Nokia 446PRO Service Manual

ZB1680A

02.00

SMY052

When re---ordering manuals, please quote the model name and part number.

Level

SMA241E

xx

Contents

Service

Chassis 446F

Part List

PCB Part List

PCB Layout pictures

Monitor Dismantling

CRTmodule .............

Main Boardmodule ......

1

Nokia Display Products Oy
P. O . B o x 1 4
FIN---24101 Salo, Finland

19” High Resolution Colour Monitor

446PRO

SMY052

SMA241H

1

446F

446F

1

Service

Contents

1. Product Overview

1.1. Technical Specifications

1.2. Certifications

1.2.1. Safety

1.2.2. EMC

1.2.3. X---ray, emissions, environmental, ergonomics

1.3. Preset Display Modes

1.4. S-- Capacitor Table

1.5. Monitor Connection

1.6. U ser Controls

1.7. Menu

2. Site Preparation

2.1. Location

2.2. Troubleshooting

2.3. Checking the Operation of Power Saver

3. Controlling the Memory for Picture Adjustments

3.1. Memory for User Adjustments

3.1.1. Adjustment

3.1.2. Resetting the Us er Memory

3.2. Memory for Factory Adjustments

3.2.1. Adjustment

4. Service Mode

4.1. Grouping of the Adjustments

4.2. Service Menu

4.2.1. Access to the Service Mode

4.2.2. Geometry

4.2.3. Grey Scale

4.2.4. Memory se ttings and Initializing the Replacement IC (IC204 on SMA)

4.2.5. Storing Adjustments

4.2.6. Exit from Service Menu

5. Workshop Maintenance

5.1. Important Safety Notice

5.2. ESD-- Sensitive Parts

5.3. Test Equipment

5.4. Test Patterns

5.5. Disassembly

6. Image performance

6.1. Image stabilising time

6.2. Colour temperature and tracking

6.3. White uniformity

6.4. Colour purity

6.5. Luminance

6.6. Image size

6.7. Linearity

6.8. Geometrical distortion

6.9. Jitter

7. Adjustment Procedure

7.1. Adjustment Flow Diagram

7.2. Preliminary Preparations

7.2.1. High Voltage

7.2.2. Coarse Width

7.3. Geometry

7.4. Grey Scale

7.4.1. The Most Dominant Colour

7.4.2. Low Light

7.4.3. High Light

7.5. Ma ximum/Minimum Contrast

7.6. Focus

7.7. Convergence

7.7.1. Measuring Conditions

7.7.2. Convergence Measuring Gauge

446F

2

7.7.3. Static Convergence

7.7.4. Dynamic Convergence

7.7.5. Allowed Error Levels for Convergence

7.8. Colour Purity

8. Screen and Faceplate Blemishes

8.1. Definitions of inspection conditions and terms

8.1.1. Standard observing condition

8.1.2. Zone division

8.1.3. Minimum distance beetween defects

8.1.4. Average diameter of defect

8.2. Face defect standard (black spot, stain)

8.3. Glass blemish

8.3.1. Scratch

8.3.2. Bubbles/foreign materials

Revision History

Rev Date Prepared by Comments

09.99 24.09.99

02.00 14.02.00 J. Paukku SMA241H added

446F

3

1. Product Overview

446F is a 19 inch monitor. The maximum resolution of 1600 x 1200 makes the monitor suitable for
PC, Macintosh and workstation applications in normally heated, ventialed and controlled office/home
environment. The monitor has an own power supply with nominal input voltage requirements from
90 V to 264 V.

1.1. Technical Specifications

Cathode Ray Tube 19” in diagonal 86˚ deflection angle..........

Antistatic, antireflex

Phosohor P22 medium short, Dot pitch 0.24 mm

Picture Size 354 mm x 265 mm with specified geometric distortion................

Maximum Picture Size 366 mm x 275 mm.......

Power Input Requirements Voltage 90-- 264 V, 50/60 Hz...

Current 1.8 A/100 V, 0.8 A/240 V

Power Dissipation < 130 W Normal Operation...........

<95WStand-- by

< 8 W Suspend

< 3 W Power off

Memory Locations 3 for factory preset display mode...........

18 for user adjusted display mode

Geometric Distortion The distance between bezel and active screen edge shall not vary.........

more than 2 mm in both vertical and horizontal dimensions
Luminance Min. 100 cd/m

2

(Nits) at center, with full white field.................

Video Input Input Signal: RGB, analog, max 0.7 V / 75 τ.................

Horizontal addressability: 1600 dots maximum

Vertical addressability: 1200 dots maximum

Synchronization Range Horizontal: 30 kHz to 107 kHz automatic......

Vertical: 50 Hz to 150 Hz automatic

Synchronization Signal Separate TTL , positive/negative.......

Composite TTL , positive/negative

Max. Dot Frequency 230 MHz.........

Temperature Operating: +10˚Cto+35˚C................

Packed: -- 3 0˚Cto+60˚C

Humidity Operating: 20% to 80 %...................

Packed: 5% to 90 %

Weight 25.3 kg net.....................

29.6 kg gross

Size, Tilt and Swivel

H

D

W

20

5

90

90

Dimensions

Monitor H 471 mm.................... ........

W 470 mm........

D 464 mm........

Package H 596 mm................... ........

W 600 mm........

D 571 mm........

446F

4

1.2. Certifications

The monitor has following agency approvals

1.2.1. Safety

FIMKO, DEMKO
NEMKO, SEMKO
UL / USA
CSA / Canada
T Ü V --- GS / G er ma ny
IAA / Korea
PSB / Singapore
CCIB / China

1.2.2. EMC

FC C --- D .O. C.
VCCI / Japan
CE / Europe
RRL EMI / Korea
BSMI / Taiwan

1.2.3. X ---ray, emissions, environmental, ergonomics

T Ü V --- ER GO / G er ma ny
DHHS / USA
TCO 99 / Sweden
Blue Angel / Germany

446F

5

1.3. Preset Display Modes

H Front Porch

Video

Full
intensity

0.7 V

Blanking 0 V

H Active Video

HSync

HBlanking

Left BorderRight Border

HBackporch

HSync.
Signal

V Front Porch

VBackPorch

Video

Full
intensity

0.7 V

Blanking 0 V

V Active Video

VSync

VBlanking

Bottom Border

Upper Border

VSync.
Signal

Display Mode no 00 01 02 03 04 05 06 07 08

NCE GTF642 NCE642 NCE791 NCE513 NCE501 NCE506 NCE401 NCE406 NCE40A

VFrequency/Hz 85.0 85.0 85.0 85.0 60.0 75.0 60.3 75.0 85.06

HFrequency/kHz 91.376 91.146 106.25 68.677 48.363 60.023 37.879 46.875 53.674

HPeriod/us 10.944 10.971 9.41 14.561 20.677 16.660 26.400 21.333 18.631

Active Video/us 8.032 8.127 6.97 10.836 15.754 13.003 20.000 16.162 14.222

HResolution 1200 1280 1600 1024 1024 1024 800 800 800

HSync/us 0.803 1.016 0.83 1.02 2.092 1.219 3.200 1.616 1.14

HBackPorch/us 1.456 1.422 1.32 2.20 2.6462 2.235 2.200 3.232 2.70

VPeriod/lines 1075 1072 1250 808 806 800 628 625 631

VResolution 1024 1024 1200 768 768 768 600 600 600

VSync/lines 3 3 3 3 6 3 4 3 3

VBackPorch/lines 47 44 46 36 29 28 23 21 27

HSyncPolarity --- + + + --- + + + +

VSyncPolarity + + + + --- + + + +

H Front Porch/us 0.65 0.41 0.27 0.51 0.37 0.20 1.00 0.32 0.57

V Front Porch/lines 1 1 1 1 3 1 1 1 1

Dot Frequency/MHz 159.360 157.500 229.490 94.500 65.000 78.750 40.000 49.500 56.250

Interlaci ng no no no no no no no no no

446F

6

H Front Porch

Video

Full
intensity

0.7 V

Blanking 0 V

H Active Video

HSync

HBlanking

Left BorderRight Border

HBackporch

HSync.
Signal

V Front Porch

VBackPorch

Video

Full
intensity

0.7 V

Blanking 0 V

V Active Video

VSync

VBlanking

Bottom Border

Upper Border

VSync.
Signal

Display Mode no 09 10 11 12 13 14 15 16 17 18

NCE NCE300 NCE306 NCE30A NCE200D NCE012 NCE011 NCE603 NCE605 NCE700 NCE70X

VFrequency/Hz 59.9 75.0 85.0 70.1 75.0 75.1 60.0 75.0 60.0 75.0

HFrequency/kHz 31.472 37.500 43.269 31.467 67.500 68.681 63.981 79.976 74.995 93.755

HPeriod/us 31.774 26.667 23.111 31.780 14.815 14.560 15.630 12.504 13.334 10.666

Active Video/us 25.420 20.317 17.778 25.423 10.667 11.520 11.852 9.481 9.877 7.901

HResolution 640 640 640 1440 1152 1152 1280 1286 1600 1600

HSync/us 3.81 2.032 1.56 3.814 1.185 1.280 1.037 1.06 1.185 0.948

HBackPorch/us 1.91 3.810 2.22 1.907 2.370 1.440 2.296 1.84 1.883 1.501

VPeriod/lines 525 500 509 449 900 915 1066 1066 1250 1250

VResolution 480 480 480 400 864 870 1024 1024 1200 1200

VSync/lines 2 3 3 2 3 3 3 3 3 3

VBackPorch/lines 33 16 25 34 32 39 38 38 46 46

HSyncPolarity --- --- --- --- + --- + + + +

VSyncPolarity --- --- --- + + --- + + + +

H Front Porch/us 0.64 0.51 1.56 0.64 0.59 0.32 0.44 0.12 0.39 0.32

V Front Porch/lines 10 1 1 13 1 3 1 1 1 1

Dot Frequency/MHz 25.177 31.500 36.000 56.640 108.000 100.000 108.000 135.640 161.990 202.510

Interlaci ng no no no no no no no no no no

446F

7

1.4. S-- Capacitor table

f/kHz S5 S4 S3 S2 S1 S0

27.6

x x x x x x

28.4

x x x x x x

29.2

x x x x x x

30.4

x x x x x x

30.8

x x x x x x

31.8

x x x x

32.8

x x x x

33.7

x x x x

34.7

x x x x x

36.0

x x x x

37.2

x x x x

38.3

x x x

39.4

x x x x x

40.4

x x x

41.4

x x x x

42.7

x x

44.2

x x x x

45.8

x x x

47.7

x x x

49.4

x x

51.6

x x x x

53.5

x x x

54.6

x x x

55.8

x x

57.3

x x x

59.0

x x x

60.5

x x

62.2

x x

65.3

446F

8

65.3

x

68.8

x x x

71.3

x x

74.1

x x

78.2

x x

82.8

x x

87.4

x

94.0

x

100.0

108.0

446F

9

1.5. Monitor Connection

Make sure that the monitor is disconnected from mains and the power switches of
the computer and all attached devices are turned off before connecting the monitor.

-- Connect the signal cable plug to the videocontroller connector at the back of the computer.

-- Tighten t he screws on the plug by hand.

-- Connect the power cord first to the monitor and then to a grounded power outlet.

If your computer is DDC compatible (PC)

-- Do not use any adapter when connecting signal cable to your computer.

-- Do not extend the signal cable with extension lead. The DDC signals will not accept extended

cable.

--- Display controller must be compatible for External +5 V

Signal connector

Pin Signal
1 -- >RV Redvideo
2 -- > GV Green video
3 -- > BV Blue video
4<-- N.C
5 Plugged / unplugged test
6 RG Red ground
7 GG Green ground
8 BG Blue ground
9 -- > DDC +5V (optional)
10 LG Logic Gnd
11 <-- ID0 ID0 (tied to LG)
12 <-- DDC SDA
13 -- > Hs Horizontal synchronization, composite sync
14 -- > Vs Vertical synchronization
15 <-- DDC SCL

1 5

6 1011 15

446F

10

1.6. User Controls

12

34

1. Power switch

2. Power on indicator

3. Menu button

4. Select and adjustment buttons
When the power is turned on, the power-- on indicator will light.

The colour of the the power-- on light indicates the operating state of the monitor.

- Green: The monitor is in Normal, Stand--- by or Suspend operation.

- Blinking Green: The monitor is in Automatic Power off state.

- Not illuminated: The monitor is turned off with power switch or disconnected from mains outlet.

The power switch does not disconnect the monitor from mains. In oder to make the monitor completely powerless, unplug the power cord from power outlet.

