 0.1µF 25V Z * | |
R0336 | NRSA02J-101X | MG R | 100Ω 1/10₩ J ≉ | * | C0138 | NEH71CM-476X | E CAP. | 47µF 16V M | |
R0337 | NRSA02J-121X | MG R | 120Ω 1/10₩ J * | * | C0139 | NCF21EZ-104X | C CAP. | 0.1µF 25V Z * | |
R0338 | NRSA02J-222X | MGR | 2.2kΩ 1/10₩ J * | * | C0142-47 | NCF21EZ-104X | C CAP. | 0.1µF 25V Z * | |
R0339
R0340 |
NKSAUZJ-4/1X
NRSAN2I-ARAX |
ng R | 4/02/1/10W J 4 | * | C0146 | NCF21EZ-104X | C CAP. | 0.1uF 25V Z . * | |
R0342 | NRSA02J-473X | MGR | 47kΩ 1/10W J * | * | |||||
R0343 | NRSA02J-103X | MG R | 10kΩ 1/10W J * | * | C0155 | NDC21HJ-390X | C CAP. |
39p⊱ 50V J *
#7⊎⊊ 16V M |
|
R0344 | NRSA021-271X | MG R | 2700 1/10W J * | * | C0201-05 | NCF21EZ-104X | C CAP. | 0.1µF 25V Z * | |
R0345 | NRSA02J-181X | MG R | 180Ω 1/10W J * | * | C0301 | NEH71CM-476X | E CAP. | 47µF 16V M | |
R0346 | NRSA02J-101X | MG R | 100Ω 1/10W J | * | C0302-07 |
NUFZ1EZ-104X
NEH710M-476Y |
C CAP.
F CAP |
U.1μF 25¥ Z ★
47μF 16V M |
|
R0347
R0348 |
NKSAUZJ-121X
NRSA071-777X |
muk
MGR |
2.2kO 1/10W J | * | C0309 | NCF21EZ-104X | C CAP. | 0.1µF 25V Z * | |
R0349 | NRSA02J-471X | MG R | 470Ω 1/10W J * | * | C0313 | NCS21HJ-152X | C CAP. | 1500pF 50V J * | |
R0350 | NRSA02J-OROX | MGR | 0.0Ω 1/10W J * | * | C0314-18 | NCF21EZ-104X | C CAP. | 0.1µF 25V Z * | |
RUSSI | NKSAUZJ-102X | nu K | 1K32 1/10W J 1 | • · | C0321 | NEH71HM-105X | E CAP. | 1µF 50V M | |
R0352 | NRSA02J-560X | MG R | 56Ω 1/10W J * | * |
C0322
C0323 |
NCF21HZ-224X
NCF21F7-104X |
L LAP.
C CAP |
0.22μF 50V 2 *
0.1μF 25V 7 * |
|
R0353
R0354-56 |
NRSA02J-561X
NRSA021-101Y |
MG K
MG R |
560Ω 1/10₩ J * | * | C0324 | NEH71CM-476X | E CAP. | 47µF 16V M | |
R0361 | NRSA02J-102X | MGR | 1kΩ 1/10₩ J * | * | C0331 | NEH71HM-105X | E CAP. | 1µF 50V M | |
R0362 | NRSA02J-560X | MG R | 56Ω 1/10W J * | * | C0332 |
NCF21H2-224X
NCF21F7-104X |
C CAP. | 0.22µF 50V 2 + | |
R0363
R0401 |
NRSA02J-561X |
MGR
MGR |
560Ω 1/10W J * | * | 00000 | •••• | |||
R0402 | NRSA02J-OROX | MGR | 0.0Ω 1/10W J | * |
C0341
C0342 |
NEH71CM-106X
NEH71HM-105Y |
E CAP. |
10μF 16V M
1μF 50V M |
|
DUNUS | NOCA001 0714 | MC D | * | C0343 | NCF21EZ-104X | C CAP. | 0.1µF 25V Z * | ||
R0403 | NRSA02J-271X | MG R | 33kΩ 1/10W J * | * | C0401 | NCB21HK-103X | C CAP. | 0.01µF 50V K * | |
R0405 | NRSA02J-223X | MG R | 22kΩ 1/10W J * | * | C0402 |
NCF2122-104X
NFH71CM-476X |
E CAP. |
0.1μr 25V 2 ▼
47μF 16V M |
|
R0406 | NRSA02J-122X | MG R | 1.2kΩ 1/10W J | * | C0404 | NCF21EZ-104X | C CAP. | 0.1µF 25V Z * | |
R0407
R0408-09 |
NRSA021-680X | MGR | 68Ω 1/10W J | * | C0405 | NEH71CM-476X | E CAP. | 47µF 16V M | |
R0410 | NRSA02J-101X | MG R | 100Ω 1/10W J | * | C0406-07 | NCF21EZ-104X | C CAP. | 0.1µF 25V Z * | |
R0412 | NRSA02J-180X | MGR | 18Ω 1/10W J * | * | C0408 | NEH71CM-476X | E CAP. | 47µF 16V M | |
R0414 | NRSA02J-390X | MG R | 39Ω 1/10₩ J * | * |
C0409-10
C0411 |
NDC21HJ-270X | C CAP. | 180F 50V J * | |
R0415-16 | NRSA02J-101X | MGR | 100Ω 1/10W J | * | C0412-13 | NCB21HK-103X | C CAP. | 0.01µF 50V K * | |
R0417 |
NKSAUZJ-68UX
NRSAO2I-OROX |
MGR ···································· | 0.00.1/10W J | * | C0414 | NEH71CM-476X | E CAP. |
47μF 16V M
0.1μF 25V 7 * |
|
R0421 | QRN143J-221X | C R · | 220Ω 1/4W J | * |
C0413-16
C0417 |
NDC21HJ-270X | C CAP. | 27pF 50V J * | |
R0423 | NRSA02J-OROX | MG R | 0.0Ω 1/10₩ J × | * | | COTI | ||||
САРА | CITOR | L0001-02 | NQL02BJ-4R7X | COIL | 4.7μH * | ||||
C0001 |
NEH70JM-107X
NCE21E7-104Y |
E CAP. |
100μF 6.3V M
0 1μF 25V 7 3 |
* | L0003-04 | NQL02BJ-100X | COIL | 10µH * | |
C0003 | NEH70JM-107X | E CAP. | 100µF 6.3V M | L0005-07 |
NQLUZBJ-4K/X
NOLOZBJ-100X |
COL |
4.7μn +
10μH + |
||
C0004 | NCF21EZ-104X | C CAP. | 0.1µF 25V Z * | * | L0009 | NQL02BJ-4R7X | COIL | 4.7μH ≭ | |
C0005 |
NEH/0JM-10/X
NCF21EZ-104X |
E CAP.
