Philips 221TE2LB/00, 221TE2LB/01 Service Manual

inch FHD TFT

21.5

LCD Colour Monitor(TV)

221TE2LB/00
221TE2LB/01

Chassis:

MERIDIAN 2

TABLE OF CONTENTS

Description Page

Important Safety Notice--------------------------------------2
Technical Data--------------------------------------------- 3~4
Installation--------------------------------------------------5~10

Troubleshooting------------------------------------------11~12
On Screen Display---------------------------------------13~14

Lock/unlock, Aging,Factory mode------------------------15

Philips Pixel Defect Policy

Mechanical Instructions ------------------------------17~21

Color adjustment --------------------------------------------22

FAQs (Frequently Asked Questions)--------------23~24

Electrical instruction ----------------------------------25~26

Service Tool-----------------------------------------------27~28
DDC Instructions & Serial Number -----------------29~35
DDC DA T A -----------------------------------------------36~37

Firmware Upgrade for CPU-

ANY PERSON
AND BE AWARE OF THE NECESSARY SAFETY PRECAUTIONS
EQUIPMENT CONTAINING

---------------------------------16

------------------------38~41

SAFETY NOTICE

ATTEMPTING TOSERVICE THIS CHASSIS

HIGH VOLTAGES.

Horizontal frequencies

Description Page

Failure Mode Of Panel -

Wiring Diagram----------------------------------------------43
Block Diagram------------------------------------------------44

Scaler Diagram & C.B.A. ------------------------------45~53
Power

Diagram & C.B.A. -----------------------------54~57

LED Driver
Control Diagram & C.B.A. -----------------------------60~61

IR

Diagram & C.B.A. ------------------------------------62~63

General product specification---------------------64~108
Exploded V iew ---------------------------------------------109
Spare/ arts List-----------------------110

PCBA photos--------------------------------------------------111

Repair tips----------------------------------------------112~113

Repair Flow chart-------------------------------------114~118
Safety Test Requirments-----------------------------------119

MUST FAMILIARIZE

TO BE USED WHEN

Diagram & C.B.A. -------------------------58~59

Recommended P

HIMSELF

-----------------------------------42

WITH THE

SERVICING ELECTRONIC

30-83kHz

CHASSIS

A SEPARATE

CAUTION:

Published by Philips Consumer Lifestyle Copyright reserved Subject to modification JDec 09 2010

USE

REFERTO BACK COVER FOR

ISOLATION TRANSFORMER FOR THIS UNIT WHEN SERVICING.

IMPORTANT SAFETY GUIDELINES

GB

2 221TE2L LCD

Important Safety Notice

Proper service

operation of all Philips Consumer Electronics Co

equipment. The service procedures

described in this service manual a

performing service ope

operations require the useof tools speciall y designed

purpose. The spe

recomm ended.

It is im portant to note tha t this m anual c ontains various

CAUTI ON

order to m inimize the risk of personal injury to servic

personnel . The possibility exists th

methods may damage the equipment

underst and that these CAUTIONS and NOTICES ARE NOT

EXHAUSTIVE. Phil

advise the servic etrade of all concei vable ways i n w

service might be done or of the possible hazardous

consequences of each way. Consequently,Philips has not

undertaken any suc

who uses a servi ce procedure or tool which is not

recommended by Philipsmust f

neither his safety nor the safeoperation of the equipment will

be jeopardized by t he servi

* * Hereafter throughout this manu

Electronics Co mpany w

and repair is important

rations

cial tools should be used w

S and NOTICES which should be

ips

could not poss ibly know, evaluate and

h broad evalua

ce method sel

be referred to as Philip

ill

to the sa

commended by

re

re eff

.Someof

at im

. It is also important t

ti

on. Accordingly

irst sati

al,

PhilipsConsumer

fe,

reliable

mpany

Phil

ect

ive met hod

these s ervic

hen and as

carefully read in

proper

sfy

himself thoroughly that

ect ed.

servi

s

.

,

**

e

e

ce

hic

sof

for the

h

ips and

o

FOR PRODUCTS CONTAINING LASER :

DANGER - Invisible laser radiation when open.

MANUF

O BEAM.

in

OF THIS

ACTURER'S

THIS

AVOID DIRECT EXPOSURE T

CAUTION - Use of controls or adjustments or

performance of procedures other than

those specified herein may result

hazardous radiation exposure.

CAUTION - The use of optical instruments with this

product will increase eye hazard.

TO ENSURE THE CONTINUED RELIABILITY

PRODUCT, USE ONLYORIGINAL

REPLACEMENT PARTS, WHICH ARE LISTED WITH THEIR P

NUMBERS IN THE PAR

SERVICE MANUAL.

TS LIST SECTION OF

ART

WARNING

Critical components havingspecial safety characteri stics are

identified with a by the Ref. No. in the parts list and

enclosed within a broken line

(where several critical co

along with the safe

exploded vie

Use of s

same speci fied safety charact eristic s may create

or other hazards .

Under no cir cumstances should th

modified or altered without written permission from Philip

Philips assumes no liabilit

any unauthorized modification of design.

Servicer assumes all liability.

ws.

stitute replacement parts which do no

ub

mponents are grouped i n

mbol on the schematics

y

ty s

e original

y, express or implied, arising

one area)

or

t have the

shock,

design be

fire,

out of

Take care during handling the LCD module with backlight

unit

- Must mount the module using mounting holes arranged in four

corners.

- Do not press on the panel, edge of the frame strongly or electric

shock as this will result in damage to the screen.

- Do not scratch or press on the panel with any sharp objects, such

as pencil or pen as this may result in damage to the panel.

- Protect the module from the ESD as it may damage the electronic

circuit (C -MOS).

Make certain that treatment body are grounded through

-

wrist band.

- Do not leave the

humidity for a long time.

s.

- Avoid contact with water as it may as hort circuit within the module.

If the surface of panel become dirty

-

material. (Cleaning with a dirty or rough cloth may damage the

panel.)

module in high temperature and

, please wi

pe it off with a soft

in areas of high

Technical Data

q

AUO

Type NR. : AUO M215HW01 V7
Resolution : 1920x1080
Outside dimensions : 495.6(H) x 292.2(V) x 11(D) Typ
Pitch (mm) : 0.24825mm x 0.24825mm
Color pixel

arrangement
Display surface
Color depth : 16.7M (6 bit with Hi-FRC)

Backlight : 2 CCFL
Active area (W x H) : 476.64(H) × 268.11(V) mm
View angle (CR=10) : >=170 for Right/Left (Typ)
: >=160 for Up/Down (Typ)
Contrast ratio : >=1000:1 (Typ)
White luminance : 250 (center,Typ)
Color gamut : >=72%
Gate IC : Raydium / Novatek
Source IC : Raydium / Novatek
Response time : 5 ms (Typ)
Vertical frequency

range

Scanning frequencies

Hor.: 30 – 83 K Hz
Ver.: 56 - 76 Hz
Video dot rate: D-sub < 165 MHz ; DVI < 165 MH)
Power input: 90-264 V AC, 50/60 r 3 Hz

Power consumption: Normal on: < 40 W (max)
Functions:

(1) D-SUB analog R/G/B separate inputs, H/V sync
separated, Composite (H+V) TTL level, SOG sync.

(2) DVI digital Panel Link TMDS inputs.

Ambient temperature: 0
Power input connection

Power cord length : 1.8 M
Power cord type : 3 leads power cord with protective earth plug.

Power management

The monitor must comply with the Microsoft On Now
specification, and meet EPA requirements.

Mode HSYNCVSYNCVideo Pwr-cons.IndicationRec

Power-OnOn On active <40W

: 1920 horiz. By 1080 vert
: Hard coating (3H), Anti-glare

treatment

: 50/60 Hz r 3 Hz

C - 40 qC

White LED --

(max.)

.

tim

e

221TE2L LCD 3

D-SUB

PIN No. SIGNAL PIN No. SIGNAL

1 Red 9 DDC +3.3V or +5V
2 Green/ SOG 10 Logic GND
3 Blue 11 Sense (GND)
4 Sense (GND) 12 Bi-directional data
5 Cable Detect (GND) 13 H/H+V sync
6 Red GND 14 V-sync
7 Green GND 15 Data clock
8 Blue GND

ʳʳ

HDMI

PIN No. Description PIN No. SIGNAL

1 TMDS Data2+ 11 TMDS Clock Shield
2 TMDS Data2 Shield 12 TMDS Clock­3 TMDS Data2- 13 CEC
4 TMDS Data1+ 14 NC
5 TMDS Data1 Shield 15 SCL
6 TMDS Data1- 16 SDA
7 TMDS Data0+ 17 DDC/CEC Ground
8 TMDS Data0 Shield
9 TMDS Data0-

10 MDS Clock+

18 +5V Power
19 Hot Plug Detect

Full SCART

PIN No. Description PIN No. SIGNAL

1 Audio output right 12 N.C
2 Audio input right 13 GND(red)
3 Audio output left 14 GND(blanking)
4 GND(audio) 15 Red input
5 GND(blue) 16 RGB switching

6 Audio input left - 17 GND(video input &
7 Blue input 18 GND(RGB
8 Switch signal input

(Fast Blanking)

9 GND(green)

10 N.C
11 Green input

control
output)
switching control)

Video

19

output(composite)
Video

20

input(composite)

21 Common ground

Susceptibility of display to external environment

Operating

- Temperature : 0 to 35 degree C

- Humidity :80% max

- Altitude :0-3658m

- Air pressure : 600-1100 mBAR
Storage

- Temperature : -20 to 60 degree C

- Humidity : 95% max

- Altitude : 0-12192m

- Air pressure : 300-1100 mBAR

Note: recommend at 5 to 35qC, Humidity less than 60 %

Power
Saving

DC

Power

Off

Off Off blanked< 0.5W

ʳʳ N/A < 0.5 W LED Off ʳ

Blinking
White LED

Period: 3sec

On, 3sec Off

<3s

4 221TE2L LCD

q

Technical Data

CPT

Type NR. : CPT CLAA215FA 03S
Resolution : 1920x1080
Outside dimensions : 495.6(H) x 292.2(V) x 11.4(D) Typ
Pitch (mm) : 0.24825mm x 0.24825mm
Color pixel

arrangement
Display surface
Color depth : 16.7M (8 bit with A-FRC)

Backlight : 2 CCFL
Active area (W x H) : 476(H) × 230.4(V) mm
View angle (CR=10) : >=170 for Right/Left (Typ)
: >=160 for Up/Down (Typ)
Contrast ratio : >=1000:1 (Typ)
White luminance : 250 (center,Typ)
Color gamut : >=72%
Gate IC : Raydium / Novatek
Source IC : Raydium / Novatek
Response time : 5 ms (Typ)
Vertical frequency

range

Scanning frequencies

Hor.: 30 – 83 K Hz
Ver.: 56 - 76 Hz
Video dot rate: D-sub < 165 MHz ; DVI < 165 MH)
Power input: 90-264 V AC, 50/60 r 3 Hz

Power consumption: Normal on: < 40 W (max)
Functions:

(1) D-SUB analog R/G/B separate inputs, H/V sync
separated, Composite (H+V) TTL level, SOG sync.

(2) DVI digital Panel Link TMDS inputs.

Ambient temperature: 0
Power input connection

Power cord length : 1.8 M
Power cord type : 3 leads power cord with protective earth plug.

Power management

The monitor must comply with the Microsoft On Now
specification, and meet EPA requirements.

Mode HSYNCVSYNCVideo Pwr-cons.IndicationRec

Power-OnOn On active <40W

: 1920 horiz. By 1080 vert
: Hard coating (3H), Anti-glare

treatment

: 56~76Hz

C - 40 qC

White LED --

(max.)