446F

11

1.7.Menu

1.7.1. Moving in the menu

Menu operations are controlled with button and ---/+ buttons.

a Call the menu to the screen by pushing button.
b Select the header with ---/+ buttons.
c Push to confirm the selection.

Adjustment and settings corresponding the header appear below the header field.

d Select the adjustment with ---/+ buttons.
e Push to confirm the selection.

Menu disappears and a scale shows the position of the adjsutment. In addition to the bar, position
of the adjustment is s hown as a percenage of the maximum value. The upper number shows the
currentvalueandtheloweroneshowsthevaluewheretheadjustentstarted.

f Adjust with --- /+ buttons.

g When ready, push button.

1.7.2. Exit Menu

Select EXIT MENU and pushing button.or push + and --- buttons together

446F

12

TILT

30%

PREVIOUS VALUE: 4 0%

A D J U S T: --- / + O K :

SIZE & POSITION

SHAPE...
SHARPNESS
COLOR...
MISCELLANEOUS
EXIT M E NU

AUTO SHAPE
HORIZONTAL CENTERING
WIDTH
VERTICAL CENTER ING
HEIGHT

HORIZONTAL CENTERING

53%

PREVIOUS VALUE: 5 0%

HEIGHT

30%

PREVIOUS VALUE: 4 0%

a

b

e

f

g

c

d

SIZE & POSITION

SHAPE

SHARPNESS
COLOR...
MISCELLANEOUS
EXIT M E NU

DEFAULT SHAPE
TILT
ORTHOGONALITY
TRAPEZOID
PINCUSHION
PINCUSHION BALANCE

WIDTH

44%

PREVIOUS VALUE: 5 0%

VERTICAL CENTER ING

45%

PREVIOUS VALUE: 5 0%

6500K, 7000K, 8000K, 9300K, 10000K, 1, 2

M O V E --- / + S E L EC T:

NOKIA 446PRO 75Hz

A D J U S T: --- / + O K :

A D J U S T: --- / + O K :

A D J U S T: --- / + O K :

A D J U S T: --- / + O K :

M O V E --- / + S E L EC T:

NOKIA 446RO 75Hz

ORTHOGONALITY

30%

PREVIOUS VALUE: 4 0%

A D J U S T: --- / + O K :

TRAPEDOIZ

30%

PREVIOUS VALUE: 4 0%

A D J U S T: --- / + O K :

PINCUSHION

30%

PREVIOUS VALUE: 4 0%

A D J U S T: --- / + O K :

PINCUSHION BALANCE

30%

PREVIOUS VALUE: 4 0%

A D J U S T: --- / + O K :

SIZE & POSITION
SHAPE
SHARPNESS

COLOR...

MISCELLANEOUS
EXIT M E NU

CONTRAST
BRIGHTNESS
DEFAULT COLOR
COLOR PRESETS 9300 K
RED
GREEN
BLUE
SAVE CURRENT COLOR

M O V E --- / + S E L EC T:

NOKIA 446PRO 75Hz

SIZE & POSITION
SHAPE...
COLOR...

MISCELLANEOUS

EXIT M E NU

MONITOR DEFAULTS
DEMAGNETIZE
ABOUT MONITOR
MENU OPTIONS

M O V E --- / + S E L EC T:

NOKIA 446PRO 75Hz

MENU OPTIONS

LANGUAGE/SPRACHE/LANGUE
HORIZONTAL POSITION
VERTICAL POSITION
DISAPPEARANCE TIME 1:00
BACK

A D J U S T: --- / + O K :

LANGUAGE/SPRACHE/LANGUE

ENGLISH
DEUTSCH
SVENSKA
SUOMI
ITALI ANO
FRANCAIS
ESPANOL
CANCEL

A D J U S T: --- / + O K :

MOIRE

30%

PREVIOUS VALUE: 4 0%

A D J U S T: --- / + O K :

NAVI

NAVI

SIZE & POSITION
SHAPE

SHARPNESS

COLOR...
MISCELLANEOUS
EXIT M E NU

DEFAULSHARPNESS
VERTICAL C ONVERGENCE
HORIZONTAL CONVERGENCE
MOIRE

M O V E --- / + S E L EC T:

NOKIA 446RO 75Hz

--- +

446F

13

2. Site Preparation

2.1. Location

This Monitor is designed for normal office conditions. It is equipped with own power supply. It is not
to be serviced or repaired on site

2.2. Troubleshooting

Local service facilities should perform simple maintenance such as trimming. More advanced main­tenance and repair that requires replacement of components which in turn requires testing and re­trimming should be carried out in a central workshop.

Symptom Measures

Picture
screen is
blank

The indi­cator on
the front
panel is
not illumi-

Check that the power cord is correctly connected to the monitor and to the power
outlet. If the monitor is powered through the computer, check that the computer is
switched on with the mains switch. Use a desk light, for example, to verify that
current is connected to a power outlet. If no electricity is connected to the outlet,
call an electrician.

nated

Unplug the monitor from power outlet for about one minute.

The indi­cator on

Check that the signal cable connecto r is connected. If the connector is loose

tighten the connector’s screws.
the front
panel is il-

The Monitor might be in stand-- by position. Push one of the buttons or move the

mouse.

luminated

Unplugt

h

emon

i

torf

rom ou

t

let

f

or aboutone minute.

Switch off the monitor and the computer. Remove the signal cable from the

computer. Switch on the monitor using the power switch. If the Selftest error menu

appears on the screen, it is evident that the monitor functions correctly and

the problem is caused by an error in other parts of the system.

Check the signal cable’s connection pins. If the pins are slightly distorted,

usenoseplierstostraightenthem.

The computer may use a timing values which are out of the monitor’s synchro-

nization range.

Picture has colour de-

Demagnetize the monitor.

fects

If colour defect is repeated without the monitor having been moved, it is possible

that the monitor is influenced by a strong magnetic interference field (near to

a high power cable, for example). Try to find a better location for the monitor or

the interference source. Note that another monitor placed too near (less than

30 cm.) may also generate interference in the picture.

Picture has strong colour
defect,

Switch off the monitor and the computer. Remove the signal cable from the

computer. Switch on the monitor using the power switch.Check the colour of the

Red, Green and Blue bars. If they have pure colours, the fault is not in the monitor.

Check signal cable connectors and the computer . If the menu itself and the colour

bars are discoloured, the monitor is obviously damaged.

Pictureisstablebutdis­torted

Your computer may use a timing for which the corresponding picture characteris--

tic adjustments have not been set at the factory. Adjust the picture characteristics

Picture is unstable Check the proximity of other electrical devices that generate magnetic fields,

such as speakers, other monitors, electric fans and fluorescent light fixtures.

sucasspeaes,oteotos,eectcasaduoescetgttue

s

Make sure your computer and video card are properly configured for your

monitor.

The automatical appearance of the Error menu on the screen means that the signal is faulty or miss­ing.

ERROR

Red
Green
Blue

Signal: No signal

Cable not connected

ERROR

Red
Green
Blue

Signal: No signal

Cable connected OK

446F

14

2.3. Checking the Operation of PowerSaver

The proper operation of the function requires a computer with VESA DPMS power management
capabilities. Note that the power saving feature must be activated in the computer when checking
the operation.

State Colour of the power-- on indicator 5V Heater 12V Video
Normal Operation Green Yes Yes Ye s Yes
Stand-- by Green Yes Ye s Yes No
Suspend Red Yes Yes No No
Power Off Red Yes No No No

DPMS (Display Power Management Signaling) is a trade mark of Video Electronics Standard
Association (VESA)

446F

15

3. Controlling the Memory for Picture Adjustments

Thepictureadjustmentvaluesarestoredinnon-volatilememory.Thememoryhasseparatedareas
for User Adjustments and for Factory Adjustments.

3.1. Memory for User Adjustments

3.1.1. Adjustment

1 If there are values available in the memory for user adjustments, corresponding to the present

timing signals, they are always used.

2 New user made adjustments are stored to the memory for user adjustments.

3.1.2. Resetting the User made settings for geometry or image

3 User memory can be emptied from user made settings. Resetting affects only the timing

which is currently active. The reset function is inhibited if no corresponding factory preset dis-

play mode exists.

After resetting all picture properties are coming from memory for factory adjustments.

3.2. Memory for Factory Adjustments

3.2.1. Adjustment

4 Factory adjustments can be updated with service menu in service mode. If there is no location in

factory adjustment memory for display mode currently in use, the adjustment affects the memory
foruseradjustments.

-- If the memory location mentioned in case 1 is empty, the picture adjustment values are read
from memory for factory adjustments. Factory adjustments, corresponding to the current display
mode, are transferred to user memory if any picture property is adjusted. After that the operation
is as in case 1.

Basic

Adjustments

1

4

3

4

The memory can be

updated with Service

menu in Service Mode

The memory can be

updated with User Menu

in User Mode

Initialization

Memory for

User

Adjustments

SMA IC204

Memory for

Factory

Adjustments

SMA IC204

Preset Recall

Storing

2

Refer to the chapter

”Service Mode”

446F

16

4. Service Mode

Service Mode is needed for updating of the factory adjustments for display mode listed in the chap­ter Preset Display Modes. If there is no location in factory adjustment memory for display mode cur­rently in use, the adjustment affects the memory for user adjustments.

4.1. Grouping of the adjustments

There are three groups of software adjustments in service mode:

-- Geometry set

-- Grey scale adjustment set

The following table shows how the adjustments act in relation to the display modes.

Adjustment Common for

all Display

modes

Separate for

each Display

mode

Available in
User Mode

Available in

Service Mode

Horizontal centering X X X

Vertical centering X X X

Height X X X

Width X X X

Pincushion X X X

Pincushion balance X X X

Trapezoid X X X

Orthogonality X X X

S-- correction X X

C-- correction X X

E/W corner X X

Tilt X X X

Moire X X X

Raster X X

G2 X X

Min contrast X X

Max contrast X X

R Black level X X

G Black level X X

B Black level X X

RAmpl X X X

GAmpl X X X

BAmpl X X X

BCL adjust X X

Vertical conv X X X

Horizontal conv X X X

Init burn in test * X

Common adjustments need to be adjusted only once. Separate adjustment must be performed for
every display mode to be stored

* Init burn in t est only for manufacturing purposes

446F

17

4.2. Service Menu

4.2.1. Access to Service Mode

Activate 9300K color temperature before you go to the service menu.
Activate the service mode always in 91.376 kHz/85 Hz (GTF642).
First switch OFF the monitor with power switch.

1) Push

button down.

2) While keeping

button down, switch ON the monitor .

3) Release

button when the power-- on indicator is illuminated.

4) Press

button.

5) Monitor ask password. Type the password (7711) with the ---/+ buttons.

6) Press

button.

Select the items in the Menu w ith the --- or + buttons. Push the

button to open Geometry, Grey

Scale, Product Information or Memory Settings. Adjust each property with the --- or + buttons.

4.2.2. Sharpness

Geometry submenu contains placement, size and shape adjustments.

GEOMETRY...

GREYSCALE...
SHARPNESS
PRODUCT INFORMATION . . .
MEMORY SETTINGS . . .

RASTER
WIDTH
HORIZONTAL CENTERING
HEIGHT
VERTICAL CENTER ING
PINCUSHION
PINCUSHION BALANCE
TRAPEZOID
ORTHOGONALITY
S CORRECTION
C CORRECTION
E/W CORNER
TILT
EXIT

00: 1280x1024 85HZ

4.2.3. Grey Scale

This monitor has six preset tints. With tint numbers smaller than 3 the picture becomes reddish and
with tint numbers greater t han 3 the picture turns blue.

Tint no 1 2 3 4 5 6 7
Colour Temperature 5000K 6000K 6500K 7000K 8000K 9300K 10000K

The grey scale adjustment affects directly tint number 6 (9300K) only. Other tints are derived auto­matically from 9300K colour temperature.

446F

18

GEOMETRY...

GREYSCALE...

SHARPNESS
PRODUCT INFORMATION . . .
MEMORY SETTINGS . . .

CONTRAST
MIN CONTRAST
MAX CONTRAST
BRIGHTNESS
G2
RED BLACK LEVEL
GREEN BLACK LEVEL
BLUE BLACK LEVEL
RED AMP.
GREEN AMP.
BLUE AMP.
BCL ADJUST
EXIT

00: 1280x1024 85HZ

MODEL: HP P1110
SERIAL NUMBER FI92500061
POWER ON HOURS 23
S TA ND --- B Y HOU R S 0
SUSPEND HOURS 0
ACTIVE---OFF HOURS 0
FIRMWARE 0.19
EXIT

TYPE : O
CUSTOM COLOR: 1
DDC : EXT (24LC21)
INITIALIZE EEPROM
INIT BURN IN TEST
EXIT

GEOMETRY...
GREYSCALE...