C CAP. |
0.1uF 25V Z * | * | L0101 | NQL011K-3R3X | COIL | 3.3µH * | |
C0007 | NEHE1EM-107X | E CAP. | 10121 | NOLOTIK-SR3X | COIL | 3.3μH * | |||
0008 | NCF21E2-104X | C CAP. | 0.1μF 25V 2 γ | * | 10 11 1 | ||||
C0009-10 | QETM1AM-108 | E CAP. | 1000µF 10V M | * | L0301-04 |
NQL02BJ-100X
Nol02B1-330X |
. 10µн *
ЗЗиН * |
||
C0101 | NCS21HJ-151X | C CAP. | 150pF 50V J 2 | * | |||||
C0102 | NCS21HJ-271X | C CAP. | 270pF 50V J | * | 00401 | MA3027-X | CHIP ZENER DIODE | * | |
C0104 | NRSA02J-OROX | MG R | 0.0Ω 1/10W J , | * | GEGEOR | ||||
C0106
C0107 |
NCF21HZ-224X |
E CAP.
C CAP. |
0.22µF 50V Z 3 | * | 00101 |
SI.TRANSISTOR |
* | ||
C0108 | NCF21EZ-104X | C CAP. | 0.1µF 25V Z | * | Q0102 | 25A1162/YG/-X | SI.TRANSISTOR | * | |
C0109 | NEH71CM-476Y | F CAP | 47uE 16V M | Q0103 | 2SC2712/YG/-X | SI.TRANSISTOR | * | ||
C0111 | NCS21HJ-151X | C CAP. | 150pF 50V J * | * | 00104 | 2SC2712/YG/-X | SI. TRANSISTOR | * | |
C0112 | NDC21HJ-390X | C CAP. | 39pF 50V J | * | Q0112 | 2SA1162/YG/-X | SI.TRANSISTOR | * | |
C0113 |
NCS21HJ-2/1X
NRSA021-0R0X |
U CAP.
MG R |
2/0pF 50V J * | * | Q0113 | 2SC2712/YG/-X | SI.TRANSISTOR | * | |
C0116 | NEH71HM-105X | E CAP. | 1µF 50V M | QU114 | 23A1102/10/-X | ST. INMISTRIA | Ŧ | ||
C0117 | NCF21HZ-224X | C CAP. | 0.22µF 50V Z | * | Q0121 | 25C2712/YG/-X | SI.TRANSISTOR | * | |
C0110 | MCFZ1EZ-104X | U UAF. | ν.τμι Ζον Ζ | • |
Q0122
00123 |
2581162/YG/-X
25C2712/YG/-X |
SI. TRANSISTUR
SI. TRANSISTOR |
* | |
C0121 | NCS21HJ-151X | C CAP. | 150pF 50V J | * | Q0124 | 25A1162/YG/-X | SI.TRANSISTOR | * | |
C0122 |
NUCZ1HJ-390X
NCS21H1-271Y |
U UAP.
C CAP. |
39pr 50V J 270pF 50V I 3 | * | Q0131 | 2SC2712/YG/-X | SI.TRANSISTOR | * | |
C0124 | NRSA02J-OROX | MG R | 0.0Ω 1/10W J | * | 00322 |
25C2/12/16/-X
2SA1162/YG/-X |
SI.TRANSISTOR | * | |
C0126 | NEH71CM-106X | E CAP. | 10µF 16V M | * | Q0323 | 2SC2712/YG/-X | SI.TRANSISTOR | * | |
C0127 | NCF21EZ-104X | C CAP. | 0.1µF 25V Z | * | 00324 | 25A1162/YG/-Y | ST TRANSISTOR | * | |
C0131 | NCF21EZ-104X | C CAP. | 0.1µF 25V Z | * | Q0331 | 2SC2712/YG/-X | SI. TRANSISTOR | * | |
C0132 | NEH71CM-476X | E CAP. | 47µF 16V M | Q0332 |
2SA1162/YG/-X
2SC2712/YG/-X |
SI. TRANSISTOR | * | ||
C0133-34 | NCF21EZ-104X | C CAP. | 0.1µF 25V Z | * | 40000 | 2302112/10/78 | 51. IRANOISIUR | * |