.

tim

e

D-SUB

PIN No. SIGNAL PIN No. SIGNAL

1 Red 9 DDC +3.3V or +5V
2 Green/ SOG 10 Logic GND
3 Blue 11 Sense (GND)
4 Sense (GND) 12 Bi-directional data
5 Cable Detect (GND) 13 H/H+V sync
6 Red GND 14 V-sync
7 Green GND 15 Data clock
8 Blue GND

ʳʳ

HDMI

PIN No. Description PIN No. SIGNAL

1 TMDS Data2+ 11 TMDS Clock Shield
2 TMDS Data2 Shield 12 TMDS Clock­3 TMDS Data2- 13 CEC
4 TMDS Data1+ 14 NC
5 TMDS Data1 Shield 15 SCL
6 TMDS Data1- 16 SDA
7 TMDS Data0+ 17 DDC/CEC Ground
8 TMDS Data0 Shield
9 TMDS Data0-

10 MDS Clock+

18 +5V Power
19 Hot Plug Detect

Full SCART

PIN No. Description PIN No. SIGNAL

1 Audio output right 12 N.C
2 Audio input right 13 GND(red)
3 Audio output left 14 GND(blanking)
4 GND(audio) 15 Red input
5 GND(blue) 16 RGB switching

6 Audio input left - 17 GND(video input &
7 Blue input 18 GND(RGB
8 Switch signal input

(Fast Blanking)

9 GND(green)

10 N.C
11 Green input

control
output)
switching control)

Video

19

output(composite)
Video

20

input(composite)

21 Common ground

Susceptibility of display to external environment

Operating

- Temperature : 0 to 35 degree C

- Humidity :80% max

- Altitude :0-3658m

- Air pressure : 600-1100 mBAR
Storage

- Temperature : -20 to 60 degree C

- Humidity : 95% max

- Altitude : 0-12192m

- Air pressure : 300-1100 mBAR

Note: recommend at 5 to 35qC, Humidity less than 60 %

Power
Saving

DC

Power

Off

Off Off blanked< 0.5W

ʳʳ N/A < 0.5 W LED Off ʳ

Blinking
White LED

Period: 3sec
On, 3sec Off

<3s

Installation

Front View Product Description Rear View

221TE2L LCD 5

ʳ

6 221TE2L LCD

Installation

Installation

221TE2L LCD 7

8 221TE2L LCD

Installation

Installation

221TE2L LCD 9

10 221TE2L LCD

Installation

221TE2L LCD 11

ʳ

Troubleshooting

12 221TE2L LCD

Troubleshooting

On-Screen Display

ʳ

ʳ

221TE2L LCD 13

Description of the On Screen Display

What is the On-Screen Display?

On-Screen Display (OSD) is a feature in all Philips LCD monitors. It allows an end user to adjust screen performance or
select functions of the monitors directly through an on-screen instruction window. A user friendly on screen display
interface is shown as below :

ʳ

14 221TE2L LCD

ʳ

ʳ

On-Screen Display

Supported display resolutions

/RFN8QORFN$JLQJ)DFWRU\0RGH

221TE2L LCD 15

To lock/unlock OSD FUNCTION(User Mode)

The OSD function can be locked by pressing"OK"button(1) for more than 10
seconds, the screen shows following windows for 4 seconds. Every time
when you press"OK" button, this message appears on the screen
automatically .

Unlock OSD function

Unlocked OSD function can be released by pressing "OK" button for more
than 10 seconds again.

Step 2 : By pressing " UP" and " DOWN " key to Burning Icon. Press
"MENU then press " UP" and "DOWN " key to turn on Aging Mode.

$FFHVV)DFWRU\0RGH

1). Turn off monitor.

2).[Push "EXIT" & "MENU" buttons at the same time and hold them]+[Press
"power" button until comes out "Windows screen" ]=> then release all
buttons

3).Press "MENU" button, wait until the OSD menu with Characters
"MERIDIAN 221TE2L V0.01.06” (below OSD menu) come on the Screen of
the monitor.

Factory Mode indicator

Factory Menu

Cursor can move on gray color area
Hot key function: by pressing " UP " and " DOWN " key Simultaneously at
User Mode (or Factory Mode) (PS: The Of fset R G B function can be used
on reduce or eliminate snowy noise on the background when the resolution
of video signal is 1680*1050vertical 60Hz. Slightly increase or decrease the
value until snowy noise completely disappear .

$FFHVV$JLQJ0RGH

Step 1 : Access Factory Mode then enter Factory Menu.

Step 3 : Disconnect interface cable between Monitor and PC.
After 3 seconds,

bring up:

repeatly
Connect Signal cable again=> go back to normal display

16 221TE2L LCD

ʳ

ʳ

ʳ

ʳ

ʳ

ʳ

ʳ

Philips Pixel Defect Policy

Philips' Flat Panel Monitors Pixel Defect Policy

Philips strives to deliver the highest quality products. We use some of the
industry's most advanced manufacturing processes and practice stringent
quality control. However, pixel or sub pixel defects on the TFT LCD panels
used in flat panel monitors are sometimes unavoidable. No manufacturer
can guarantee that all panels will be free from pixel defects, but Philips
guarantees that any monitor with an unacceptable number of defects will be
repaired or replaced under warranty. This notice explains the different types
of pixel defects and defines acceptable defect levels for each type. In order
to qualify for repair or replacement under warranty, the number of pixel
defects on a TFT LCD panel must exceed these acceptable levels. For
example, no more than 0.0004% of the sub pixels on a 19" XGA monitor may
be defective. Furthermore, Philips sets even higher quality standards for
certain types or combinations of pixel defects that are more noticeable than
others. This policy is valid worldwide.

Pixels and Sub pixels

A pixel, or picture element, is composed of three sub pixels in the primary
colors of red, green and blue. Many pixels together form an image. When all
sub pixels of a pixel are lit, the three colored sub pixels together appear as a
single white pixel. When all are dark, the three colored sub pixels together
appear as a single black pixel. Other combinations of lit and dark sub pixels
appear as single pixels of other colors.

ʳTypes of Pixel Defects

Pixel and sub pixel defects appear on the screen in different ways. There are
two categories of pixel defects and several types of sub pixel defects within
each category. ʳ

Bright Dot Defects Bright dot defects appear as pixels or sub pixels that are
always lit or 'on'. That is, a bright dot is a sub-pixel that stands out on the
screen when the monitor displays a dark pattern. There are the types of
bright dot defects:ʳ

Black Dot Defects Black dot defects appear as pixels or sub pixels that are
always dark or 'off'. That is, a dark dot is a sub-pixel that stands out on the
screen when the monitor displays a light pattern. These are the types of
black dot defects:ʳ

ʳ

One dark sub pixelʳ Two or three adjacent dark sub pixelsʳ

Proximity of Pixel Defects

Because pixel and sub pixels defects of the same type that are near to one
another may be more noticeable, Philips also specifies tolerances for the
proximity of pixel defects.

Pixel Defect Tolerances

In order to qualify for repair or replacement due to pixel defects during the
warranty period, a TFT LCD panel in a Philips flat panel monitor must have
pixel or sub pixel defects exceeding the tolerances listed in the following
tables.ʳ

BRIGHT DOT DEFECTSʳ

MODELʳ

1 lit subpixelʳ 3ʳ
2 adjacent lit subpixelsʳ 1ʳ
3 adjacent lit subpixels (one white pixel)ʳ 0ʳ
Distance between two bright dot defects*ʳ >15mmʳ
Total bright dot defects of all typesʳ 3ʳ

ACCEPTABLE

LEVEL ʳ

221TE2Lʳ

One lit red, green or
blue sub pixelʳ

A red or blue bright dot must be more than 50 percent brighter
than neighboring dots while a green bright dot is 30 percent

ʳ

brighter than neighboring dots.ʳ

ʳ

Two adjacent lit sub
pixels:

- Red + Blue =
Purple

- Red + Green =
Yellow

- Green + Blue =
Cyan (Light Blue)!

ʳ

Three adjacent lit sub
pixels (one white
pixel)ʳ

BLACK DOT DEFECTSʳ

MODELʳ

ACCEPTABLE

LEVEL ʳ

221TE2L

1 dark subpixelʳ 5 or fewerʳ
2 adjacent dark subpixelsʳ 2 or fewerʳ
3 adjacent dark subpixelsʳ 0 ʳ
Distance between two black dot defects*ʳ >15mmʳ
Total black dot defects of all typesʳ 5 or fewerʳ

TOTAL DOT DEFECTSʳ

MODELʳ

Total bright or black dot defects of all
typesʳ

Note:
* 1 or 2 adjacent sub pixel defects = 1 dot defect

ACCEPTABLE

LEVEL ʳ

221TE2L

5 or fewerʳ

221TE2L LCD 17

Mechanical Instruction

Preparation before disassemble

1.Clean the room for disassemble

2.Identify the area for monitor

3.Check the position that the monitors be placed and the quantity of the monitor ;prepare the area for material flow;
according to the actual condition plan the disassemble layout

4.Prepare the implement, equipments, materials as bellow:

1) Press-fixture

2) working table

3) Screw-driver

4) knife*1

5) glove

6) cleaning cloth

7) ESD protection

ite
m

Disassemble the base

1

2 Disassemble screws by

3 disassembly the bezel

picture Operation Tool Notes

Screw-driver

a screw-driver

When disassembly
from the monitor, notice
the disassembly order :

1. Top parts of bezel

2. Left parts of bezel

3. Bottom parts of bezel

4. Right parts of RC
Don’t draw the BZL

the bezel ,notice don’t
bend the C/B .man
must wear glove
The purpose is loose
the BZL

18 221TE2L LCD

Mechanical Instruction

4 Disassemble the CVR

RC

5 Tear off the LVDS cable

from the Panel
And the PCBA connect

6 MA CPT Tear off the light cable

Please carefully use

two hands (one hand
presses the
locking-latch of LVDS
cable’s housing, and
at the same time
another hand pulls out
the LVDS cable.) for
this step to avoid from
deforming the
terminals of
positive-locking type
LVDS cable.

7 Disassemble the gasket

Mechanical Instruction

8 Disassemble the two

adhesive tape and tear
off the bugle cable

9 Disassemble screws

then Take the
Main-BKT out of the
Panel

221TE2L LCD 19

10 Tear down control cable

and bugle cable from
the Panel , then take
the Panel out from the
BZL

11 Disassemble the bugle

Æ 4 screws

12 Disassemble the C/B

Æ 1 screws

Screw-driver

Screw-driver

20 221TE2L LCD

Mechanical Instruction

13 Tear off the Mylar from

the C/B , then
Disassemble Lens

14 Disassemble the PCBA

board
Æ 12 screw

15 Take the PCBA from

Main-BKT and then
put it on the cushion

16 Disassemble the driver

Screw-driver

Screw-driver

board
Æ 1 screw

17 Disassemble the

column Æ 1 screw

Screw-driver

Mechanical Instruction

221TE2L LCD 21

18 Disassemble the

hingeÆ 1 screw

Screw-driver

22 221TE2L LCD

Color Adjustment

Alignment procedure

1. Turn on the LCD monitor

2. Turn on the Timing/pattern generator. See Fig.1

3. Preset LCD color Analyzer CA-1 10

-Remove the lens protective cover of probe CA-A30.

-Set measuring/viewing selector to measuring position for reset
analyzer .(zero calibration) as Fig.2

- Turn on the color analyzer (CA-1 10)

-Press 0-CAL button to starting reset analyzer .

Fig. 1 Fig.2

4. Access Factory Mode

1). Turn off monitor.

2). [Push "AUT O" & "MENU" buttons at the same time and hold them]

+[Press "power" button untill comes out "Windows screen" ]
=> then release all buttons

3).Press "MENU button, wait until the OSD menu with
Characters " MERIDIAN 221TE2L V0.01.16” (below OSD menu) come on
the Screen of the monitor as shown in Fig3.