SHARPNESS

PRODUCT INFORMATION . . .
MEMORY SETTINGS . . .

VERTICAL CONV
HORIZONTAL CONV
MOIRE
EXIT

GEOMETRY...
GREYSCALE...
SHARPNESS

PRODUCT INFORMATION . . .

MEMORY SETTINGS . . .

GEOMETRY...
GREYSCALE...
SHARPNESS
PRODUCT INFORMATION . . .

MEMORY SETTINGS . . .

00: 1280x1024 85HZ

00: 1280x1024 85HZ

00: 1280x1024 85HZ

4.2.4. Memory settings and Initializing the Replacement IC204 on SMA board

If the memory for factory adjustments is replaced, it must be initialized. During initializing all memory
locations are written with approximate values. They must be updated in service mode as explained
in the chapter ’Adjustment Procedure’.

- INTIALIZE EEPROM always with using display mode no 00! (91.376 kHz/85 Hz (GTF642))

- After initializing switch OFF the monitor .

- Activate service mode as explained before.

- Select Memory settings ---menu.

- Select Monitor type O, custom color 1 and DDC (EXT (24LC21)

Caution

Initializing of a programmed memory IC deletes all user and factory made adjustments.

4.2.5. Storing the Adjustments

When the adjustment is ready, return to the menu by pushing the button. Adjustement will be
stored automatically.

4.2.6. Exit from Service Mode

Switch off the monitor.

4.2.7. Uninstalled EEPROM

If you have uninstalled EEPROM. You can not adjust in user menu. You have to go first in service
menu and select Memory settings --- Initialize EEPROM.

446F

19

5. Workshop Maintenance

5.1. Important Safety Notice

The components, which are important for safety, are marked with special mark

!

on the circuit dia-

gram. It is essential that these critical parts should be replaced with manufacture’s specified parts to
prevent X-- radiation, shock, fire or other hazards.

For your own safety, use always safety isolating transformer when repairing the monitor.

5.1.1. Discharging the CRT

High voltage circuitry includes bleeder resistor which normally discharges the tube in about 5 se­conds a fter the power is switched off. If you -- for safety reasons -- want to be sure about the dis­charging, do as follows:

Wear safety goggles. A cracked CRT may implode when discharged.
The signal cable must be disconnected from the computer.

To discharge the CRT, a flat-- head screwdriver with grounding cable is required.

-- Disconnect the signal cable.

-- Connect the metal chassis of the monitor to reliable earth.

-- Connect the grounding wire to the screwdriver.

-- Connect the other end of the grounding wire to the chassis (earth).

-- Insert the screwdriver under the rubber cap of the EHT connector to discharge the tube.

5.2. ESD-- Sensitive Parts

To prevent damage, when working with electrostatic discharge (ESD) sensitive parts, observe the
following instructions:

-- Keep the ESD-- sensitive part in its original shipping container until you are ready to install the
part into the component card.

-- Just before touching the ESD-- sensitive part, discharge to the monitor any static electricity in
your body; do this by touching the metal frame or cover of the machine. If possible, keep one
hand on the frame when inserting or removing a logic card, for example.

-- Hold the ESD-- sensitive part by its edge; do not touch its pins.

5.3. Test Equipment

The following test equipment are required to adjustment procedure.

-- Safety isolating transformer

-- Digital multimeter: Fluke 87 or equivalent true RMS multimeter

-- High voltage probe: e.g. Fluke 80-- 40k

-- Signal generator: VTG220 + PC or programmable video generator

-- Colour analyzer: e.g. Minolta TV Colour Analyzer CA100

-- Convergence Gauge (CM7AR or equivalent)

-- Oscilloscope 40-- 100 MHz band width

-- Hi-- Pot tester (Flash tester with insulation measurement / Leakage current / Break down voltage)

-- ESD protection necessary

5.4. Test Patterns

Active horizontal video time

Active

video time

vertical

1 2 3 5

pixelpixelpi
pixelpixelpi
pixelpixelpi
pixelpixelpi

A --- a r ea
B --- a r ea

4

Full White

Active

video time

vertical

Active horizontal video time

1

Black Picture

-- Signal level = 0 V at each RGB input

2

Highlight grey scale tracking

-- Signal level = 700 mV in the window at each RGB input

3

Crosshatch Picture

-- Squares e.g. 20 mm x 20 mm

-- Outmost lines correspond the active vertical/horizontal video time

4

Convergence test pattern

5

Focus test pattern

446F

20

5.5. Disassembly

5.5.1. Cabinet

Set the monitor on cushion picture tube facing down

1. Loosen and remove two screws.

2. Open the plastic pawls with a screwdriver or special tool (for instance 860006)

Push open
Do not twist

Screw

on both sides

446F

21

6. Image performance

Measurement to verify this specification shall be made with equipment that measures the dis­played image as if it were projected forward onto a flat plane tangent to the center of the CRT

faceplate surface and perpendicular to the Z --- axis of the CRT.

Image performance specifications are applicable over specified input power conditions, speci­fied environmental operating conditions and after being subjected to the specified non---operat­ing environmental conditions. Before performance measurements the monitor must have been in
room temperature (20+/--- 5 degrees C) for at least 2 hours. After that the monitor must have
been warmed up with power on at least 60 minutes.

The monitor shall be positioned to a magnetic field, which is specified as 0 G horizontal field and

0.45 G vertical field (Northern Hemisphere) when ever the image performance is measured.

If there is no standardised magnetic field available, the monitor should be positioned face to
east.
All image performance specifications will be met in diffuse ambient 500 lux.

All the performance specifications are met when using factory adjusted timing modes within line
frequencies 48 kHz --- 107 kHz.

The timings below 48 kHz line frequency are usable, but not specified.
Performance is optimised for 1280 x 1024, 85 Hz (VESA) resolution.

6.1. Image stabilising time

The image shall begin to be visible in a 500 lux environment within 15 seconds of application of
power and input signals.

The image shall be stabilised within 30 seconds of application of power and input signals. ”Sta­bilised” means that no significant changes shall occur in the image quality specifications, such
as image brightness, size, linearity and so on.

The image shall reach performance stability within 20 minutes of the application of power and
input signals. ”Performance Stability” means that the display monitor shall meet all of its image
quality specifications.

6.2. Colour temperature and tracking

The default colour temperature is 9300 ˚K
Measurement conditions:

--- test pattern 50*50 mm white field at the screen centre

--- brightness control adjusted for a background raster luminance level of 1 nit

-- - input signals R, G, B with maximum amplitude

When contrast---control is adjusted for 100 nit’s luminance level, the factory adjusted colour
coordinates measured at the screen centre will be:

x = 0.283 +/--- 0.015 = x ref
y = 0.297 +/--- 0.015 = y ref

When contrast---control is adjusted from a luminance level of 100 cd/m2 to
35 cd/m2 or its adjust stop, the colour coordinates measured at the screen centre will be:

x = x ref +/ --- 0.015
y = y ref +/ --- 0.015

446F

22

6.3. White Uniformity

Measurement conditions:

--- Full screen picture size, Brightness in middle 100 nit

--- Magnetic field horizontal 0 Gauss
vertical 0.45 Gauss

-- - Warming up time 1 hour

Maximum variation between colour coordinates between any measurement points shall not vary
more than d(x),d(y) below.
Colour coordinates from corner to center:

d(x) = ± 0.015
d(y) = ± 0.015

6.4. Colour Purity

There should not be visual discoloration with each of the red, green and blue beams after the
tube is moved to any directions.
Measurement conditions: same as spec. 8.3

6.5. Luminance

--- D e f i ni ti on :

The following methodology and definition of luminance shall be applicable throughout
this specification.
Luminance shall be measured on 1280 x 1024 85 Hz pixel format at five areas, using two differ­ent pictures:

1. In the center of the screen white field 50*50 mm.

2. Full white field.

Thefiveareasaredefinedas:

L0 Center of the screen L1 L2
L1 Upper left of the screen
L2 Upper right of the screen L0
L3 Lower left of the screen
L4 Lower right of the screen L3 L4

--- Requirements

Maximum contrast luminance:

With the brightness control set so that background brightness is 1 nit and the contrast control
set to maximum.

L0 = 140 +/--- 20 nits (41 Ft --- L) 50*50 mm white field
L0 = 1 10 + / --- 1 0 n it s (3 2 Ft --- L) Fu l l wh it e fi el d

Minimum luminance
Using full white picture, with the brightness and contrast controls in minimum, the foreground
full white field (L0) < 5 nits.

Background luminance:
The luminance of the background, measured at center of the screen without active video and in
the absence of significant ambient illumination, brightness at maximum must be:
1nit.=<L0=<7nits

The background shall be extinguished before brightness control reaches its end.

446F

23

--- Luminance uniformity:

With the brightness control set so that the background raster is just extinguished the contrast
control set for L0 = 100 nits, ( 29 Ft ---L), luminance on areas L1, L2, L3 and L4 shall be greater
than (75 %) of L0.(75 nits)

6.6. Image s ize

Display size is defined as the width and height of the display using the active raster, not includ­ing the border .

Measurement:
Full white field brightness set to 100 nits (29 Ft ---L). Cross---hatch test pattern.
The width and the height are measured at the center of the screen.

Requirements:

Tole ran ce
Nominal size: Adjusted mode Pre load or GTF based timings :
Width =354 mm ±4 ±6mm
Height=265mm ±3 ±5mm

Over the full range of operating temperature, the size shall not change more than one percent.

6.7. Linearity

Cross--- hatch test pattern (16 x 12 cells). Brightness control set so that the background raster is
just extinguished and the contrast control is set to maximum.

The limits for vertical or horizontal non---linearities are 4 % for adjacent cells and 8 % for overall
linearity. The method of calculating linearity is: [ (max--- min)/max ]*100 < 8 %
The measurements are done along the vertical and horizontal center lines of the screen.
Frequency range <48kHz non ---linearities are 8% for adjacent cells and 12% for overall linearity.

6.8. Geometrical distortion

The distance between bezel and active screen edge shall not vary more than 1.5mm for ad­justed mode and 4.0mm for the preloaded mode.

6.9. Jitter

Image motion in terms of dynamic pixel displacement shall be defined as jitter.
(MPR 1990:10, 1.07)
The horizontal and vertical displacement of any pixel using the ”convergence” dot and cross
hatch pattern measured using microscope with appropriate magnification.
The maximum displacements in both the horizontal and vertical directions must be less than 0.1
mm.

446F

24

7. Adjustment Procedure

Thefollowingproceduremustbecarriedoutincaseoflargeserviceoperationse.g.whenacircuit
board or nonvolatile memory ICA has been replaced by a new one.

The order of adjustments explained here has been found to produce the desired result with the mini­mum of effort. Adjustments can also be made in another order or completely separately.

7.1. Adjustment Flow Diagram

The Most Dominant colour

See 7.4.1

Maximum/Minimum contrast

See 7.5

Low light

See 7.4.2

High light
See 7.4.3

6.4 Gray scale

Focus

See 7.6

Adjust the convergence in the middle of

the tube with static adjustments

See 7.7.3

Adjust the convergence in the corners of

the tube with dynamic adjustments

See 7.7.4

6.7 Convergence

Exit from service mode

See 4.2.6

STOP

Perform Preliminary preparations

See 6.2

START

YES

NO

Assemblies

or components

replaced

NO

Reset user

memory for display

modes to be ad-

justed

See 3.1.2

Activate service mode and perform 7.3
para 1), 2) & 3) with

91.376 kHz/85 Hz

(GTF642)

YES

Memory
replaced

6.3 Geometry

Initializing

4.2.4 Initializing

Perform 6.3 para 4) and 5) for all display modes.

Switch OFF the monitor and

activate service mode

Switch OFF the monitor

The new settings are stored automatically.

(4.2.5)

The new settings are stored automatically.

(4.2.5)

Select display mode 00

446F

25

7.2. Preliminary Preparations

Connect the signal cable to the PC. Switch on the monitor and the PC. Let the monitor warm up for
20 minutes before starting the adjustments.

7.2.1. High Voltage

-- Select 91.376 kHz/85 Hz (GTF642) crosshatch test pattern.

-- Connect the high voltage meter to the anode of the picture tube.

-- Adjust the high voltage to 27.0 ±0.2 kV with RT301 on SMA-- board.

Front

RT301

446F

26

7.3. Geometry

Magnetic fields for following adjustments: vertical 0.45G and horizontal 0.0G.
Activate Service Mode in 91.376 kHz/85 Hz (GTF642).
Degaussing must be carried out before the picture adjustments. Degaussing shall be repeated if the

monitor is moved.

1) Select 91.376 kHz/85 Hz (GTF642) crosshatch test pattern.
Set

to maximum and adjust until the background is faintly visible.

Reduce width until both vertical edges of the background are visible.

2) Straighten the picture if tilted.
This adjustment is common for all display modes.

3) Centre the background.
This adjustment is common for all display modes.

4) Adjust size, position and shape of the picture equal to the mask aper­ture. Adjust first the properties with largest deviation from the correct
value.

5) Adjust final width and height.

6) The distance between bezel and active screen edge shall not vary
more than 2.0 mm in vertical and horizontal direction.

7) Repeat steps 4) and 5) for every display mode to be stored. Note that
the display mode can be changed without leaving the service mode.

GEOMETRY

GREY SCALE
SHARPNESS
PRODUCT INFORMATION
MEMORY SETTINGS

Raster
Width
Horizontal centering
Height
Vertical centering
Pincushion
Pincushion balance
Tra p ez o id
Orthogonality
S Correction
C Correction
E/W Corner
Tilt

==

00: 1280x1024 85HZ

==

354 --/+ 4 mm

265 --/+ 3 mm

<1.5mm

<1.5mm

<1.5mm

<1.5 mm

446F

27

7.4. Grey Scale

The grey scale is adjusted for 9300K colour temperature.
Activate Service Mode in 91.376 kHz/85 Hz (GTF642).

7.4.1. The Most Dominant Colour

The most dominant colour has been marked in a label on the deflection yoke.
It may not be correct if tube or SMH card has been changed. In that case judge
the most dominant colour from the tone of the picture after you have made the
following adjustments.

1) Select 91.376/85 (GTF642) black test pattern.

2) Set

to maximum and to minimum.

3) Set Blacklevel adjustment RED/GREEN/BLUE Black Level to (step 33)

4) Set RED/GREEN/BLUE Amp (step 33) menu and G2 menu adjustments to
center (step130).

5) Placetheprobeofthecolouranalyzerinthemiddleofthescreenand
adjust with G2 trimmer until the picture illuminance is 3±1.0 cdm

2

(Nits)

7.4.2. Low Light

1) Select 91.376/85 (GTF642) black test pattern.

2) Adjust picture illuminance to 1.0 cdm

--

2

(Nits)with in servicemenu.

3) Adjust the

in servicemenu to the minimum.

4) Adjust the colour coordinates to (9300K)
x = 0.283±0.010
y = 0.297±0.010
with RED/GREEN/BLUE Black Level adjustments.

Do not adjust the most dominant colour.

During the adjustment check if brightness is chancing over tolerance, when
needed adjust it back. If Y --- and X---values are getting too far from ideal val­ues, you have chosen wrong MOST DOMINANT COLOUR. Check the domi­nant colour again according to the instructions.

5) Set

to the maximum and check that the illuminance is still 3±1.0 cdm2.If

not, adjust with G2 in service menu.

6) Adjust picture illuminance to 1.0 cdm

2

(Nits)with in servicemenu and

check the colour coordinates.

7.4.3. High Light

1) Select 91.376/85 (GTF642) black test pattern.

2) Adjust with

the picture illuminance to 1±0.1 cdm2(Nits).

3) Select 91.376/85 (GTF642) window test pattern.

4) Adjust with

the picture illuminance in the window to 100±5 cdm2(Nits)

5) Adjust with RED/BLUE Amp the colour coordinates in the window to
x = 0.283±0.003
y = 0.297±0.003
Check after adjustment that the illuminance reading is in limits.

6) Back to low light step 4) and check colour coordinates.

7.5. Maximum/Minimum Contrast

1) Set to the maximum.

2) Adjust with

the picture illuminance outside window to 1.0 cdm

--

2

(Nits).

3) Adjust illuminance in the window to 140±5 cdm

--

2

(Nits) with

MAX CONTRAST.

4) Set

to the minimum.

5) Adjust the minimum illuminance in the window to 5 ± 1 cdm

--

2

(Nits)

with MIN CONTRAST.

6) Exit from service mode.

7.6. Focus

1) Select 91.376/85 (GTF642) crosshatch test pattern

2) Set

to the maximum and adjust to 70 % (background faintly visible).

3) Adjust the sharpness with FOCUS H and FOCUS V to optimum

4) Adjust

until the background is invisible

5) Select focus test pattern. Check that all letters are clearly visible.

FOCUS H

Left side view
of the chassis

FOCUS V

G2

pixelpixelpi
pixelpixelpi
pixelpixelpi
pixelpixelpi

446F

28

7.7. Convergence

Reduce first the convergence error in the middle of the screen to minimum using static adjustments.
After the convergence is faultless in the middle of the tube, use dynamic adjustments to eliminate
the error in the edges of the tube.

Static adjustments affects the whole picture area:

-- Magnet ring set on the tube neck (horizontal + vertical)
Dynamic adjustments affects a part of the picture area:

-- Deflection yoke trimmers.

7.7.1. Measuring Conditions

-- Adjust convergence w ith 91.376/85 (GTF642) line frequency.

-- Make sure that focus is correctly set at the mid-point betw een the screen center and the edge of

the picture.

-- Use white crosshatch test pattern with circle.

-- Adjust

to near the maximum and reduce until the background disappears.

A

B

0.50

Red

Green

Blue

0.5

0.500.5

X

Y

0.500.5

0.500.5

7.7.2. Convergence Measuring Gauge CM7AR

The use of the Klein CM7AR Convergence Gauge has been explained here but other types of
gauges can be used as well.

Check that the adjusting knobs (A & B) are set to zero.

-- Place the gauge on the line with marking Yupupwards when measuring horizontal line.

-- Place the gauge on the line with marking Xupupwards when measuring vertical line.

-- If the line has convergence error, the line in the window seems to be broken.

-- Use knobs A and B to adjust the line continuous.

-- If the readings are on the opposite side of zero, the convergence error is A+B (e.g. 0.2 + 0.1
=0.3).

-- If the readings are on the same side of zero, the convergence error is equal to A if A > B or
BifB>A

7.7.3. Static Convergence

The magnet rings has been set to the optimum in the factory. Readjustment is necessary only in
case the adjusting magnets have been accidentally moved.

1

Adjust G vertically in the middle between R and B with 6 pole magnet rings.

2

Adjust G horizontally in the middle between R and B with 6 pole magnet rings.

3

Adjust R and B vertically to the same position with G line with 4 pole magnet rings.

4

Adjust R and B horizontally to the same position with G line with 4 pole magnet rings.

Lock the rings with paint.

6polemagnetrings

R

G

B

SMH

1

2

Purity magnet rings.
Do not adjust !

Sliding two ring tobs toward
or away from each other

Rotating both rings together

4

4

3

4polemagnetrings

3

2

1

43

21

446F

29

7.7.4. Dynamic Convergence

Deflection yoke trimmers

A --- a r ea
B --- a r ea

RGB

RB

RB

RBRB

RGB RGB

RBRB

RB

RBRBRBRB

RBRB

RBRB

R

B

R

B

RB
RB

R
B

R
B

RB

RB

RB

RB

RB

RGB RGB

RB

RB

B

R
B

RB
RB
RB

R

B

R

B

R

B

R
B
R

B

R
B

RB
RB
RB

R

B

R

B

R

B

R
B
R

RGB RGB

RB

RB RBBR

RBRB

RBRB

RB

RB

Purity magnet rings.
Do not adjust !

See 7.7.3.

446F

30

7.7.5. Allowed Error Levels for Convergence

Area A ≤ 0.25 mm
Area B ≤ 0.35 mm

7.8. Colour Purity

Do not move purity magnet rings. If the purity magnet rings are found to have moved during trans­portation or handling, set them just in the original position by tracing the locking paint put on purity
magnet rings and holder of beam bender and then readjust the static convergence. Beamlanding
adjustment handle to purity.

446F

31

8. Screen and Faceplate Blemishes

8.1. Definitions of inspection conditions and terms

8.1.1. Standard observing condition

Distance: 30 cm from screen face. Angle 45 from Z axis.

Cosmetic inspection without raster should be done under luminance: 500lx MIN.

Color and brightness

8.1.2. Zone division

273.6 mm

273.6 mm

A

B

other screen area

A Zone: 273.6 mm x 273.6 mm
B Zone: The balance of useful screen area

8.1.3. Minimum distance beetween defects

8.1.4. Average d iameter of defect

Average diameter

=

Long diameter + Short diameter

2

8.2. Face defect standard (black spot, stain)

Average diameter Quantity allowed Minimum

of defects A B To t al distance

less than 0.5 4 4 6 30

less than 0.3 no limit ---

446F

32

8.3. Glass blemish

8.3.1. Scratch

Width

Length of single scratch

W>0.05 No limit

0.05<W<0.10 25

0.10<W<0.15 12

0.15<W None allowed

8.3.2. Bubbles/Foreign materials

Bubbles

Average diameter of defects

Quantity allowed

Within any 70 mm circle

Minimum distance

0.3---0.45 2 12.7

Air blister

(Max. legth 6.0)

(Max. width 0.3)

2 12.7

Foreign material
Apply the face defect standard for blackish defects

Average of diameter
of defects

Quantity allowed

within any 70 circle

Minimum distance

0.25---0.45 2 12.7

Note: No limit for the defects less than 0.25 mm average diameter

446F

33

1.

2.

3.

4.

5.

6.

7.

8.

9.

10.

446F

34

11.

12.

13. 14.

15.

16.

17. 18.

19.

20.

446F

35

21.

22.

23.

24.

25.

26.

27.

28.

29.

30.

446F

36

31.

32.

33. 34.

35.

36.

446F 1

Spare Parts

Spare Parts

P/N Production

P/N

Description

446PRO 446F051 19” NOKIA 446PRO (EU)

446PRO 446F059 19” NOKIA 446PRO (US)

446F

2

Spare Parts

Item no Description Code PG

100 Front cover UM8180 28

102 Keypad UT1890 5

103 Power button UT1877 5

104 Light pipe UA5706 3

106 Control module (keypad) SMZ092 19

107 Demaign coil FD0194 22

200 Picture tube NM1056 65

202 Degaussing coil holder UG1077 4

203 Grounding wire SE2743 6

205 Grounding wire UC3016 2

206 Degaussing coil holder UG1023 3

820 Picture tube screw WC0543 3

821 Washer WJ0171 1

822 Friction plate UL0131 1

446F 3

Spare Parts

Item no Description Code PG

300 Frame assmebly UC7130 *

305 Grounding spring UC7048 *

306 Insulator UG1064 *

308 Slide bar UG1076 1

400 Main board SMA241 52

401 Brace UC7135 4

403 Cooling plate, right UC7133 21

404 Cooling plate, left UC7132 21

405 Support frame UG1050 9

406 Connector panel assembly UC7134 21

410 Cover video UC7136 21

411 Video PCB SMY052 38

413 Base module SMH160 21

500 Cover shield assembly UC7131 21

842 Wire holder UJ0251 4

850 Screw WC0354 *

446F

4

Spare Parts

Item no Description Code PG

600 Back cover UD0670 31

601 Type label ZZ2883 7

860 Pt screw K40x20 WN 1447 WC0354 *

700 Stand assembly US0137 17

446F 5

Spare Parts

Packing materials:

Packing box ZA2597 13

Side top cushion ZA5025 14

Side bottom cushion ZA5024 14

LDPE---Plasticbag ZA0478 6

Accessories:

Power cord QM0028 14 051

Power cord QM0049 12 059

Signal cable QM0308 20

Plastic bag ZA0502 3

User guide ZK0026 11

Installation guide ZF5834 4

Mac adapter QK1518 14 059

Warranty card ZF5812 2 059

* = Not normally supplied as spare part

446F

6

Spare Parts

Part
NO

Description

PG

Item Number

SMA241H

2

446F

Page 1SB5218 02.00

SMA241

MAIN BOARD 446F 55

AJ0105 WW RES 5W0 3R9 K RM15 10X10 01 RA168 RA434

AJ2603 MO RES 2W0 22R J 6--17 02 RA447

AJ2923 MO RES 2W0 470R J 6 -- 17 02 RA129

AQ2218 TPMET.AA H10 22K RM 5X10 6--H 03 RTA301

AW0079 PTC -- THERMISTOR 18R/25’C RM5 07 PTCA101 PTCA102

AW0111 NTC --THERMISTOR 5 R0/25’C RM5+ 07 NTCA101

CA0306 CERCAP Y5T 220P M 2KV Y7.5 D 02 CA435

CC0513 CERCAP Y5V 3N3 S 1KV Y7.5 D 02 CA108 CA109 CA110

CA111

CE0085 X2--CAP 470N M 275VAC Y22.5 PLA 07 CA101

CE0116 Y--CAP 2N2 M 400VAC Y12.5 SDP 04 CA102 CA103 CA107

CA113

CE2196 IMPCAP 2N2 J 2KV Y22.5 081 04 CA315 CA413 CA414

CE2592 IMPCAP 27N J 400V Y15 081 05 CA438

CE2671 IMPCAP 33N J 400V Y15 061 04 CA415 CA419

CE2852 IMPCAP 68N J 400V Y15 081 04 CA420

CE2932 IMPCAP 100N J 400V Y15 SING. 03 CA437 CA439

CE2964 IMPCAP 150N K 250V Y15 091 05 CA421

CE3064 IMPCAP 330N J 400V Y22.5 112 07 CA422

CE3163 IMPCAP 680N J 250V Y22.5 112 07 CA412 CA423

CE3224 IMPCAP 1U2 J 250V Y22.5 112 06 CA424

CK0102 PESCAP MKT 10N K 250V Y10 051 02 CA404

CK0165 PESCAP MKT 22N K 630V Y10 061 02 CA118

CK1388 PESCAP MKT 10N K 250V Y7.5 040 02 CA313

CN0095 ELCAP 330U M 385V RM10 30 X 45 19 CA112

CN0819 ELCAP’2200U M 25V RM7.5 105’17 05 CA140 CA148

CN2040 ELCAP 10U M 250V RM5 105’ 10 04 CA409

CN2046 ELCAP 10U M 400V RM5 105’ 13X 04 CA162

CN2546 ELCAP 100UF M 100V RM5 105’ 14 05 CA134

CN2749 ELCAP 2200U M 16V RM5 105 14X 04 CA120 CA154 CA444

CN3160 ELCAP. 4U7 M 350V RM5 105 10X2 04 CA431

CN3250 ELCAP. 47U M 250V RM7.5 105’16 05 CA132 CA133 CA452

CN3251 ELCAP 47U M 250V RM7,5 105’ 16 07 CA314

FJ0724 CHOKE 470UH 10% 5 MM RADIAL 04 LA401

FJ0801 COMMON MODE CHOKE 3A 60UH 0.03 05 MA101

FJ1836 INPUT CHOKE LFZ2805V08 8MH 2A 08 MA 102

FM0646 FLYBACK TRAFO 30..121KH MAT. 4 32 MA301

FM2560 DYNAMIC FOCUS TRAFO E20/6 445 12 MA402

FM2586 SMPS TRAFO E20/10/6 TIW N27 17 MA104

FM2589 CENTERING COIL E25/7 1.16MH 44 08 MA401 MA403

FM3909 SMPS--TRAFO ETD39 SLOT 21 MA103

FU0735 FIXED LINEARITY COIL N --S 44 09 LA404

FU0736 FIXED LINEARITY COIL S --N 44 09 LA405

JB0049 DI DTV82F 1500V 6A TO22 13 DA418

JB0100 DI GBU4K BRIDGE 800V 4A 08 DA101

JF0145 DI BYM26E 1000V 2.3A 75NS 07 DA307

JF0168 DIODE BYW98--200 200V 3A DO--27 04 DA112 DA113

JL0069 OPTOCOUPLER VRMS 5KV 04 ICA103 ICA106

JM0341 TR BUH1215(435B) N 1500V 19ATO 16 TA415

JS0061 FET IRLI620G N 200V 4.1A 0.80R 08 TA417

JS0063 FET IRFIBE30G N 800V 2.1A 3R0 10 TA306

JS0077 FET STU13NB60 600V 12.6A 0R45 16 TA103

JS0080 FET 2SJ512 P 250V 3A 1.5R TO22 09 TA303 TA405

JS0082 FET IRFI540N 100V 20A 0R52 220 08 TA416

JS2003 FETARRAY SLA5058 5X150V 7A 0.1 18 ICA402

LM0256 IC 7812 +12V REGULATOR TO--220 04 ICA104

LM0930 IC STV9379 VERT.DEFL.BOOSTER 15 ICA303

LM0945 IC 24C64 SERIAL EEPROM 8X8K DI 09 ICA204

LM0972 IC TOP223P PWM SWITCH 15W DI 13 ICA108

LM1006 IC TDA9109/SN DEFL.PROC. SDIP3 17 ICA201

LM1031 IC ST7275 8--BIT MC 32K LJO SDI 17 ICA202

LZ0077 IC--SOCKET 42--POLE DUAL LEAF 1. 06 ICA202

QA0098 CRYSTAL 24.000MHZ FUNDAM. HC --4 06 XA201

QH0074 RELAY PCB-- MOUNTING 12V 5A/250V 11 REA101

QK1285 ROW CONN 1X05 5.08/7.62 VERT/L 03 QA102

QK1587 COOLING & SUPP.PART FOR RESIST 01 RA129

QK1701 PICOFLEX HEADER 1X04 1.27MM 03 QA105

QK1702 PICOFLEX HEADER 1X06 1.27MM 03 QA201

QK1704 PICOFLEX HEADER 1X10 1.27MM 04 QA104

QK1707 PICOFLEX HEADER 1X16 1.27MM 04 QA203

QK1736 SHROUDED HEADER 6POS 2.5 JST V 01 QA301

QK1754 FUSEFIT AC INLET FOR PCB VERT. 07 QA101

QM0201 DY --COIL CABLE 7--POS 4 07

Part
NO

Description PG

Item Number

SMA241H

2

Page 2SB5218 02.00

446F

QM0203 CONVERGENCE CABLE 6-- POS 4 05 QA301

QT0002 SPARK GAP 1.2KV +--500V R=5.0MM 03 SGA302 SGA303

QT0207 GLIMM LAMP 95V 6*12.5MM 04 SGA301

QT0733 FUSE R=5.0MM T 3.15A 250V IEC 04 FA102

QT0775 FUSE 5*20MM T 6.3A 250V 1500A 03 QA101

SE2747 GROUNDING WIRE 446B/447U 03 QA101

SE2780 GROUNDING VIRE L=290MM 446F 03 XA9

UG1050 SUPPORT FRAME DN10259 09

UJ0251 TIES/CABLE BAND DN30181 44 04

JZ0020 SILICONE INSUL. 13X19MM 01 ICA303

TA103

JZ0022 SILICONE INSUL. 22X30MM 03 TA415

WC0036 HEXAGON TORX SCREW UNI6950 01

WC0446 HEXAGON.-- DULL 2,9X8 FE/ZN 01

WC0530 SCREW 2,9X10 FE/ZN 01

AA0625 CF RES 0W25 10R J 2.5-- 7 01 RA267 RA414

AA0633 CF RES 0W25 22R J 2.5-- 7 01 RA220

AA0649 CF RES 0W25 100R J 2.5--7 01 RA247 RA248 RA260

RA261

AA0657 CF RES 0W25 220R J 2.5--7 01 RA126

AA0665 CF RES 0W25 470R J 2.5--7 01 RA428

AA0673 CF RES 0W25 1K0 J 2.5-- 7 01 RA114 RA120 RA230

RA231 RA233 RA174

AA0681 CF RES 0W25 2K2 J 2.5-- 7 01 RA223 RA335

AA0687 CF RES 0W25 3K9 J 2.5--7 01 RA429

AA0689 CF RES 0W25 4K7 J 2.5-- 7 01 RA225 RA227 RA237

RA238 RA239 RA240

RA241 RA242 RA619

RA628 RA210

AA0691 CF RES 0W25 5K6 J 2.5--7 01 RA258

AA0695 CF RES 0W25 8K2 J 2.5--7 01 RA402

AA0697 CF RES 0W25 10K J 2.5-- 7 01 RA145 RA401

AA0701 CF RES 0W25 15K J 2.5-- 7 01 RA224

AA0715 CF RES 0W25 56K J 2.5-- 7 01 RA257

AA0729 CF RES 0W25 220K J 2.5--7 01 RA357 RA416 RA426

AA0731 CF RES 0W25 270K J 2.5--7 01 RA448

AA0733 CF RES 0W25 330K J 2.5--7 01 RA151 RA152 RA153

RA154

AA0754 CF RES 0W25 2M2 J 2.5 --7 01 RA326

AA0761 CF RES 0W25 4M7 J 2.5-- 7 01 RA102 RA103 RA217

AB0130 NF RES 0W5 1R80 J 2.5 -- 7 02 RA314

AB0585 NF RES 0W25 0R22 J 2.5-- 7 CF 01 RA112 RA117

AB0601 NF RES 0W25 1R0 J 2.5-- 7 CF 01 RA320 RA421

AB0609 NF RES 0W25 2R2 J 2.5--7 CF 01 RA346

AB0617 NF RES 0W25 4R7 J 2.5--7 CF 01 RA150

AB0629 NF RES 0W25 15R J 2.5-- 7 CF 01 RA111

AB0785 NF RES 0W5 0R22 J 4--11 CF 02 RA138 RA142

AB0661 NF RES 0W25 330R J 2.5--7 CF 01 RA125

AB0793 NF RES 0W5 0R47 J 4--11 CF 01 RA121 RA122

AB0795 NF RES 0W5 0R56 J 4--11 CF 01 RA313

AB0809 NF RES 0W5 2R2 J 4--11 CF 01 RA466

AC3292 CHIPRES OW1 1K00 1% 0805 201 01 RA162

AC3326 CHIPRES 0W1 2K26 1% 0805 201 01 RA140

AC3346 CHIPRES OW1 3K65 1% 0805 2013 01 RA110

AC3369 CHIPRES 6K19 0W1 1% 0 01 RA252 RA329

AC3370 CHIPRES OW1 6K49 1% 0805 2013 01 RA218

AC3388 CHIPRES 0W1 10K0 1% 0805 201 01 RA156 RA157 RA407

AC3405 CHIPRES 15K0 0W1 1% 0805 01 RA404

AC3438 CHIPRES 0W1 33K2 1% 0805 201 01 RA406

AC3453 CHIPRES 47K5 0W1 1% 0805 01 RA403

AC3484 CHIPRES 0W1 100K 1% 0805 201 01 RA356

AC3616 CHIPRES 0W1 215K 1% 0805 201 01 RA276

AC4400 CHIPRES 0W1 0R0 5% 0805 20 01 RA312 RA473

AC4400 CHIPRES 0W1 0R0 5% 0805 20 01 JA801 JA802 JA803

JA805 JA806 JA807

JA812 JA809 JA811

AC4417 CHIPRES 0W1 4R7 5% 0805 20 01 RA155 RA211 RA360

AC4425 CHIPRES 0W1 10R 5% 0805 20 01 RA160 RA418

AC4433 CHIPRES 0W1 22R 5% 0805 20 01 RA322

AC4441 CHIPRES 0W1 47R 5% 0805 20 01 RA264 RA265 RA266

RA315

AC4449 CHIPRES 0W1 100R 5% 0805 2 01 RA159 RA405 RA425

Part
NO

Description

PG

Item Number

SMA241H

2

446F

Page 3SB5218 02.00

RA440 RA441 RA442

RA443 RA444 RA445

AC4455 CHIPRES 0W1 180R 5% 0805 2 01 RA602 RA611

AC4457 CHIPRES 0W1 220R 5% 0805 2 01 RA319 RA302 RA413

RA465 RA601 RA603

RA610 RA612 RA361

AC4461 CHIPRES 0W1 330R 5% 0805 2 01 RA339

AC4465 CHIPRES 0W1 470R 5% 0805 2 01 RA161 RA274 RA604

RA607 RA613 RA616

AC4467 CHIPRES 0W1 560R 5% 0805 2 01 RA132

AC4471 CHIPRES 0W1 820R 5% 0805 2 01 RA333

AC4473 CHIPRES 0W1 1K0 5% 0805 20 01 RA104 RA144 RA146

RA147 RA201 RA202

RA203 RA213 RA251

RA271 RA304 RA308

RA309 RA318 RA332

RA334 RA431 RA427

RA167 RA479 RA486

AC4475 CHIPRES 0W1 1K2 5% 0805 20 01 RA212 RA214 RA449

AC4477 CHIPRES 0W1 1K5 5% 0805 20 01 RA419