)LJ

Fig.5

5.Display
Press "UP" or "DOWN" button to select . Change the value
by "UP" or "DOWN" key until the X, Y co-ordinates as below

Factory Mode indicator

)LJ

4). Press button, then select factory mode indicator by "MENU" "LEFT"
or "RIGHT" button .Press"MENU" button to bring up submenu
windows as below:



5.1 Color temperature adjustment
There are six factory preset white color 11500K, 9300K, 8200K, 7500K,
6500K, sRGB, 5000K
Align by Philips PerfecTune (also called FGA) function.
Apply full white pattern, with brightness in 100 % position and the contrast
control at 50 % position.
The 1931 CIE Chromaticity (color triangle) diagram (x , y) coordinate for
the screen center should be:

YPBPR:Timing 720P pattern color bar 100и
VGA: Timing 800*600 60Hz pattern gray scale H-32step

DTV(MMD)

Smart picture Color temp
personal warm
vivid warm
standard normal
cineme cool
game warm
energy saving normal
nature cool
custom warm

ʳ

CCT

Warm Normal Cool

6500º K 8000º K 9300º K

0.313 ± .02 0.296 ± .02 0.283 ± .02

X

0.329 ± .02 0.299 ± .02 0.297 ± .02

Y

FAQs (Frequently Asked Questions)

221TE2L LCD 23

24 221TE2L LCD

FAQs (Frequently Asked Questions)

221TE2L LCD 25

Electrical Instructions

Electrical characteristics

1. VIDEO SIGNAL REQUIREMENTS

1.1 CVBS input -1000mVpp (including 300 mV sync level), terminated with input impedance of 75:.

1.2 S-Video input - Y: 1000mVpp, C: 300mVpp, terminated with input impedance of 75:.

1.3 Component video input - Y: 1000mVpp, PbPr: ±350mVpp, terminated with input impedance of 75:. 480i/p,
576i/p, 720p, 1080i, 1080p signal handling capability.

1.4 HD ready -

Display engine:The minimum native resolution of the display (e.g. LCD, PDP) or display engine (e.g. DLP) is
720 physical lines in wide aspect ratio.

Video Interfaces:

The display device accepts HD input via:
Analog YPbPr. “HD ready” displays support analog YPbPr as a HD input format to allow full compatibility with
today's HD video sources in the market. Support of the YPbPr signal should be through common industry
standard connectors directly on the HD ready display or through an adaptor easily accessible to the consumer;
and:
DVI or HDMI HD capable inputs accept the following HD vide o formats:
1280x720 @ 50 and 60Hz progressive scan (“720p”)
1920x1080 @ 50 and 60Hz interlaced (“1080i”)
The DVI or HDMI input supports copy protection (HDCP).

1.5 SCART - Full SCART, includes CVBS in/out, RGB/Sync, audio L/R in/out. Pin 8, the function-switching pin,
carries a signal from the source that indicates the type of video present,
0V means no signal, or internal bypass
+6V means a widescreen (16:9) signal
+12V means a normal (4:3) signal

1.6 HDMI input - Compliance with HDMI Specification 1.3a. 480i/p, 576i/p, 720p, 1080i/p signal handling cap a bility.
TMDS channel:

Carries audio, video and auxiliary data.
Signaling method: Acco rding to HDMI Ver.1.3a specification. (Type A HDMI).
Video pixel rate: 25 MHz to 165 MHz (Type A)
Pixel encodings: RGB 4:4:4, YCbCr 4:2:2, YCbCr 4:4:4.
Audio sample rates: 32 kHz, 44.1 kHz, 48 kHz, Audio channels: up to 2

DDC channel:

Allows source to interrogate capabilities of sink.
I²C signaling with 100 kHz clock.
E-EDID data structure according to EIA/CEA-861B and VESA Enhanced EDID.

Content protection:

According to High-Definition Content Protection (HDCP) Specification 1.10.

1.7 Common Interface - Complies with version 1: EN50221 ETSI TS 101 699, V1.1.1 (1999-11) and [R206-001F]
(DTV only)

1.8

2. Timing requirement

No signal input - While no signal at external inputs, screen goes black (blue) before entering standby mode.

HD ready logo required. (Must Have)

26 221TE2L LCD

Electrical Instructions

White color adjustment

There are three factory preset white color 9300K, 6500K, sRGB.
Apply full gray64 pattern, with brightness in 100 % position and the contrast control at 50 % position.The 1931 CIE
Chromaticity (color triangle) diagram (x ,y) coordinate for the screencenter should be:

YPBPR:Timing 720P pattern color bar 100и
VGA: Timing 800*600 60Hz pattern gray scale H-32step

DTV(MMD)

Smart picture Color temp
personal warm
vivid warm
standard normal
cineme cool
game warm
energy saving normal
nature cool
custom warm

ʳ

CCT

Warm Normal Cool

6500º K 8000º K 9300º K

0.313 ± .02 0.296 ± .02 0.283 ± .02

X

0.329 ± .02 0.299 ± .02 0.297 ± .02

Y

Service tool-Hardware

PCM code 12NC
5E.L8215.001 996510019769

221TE2L LCD 27

28 221TE2L LCD

Service tool-Software

Firmware writing tool : MStar ISP Utility V4.4.9.5

DDC writing tool: Q-EDID-V30

221TE2L LCD 29

DDC Instructions

DDC Data Re-programming
In case the DDC data memory IC or main EEPROM which storage all factory settings were
replaced due to a defect, the serial numbers have to be re-programmed "Analog
DDC IC, Digital DDC IC & EEPROM".
It is advised to re-soldered DDC IC and main EEPROM from the old board onto the new
board if circuit board have been replaced, in this case the DDC data does not need to be
re-programmed.

Additional information
Additional information about DDC (Display Data Channel) may be obtained from Video
Electronics Standards Association (VESA).
Extended Display Identification Data(EDID) information may be also obtained from
VESA.

Configuration and procedure
"PI-EDID" The software is provided by IMS to upgrade the firmware of CPU.
PI-EDID Tools is for the interface between "Parallel Port of PC" and "15 pin-D-SUB
connector of Monitor".
It is a windows-based program, which cannot be run in MS-DOS.
System and equipment requirements

1. An Pentium (or above) personal computer or compatible.

2. Microsoft operation system Windows 95/98/2000/XP and Port95NT.exe.

3. EDID Software "QEDID.exe"

4. ISP boardas shown in Fig. 1

And I2C Board Jump wire should follow J10 (short), J9 (open), J5/J6/ (1and 2 pin short)

J7/J8 (1 and 2 pin short)

3
2

Connected to print
cord and PC

Fig.1

1
2

Connected to Display
Signal Cable

30 221TE2L LCD

5. Connect and Mains cord to Monitor as shown in Fig.2.

Pin assignments :
A. 15-pin D-Sub Connector

DDC Instructions

Fig.2

PIN No. SIGNAL PIN No. SIGNAL

1 Red 9 DDC +3.3V or +5V
2 Green/ SOG 10 Logic GND
3 Blue 11 Sense (GND)
4 Sense (GND) 12 Bi-directional data
5 Cable Detect (GND) 13 H/H+V sync
6 Red GND 14 V-sync
7 Green GND 15 Data clock
8 Blue GND

ʳʳ

B. Input HDMI Connector pin

221TE2L LCD 31

DDC Instructions

6. Setup the Philips-IMS EDID Tools program
Step 1: Open Q-EDID V030 Software into your folder as shown in Fig.3. and Fig.4.

ˤ˘˗˜˗ˆ˃˃ˁ˸˸

Fig.3

Fig.4

32 221TE2L LCD

DDC Instructions

Step 2: Press “Open File” then choose
191TE2L_EDID_VGA.ddc or 191TE2L_EDID_HDMI.ddc as shown in Fig. 5 .

Fig.5

DDC Instructions

Step 3 : Load DDC file success as shown in Fig. 6 .

221TE2L LCD 33

Fig.6

Step 4 : update Serial number and press enter to correct S/N number

shown as Fig.7 .

Fig.7

34 221TE2L LCD

DDC Instructions

Step 5 : Press “RUN” to write EDID and serial number shown as Fig.8 .

Fig.8

Step 6 : EDID and serial number update success shown as Fig.9

Fig.9

221TE2L LCD 35

DDC Instructions

8. Press “Read EDID” to read EDID and serial number shown as Fig.10 . and check
Serial number is the same as we set.

Note: If not the same, please rewrite EDID S/N again.

Fig.10

Serial Number Definition

36 221TE2L LCD

Analog DDC

DDC DATA

//////////Displaying Monitor EDID//////////

128 bytes EDID Data (Hex):
0 1 2 3 4 5 6 7 8 9

0: 00 FF FF FF FF FF FF 00 41 0C
10: 62 C0 98 D5 E8 29 1E 14 01 03
20: 0E 30 1B 78 EE 13 E4 A3 59 55
30: 9A 25 0F 50 54 BF EF 00 71 4F
40: 81 80 81 8A 95 00 A9 40 B3 00
50: 81 40 A9 C0 02 3A 80 18 71 38
60: 2D 40 58 2C 45 00 DC 0C 11 00
70: 00 1E 00 00 00 FF 00 4E 54 30
80: 30 30 30 30 30 30 30 30 30 31
90: 00 00 00 FC 00 50 68 69 6C 69
100: 70 73 20 32 32 31 54 45 00 00
110: 00 FD 00 38 4C 1E 53 11 00 0A
120: 20 20 20 20 20 20 00 29

Decoded EDID data

<---Header--->
Header: 00 FF FF FF FF FF FF 00
<-x-Header-x->

<---Vendor/Product Identification--->
ID Manufacturer Name: PHL
ID Product Code: 49250
ID Serial Number: 29E8D598
Week of Manufacture: 30
Year of Manufacture: 2010
<-x-Vendor/Product Identification-x->

<---EDID Structure Version/Revision--->
EDID Version#: 1
EDID Revision#: 3
<-x-EDID Structure Version/Revision-x->

<---Basic Display Parameters/Features--->
Video i/p definition: Analog
Setup: Blank-to-Black not expected
Seperate Syncs. support: Yes
Composite Sync. support: Yes
Vsync. Pulse: serration required
Max Horz Image Size: 48 cm.
Max Vert Image Size: 27 cm.
Display Gamma: 2.2
Display Type: RGB color display
Standard Default Color Space: Yes
Features, Preferred Timing Mode: In first detailed
block
Features, GTF support: No
DPMS Features, Stand-by: Yes
DPMS Features, Suspend: Yes
DPMS Features, Active Off: Yes
<-x-Basic Display Parameters/Features-x->

<---Color Characteristics--->
Red x: 0.636719
Red y: 0.348633
Green x: 0.332031
Green y: 0.604492
Blue x: 0.147461
Blue y: 6.05469e-002
White x: 0.313477
White y: 0.328125
<-x-Color Characteristics-x->

<---Established Timings--->
Established Timimgs 1: BF

- 720x400 @70Hz

- 640x480 @60Hz

- 640x480 @67Hz

- 640x480 @72Hz

- 640x480 @75Hz

- 800x600 @56Hz

- 800x600 @60Hz
Established Timimgs 2: EF

- 800x600 @72Hz

- 800x600 @75Hz

- 832x624 @75Hz

- 1024x768 @60Hz

- 1024x768 @70Hz

- 1024x768 @75Hz

- 1280x1024 @75Hz
Established Timings 3: 00
<-x-Established Timings-x->

<---Standard Timing Identification--->
Standard Timing: 1152x864 @75Hz
Standard Timing: 1280x1024 @60Hz
Standard Timing: 1280x1024 @70Hz
Standard Timing: 1440x1440 @60Hz
Standard Timing: 1600x1200 @60Hz
Standard Timing: 1680x1680 @60Hz
Standard Timing: 1280x960 @60Hz
Standard Timing: 1600x900 @60Hz
<-x-Standard Timing Identification-x->

<---Detailed Timing Descriptions--->
Detailed Timing: 1920x1080 @60Hz
Detailed Timing: FF (Monitor SN) 'NT00000000001'
Detailed Timing: FC (Monitor name) 'Philips 221TE'
Detailed Timing: FD (Monitor limits)
Vert: 56 - 76 Hz
Horz: 30 - 83 KHz
Clk: 170 MHz
<-x-Detailed Timing Descriptions-x->
Extension Flag: 00
Checksum: 29