AC4479 CHIPRES 0W1 1K8 5% 0805 20 01 RA216

AC4481 CHIPRES 0W1 2K2 5% 0805 20 01 RA113 RA306

RA328 RA336 RA358

AC4483 CHIPRES 0W1 2K7 5% 0805 20 01 RA141 RA165 RA245

RA246 RA262 RA263

RA272 RA273 RA359

AC4487 CHIPRES 0W1 3K9 5% 0805 20 01 RA330 RA307

AC4489 CHIPRES 0W1 4K7 5% 0805 20 01 RA207 RA209 RA222

RA229 RA249 RA424

RA243 RA477 RA478

AC4491 CHIPRES 0W1 5K6 5% 0805 20 01 RA166 RA343 RA234

RA235 RA236

AC4493 CHIPRES 0W1 6K8 5% 0805 20 01 RA269 RA341

AC4497 CHIPRES 0W1 10K 5% 0805 20 01 RA116 RA105 RA164

RA254 RA259 RA321

RA412 RA417 RA423

RA454 RA475 RA476

RA483

AC4501 CHIPRES 0W1 15K 5% 0805 20 01 RA253 RA415

AC4503 CHIPRES 0W1 18K 5% 0805 20 01 RA450

AC4505 CHIPRES 0W1 22K 5% 0805 20 01 RA148 RA163 RA208

RA464

AC4507 CHIPRES 0W1 27K 5% 0805 20 01 RA256

AC4509 CHIPRES 0W1 33K 5% 0805 20 01 RA219

AC4513 CHIPRES 0W1 47K 5% 0805 20 01 RA250 RA463

RA275

AC4517 CHIPRES 0W1 68K 5% 0805 20 01 RA255

AC4521 CHIPRES 0W1 100K 5% 0805 2 01 RA303

AC4537 CHIPRES 0W1 470K 5% 0805 2 01 RA221

AC4569 CHIPRES 0W1 10M 5% 0805 20 01 RA244 RA331

AD0349 COMPRES 0W5 100R K 4--11 01 RA323

AD0373 COMPRES 0W5 1K0 K 4 --11 01 RA324

AD0445 COMPRES 0W5 1M0 K 4 -- 11 01 RA101

AD2745 MF RES 0W25 1M0 K 2.5-- 7 VR 01 RA484

AG3101 MF RES 0W5 1R00 F TC200 2.5 01 RA430

AG3133 MF RES 0W5 2R15 F TC200 2.5 01 RA344 RA345

AG3151 MF RES 0W5 3R32 F TC200 2.5 01 RA109 RA134

AG3201 MF RES 0W5 10R0 F TC50 2.5 01 RA439

AG3273 MF RES 0W5 56R2 F TC50 2.5 01 RA438 RA433 RA453

RA461 RA472 RA171

RA482 RA485 RA172

RA173

AG3301 MF RES 0W5 100R F TC50 2.5 01 RA337 RA338 RA436

RA437 RA605 RA608

RA614 RA617 RA629

RA630

AG3333 MF RES 0W5 215R F TC50 2.5 01 RA462

AG3343 MF RES 0W5 274R F TC50 2.5 01 RA169 RA347

AG3351 MF RES 0W5 332R F TC50 2.5 01 RA481

AG3381 MF RES 0W5 681R F TC50 2.5 01 RA432

AG3401 MF RES 0W5 1K00 F TC50 2.5 01 RA170

AG3465 MF RES 0W5 4K64 F TC50 2.5 01 RA451 RA452

AG3489 MF RES 0W5 8K25 F TC50 2.5 01 RA317

AG3501 MF RES 0W5 10K0 F TC50 2.5 01 RA175 RA342 RA 471

Part
NO

Description PG

Item Number

SMA241H

2

Page 4SB5218 02.00

446F

AG3505 MF RES 0W5 11K0 F TC50 2.5 01 RA127

AG3519 MF RES 0W5 15K4 F TC50 2.5 01 RA408

AG3539 MF RES 0W5 24K9 F TC50 2.5 01 RA316

AG3551 MF RES 0W5 33K2 F TC50 2.5 01 RA340 RA446 RA474

AG3565 MF RES 0W5 46K4 F TC50 2.5 01 RA106 RA301

AG3589 MF RES 0W5 82K5 F TC50 2.5 01 RA409

AG3619 MF RES 0W5 154K F TC50 2.5 01 RA135

AG3657 MF RES 0W5 383K F TC50 2.5 01 RA420

AG3665 MF RES 0W5 464K F TC50 2.5 01 RA107 RA108

AG3681 MF RES 0W5 681K F TC50 2.5 01 RA410

CA0324 CERCAP Y5P 100P K 1KV Y 5 D8 01 CA318

CA0417 CERCAP X6R 470P K 500V Y5:+1 01 CA163 CA164 CA165

CC0110 CERCAP Y5P 150P K 500V Y5: D 01 CA436

CB0473 CERCAP SL 33P J 500V Y5: D 01 CA231

CB0539 CERCAP SL 47P K 1KV Y5: D6 03 CA131

CB3059 CHIPCAP NP0 220P G 50V 0 02 CA126 CA229 CA403

CA455

CB3071 CHIPCAP NP0 680P G 50V 0 01 CA207

CB3137 CHIPCERCAP NP0 33P 50V J 0 01 CA224 CA225

CB3141 CHIPCERCAP NP0 47P 50V J 0 01 CA233 CA406 CA407

CB3151 CHIPCERCAP NP0 100P 50V J 0 01 CA305

CB3163 CHIPCERCAP NP0 330P 50V J 0 01 CA309

CB3171 CHIPCERCAP NP0 680P 50V J 0 01 CA167

CB3175 CHIPCERCAP NP0 1N0 50V J 08 03 CA146 CA306 CA310

CA326

CC0200 CERCAP Y5P 1N0 K 500V Y5: D 01 CA213 CA303 CA408

CA434

CC0240 CERCAP Y5P 2N2 K 500V Y5: D 01 CA119 CA319

CC0530 CERCAP Z5U 4N7 S 500V Y5: D 01 CA416 CA417

CC0772 CERCAP Z5V 10N Z 50V Y5: D 01 CA451

CC3280 CHIPCERCAP X7R 4N7 10% 50V 0 01 CA124 CA232 CA317

CA327

CC3320 CHIPCERCAP X7R 10N 10% 50V 0 01 CA115 CA201 CA202

CA203 CA216 CA222

CA304 CA316 CA325

CA160 CA161 CA150

CC3360 CHIPCERCAP X7R 22N 10% 50V 0 01 CA116 CA206 CA209

CC3480 CHIP CERCAP X7R 10% 100N 25V 0 01 CA129 CA456 CA457

CA245

CC3570 CHIP CERCAP Y5V 47N Z 50V 0 01 CA246

CC3580 CHIP CERCAP Y5V 100N Z 50V 0 01 CA117 CA138 CA149

CA211 CA212 CA214

CA219 CA221 CA223

CA230 CA234 CA323

CA166 CA402

CA615 CA616 CA226

CC4855 CHIPCAP Y5V 100N Z 50V 120 03 CA307 CA308 CA312

CA331 CA418 CA425

CA426 CA427 CA428

CA429

CG2625 PPRCAP K P 3N3 J 63V Y5: 050 03 CA127

CK2545 PESCAP 47N K 63V Y5: 030 02 CA302

CK2663 PESCAP MKT 150N J 63V Y5: 040 03 CA217 CA320

CK2704 PESCAP MKT 220N K 63V Y5: 040 03 CA332

CK2784 PESCAP MKT 470N K 63V Y5: 051 03 CA218

CN0372 ELCAP 22U M 50V RM5 : 7 03 CA301

CN2017 ELCAP 1U0 M 50V RM5: 105’ 6 02 CA114 CA123 CA208

CA411

CN2027 ELCAP 47U M 50V RM5: 105’ 9X 02 CA157 CA210 CA220

CA433

CN2032 ELCAP 10U M 50V RM5: 105’ 6 01 CA128 CA227 CA243

CA244 CA333 CA401

CA453 CA454

CN2523 ELCAP 100U M 25V RM5 :105’ 9 03 CA137 CA141 CA142

CA159 CA215 CA235

CA443

CN2543 ELCAP 100U M 50V RM5 105 11X1 02 CA329

CN2563 ELCAP 2U2F M 50V RM5: 105’5X1 02 CA236 CA440 CA441

CA612 CA613

CN2566 ELCAP 4U7F M 50V RM5: 105’6X1 02 CA204 CA237 CA238

CA239 CA241

CN2581 ELCAP 220U M 35V RM5 105 11X1 03 CA328 CA330

CN3206 ELCAP 10U M 50V RM5 105’ 8X14 03 CA153

FJ0433 CHOKE 15UH 10% TAPED AXIAL 140 03 LA101 LA103 LA104

Part
NO

Description

PG

Item Number

SMA241H

2

446F

Page 5SB5218 02.00

LA105 LA106 LA301

LA406

FJ0725 BEAD INDUCTOR MIN IMP360HM 02 FRA401 FRA402

JF0025 DI 1N4148 75V 200MA 4N 01 DA123 DA204 DA206

DA208 DA210 DA442

DA403 DA412 DA401

DA402 DA444

JF0060 DI 1N4002 100V 1A 01 DA125 DA308

JF0072 DI BAV21 200V 250MA 50N 01 DA420 DA421

JF0073 DI RGP10G 400V 1A 150N 02 DA419 DA424 DA426

DA427 DA428

JF0074 DI RGP15J 600V 1.5A 250N 04 DA415 DA416 DA432

DA436 DA437

JF0104 DI BYV27--200 200V 2A 25N SOD 03 DA115 DA127 DA431

JF0107 DI BYV26C 600V 1A 30N 02 DA117

JF0206 SCHOTTKY RECTIFIER 30V 1A 1N5 04 DA111

JF1005 DI P6KE200A TRANSIENT SUPPR 05 DA116

JF4003 DI BAV103 200V 250MA 50NS SOD 02 DA118 DA409 DA410

DA440

JF4005 DI LL4148 75V 150MA 4N (JF400 01 DA102 DA103 DA104

DA107 DA202 DA124

DA205 DA207 DA212

DA301 DA302 DA303

DA306 DA309 DA404

DA405 DA406 DA407

DA408 DA435

DA443

JF4012 DI BAT54C 25V 200MA SCH.BAR S O 03 DA209

JF4101 DI RHRD460S 600V 4A 30NS TO-- 08 DA109 DA122 DA126

JF4102 DI SMBYT01 400V 1A 35NS DO--241 04 DA441

JH0054 ZDI BZX83C12 12V 0.5W 01 DZA302

JH0086 ZDI BZX83C4V7 4.7V 0.5W 01 DZA201 DZA301

JH0090 ZDI BZX79B9V1 9.1V 0.5W 03 DZA101

JH4118 ZDI BZX84C12 0.225W 5% SOT-- 02 DZA401

JH4120 ZDI BZX84C18V 0.225W 5% SOT 02 DZA105

JM0099 TR BC547B N 45V 100A 20 01 TA313

JM0100 TR BC557B P 45V 100A 20 01 TA312 TA414

JM0205 TR BF423 P 250V 25MA 6 03 TA404 TA409

JM0206 TR BF420 N 300V 100MA 60M TO-- 12 TA410 TA418

JM0244 TR BF422 N 250V 25MA 60M: T 02 TA307

JM0280 TR 2N5401 P 150V 0.6A 10 02 TA411

JM0282 TR BC369 P 20V 1A 6 06 TA111

JM0285 TR BC637--16 N 40V 1A 6 04 TA412

JM4105 TR BC847B N 45V 0.1A SOT23 01 TA108 TA308 TA401

TA604 TA610

JM4107 TR BC807 P 45V SOT--23 02 TA105

JM4114 TR BC857B P 45V 100MA 150M 02 TA102 TA112 TA423

TA426 TA603 TA609

JM4125 TR DUAL P/N 50V 150MA 300MW SM 02 TA301 TA304

TA310 TA402 TA413

TA601 TA607 TA427

JM4401 TR BCR141W 50V 0.1A (2X22K)SOT 02 TA106 TA107 TA114

TA113 TA408

JM4403 TR 50V 0.1A NPN 2x4.7KOHM SOT-- 01 TA101

JM4402 TR BCR191W 50V 0.1A PNP 2X22KO 01 TA104

LM0942 IC TL431 VOLTAGE REFERENCE TO-- 04 ICA107 ICA110

LM4016 IC 74HCT86 4X2--INPUT EX--OR S 06 ICA203

LM4111 IC 4538BT 05 ICA401

LM4114 IC 4050B HEX BUFER SO--16 06 ICA301

LM4420 IC DUAL MODE EEPROM FOR DDC 2. 07 ICA205

LM4469 IC UC3843 PWM CONTROLLER SO-- 8 05 ICA101 ICA302

SE2747 GROUNDING WIRE 446B/447U

QK1081 BLADE CONN 4.8MM FEMALE 01 002

QK1651 BLADE CONNECTOR ’MIKROLOK’ 6.3 01 003

QK0701 WIRE TERMINAL FOR 0.20-- 0.50MM2 01

QK1446 WIRE TERMINAL FOR 1.85MM HOLES 01

Part
NO

Description PG

Item Number

SMA241H

2

Page 6SB5218 02.00

446F

446F

SMZ092C

SB5239 08.99 Page 3

1

X2

X1

JL0044

LED1

LL4148

D2

R7

15k

R1

6k8

R2

470R

R3

8k2

R4

10k

R5

10k

R6

39k

LL4148

D1

Q1

6

5

4

3

2

1

Q2

4

3

2

1

BC857B

T1

QG0326

SW1

654

3

2

1

SW4

QG0327

SW3

QG0327

SW2

QG0327

LED

5V

POWER

MENU

ECN

-

446F

SMZ092C

SB5239 08.99 Page 2

1

SMA241H

SB5218 02.00 Page 12

2

446F

SMA241H

SB5218 02.00 Page 11

2

446F

446F

SMA241H

SB5218 02.00 Page 7

2

T101

BCR112W

M103

FM3909

15

8

5

16

14

15

13

12

11

10

9

7

6

BCR141W

T114

BC807

T105

P6KE200A

D116

R150

4R7

1k00

R170

C153
10u
50V

220p

C126

C137
100u

25V

R110
3k65

100n

C129

10k0

R175

680p

C167

BYV27-200

D127

15u

L103

15u

L104

15u

L106

3R9

R168

1

UC7147

C166

100n

56R2

R173

470p

C165

500V

500V

C164

470p

470p

C163

500V

56R2

R172

56R2

R171

470R

R129

RHRD460S

D122

RHRD460S

D109

RHRD460S

D126

274R

R169

3R32

R134

3R32

R109

C162

10u

400V

15u

L102

15u

L101

15u

L105

BYV98-200

D113

BYV27-200

D115

C157

47u
16V

R167

1k0

18V

DZ105

220R

R126

R166

5k6

D123

1N4148

IC110
TL431

3

2

1

R138
0R22

-T

NTC101

5R

1N4002

D125

10n

C160

C161

10n

2k7

R165

10k

R164

D124

LL4148

154k

R135

LL4148

D107

R148

22k

100n

C149

1n0

C146

R141
2k7

R144
1k0

IC103

PS2501-1L

4

32

1

T106

BCR141W

R140
2k26

C133

47u

250V

C132

47u
250V

BCR191

T104

R132
560R

11k0

R127

R125

100R

47p

C131

1kV

C134
100u
100V

C135
n.c.

R112
0R22

7812

IC104

REF

OUTIN
C140
2200u
25V

n.c.

D121

n.c.

D106

C148
2200u

25V

100n

C150

R160
10R

R142

0R22

F102

T3.15A

630V

C118

22n

R117
0R22

D112

BYV98-200

C120

2200u

16V

25V

100u

C159

C141

100u

25V

C142

100u

25V

R122
0R47

C114

1u0

50V

Q104

10

9

8

7

6

5

4

3

2

1

FM2586

M104

8

7

6

54

3

2

1

S

S

S

TOP223P

IC108

S(HVRTN)

S(HVRTN)

S(HVRTN)

DRAINCONTROL

8

7

6

54

3

2

1

BYV26C

D117

330k

R154

330k

R153

330k

R152

330k

R151

C154
2200u

16V

D118

BAV103

4R7

R155

1k0

R146

T108

BC847B

IC106

PS2501-1L

4

32

1

LL4148

D103

LL4148

D102

IC107
TL431

3

2

1

R156

10k0

R157
10k0

R161

470R

22n

C116

R159

100R

R163

22k

T107

BCR141W

T111

BC369

R147

1k0

R162
1k00

T112

BC857B

R104

1k0

100n

C138

D119

80SQ045

BCR141W

T113

Q105

4

3

2

1

10k

R145

9V1

DZ101

M1

FM2586

8

7

6

54

3

2

1

Q101

D101

GBU4K

RE101
QH0074

654

321

Q102

543

2

1

4M7

R102

4M7

R103

2n2

C102

400VAC

2n2

C107

400VAC

2n2

C113

400VAC

3n3

C109

1kV

3n3

C108

1kV

3n3

C110

1kV

3n3

C111

1kV

C112
330u
385V

C106
n.c.

n.c.

C105

n.c.

C104

1M0

R101

2n2

C103

400VAC

275V

C101

470n

M101

FJ0801

4

3

2

1

FJ1836

M102

4

3

2

1

+T

18R

PTC101

+T

PTC102
18R

IC101

UC3843A

VCC

VREF

OUTPUT

GNDRT/CT

ISENSE

VFB

COMP

7

8

6

54

3

2

1

10k

R105

R111

15R

1

UC6879

2n2

C119

500V

1k0

R114

1N5818

D111

0R47

R121

46k4

R106

464k

R108

464k

R107

R116

10k

R113

2k2

C123

1u0
50V

4n7

C124

BC857B

T102

LL4148

D104

63V

C127
3n3

STU13NB60

T103

100n

C117

10n

C115

50V

10u

C128

1k0

R120

2,5

LED

5

5

HEATER_5V

HEATER_5V

2,5

RESET

2,5

PREHEAT

2,5

SUSPEND

PRIMARY_Vcc

N49

2,4,5

UVLO

4,5

G1

2,4,5

2,4,5

USB_5V

USB_5V

2-5

2-5

2-5

12V

12V

12V

N109

N104

N53

2-5

2-5

2-5

5V

5V

5V

N99

3,5

3,5

15V

15V

5

5

80V

80V

3-5

3-5

185V

185V

3-5

-15V

GND

GND

PGND

2,5

DEMA

F101

OFF AFTER 3 SECONDS

NOTE: POWER IS SWITCHED

THEN THE MAIN POWER IS SWITCHED OFF.

NOTE: IF VERTICAL FLYBACKIS MISSING FROM MAIN PROCESSOR (PIN 14) AFTER START,

5V

9V

ECN

5,5V

12V

SENSING

VOLTAGE

UNDER

POWER

MAIN

+5V POWER

POWER SUPPLY

TO VIDEO

T6.3A

DEMA

0.25W NF

0.5W NF

3W etc.

2W

1W

0.5W

0.25W

SMD 1W

SMD

SMD

ELECTROLYTIC

POLYESTHER

POLYCARBONATE

POLYPROPYLENE

CERAMIC

must be replaced with original

cover are also safety components.

Safety components marked with

NOTE!

All printed boards and the back

or approved components only.

446F006

446F

SMA241H

SB5218 02.00 Page 8

2

100n

C245

47n

C246

R275

47k

R276

215k

4M7

R217

C235
100u

25V

C215

100u

25V

220p

C229

2k2

R223

4k7

R210

LL4148

D202

10u

C244

50V

C243

10u

50V

1k0

R231

n.c.

C240

10R

R267

5k6

R258

R215 n.c.

50V

4u7

C241

4k7R243

470R

R274

R273

2k7

2k7

R272

1N4148

D208

100R

R248

100RR247

1k0

R233

10n

C222

R271

1k0

R269 6k8 LL4148D212

22k

R208

680p

C207

4k7R227

R209 4k7

R207 4k7

15kR224

C239

4u7
50V

C238

4u7
50V

C237

4u7
50V

C236

2u2
50V

100n

C212

100n

C234

100n

C230

100n

C223

100n

C221

100n

C219

100n

C214

100n

C211

47p

C233

Q203

16

15

14

13

12

11

10

9

8

7

6

5

4

3

2

1

R222

4k7

R266 47R

R265 47R

R264 47R

R262

2k7

R263

2k7

D209

BAT54C

4V7

DZ201

R259
10k

100R

R260

100R

R261

R245

2k7

M24128

IC204

VCC

WC#

SCL

SDA GND

N.C.

N.C.

N.C.

8

7

6

54

3

2

1

R246

2k7

D204

1N4148

R252

6k19

R250

47k

R251
1k0

C227

10u
50V

100n

C226

n.c.

C228

33p

C231

500V

4k7

R249

D206

1N4148

R255

68k

R253

15k

R254
10k

56k

R257

4n7

C232

LL4148

D205

R256

27k

LL4148

D207

R235

5k6

R236

5k6

R234

5k6

R244

10M

C225 33p

33pC224

24.0MHz

X201

4k7

R242

R241

4k7

R240
4k7

4k7

R239

4k7

R238

R237

4k7

4k7R225

R202

1k0

R203

1k0

R201

1k0

10n

C202

10n

C201

10n

C203

4k7

R229

1k0

R230

1N4148

D210

FOC-OUT

HMOIRE

HPOS

PLL1F

R0

C0

PLL2C

HLOCKOUT

VSYNCIN

H/HVIN

BOUT

VCC

SCL

SDA

5V

ISENSE

REGIN

COMP

HREF

HFLY

HGND

B+GND

BREATH

VGND

VAGCCAP

VREF

VCAP

VOUT

EWOUT

XRAY

HOUT

GND

IC201

TDA9109SN

17

18

19

20

21

22

23

24

25

26

27

28

29

30

31

32

16

15

14

13

12

11

10

9

8

7

6

5

4

3

2

1

22R

R220

R221
470k

10n

C216

C218
470n

C217

150n

C220

47u

35V

22n

C209

1k2

R214

C208 1u0

C204
4u7
50V

C210
47u
35V

1n0

C213

500V

R211
4R7

R212

1k2

R213

1k0

R216
1k8

6k49

R218

R219

33k

22n

C206

Q201

6

5

4

3

2

1

Q202

8

7

6

5

4

3

2

1

74HCT86

IC203-4

11

13

12

74HCT86

IC203-3

8

10

9

74HCT86

IC203-2

6

5

4

DA1

DA0

TEST/VPP

RESET#

PA1

PA3

PA4

PA5

PA6

PA7/BLANKOUT

OSCIN

AIN2/PB2

AIN3/PB7

VDDA

GNDA

DA8

DA7

DA6

DA5

DA4

DA3

DA2

PD0/CSYNCI

HSYNCO/PD1

VSYNCO/PD2

ITC/PD3

ITB/PD4

ITA/PD5

CLAMPOUT/PD6

VSYNCI

VFBACK/AIN0/PB0

AIN1/PB1

OSCOUT

PC6

PC5/SDAI

PC4/SCLI

PC3/SDAD

PC2/RX/SCLD

PC0/OCMP/HFBACK

VDD

HSYNCI

GND

IC202

ST72T752J6B1

2221

20

19

18

17

16

15

14

13

12

11

10

9

8

7

6

5

4

3

2

142

41

40

39

38

37

36

35

34

33

32

31

30

29

28

27

26

25

24

23

74HCT86

IC203-1

3

2

1

IC205

24LCS21A

VCLK

VCC

SCL

SDA VSS

WP#

NC

NC

7

8

6

54

3

2

1

4

N249

1,5

LED

3,5

N-S_COIL

1,5

PREHEAT

3,5

BCL_ADJ

3,5

V_SYNC

3-5

FLYBACK

4,5

F_LIMIT

1,3-5

12V

1,5

SUSPEND

3,5

BCL

4,5

V_BLANK

3,5

SDA

3,5

SCL

4,5

LIN1

3,5

V_FLY

1,5

RESET

4,5

S5

4,5

S4

4,5

S3

4,5

S2

4,5

S1

4,5

S0

4,5

WIDTH

4,5

H_CENT

3,5

TILT

3,5

V_CONV

1,5

DEMA

3,5

G2_ADJ

3,5

H_CONV

1,4,5

USB_5V

1,4,5

UVLO

4,5

MUTE

3,5

OVER_VOLT

4,5

H_DRIVE

4,5

E/W

3,5

V_OUT

3,5

V_REF

1,3-5

1,3-5

1,3-5

1,3-5

1,3-5

1,3-5

1,3-5

1,3-5

1,3-5

1,3-5

5V

5V

5V

5V

5V

5V

5V

5V

5V

5V

4,5

V_DYN_FOC

ONLYIN USB MODEL

ECN

DDC

PROCESSOR

DEFLECTION

MEMORY

H-BLANK

V-BLANK

PROCESSOR

MAIN

1%

BCL

H_BLANK

V_BLANK

SELF_TEST

CLAMP

EXT_5V

SDA_DDC

SCL_DDC

H_SYNC

V_SYNC

KEY_PAD

TO USB

TO KEYPAD

PROCESSOR UNIT

TO VIDEO

0.25W NF

0.5W NF

3W etc.