HDMI DDC

221TE2L LCD 37

DDC DATA

//////////Displaying Monitor EDID//////////

256 bytes EDID Data (Hex):
00,FF,FF,FF,FF,FF,FF,00,41,0C,62,C0,98,D5,E8,29,1E,14,

01,03,80,30,1B,78,EE,13,E4,A3,59,55,9A,25,
0F,50,54,BF,EF,00,71,4F,81,80,81,8A,95,00,A9,40,B3,00,

81,40,A9,C0,02,3A,80,18,71,38,2D,40,58,2C,
45,00,DC,0C,11,00,00,1E,00,00,00,FF,00,4E,54,30,30,30,

30,30,30,30,30,30,30,31,00,00,00,FC,00,50,
68,69,6C,69,70,73,20,32,32,31,54,45,00,00,00,FD,00,38,

4C,1E,53,11,00,0A,20,20,20,20,20,20,01,B6,
02,03,25,F0,4F,13,04,12,11,16,03,02,07,01,10,1F,05,14,1

5,06,26,09,7F,07,11,7F,50,83,01,00,00,65,
03,0C,00,10,00,02,3A,80,18,71,38,2D,40,58,2C,45,00,9A,

E6,10,00,00,1E,01,1D,80,18,71,1C,16,20,58,
2C,25,00,9A,E6,10,00,00,9E,01,1D,00,72,51,D0,1E,20,6E

,28,55,00,9A,E6,10,00,00,1E,01,1D,80,D0,72,
1C,16,20,10,2C,25,80,9A,E6,10,00,00,9C,01,1D,00,BC,5

2,D0,1E,20,B8,28,55,40,9A,E6,10,00,00,1E,65

Model name............... Philips 221TE

Manufacturer............. Philips

Plug and Play ID......... PHLC062

Serial number............ NT00000000001

Manufacture date......... 2010, ISO week 30

-------------------------

EDID revision............ 1.3

Input signal type........ Digital

Color bit depth.......... Undefined

Display type............. RGB color

Screen size.............. 480 x 270 mm (21.7 in)

Power management..Standby, Suspend, Active off/sleep

Extension blocs.......... 1 (CEA-EXT)

DDC/CI................... Supported

MCCS revison............. 2.0

Display technology....... TFT

Controller............... Mstar 0x237

Firmware revision........ 1.0

Firmware flags........... 0x00000045

Active power on time..... 13 hours

Power consumption........ Not supported

Current frequency........ 67.40kHz, 59.90Hz

Color characteristics

Default color space...... sRGB

Display gamma............ 2.20

Red chromaticity......... Rx 0.637 - Ry 0.349

Green chromaticity....... Gx 0.332 - Gy 0.604

Blue chromaticity........ Bx 0.147 - By 0.061

White point (default).... Wx 0.313 - Wy 0.328

Additional descriptors... None

Timing characteristics

Horizontal scan range.... 30-83kHz

Vertical scan range...... 56-76Hz

Video bandwidth.......... 170MHz

CVT standard............. Not supported

GTF standard............. Not supported

Additional descriptors... None

Preferred timing......... Yes

Native/preferred timing.. 1920x1080p at 60Hz (16:9)

Modeline............... "1920x1080" 148.500 1920 2008

2052 2200 1080 1084 1089 1125 +hsync +vsync
EIA/CEA-861 Information

Revision number.......... 3

IT underscan............. Supported

Basic audio.............. Supported

YCbCr 4:4:4.............. Supported

YCbCr 4:2:2.............. Supported

Native formats........... 0

Detailed timing #1....... 1920x1080p at 60Hz (16:9)

Modeline............... "1920x1080" 148.500 1920 2008

2052 2200 1080 1084 1089 1125 +hsync +vsync

Detailed timing #2....... 1920x1080i at 60Hz (16:9)

Modeline............... "1920x1080" 74.250 1920 2008

2052 2200 1080 1084 1094 1124 interlace +hsync +vsync

Detailed timing #3....... 1280x720p at 60Hz (16:9)

Modeline............... "1280x720" 74.250 1280 1390

1430 1650 720 725 730 750 +hsync +vsync

Detailed timing #4....... 1920x1080i at 50Hz (16:9)

Modeline............... "1920x1080" 74.250 1920 2448

2492 2640 1080 1084 1094 1124 interlace -hsync +vsync

Detailed timing #5....... 1280x720p at 50Hz (16:9)

Modeline............... "1280x720" 74.250 1280 1720

1760 1980 720 725 730 750 +hsync +vsync
CE audio data (formats supported)

LPCM 2-channel, 16/20/24 bit depths at
32/44/48/88/96/176/192 kHz
AC-3 2-channel, 640k max. bit rate at
32/44/48/88/96/176/192 kHz

CE speaker allocation data

Channel configuration.... 2.0

Front left/right......... Yes

Front LFE................ No

Front center............. No

Rear left/right.......... No

Rear center.............. No

Front left/right center.. No
Rear left/right center... No

Rear LFE................. No

CE vendor specific data (VSDB)
IEEE registration number. 0x000C03

CEC physical address..... 1.0.0.0

Maximum TMDS clock....... 165MHz

Report information

Date generated........... 2010/12/6

Software revision........ 2.53.0.861

Data source.............. Real-time 0x0031

Operating system......... 5.1.2600.2.Service Pack 3

38 221TE2L LCD

Firmware Upgrade for CPU

I. I2C upgrade FW

1. Hardware Requirement:

1.1. I2C board x 1 (a.Print Board b. I2C Board)

1.2. DSUB VGA cables x 2

1.3. Printer cable (with one male connector and another female connector) x 1.

1.4. PC or Notebook with parallel (printer) port x1.

Print I2C

1.5 Check the Jumpers on the I2C circuit board (make sure J5/J6/J7/J8 are set at Pin 1 & Pin 2 short)

Connected to print

cord and PC

Connected to Display

Signal Cable

Firmware Upgrade for CPU

Link “I2C BD, Power cable and Signal cable

221TE2L LCD 39

2. Software prepare

MStar ISP Utility V4.4.9.5
MSTAR
ISP Tool 4.4.9.5
DebugTool_V6.7_200

˗ˍ˯˧˿˯ˠ˦˧˔˥˯

˜˦ˣ˲˧˿ʳˇˁˇˁˌˁˈˁ˴

Step 1: Press MStar ISP Tool
Step 2: Choose Option “Config”, set Port type to “LPT1”; set I2C Speed Setting to 30 , Press “Auto Detect” till
the tool shows “ok”

40 221TE2L LCD

Firmware Upgrade for CPU

Step 4: Choose Option “Connect”, the tool will show FLASH type as below, then press “OK”

Firmware Upgrade for CPU

Step 5: Choose Option “Auto”, then press “Run”

221TE2L LCD 41

Step 6: Choose Option “Auto”, and then press “Run”; the firmware will upgrade complete after the message
shows “PASS”

42 221TE2L LCD

Failure Mode Of Panel

Quick reference for failure mode of LCD panel

this page presents problems that could be made by LCD panel.
It is not necessary to repair circuit board. Simply follow the mechanical
instruction on this manual to eliminate failure by replace LCD panel.

Polarizer has bubbles

Failure description

Vertical block defect

Vertical dim lines

Vertical lines defect
(Always bright or dark)

Horizontal block defect

Phenomenon

Polarizer has bubbles

Foreign material inside
polarizer . It shows liner or
dot shape.

Concentric circle formed

Horizontal dim lines

Horizontal lines defect
(Always bright or dark)

Has bright or dark pixel

Bottom back light of LCD is
brighter than normal

Back light un-uniformity

Backlight has foreign material.
Black or white color, liner or
circular type

221TE2L LCD 43

:LULQJ'LDJUDP



%ORFN'LDJUDP

44 221TE2L LCD

221TE2L LCD 45

1

TS_MDI[1..7]

PCM_CE_N

PCM_IORD_N

PCM_IOWR_N

PCM_RESET

PCM_WE_N

PCM_WAIT_N

PCM_OE_N

PCM_IRQA_N

PCM_REG_N

PCM_CD_N 7

PCM_RESET7

PCM_WE_N7

PCM_CE_N7

PCM_REG_N7

PCM_OE_N7

PCM_CD_N

PCM_IRQA_N

PCM_WAIT_N

PCM_IORD_N7

PCM_IOWR_N7

MIVAL

MICLKP

MISTART

PCM_A[0..14] 7

PCM_D[0..7]

TS_MICLKP7,8

TS_MIVALID7,8

TS_MISYNC7,8

PCM_A[0..14]

PC M_D[0..7]

VCC-PCMCIA

TS_MDO[0..7]

MOS T ART

MOV AL

TS_MDI0

MOCLK

TS_MOVAL

TS_MOCLK

TS_MDI0

TS_MOSTART

TS_MDI[1..7]8

TS_MDO[0..7]

1

DM_3V3

L11

R30

NC_15K

C8

0.1U 50V

-n IC

2

AT1910

6

OUT

IN1GND2EN

U21

4

5

ILIM

FAULT

NC_TP S2550DB VR

3

PCM_PWR_CTL7

Fi r s t detec t ed PCMCI A card before t urn on power

R35

D

Q3

NC_1K J

G

S

APM2305BAC-TRL

R34

100K

MAIN5V

Q4

PMBS3904

E C

B

C279

4.7UK

R38

4.7K

+3V3 _S

R37

4.7K

PCM_PWR_CTL7

AT1910

Z150

C17

0.1U 50V

OR gate detect CI card pl ug in j ack.

PCM_CD_N 7

5

4

Y

VCC

A1B2GND

U2

SN 74AHC1G 32DBVR

3

R42

100K

100K

R43

PCM_CD1

PCM_CD2

2

S c alar Diagram & C .B .A

3

PCM_D[0..7]

PCM_D0

5

33

RP12

4

T2

4

J3

AT1910

T1

S04 EMI

cl ose t o J 3

R63

NC_100J

PCM_A[0..14] 7

VCC-PCMCIA

PCM_D7

PCM_D4

PCM_D3

PCM_D1

PCM_D2

PCM_D6

PCM_D5

876

876

5

33

PCM_A2

PCM_A7

PCM_A5

PCM_A4

PCM_A6

PCM_A3

PCM_A11

PCM_A0

PCM_A1

RP13

123

123

4

T9

T11

T10

T8

T15

T13

6

T14

T16

T17

T12

T21

T19

T22

A029A128A227A326A425A524A623A722A812A9

T18

T20

T4

T6

T7

D030D131D232D32D43D54D65D7

MIC LK20MIVA L19MIS TR T46MDI047MDI148MDI249MDI350MDI453MDI554MDI655MDI756MOC LK57MOV AL62MOS T RT63MDO 064MDO 165MDO 266MDO 337MDO 438MDO 539MDO 640MDO 741REG#61CE1#7CE2#42OE#9WE#15IOR D#44IOW R#45INP_ ACK60IR EQ#16GND68GND35GND34GND

T3

T5

PCM_A10

PCM_A8

PCM_A12

PCM_A13

PCM_A9

T23

T34

T39

T31

T25

T43

T35

T37

T28

T45

T41

11

A108A1110A1221A1313A14

T38

T33

T42

T27

T40

T30

T44

T36

MOV AL

MOS T ART

MOCLK

S05 NC

C371

NC_100P J

TS_MDI0

TS_MDI2

TS_MDI3

TS_MDI4

TS_MDI5

TS_MDI1

MIVAL

MISTART

MICLKP

5

TS_MIVALID7,8

TS_MICLKP7,8

TS_MISYNC7,8

TS_MOVAL

TS_MOCLK

TS_MDI7

TS_MDI6

TS_MDO1

TS_MDO0

TS_MDO4

TS_MDO2

TS_MDO3

TS_MOSTART

R70

NC_100 J

C47

NC_100P J

PCM_WAIT_N

33

R32

4.7K
R122

PCM_CD1

PCM_CD2

PCM_A14

T51

T50

T47

67

14

CD1#36CD2#

T48

T46

T49

TS_MDO7

TS_MDO6

TS_MDO5

TS_MDO[0..7]

PCM_RESET

T53

T63

T55

T60

43

58

59

52

VPP118VPP2

WAIT#

VTG_S ENSE

T61

T54

T59

T57

T58

T56

T62

T52

PCM_OE_N

PCM_WE_N

PCM_IORD_N

PCM_CE_N

PCM_REG_N

PCM_IOWR_N

C11

0.1U 50V

VCC-PCMCIA

C10

0.1U 50V

+

12

T69

C9

T65

33

RESET

IOC S16

G2

T64

33

R117

PCM_IRQA_N

100U 25V

17

G4

VCC51VCC

GNDG3GND

2KN5062021

GNDG1GND

1

T67

VCC-PCMCIA

S03 5 2KN5062021

4.7K

R36

For PXX

AT1910+

US B P or t 0

USB_OCD0_N 7

R56

USB_OCD0_N

R55

NC_51K

USB0_DM7

USB0_DP7

USB0_DM

USB0_DP

NC_0.1U 50V

C545

NC_0.1U 50V

C544

Pl a ce c l os e t o US B c onnect or

NC_100K

NC_5.1

NC_5.1

R58

R57

V15

.1.

2

.1.

2

V14

T73

T130

T71

T72

4

1

3

2

R25

J18

VCC

DATA-

G1

NC_0

GND

DATA+

G2G2G1

NC_2BC 0040011

§

For AXX a nd AT22 26MF

USB1_DM7

USB1_DP7

USB1_DM

USB_OCD1_N 7

R556

USB_OCD1_N

AT1910+

R555

51K

NC_5V 1PF

NC_5V 1PF

+

12

USB1_DP

NC_0. 1U 50V

C6

NC_0. 1U 50V

C7

Pl a ce c l os e t o US B c onnect or

100K

5.1

5.1

R28

R29

T24

T26

T29

T32

3

1

4

2

J4

VCC

DATA-

DATA+

G1

5V 1PF

V8

.1.

2

.1.

2

5V 1PF

V7

R26

0

GND

G2G2G1

2BC0021031

US B P or t 1

C5

F1

220U 16V

6V 0.75A

+5V

3

4

5

PCMCI A

TS_MDI[1..7]8

S04 EMI

cl ose t o J 3

D D

TS_MDO[0..7]

S05 NC

C C

B B

S03 6J . 47500. 041

A A

of115Tues day, Novem ber 02, 2 010

1

C79

NC_4.7U K

RF_A GC _T

From Scal er

C78

100NF K

R422

200 J

5

C73

VCC

100NF K

Y1Z2GND

U14

NC_0 J

R419

RF_AGC TO TUNER

2

L20

Z200

R112

R120

6.8K

C80

100NF K

A_RF_AGC

RF _AG C _C TL

from Demod or Scaler????

R421

10K J

4

E

74LVC1G 66GW

3

IF_AGC TO TUNER

R114

C77

100NF K

10K J

L19

C75

100NF K

Z200

IF_AGC _T

100 J

C366

R418

100NF K

Cl os e t o t unerCl os e t o demod.

C368

R121

10K J

1K J

C367

0.022U K

IF_AGC

100NF K

DEMO_5V

1

Date: Sheet

2

From Scal er

DEMO_5V

f rom Demod or Scal er????

ScalarDiagram&C.B.A

3

3

pul l hi gh ?- OK

10nF

Z200

SIFP

DEMO _5V

BA892-02V

R403

6.8K

ba892

DGS

L69

R399

C399

C340

12

+

C338

SIF_CTL

VIFM

R9

22K

R126

220K

Q11

2N7002

R406

NC_0

270R

0.82U

R143

270

C341

10nF

1.5K J

R400

100P J

10nF

C342

<Spec>

220U 16V

C82 NC_10P J

5
4
3
2
1

SF1

K3953M 33.9/38.9MHZ

C348

10nF

R145

68 J

Q28

BF799

E C

B

R401

820

56 J

10nF

IF_OUT

VIFP

NC o r n ot ? ?

del et e

C81

L18

5
4
3
2
1

L3

R128

C344

10nF

NC_10PJ

NC_2.2U K

NC_1UH

NC_51

4

5

SIFM

DEMO _5V

L70

Z200

C336

22U M

C572

10U M

4

TUNER _5V

5

TUNER_SCL

TUNER_SDA

D-IF+

C571

10U M

C16

10nF

C64

0.1U 50V

1

R103

NC_0

AntP WR-optional

D-IF-

IF_AGC _T

RF_A GC _T

D-IF-

D-IF+

IF_OUT

R107 100

R105 100

T79

4

10

12

11

8

5

2

6

9

3

NC7NC

AIF

SCL

DIF-

SDA

VCC

VCC

DIF+

GND

G1

RF AGC

GND

G2

GND

G3

GND

G4

IF AGC control

C76

R124

0.1U 50V

6.8K

del et e

5

5

4

4

3

3

2

2

1

1

SF2

K9656M

AK

D5

NC_10K

R125 3.3K F

R123

C343

10 dB~12 dB

AS pi n =o p e n: I 2 C s l a v e ad dr e s s =0xC2

L17

46 221TE2L LCD

TUNER _5V

D D

C C

S03 j

B B

A A

evCode>

221TE2L LCD 47

1

2

SO Y_YUV

RGB1_Y+

RGB1_Y-

RGB1_PB+

SO Y_YUV

RGB1_Y+

C19

C20

1000P K

0.047U 16V

RGB1_PB+

RGB1_Y-

C540

C539

0.047U 16V

RGB1_PB-

RGB1_PR+

RGB1_PR+

RGB1_PB-

C30

C29

0.047U 16V

0.047U 16V

RGB1_PR-

RGB1_PR-

C35

0.047U 16V

0.047U 16V

1

2

ScalarDiagram&C.B.A

3

R19

47 J

R18

R15

R14

470

CIN_1+ 7

C198

0.04 7U 16V

47 J

Pl ac ement

R284

R285

75 J

YIN_1+ 7

VCOM1 7

C204

C537

0.04 7U 16V

0.04 7U 16V

47 J

Ne a r S c a l e r

47 J

R291

R725

R293

75 J

RCA_CVBS_IN 7

C209

0.047U 16V

Pl ac ement

Ne a r S c a l e r

47 J

R295

R296

RCA_AU_IN_1L 7

C215 2.2U 6.3V

75 J

RC A_AU_IN_1R 7

Pl ac ement

Ne a r S c a l e r

C219 2.2U 6.3V

C217

C223

560P J

560P J

75 ohm l a y out pl ac e ment cl os t t o MSD237

2.2U K
270P J

4

C200

C15

220P J

L5

S02 EMI

A

J

D19 BAV99

K

+3V 3

SG5

T119

2.2U K
C207

270P J

L6

C18

LL4148

220P J

D25

AK

D21

A

J

D20 BAV99

K

+3V 3

0.47U 16V

C202

T120

D24 BAV99

+3V 3

C208

SG6

2.2U K

L7

AK

LL4148

A

L94

C211

270P J

C32

R302

220P J

L95

Z120

R303

10K F

C216

Z120

R308

12K J

R307

10K F

330P J

C222

S05 6/ 28

12K J

330P J

J

K

0.47U 16V

T122

S02 EMI 4/ 8

2

.
.

SG8

VAR2

1

SG10

2

.
.

15V 150PF

VAR3

15V 150PF

1

SG12

T125

Y-IN

0.47U K

L8

75 ohm l a y out pl ac e ment cl os t t o MSD237

S02 EMI

Y

T123

47 J

47 J

R299

75 J

C213

56P J

C33

82P J

Pb

AK

D27

LL4148

A

J

D26 BAV99

K

+3V 3

SG9

T124

R21

47 J

R22

47 J

R305

75 J

C220

56P J

0.47U K

L34

C34

82P J

R310

L13

0.47U K
C39

Pr

A

J

D30 BAV99

K

+3V 3

SG11

J

+3V 3

SG13

T126

Pl ac ement

Ne a r S c a l e r

R24

47 J

75 J

C226

56P J

82P J

A

D33 BAV99

K

0.47U 16V

C225

3

4

5

1087

L_T

Y_T

Y_S

S

J11

Y

T999

4

1

21211

9

AT1910

D D

5

6

3

L_S

R_T

R_S

W

R

P=14mm, H=10mm

C C

U2711

J13

B B

4

1

2

BT

GT

GS

G

B

5

6

3

BS

RT

RS

R

2B 1 3048151

A A

5

evCo

d

of

116Tue s day, November 02, 2010

1

2

1

Date: Sheet

2

J19

2K61185104

1122334

4

3

TP58

TP60

TP57

TP59

C523

S c alar Diagram & C .B .A

Z300S

L86

+OUT L

4

5

48 221TE2L LCD

1000P 50V

C524

1000P 50V

C490

1000P 50V

C491

1000P 50V

Z300S

Z300S

Z300S

L88

L89

L85

+OUT R

-OUTR

-OUTL

V-Audio

L109

Z200

C494

12

24

+OUT R

U42

+OUT L

1

C497

10U M

C496

10U M

C495

1U K

1U K

V-Audio

C493

1U K

<Spe c>

C498

220U16V

+

Audio_GND

L110

NC_Z200

PA M8603_5V

+

12

C489

100U 25V

D

Q30

Q29

AMP5V PAM8603_5V

2N3904S

E C

G

AP M 2305B AC-TRL

S

R691

B

R689

100K

C492

C488

0.1U 50V
R690

10K J

Power_Saving7

D D

0i

Audio_GND

L111

19

23

21

20

-OUTR

/SH DN

PVDDR

PGNDR22PGNDR

PGNDL2PGNDL3-OUTL4PVDDL5/MUTE6VDD7INL

amp_mute

C500

2.2U K

R550

2K

R551

4.02K F

VOL_ADJ

10K J

4.7U K

0J

R71

INR

Audio_GND

C517

1U K

VREF

Z600

18

17

15

13

14

NC16NC

INR

GND

8

INL

C512 0.47U 16V

Audio_GND

R699

AUOUTL0

0J

R72

NC

VREF

Volume11NC9VDC10NC

PA M 8603MNH R

12

VDC

R552

150

1U K

C516

Audio_GND

C55

NC_820PJ

C499 0.47U 16V

C54

NC_820PJ

R702

22K

R696

22K

C515

0.015U K

100J

R692

100J

C502

0.015U K

AUOUTR 0

Audio_GND

0J

0J

R73

R76

S04

amp_mute

Mute_earphone

S04

R709 10KJ

R711 10KJ

Q32

+3V 3

R708

4.7K J

+5V

R69

NC_4.7KJ

AT1 910

R707

4.7K J

AK

MAIN7V5

D56

LL4148

2N3904S

E C

B

R712

10K J

R710

4.7K J

J

J

A1A1A2

D57

BAT54C

A2

Q31

CE

2N3906S

B

C522

C525

100U 25V

330P J

L91

Z600

+

12

NC_0

Mu t e _ a m p

Hi g h : di s abl e ou t put

Low : enable output

Mute_a mp

R77

MUTE _S

C C

HE ADPHONE

+3V 3

1K

R410

100K

R411

HP_DETECT7

S03

AT1 910

C46

0.1U 50V

+3V 3

NC

C45

3

NC

22U M

1

U11

/LSD

16

Ear phone OUT

J15

35421

TP348

TP347

Z150

L64

R561 33J

10

VDD

/RS D

13

Mute_earphone

Low ==> Not Plug- in

Hi gh ==> P lug- i n

Hea dp hone_DET

4/ 13

2B10254121

TP349

A K

ZD1

Z150

TZMC6V2

L65

VAR12

15V 150PF

.1.

2

.1.