2W

1W

0.5W

0.25W

SMD 1W

SMD

SMD

ELECTROLYTIC

POLYESTHER

POLYCARBONATE

POLYPROPYLENE

CERAMIC

446F006

446F

SMA241H

SB5218 02.00 Page 9

2

n.c.

C334

R362

n.c.

15u

L301

220R

R361

Q301

6

5

4

3

2

1

TR DUALP/N

T310

1

2

3

6

5

4

T314

TR DUALP/N

1

2

3

6

5

4

1k0

R174

100R

R323

X9

TR DUALP/N

T607

1

2

3

6

5

4

TR DUALP/N

T601

1

2

3

6

5

4

TR DUALP/N

T304

1

2

3

6

5

4

TR DUALP/N

T301

1

2

3

6

5

4

150n

C320

63V

C314

47u

250V

2R15

R345

2R15

R344

J201

n.c.

R623

BC847B

T610

T609
BC857B

BC857B

T603

T604
BC847B

4R7

R360

33k2

R340

4k7

R628

n.c.

R627

2k2

R358

2k7

R359

T303

2SJ306

ST.FOCUS

DYN. FOCUS

G2

HIGH VOLT

M301

FM0646

10

9

12

13

11

14

4

15

2

1

n.c.

C602

Q302

2

1

R320

1R0

R336

2k2

IC302

UC3843A

VCC

VREF

OUTPUT

GNDRT/CT

ISENSE

VFB

COMP

7

8

6

54

3

2

1

220k

R357

R351

2k2

C322
100n

BC547B

T316

T315

BC557B

330R

R355

820R

R349

1k0

R348

1k0

R350

2k2

R353

R354

100R

R352
100R

R356

100k

n.c.

R609

n.c.

T606

R607
470R

R603
220R

T605

n.c.

R602

180R

R601

220R

470R

R604

1k0

R606

n.c.

C601

R605

100R

R608

100R

100n

C615

100R

R629

J602

n.c.

R618

n.c.

C604

n.c.

T612
n.c.

470R

R616

220R

R612

n.c.

T611

180R

R611

220R

R610

R613

470R

R615

1k0

C603

n.c.

100R

R614

100R

R617

C616
100n

R630
100R

n.c.

J601

T308
BC847B

R331

10M

D309

LL4148

R329

6k19

R328

2k2

R330

3k9

C329
100u

50V

1k0

R324

C333

10u
50V

2k2

R335

n.c.

R620

4k7

R619

RT301

22k

BYM26E

D307

1n0

C306

C613

2u2

50V

C612

2u2
50V

n.c.

C605

n.c.

C606

100n

C323

C609

n.c.

n.c.

C608

n.c.

R624

n.c.

R626

R622

n.c.

R621

n.c.

R625
n.c.

n.c.

C607

n.c.

C610

n.c.

C611

VRAMP

SGND

n.c.

IC601

N.C.

RBH

RBV

VDD

N.C.

N.C.

HRAMP

N.C.

XRESET

SDA

N.C.

SCL

N.C.

GND

N.C.

DTST

ATST

N.C.

CS1 GV

GHCS0

24

23

22

21

20

19

18

17

16

15

14

1312

11

10

9

8

7

6

5

4

3

2

1

R314
1R80

T313

BC547B

BC557B

T312

C310

1n0

470p

C309

100n

C312

R308

1k0

R309

1k0

IC301-1

4050B

23

IC301-2

4050B

45

IRFIBE30G

T306

250V

C313

10n

2kV

C315

2n2

n.c.

C311

R313

0R56

R312

0R0

R315

22R

R322

22R

R311

n.c.

R310
n.c.

12V

DZ302

R321

10k

D304

N.C.

n.c.

D305

SG303

1200V

SG302
1200V

STV9379

IC303

VDD

OUT

FG

GND

VCC

653

4

7

2

1

X3

X4

R339
330R

R333
820R

R332

1k0

R334
1k0

100R

R338

100R

R337

SG301

95V

2n2

C319

500V

2M2

R326

T307
BF422

100p

C318

1kV

10n

C316

LL4148

D306

R319
220R

R318

1k08k25

R317

24k9

R316

n.c.

R305

C324
n.c.

4n7

C317

IC301-6

4050B

1514

IC301-5

4050B

1211

IC301-4

4050B

109

IC301-3

4050B

67

C308
100n

4V7

DZ301

R304

1k0

R307

2k2

R306

2k2

R302

220R

46k4

R301

LL4148

D302

LL4148

D303

LL4148

D301

R303
100k

1n0

C303

500V

100n

C307

10n

C304

100p

C305

63V

C302

47n

C301

22u
50V

1N4002

D308

10k0

R342

R343

5k6

R341

6k8

274R

R347

R346

2R2

10n

C325

4n7

C327

1n0

C326

100n

C331

63V

C332
220n

C330
220u

35V

C328

220u

35V

2,5

N-S_COIL

2,5

BCL_ADJ

5

5

VC_OUT

VC_OUT

5

5

HC_OUT

HC_OUT

2,5

V_FLY

2,5

SCL

2,5

SDA

2,5

H_CONV

2,5

V_CONV

4,5

H_RAMP

2,5

V_SYNC

2,5

BCL

2,5

TILT

1,4,5

1,4,5 1,4,5

1,4,5

1,4,5

-15V

-15V -15V

-15V

-15V

1,5

1,5 1,5

1,5

1,5

15V

15V 15V

15V

15V

4,5

DYN_FOCUS

2,5

G2_ADJ

1,2,4,5

1,2,4,5 1,2,4,5

1,2,4,5

1,2,4,5

5V

5V

5V

5V

5V

2,5

OVER_VOLT

1,2,4,5

1,2,4,5

1,2,4,5

1,2,4,5

12V

12V

12V

12V

1,4,5

185V

2,4,5

FLYBACK

2,5

2,5

V_OUT

V_OUT

2,5

V_REF

2

2

2

2

2 2

22

2 22

BROWN

YELLOW

27KV

ECN

CONTROL

BCL

CONVERGENCE

STAT.

N.C.

N-S_COIL

VERTICAL

HV GENERATOR

ADJ.

HV

DYN. CONVERGENCE

VERT YOKE

TILT

0.25W NF

0.5W NF

3W etc.

2W

1W

0.5W

0.25W

SMD 1W

SMD

SMD

ELECTROLYTIC

POLYESTHER

POLYCARBONATE

POLYPROPYLENE

CERAMIC

446F006

446F

SMA241H

SB5218 02.00 Page 10

2

150p

C436

500V

270k

R448

1N4148

D444

n.c.

D414

RGP15J

D432

RGP15J

D436

RGP15J

D437

1k0

R486

1n0

C434

500V

R405

100R

C443

100u
25V

100n

C457

100n

C456

LL4148

D406

1N4148

D442

12V

DZ401

1N4148

D401

383k

R420

10R

R414

1M0

R484

220k

R426

681k

R410

R473

0R0

100n

C402

82k5

R409

RGP15J

D416

RGP15J

D415

D443

LL4148

J401

56R2

R438

15u

L406

3R9

R434

250V

C412
680n

15k4

R408

R450

18k

220p

C435

2kV

R485
56R2

56R2

R433

X5

220p

C455

TR DUALP/N

T402

1

2

3

6

5

4

TR DUALP/N

T413

1

2

3

6

5

4

TR DUALP/N

T427

1

2

3

6

5

4

C431

4u7

350V

100R

R437

400V

C437
100n

220p

C403

R404
15k0

R407

10k0

681R

R432

ES2G

D441

RGP10G

D424

332R

R481

100R

R425

T408

BCR141W

R424
4k7

T409

BF423

1N4148

D412

R464

22k

R423

10k

R465
220R

R477

4k7

R478

4k7

BAV103

D440

VDD

OB

VSS

O#A

OA

I#0A

I1A

C#DA

RCTCA

CTCA

4538BT

IC401

CTCB

I#0B

I1B

C#DB

RCTCB

O#B

15

11

12

13

14

9

16

10

8

7

6

5

4

3

2

1

C401
10u

50V

R406
33k2

T401

BC847B

BAV103

D409

BAV103

D410

N.C.

D411

47p

C406

47p

C407

1n0

C408

500V

250V

C404

10n

BF423

T404

R412

10k

R415
15k

R417

10k

R419
1k5

R413
220R

R418
10R

LL4148

D407

D408

LL4148

100n

C428

100n

C427

100n

C426

100n

C425

100n

C418

R445
100R

R444
100R

R443
100R

R442
100R

R441
100R

R440
100R

400V

C419

33n

250V

C423

680n

400V

C422

330n

250V

C421

150n

400V

C420

68n

BC557B

T414

R427

1k0

SLA5038

IC402

412

1110987653

21

BYV27-200

D431

C444

2200u

10V

IRLI620G

T417

R466

2R2

T425

MPS2369

BAV103

D439

DZ404

4V7

R468

100R

R469

470R

R470

2k2

470p

C447

4n7

C445

500V

4n7

C446

274k

R467

R455

4k7

C411

1u0

50V

400V

C439
100n

L401
470u

400V

C415
33n

RGP10G

D419

360R

FR401

4R64

R439

X2

RGP10G

D428

IRF620

T419

12V

DZ402

R458

10R1M0

R457

BYV28-100

D429

L402

82u

T421

MPSA42

X1

4k64

R451

D427

RGP10G

RGP10G

D426

400V

C438

27n

C440

2u2

50V

C441

2u2
50V

R454

10k

BC857B

T423

FM2560

M402

6

8

9

10

7

5

4

R452
4k64

BF420

T418

22R

R447

R449

1k2

4n7

C416

500V

4n7

C417

500V

2kV

C413

2n2

2kV

C414

2n2

BAV21

D420

BAV21

D421

360R

FR402

T410
BF420

2N5401

T411

T412

BC637-16

R431

1k0

470R

R428

3k9

R429

1R00

R430

DTV82F

D418

T415

BUH1215

250V

C424

1u2

33k2

R446

100n

C429

T405

2SJ306

56R2

R453

L404

FU0735

N

S

L405

FU0736

N
S

R421

1R0

1N4148

D402

1N4148

D403

56R2

R461

56R2

R472

BAV21

D438

IRFI540N

T416

220k

R416

R474

33k2

C433

47u

50V

R475

10k

R476

10k

BC857B

T426

n.c.

C449

n.c.

DZ403

10n

C451

50V

250V

47u

C452

50V

10u

C454

C453

10u
50V

R480

n.c.

M403

FM2589

6

104

2

FM2589

M401

6

104

2

10k0

R471

C409

10u

250V

R479

1k0

100R

R436

R403
47k5

10k

R401

D435

LL4148

R463

47k

LL4148

D405

LL4148

D404

8k2

R402

215R

R462

C450

n.c.

10k

R483

R482

56R2

1,2,5

USB_5V

(Here)

(Here)

HC_SYNC

HC_SYNC

3,5

H_RAMP

2,5

2,5

F_LIMIT

F_LIMIT

2,3,5

2,3,5

FLYBACK

FLYBACK

2,5

S5

2,5

LIN1

3,5

DYN_FOCUS

1,3,5

-15V

2,5

V_DYN_FOC

2,5

H_CENT

1-3,5

1-3,5

5V

5V

2,5

H_DRIVE

1,3,5

1,3,5

1,3,5

1,3,5

185V

185V

185V

185V

2,5S42,5S32,5S22,5

S1

2,5

S0

1-3,5

1-3,5

1-3,5

1-3,5

1-3,5

1-3,5

12V

12V

12V

12V

12V

12V

1,5

G1

2,5

MUTE

2,5

V_BLANK

5

5

5

5

555

5

5

5

5

55

55

5555

5

5

5

5

5

5

5

5

5

5

5

5

5

5

5

5

5

5

5

5

2

N249

2,5

E/W

2,5

WIDTH

1,2,5

UVLO

CONTROL

FOCUS

(-6V)

7,5V

ECN

60Vp

1200Vp

BLACK

BLUE

RED

2,7-3,4V

CONTROL

RASTER

250V

CONTROL

EMITTER

S-CORRECTION

BLANK-CONTROL

-170V

7,5V

WIDTH-CONTROL

6,3V

N.C.

1%

N.C.

1%

1%

1%

1%

1%

HOR.OUTPUT

HOR YOKE

0.25W NF

0.5W NF

3W etc.

2W

1W

0.5W

0.25W

SMD 1W

SMD

SMD

ELECTROLYTIC

POLYESTHER

POLYCARBONATE

POLYPROPYLENE

CERAMIC

446F006