2

R564

15K

0.047U K

VAR11

C50

15V 150PF

R563

15K

0.047U K

C49

R562 33J

C51

2.2U K

8

7

15

5

2

PVDD

4

Mu t e _ e a r ph o ne

9

11

VSS

GND

CVSS

ROUT

PGND

CP+

RIN14LIN12CP-

6

1U K

C48

2.2U K

C52 1UK

C53

Hi g h : nor mal

Low : shutdown

1K J

1K J

R393

R578

S05 L R swap

AU_EAR_ROUT

AU_EAR_LOUT

LOUT

AP A 2175OITRG

R579

220K

R560

220K

C182

220P K

C183

220P K

S04 0. 015U-- >220p

EA R _AU_OUT_L

EA R _AU_OUT_R

B B

A A

3

4

5

221TE2L LCD 49

ScalarDiagram&C.B.A

C432

100NF K

C430

100NF K

PM Mode PWR

C422

100NF K

C421

100NF K

1

C420

100NF K

C418

100NF K

VDDC

C417

100NF K

C416

10U Z

STB PWR

VDDC

C415

22U M

L73

Z150

C429

100NF K

C433

VDDP

L75

Z150

MAIN3V3

C428

100NF K

C427

10U Z

AVDDL_DVI VDDP

L74

Z150

+1V 26_S

C426

1000P K

2

R721

1K F

C425

100NF K

B_MDDR_VR EF

R580

1K F

C424

1000P K

AVDD_DDR AVDD_DDR

R577

1K F

C423

100NF K

A_MDDR_VRE F

R722

1K F

H20

B_MDATA4

H19

B_MDATA3

H18

B_MDATA1

G20

B_MDATA6

G19

B_MDATA11

G18

B_MDATA12

F20

B_MDATA9

F19

B_MDATA14

F18

B_DQM1

E20

B_DQM0

E19

B_DQS0P

E18

B_DQS0M

K17

B_BA2

D20

B_DQS1P

D19

B_DQS1M

D18

B_MDATA15

C20

B_MDATA8

C19

B_MDATA10

C18

B_MDATA13

B20

B_MDATA7

B19

B_MDATA0

B18

B_MDATA2

A20

B_MDATA5

E15

B_MDDR_VREF

A19

B_MCLK

A18

B_MCLKZ

C17

B_ODT

B17

B_RASZ

A17

B_CASZ

C16

B_MADR0

D16

B_MADR2

B16

B_MADR4

D15

3

4

USB0_DP

B_MADR6

A16

B_MADR8

C15

B_MADR11

D17

B_WEZ

J18

B_CKE

E17

B_BA1

J19

B_BA0

F17

B_MADR1

J20

B_MADR10

H17

B_MADR5

K19

B_MADR9

K20

B_MADR12

J17

B_MADR7

G17

B_MADR3

E13

A_MDDR _V R EF

C4

A_ODT

B4

A_RASZ

A4

A_CASZ

C3

A_MADR0

B3

A_MADR2

A3

A_MADR4

D6

A_MADR6

D5

A_MADR8

D4

A_MADR11

D3

A_WEZ

D11

A_CKE

D10

A_BA1

D9

A_BA0

A15

A_MADR1

C14

A_MADR10

B14

A_MADR5

A14

A_MADR9

C13

A_MADR12

B13

A_MADR7

A13

A_MADR3

C12

A_MDATA4

B12

A_MDATA3

A12

A_MDATA1

C11

A_MDATA6

B11

A_MDATA11

A11

A_MDATA12

C10

A_MDATA9

B10

A_MDATA14

A10

A_DQM1

C9

A_DQM0

B9

A_DQS0P

A9

A_DQS0M

C8

A_DQS1P

B8

A_DQS1M

A8

A_MDATA15

C7

A_MDATA8

B7

A_MDATA10

A7

A_MDATA13

C6

A_MDATA7

B6

A_MDATA0

A6

A_MDATA2

C5

A_MDATA5

B5

A_MCLK

A5

A_MCLKZ

F14

A_BA2

USB0_DM

USB_OCD0_N

USB1_DP

USB1_DM

USB_OCD1_N

USB0_DP

USB0_DM

USB1_DP

USB1_DM

USB_OCD0_N

USB_OCD1_N

support

S05 NC

SC1-G+

SC1-B+

SC1-R+

SC_chroma

SC1-G+

SC1-R+

SC1-B+

SC_chroma

HDMI0-SDA

HDMI0-RX1P

HDMI0-HPDIN

HDMI0-RX2P

HDMI0-RX1N

HDMI0-CLKP

HDMI0-RX0P

HDMI0-RX0N

HDMI-CEC

HDMI0-SCL

HDMI0-CLKN

HDMI0-RX2N

HDMI2-RX1N

HDMI2-RX2N

HDMI2-RX1P

HDMI2-RX0P

HDMI2-RX0N

HDMI2-RX2P

HDMI2-CLKP

HDMI-CEC

HD MI0-RX0P

HD MI0-RX0N

HD MI0-RX1P

HD MI0-RX1N

HD MI0-RX2P

HDMI0-CLKP

HDMI0-HPDIN

HDMI0-SDA

HD MI0-RX2N

HDMI0-CLKN

HDMI0-SCL

HD MI2-RX0P

HD MI2-RX0N

HD MI2-RX1P

HD MI2-RX1N

HD MI2-RX2P

HD MI2-RX2N

HDMI2-CLKP

5

VGA_GIN+

VGA_RIN+

VGA_SOG

VGA_BIN+

SC1-HSYNC

SC1-VSYNC

VGA_VSYNC1

VGA_HSYNC1

VGA_HSYNC1

RGB1_PB+

RGB1_Y+

RGB1_PR+

RGB1_PR-

SOY_YUV

RGB1_Y-

RGB1_PB-

VGA_VSYNC1

SC1-HSYNC

SC1-VSYNC

VGA_RIN+

VGA_GIN+

VGA_BIN+

VGA_SOG

SOY_YUV

RGB1_Y+

RGB1_Y-

RGB1_PB+

RGB1_PB-

RGB1_PR+

RGB1_PR-

C440

100NF K

C439

10U Z

AVDD_MEMPLL

C438

100NF K

C441

C437

100NF K

100NF K

100NF K

A00 8/ 9

B_DQ[4]
B_DQ[3]
B_DQ[1]
B_DQ[6]

B_DQ[11]
B_DQ[12]

B_DQ[9]

B_DQ[14]
B_DQM[1]
B_DQM[0]

B_BA[2]

B_DQ[15]

B_DQ[8]

B_DQ[10]

B_DQ[13]
B_DQ[7]
B_DQ[0]
B_DQ[2]
B_DQ[5]
B_VREF

B_CK

B_CK_N

B_ODT

B_RAS_N

B_CAS_N

B_A[0]
B_A[2]
B_A[4]
B_A[6]
B_A[8]

B_A[11]

B_WE_N

B_CKE

B_BA[1]
B_BA[0]

B_A[1]

B_A[10]
B_A[5]
B_A[9]

B_A[12]
B_A[7]
B_A[3]

A_MVRE F

A_ODT

A_RAS_N

A_CAS_N
A_AD[0]
A_AD[2]
A_AD[4]
A_AD[6]
A_AD[8]

A_AD[11]

A_WE_N

A_CKE

A_BA[1]
A_BA[0]
A_AD[1]

A_AD[10]
A_AD[5]
A_AD[9]

A_AD[12]
A_AD[7]
A_AD[3]

A_DQ[4]
A_DQ[3]
A_DQ[1]
A_DQ[6]

A_DQ[11]

A_DQ[12]

A_DQ[9]

A_DQ[14]

A_DQM[1]

A_DQM[0]

A_DQ[15]

A_DQ[8]

A_DQ[10]

A_DQ[13]

A_DQ[7]
A_DQ[0]
A_DQ[2]
A_DQ[5]

A_CK

A_CK_N

A_BA[2]

CEC/UART_RX1/CEC

E3

NC_0J

R581

HDMI-CEC

SC_CVBS_IN

SC_CVBS_IN

HDMI2-HPDIN

HDMI2-CLKN

HDMI2-SCL

HDMI2-CLKN

HDMI2-HPDIN

HDMI2-SCL

CIN_1+

YIN_1+

YIN_1+

CIN_1+

D D

B_LDQS_P

A_LDQS_P

HDMI0-HPDIN

HDMI2-SDA

RCA_CVBS_IN

B_UDQS_P
B_UDQS_M

B_LDQS_M

A_UDQS_P
A_UDQS_M

A_LDQS_M

AVDD_33

HOTPLUGBE5B_RX1NE2B_RX2NF2B_RX1PE1B_RX0P

B_RXCNC2B_RXCP

HDMI0-CLKN

HDMI2-SDA

VCOM1

RCA_CVBS_IN

VCOM1

AVDD_MPLL

C436

100NF K

C435

100NF K

C434

10U Z

AVDD_33

AVDD_MPLL

AVDD_MEMPLL

L77

Z150

L78

Z150

L76

Z150

+3V 3_S

MAIN3V 3

USB1_DP

USB1_DM

USB0_DP

USB0_DMDM_P0

HDMI-CEC

R17

0J

R12

0J

R8

NC_0J

R10

NC_0J

suppor t pmmode cec

IR

R583

NC_0J

IR

Keep i t fl oating

100J

100J

R585

R604

OTG_CID

PCM_PWR_CTL

TESTPI N

F3

F7

TCON_E XT0

AVDD_OTG

DP_P0

A1

TESTPI N

change to IR i nput

E7

W7

A2

B2

B1

M18

F8

E8

DP_P0

IRIN2

DP_P1

DM_P0

DM_P1

CID_P1

PMCEC

VBUS_P1

AVDD_OTG

DDR 2_ 3 2 Bi t

B_RX2PF1DDCDB_CK

RXCN

DDCDB_DA

B_RX0N

RXCPG1RX0NH2RX0PH1RX1NJ2RX1PJ1RX2NK2RX2PK1HOTPLUGAF4REXTF5DDCDA_DAF6DDCDA_CK

E6

E4

G2

D1

D2

C1

HDMI0-SCL

HDMI0-RX0N

HDMI0-RX0P

HDMI0-SDA

HDMI0-RX1P

HDMI0-RX1N

HDMI0-CLKP

HDMI0-RX2N

HDMI0-RX2P

R3_RXO2-

R2_RXO2+

R1_RXOC-

R7_RXO0-

R0_RXOC+

R1_RXOC-

R0_RXOC+

SC1_CVBS_OUT

SC1_CVBS_OUT

B4_RXEC+

R6_RXO0+

R5_RXO1-

B5_RXEC-

R4_RXO1+

G7_RXO3-

G6_RXO3+

R7_RXO0-

R6_RXO0+

R5_RXO1-

R4_RXO1+

R3_RXO2-

R2_RXO2+

G7_RXO3-

B5_RXEC-

B4_RXEC+

G6_RXO3+

PC_Audio-AUL2

RCA_AU_IN_1R

RCA_AU_IN_1L

SC1-Lin

PC_Audio-AUR2

EA R _AU_OUT_L

EA R _AU_OUT_R

RCA_AU_IN_0R

RCA_AU_IN_0L

SC1-Lin

PC_Audio-AUL2

PC_Audio-AUR2

RCA_AU_IN_1L

RCA_AU_IN_1R

RCA_AU_IN_0L

RCA_AU_IN_0R

EA R _AU_OUT_L

EA R _AU_OUT_R

AVDD_DDR

AVDD_DDR

Nor mal PWR

+1V 8

USB_OCD1_N

USB_OCD0_N

dmi _cec pi n

0J

R23

NC_0J

R20

HP-DETECT

EE_WP

USB_OCD_N

HDMI0_CAB

LED_RED

VGA_CAB

SPDIF_OUT

GPIO14

HDMI2_CAB

E12

E16

E9

L18

E14

F15

E10

E11

F16

INT2

SPDIF_IN

SPDIF_OUT

I2S_OUT_SD

I2S_OUT_WS

I2S_OUT_BCK

I2S_OUT_MUTE

GPIO14/U AR T_TX1

HSYNC1G7VSYNC1G8VCLPG4REFPG5REFMG6BIN1PH3SOGIN1H4GIN1PH5RIN1PH6BIN0MN1BIN0PN2GIN0MM1GIN0PM2SOGIN0J5RIN0ML1HSYNC0L7VSYNC0

G3

REFP

VGA_VSYNC1

VGA_HSYNC1

VCLP

HDMI-REXT

R587

390F

AVDD_33

B3_RXE3-

B2_RXE3+

G0_RXE1+

G1_RXE1-

G2_RXE0+

G3_RXE0-

B7_RXE2-

B6_RXE2+

G3_RXE0-

G2_RXE0+

G1_RXE1-

G0_RXE1+

B7_RXE2-

B6_RXE2+

B3_RXE3-

B2_RXE3+

SC1_ROUT

SC1_LOUT

SC1-Rin

AUOUTL0

SPDIF_OUT

AUOUTR 0

SC1-Rin

SC1_LOUT

SC1_ROUT

SPDIF_OUT

AUOUTL0

AUOUTR 0

GPIO

C447

100NF K

C446

100NF K

C445

100NF K

C444

100NF K

C443

10U Z

C442

L79

Z150

S04 EMI R59 100-->0 ohm

Cl ose t o Scal er

SIF_CTLAUSD_IN

TS1_CLK

C359

100P J

R588 0J

100J

R59

AUWS_I N

AMP_STB

AUSD_IN

FDSP_IDO

H16

G15

G16

I2S_IN_SD

I2S_OUT_MCK

I2S_IN_WS/GPIO23

I2S_IN_BCK/GPIO24

VGA_GIN+

VGA_RIN+

VGA_SOG

REFM

VGA_BIN+

VBLCTRL

PANEL_ON

MUTE _S

Mute_a mp

HP_DETECT

PANEL_ON

VBLCTRL

MUTE _S

Mute_a mp

C454

2.2U K

C453

0.1U 50V

AVDD_OTGAVDD_AU

C457

100NF K

C456

10U Z

AVDD_LPLL

C455

100NF K

AVDD_AU

AVDD_OTG

AVDD_VIF

AVDD_LPLL

L83

Z150

L82

Z150

L80

Z150

L81

22U M

Z150

+3V 3

SPI_CSN_1SPI-CS0N

SPI_SDISPI-SDI

SPI_SDO

SPI_SCK

S03

R607

R609

R611

R613

56J

0J

56J

33J

R614 33J

SPI-SDO

AUWS_I N SPI_CSN_2

S03

R64

56J

SPI-SCK

TS1_D0

TS1_SY NC

TS1_VALID

R592 33J

R589 0 J

R590 33J

R591 33J

FDSP_IDI

FDSP_IMS

FDSP_ICLK

TS_SY NC

TS_CLK

M17

Y7

W5

N18

L17

P18

TS0_CLK

TS1_D0/FDS P _IMS

TS1_CLK /F D S P_IDO

TS1_VLD/FD S P_ICLK

TS1_SY NC/FDSP_I D I

Cl ose t o Scal er

Flash_3V3

S02 EMI

C452

NC_10P J

C451

NC_10PJ

C450

NC_10P J

C449

NC_10PJ

R60

100J

TS_D6

TS_D7

TS_VALID

V6

TS0_SY NC

R612

0

S04 EMI

100- - >0ohm

C369

100P J

+3V 3_S

TS_D4

TS_D0

TS_D5

R4_RXO1+

G7_RXO3-

R6_RXO0+

R5_RXO1-

R1_RXOC-

R0_RXOC+

R2_RXO2+

TS_D2

R7_RXO0-

TS_D3

TS_D1

G6_RXO3+

R3_RXO2-

T19

P19

N19

M19

T20

P20

N20

M20

R19

R20

TS0_D[0]V4TS0_D[1]U5TS0_D[2]U6TS0_D[3]R7TS0_D[4]R8TS0_D[5]T7TS0_D[6]T8TS0_D[7]V5TS0_VLD

R_ODD2/LB2P

R_ODD4/LB1P

R_ODD6/LB0P

G_ODD7/LB3N

R_ODD3/LB2N

R_ODD5/LB1N

R_ODD7/LB0N

R_ODD0/LBCKP

R_ODD1/LBCKN

Tr anspor t Str eam

U118A

MS D237HF G -LF-S A

VI DEO I N/OUT HDM I _ 0 / 1

M7

VIFM

A_RF _AG C

A_RF _AG C

CVBS_OUT2K5VSYNC2K6BIN2L3GIN2L4SOGIN2L5RIN2

SC1-B+

SC1-G+

SC1-VSYNC

VIFP

SIFM

SIFP

SIFM

VIFP

VIFM

CVBS3PM3CVBS2PP1CVBS1PM4VCOM1R1CVBS0PP2VCOM0R2CVBS_OUT

C0(CVBS7P)K4C1(CVBS6P)J4Y0(CVBS5P)K3Y1(CVBS4P)

J3

L6

YIN_1+

SC_chroma

VCOM1

SC_CVBS_IN

VCOM0

RCA_CVBS_IN

SC1-R+

CIN_1+

No S CART- SOG?? ?

del et e SC1_CVBS_IN

UART-RX

UART-TX

UART-TX

UART-RX

SIFP

PCM_IOWR_N

PCM_IORD_N

PCM_CD_N

PCM_IRQA_N

PCM_CE_N

PCM_WE_N

PCM_OE_N

PCM_RESET

PCM_WAIT_N

PCM_REG_N

PCM_CD_N

PCM_RESET

PCM_WAIT_N

PCM_REG_N

PCM_OE_N

PCM_WE_N

PCM_IORD_N

PCM_IOWR_N

PCM_CE_N

C C

RIN0P

L2

RGB1_PR+

RGB1_PB+

RGB1_PB-

SOY_YUV

RGB1_Y+

RGB1_PR-

RGB1_Y-

No R CA CVBS o u t out

BRI_ADJ-PWM

LED_BLUE

RF_AGC_CTL

BRI_ADJ-PWM

LED_BLUE

RF_AGC_CTL

TUN_RESET

Power_On

SIF_CTL

Power_saving

LED_ORG

VGA_CAB

HDMI0_CAB

HDMI2_CAB

Power_On

Power_saving

LED_ORG

HP_DETECT

DM_RESET

SIF_CTL

VGA_CAB

HDMI0_CAB

HDMI2_CAB

SPI_SCK

SPI_SDI

HOLDN2

SPI_SCK

10

14

15

16

S02 CLK

SCLK

S04

NC/SIO31VCC2NC3NC4NC5NC6CS7SO/SIO1

U37

R424

NC_0J

HOLDN2

Flash_3V3

S03

*100MHz,NoanyVIAhole!

2nd SPI F lash

SPI_SCK

16

S02 CLK

U36

R423

0J

HOLDN1

Flash_3V3

B oot L oader SPI F la sh

*100MHz,NoanyVIAhole!

S03

B2_RXE3+

G0_RXE1+

G2_RXE0+

G1_RXE1-

B5_RXEC-

B3_RXE3-

G3_RXE0-

B7_RXE2-

B6_RXE2+

B4_RXEC+

W16

W19

Y16

Y19

Y20

V19

U19

W17

Y17

W18

W20

V20

U20

Y18

B_ODD6/LA2P

B_ODD1/LA4N

B_ODD7/LA2N

G_ODD0/LA1P

G_ODD2/LA0P

G_ODD4/LB4P

G_ODD6/LB3P

B_ODD2/LA4N

B_ODD3/LA3N

G_ODD1/LA1N

G_ODD3/LA0N

G_ODD5/LB4N

B_ODD4/LACKP

B_ODD5/LACKN

10 Bi t LVDS

HDM I _ 2

PCMCI A/CI

AUDI O I N/ OUT

SIFPY2SIFM

XTAL2OU1XTAL2I

TAGCM5VR27M6VIFMW1VIFPY1GPIO_A1N6GPIO_A2P3GPIO_A3P4UART_RX2T2UART_TX2

VR12N3IOUTX

VREXT

T1

V1

W2

N16

M16

R594

820

A_RF _AG C

SIFM

XTALI

XTALO

VR12

VIFM

SIFP

SC1_CVBS_OUT

VR27

VIFP

NC11NC12NC13NC

GND

SI/SIO0

SOP16

300mil

C461

NC_100N F K

SPI_SDO

R599

NC_10KJ

SPI_CSN_2

Flash_3V3

SPI_SDI

15

14

NC11NC12NC13NC

SCLK

SI/SIO0

SOP16

300mil

NC/SIO31VCC2NC3NC4NC5NC6CS7SO/SIO1

C460

100NF K

R598

10K J

SPI_CSN_1 FLASH_WPN

Flash_3V3

SPI-SDO

SPI-SDI

SPI-SCK

SPI-CS0N

W13

W14

Y13

Y14

SPI_DI1

SPI_CZ1

SPI_CK1

SPI_DO1

RESET

U14

B_ODD0/LA4P

DDCR_CLK

W15

DDCR_DAT

Y15

PWM5

R15

PWM4

T15

PWM3

U16

PWM2

T16

PWM1

P16

PWM0

R16

SAR5

V16

SAR4

V15

SAR3/FDSP_IDO/MCU_TDO

U15

SAR2/FDSP_IDI/MCU_TDI

V14

SAR 1/FDS P_IC LK/MCU _TCK

Y12

SAR0/FDSP_IMS/MCU_TMS

W12

UART_RX(DDCA_CLK)

P14

UART_TX(DDCA_DAT)

P15

INT

V11

IRIN

V10

HOTPLUGC

N15

C_RX2P

Y11

C_RX2N

W11

C_RX1P

Y10

C_RX1N

W10

C_RX0P

Y9

C_RX0N

W9

C_RXCP

Y8

C_RXCN

W8

DDCDC_DA

T14

DDCDC_CK

R14

PCM_CD_N

N17

PCM_RESET

P17

PCM_WAIT_N/CI_WACK

R18

PCM_IRQA_N/CI_INT

R17

PCM_CE_N/CI_CS

T17

PCM_REG_N/CI_CLK

U17

PCM_WE_N

V17

PCM_OE_N

V18

PCM_IOWR_N/CI_WR

T18

PCM_IORD_N/CI_R D

U18

PCM_D7/CI_D7

U7

PCM_D6/CI_D6

U8

PCM_D5/CI_D5

U9

PCM_D4/CI_D4

T9

PCM_D3/CI_D3

R9

PCM_D2/CI_D2

P9

PCM_D1/CI_D1

R10

PCM_D0/CI_D0

R11

PCM_A 14/C I_A14

V7

PCM_A 13/C I_A13

V8

PCM_A 12/C I_A12

U10

PCM_A 11/C I_A11

T10

PCM_A 10/C I_A10

T11

PCM_A9/C I _A9

V9

PCM_A8/C I _A8

U11

PCM_A7/C I _A7

R12

PCM_A6/C I _A6

T12

PCM_A5/C I _A5

U12

PCM_A4/C I _A4

V12

PCM_A3/C I _A3

R13

PCM_A2/C I _A2

T13

PCM_A1/C I _A1

U13

PCM_A0/C I _A0

V13

LINE_OUT_0R (DAC O_R )

W4

LINE_OUT_0L(DACO_L)

Y6

LINE_OUT_1R (DAC O_S )

U4

LINE_OU T _1L

V3

LINE_OU T _2R

W3

LINE_OU T _2L

Y5

AVDD_AUS DM

P8

AUVAG

U3

AUVR P

N4

AUVR M

N5

LINE_IN_5R

T6

LINE_IN_5L

T5

LINE_IN_4R

T4

LINE_IN_4L

T3

VIM0

V2

LINE_IN_3R

R6

LINE_IN_3L

R5

LINE_IN_2R

Y4

LINE_IN_2L

Y3

LINE_IN_1R

R4

LINE_IN_1L

R3

LINE_IN_0R

P6

LINE_IN_0L

P5

U2

RF_AGC_CTL

TUN_RESET

MUTE -amp

9

WP/SIO2

8

FLASH_WPN

9

10

GND

WP/SIO2

8

SPI_SDO

GPI O

C459

30P G

TS_CLK

TS_SY NC

TS_VALIDTS-VALID

chage to 33 ohm--OK

R597 33J

R595 33J

R596 33J

TS_D[0..7]

TS1_CLK

TS1_VALID

TS1_SY NC

TS1_D0

TS-SY NC

TS-CLK

TS_MOCLK

TS_MOVAL

TS_MICLK

TS_MISY NC

TS_MIVALID

TS_MDI0

TS_MDO[0..7]

TS_MOSTART

PCM_A[0..14]

PCM_D[0..7]

PCM_PWR_CTL

PCM_A[0..14]

PCM_D[0..7]

PCM_IRQA_N

PCM_PWR_CTL

DI P - >S MD d ue t o

VCOM0

C462

0.047U 16V

R600

47J

B_MCLK

B_WEZ

B_CKE

B_MCLKZ

B_MCLK

B_MCLKZ

B_CKE

A_CKE

A_MCLKZ

A_MCLK

A_WEZ

A_MCLK

A_MCLKZ

A_CKE

SPI_SDI

Flash_3V3

8

6

7

5

VCC

SCLK

SI/SIO1

NC/SIO3

CS1WP/SIO23GND4SO/SIO1

U44

NC _ MX2 5L 6445EM2I-10G

2

FLASH_WPN

HOLDN1

SPI_SCK

SPI_SDI

Flash_3V3

6

8

5

7

VCC

SCLK

SI/SIO1

NC/SIO3

CS1WP/SIO23GND4SO/SIO1

NC _ MX2 5L 6445EM2I-10G

U43

2

FLASH_WPN

1

GND

VCC

3

RESET

U38

NC _G690H 293T73UF

2

R608

NC_10KJ

MAIN3V 3

sar adc sar0 ~

MOD E wa ke up

sar4

SAR3 MSAR5 PM

System-RST

I2C-SCL

R603

0

I2C-SDA

PWM4
PWM3
BRI_ADJ-PWM
PWM1
PWM0
SAR5

TP352

SC1-HSYNC

GPI O

SAR3
SAR2
SAR1
SAR0
UART-RX
UART-TX

HDMI2-HPDIN

R586

NC_0J

HDMI2-RX2P
HDMI2-RX2N
HDMI2-RX1P
HDMI2-RX1N

R48

HDMI2-RX0P
HDMI2-RX0N

10K J

HDMI2-CLKP

4/13

HDMI2-CLKN
HDMI2-SDA
HDMI2-SCL
PCM_CD_N
PCM_RESET
PCM_WAIT_N
PCM_IRQA_N
PCM_CE_N

MAIN3V3

PCM_REG_N
PCM_WE_N
PCM_OE_N
PCM_IOWR_N
PCM_IORD_N
PCM_D7
PCM_D6
PCM_D5
PCM_D4
PCM_D3
PCM_D2
PCM_D1
PCM_D0
PCM_A14
PCM_A13

Cl os e t o I C

as close

PCM_A12
PCM_A11
PCM_A10
PCM_A9
PCM_A8
PCM_A7
PCM_A6
PCM_A5
PCM_A4
PCM_A3
PCM_A2
PCM_A1
PCM_A0

AUVR M

AUCOM

AUOUTR 0
AUOUTL 0
EAR_AU_OUT_R
EAR_AU_OUT_L
SC1_ROUT
SC1_LOUT

AVDD_AU
AUVAG
AUVR P
AUVR M

AUCOM

C467

PC_Audio-AUR2
PC_Audio-AUL2
RCA_AU_IN_1R
RCA_AU_IN_1L
RCA_AU_IN_0R

R27

RCA_AU_IN_0L
SC1-Rin
SC1-Lin

24K

R615

C469

10U Z

A K

R11

R606

100

INT
UART-TX

VCLP

REFP

C468

C476

100NF K

100NF K

as pos si ble

wi t h wi dt h t r ace

C473

4.7U K

AUVR P

AUVAG

C472

1U K

C471

100NF K

C470

10U Z

100NF K

0J

mo di f y b om

10K

D55

REFM

C477

NC _100NF K

C478

Cl ose t o I C

wi t h wi d th t r ac e

L1

Power_savingPower_On

LL4148

+3V 3_S

BTN_ADC2

BTN_ADC1

BTN_ADC0

100NF K

S04 ?402

VDDP

U118B

Z30

B15

S05

+3V 3_S+3V 3_S

+3V 3_S

EEPROM

AVDD_33

AVDD_LPLL

AVDD_MPLL

AVDD_MEMPLL

D14

N7

K18

N12

P11

P12

K7

VD33N8VD33

VD33

VD33

AVDD_33H7AVDD_33J6AVDD_33J7AVDD_33

AVDD_LPLL

AVDD_MPLL

AVDD_MEMPLL

VSSJ9VSS

VSS

VSS

J10

J11

J12

VSS

VSS

VSS

VSSK9VSS

VSS

VSS

VSS

VSSL9VSS

VSS

VSS

VSS

L19

J13

L10

L11

L12

L13

K10

K11

K12

K13

I2C_SCL

I2C_SDA

I2C-SDA

I2C-SCL

R635

4.7K J

4.7K J

R634

R643 100 J

R644 100 J

R633

4.7K J

EE_WP

C479

0.1U K

50V

8

6

5

7

WP

SCL

SDA

VCC

U39

A01A12A23GND

AT24C512BN-SH25-T

4

I 2C a ddres s at

A0.

AVDD_VIF

AVDDL_DVI

AVDD_DDR

VDDC

G10

G11

G12

G14

H14

G13

H10

J15

K15

L15

M15

N10

N11

P7

AVDD_VIF

AVDD_DDR

AVDD_DDR

AVDD_DDR

AVDD_DDR

VSS

VSSM9VSS

VSS

VSS

L20

M10

M11

M12

M13

P10

VDDCH9VDDC

VDDC

VDDC

VDDC

VDDC

VDDC

VDDC

AVDD_DDR

VSS

VDDC

ACDDL_DVI

VSS

VSSD7VSSD8VSS

VSS

W6

D12

D13

S05

XTALOXTALI

C475

C466

100NF K

22U M

VR12

C464

S02

C465

100NF K

VR27

C463

22U M

22P J

1M

Y2

12MHZ

R605

C474

22P J

I C C onf igu rati on Selecti on

SystemXTAL

PWM0

PWM1

R645

R642

+3V3_S

10K J

10K J

Power sa vi ng al i ve

1

2

3

AVDD_33

P13

AVDD_DM

MSD237HFG-LF-SA

4

LED_RED GPI O

VBLCTRL

Mute_a mp

FLASH_WPN

LED_BLUE and LED_RED pul l high to MAIN5V

S02

B_M D ATA[15: 0]

B_MADR[12:0]

B_BA2A_BA2

B_DQM1

B_DQM0

B_CASZ

B_BA1

B_RASZ

B_BA0

B_DQS0M

B_DQS0P

B_ODT

B_DQS1P

B_DQS1M

B_WEZ

B_CASZ

B_RASZ

B_BA0

B_BA1

B_BA2

B_ODT

B_DQS0M

B_DQS0P

B_DQS1M

B_DQS1P

B_DQM0

B_DQM1

B_M D ATA[15: 0]

B_MADR[12:0]

A_MDATA[15: 0]

A_MADR[12:0]

A_DQS1P

A_RASZ

A_ODT

A_BA0

A_CASZ

A_DQS0P

A_BA1

A_DQM1

A_DQM0

A_DQS0M

A_DQS1M

A_WEZ

A_CASZ

A_RASZ

A_BA0

A_BA1

A_MADR[12:0]

A_BA2

A_ODT

A_DQS0M

A_DQS0P

A_DQS1M

A_DQS1P

A_DQM0

A_DQM1

A_MD ATA[15: 0]

B B

S03

+3V3_S

R622

NC_10KJ

R621

NC_10KJ

R620

NC_10KJ

+3V3_S

R13

10K J

MAIN3V3

S05

R618

10K J

S02

R617

10K J

+3V3_S

1K J

100J

4/13

R624 0J

R623

R625

R616

10K J

PWM3

SAR3

MUTE -amp

S02 LED_BLUE PWM4

LED_BLUE

LED_ORG

HP_DETECT

PANEL_ON

MUTE _S

C43

2.2U 6.3V

C42

2.2U 6.3V

S04 LED soluti on

S03

R641

10K J

R640

10K J

R639

NC_10KJ

R637

NC_10KJ

R420

NC_10KJ

R636

NC_10KJ

0J

10K J

100J

10K J

NC_100J

100J

R630

R631

R627

R629

R628

R632

S05

LED_RE D

AMP_STB

GPIO14

INT

PWM4

HP-DETECT

A A

5

evCode>

1

2

3

SC1_AUOUT_R 7

SC1_AUOUT_L 7

SG19

SG18

VAR6

15V 150PF

.1.

2

.1.

2

VAR7

del e t e

15V 150PF

C244

100P J

C243

100P J

R331

100K

R330

100K

1

2

3

ScalarDiagram&C.B.A

R324 100J

R326 100J

SC1-Rin 7

R328

10K J

C241

1000P K

R329

100

+5V

S1

1

1/ 27

4

5

15K

R323

C240 100P J

I-1

2

I+1

3

-VC C

4

10K J

R333

C242 2.2U 6.3V

12

33K

R336

R339

+VC C

8

S2

7

I-2

U40

6

LM833D

I+2

5

10K J

C249

1000P K

R335

C248

1000P K

R338

C245 2.2U 6.3V

R337

C247

C246

R341

10K J

C253

1000P K

C251

100U 25V

+

33K

C250

10U Z

15K

C252 100 P J

R340

1/ 27

220K

220K

220P K

220P K

SC1-Lin 7

C254 2.2U 6.3V

10K

R342

SC1_AUIN_L7

560P J

C255 2.2U 6.3V

C259

560P J

C258

R345

12K J

R344

12K J

10K

C257

330P J

R343

C256

330P J

2

2

.

.

.

.

VAR8

15V 150PF

VAR9

15V 150PF

1

1

SG21

SG20

SC1_AUIN_R7

4

5

50 221TE2L LCD

R334 1K J

R332 1K J

mo d i f y b o m- -

R332- >1K

R33 7- >220K

Ne a r MS T . I C DAC o ut p ut Pa d

Gr o und i n t h e mi ddl e o f t h e L / R

SC1_LOUT7

SC1_ROUT7

D D

C246 - >220P

C C

B B

A A

de>

221TE2L LCD 51

1

HDMI0_WP

R482

10K J

U2711

HDMI-CAB pull-high

R483

22K

B

R481

10K J

H1_ EDID_VC C

WP_HDMI0

+5V

HDMI1_5VIN

2

3

A2

J

DN6

J

H1_EDID_VCC

HDMI0_CAB 16

3

R276

100

TP52

ZD13

TZMC6V2

C546

0.1U50V

U2 7 1 1

HDMI0_WP

HDMI Cabl e Detect

HDMI1_5VIN

E C

Q33

HDMI EEP ROM Wri t e P r ot ect

2N3904S

3

A01A12A2

A1A1A2

VCC8WP7SCL6SDA

U18

AT24C02N-10SU-1.8

BAT54C

150

50V

WP_HDMI0

0.1UK

C165

10K J

R235

R237

10K J

R234

HDMI0_SC L

modif y R234, R235 bom--OK

A K

HDMI0-HPDIN7

4.7K J

R238

U2711

B

Q12

2N3904S

change 4. 7k t o 1k- - OK

E C

1K

R233

HP_DET _HDMI0

4

GND

5

150

0J

0J

R723

R294

R240

HDMI0_SDA

HDMI0-SCL

HDMI0-SDA

7

7

U2711

H2_ EDID_VC C

HDMI2_WP

R484

NC_10K J

HDMI - CAB pul l - hi gh

R485

NC_22K

B

HDMI EEP ROM Wri t e P r ot ect

R486

NC_10K J

E C

Q35

NC_2N3904S

WP_HDMI2

+5V

HDMI2_5VIN

A2

A01A12A2

A1A1A2

VCC8WP7SCL6SDA

U17

NC_AT24C02N-10SU-1.8

J

DN7

NC_BAT 54C

J

50V

H2_EDID_VCC

NC_0.1UK

C548

R732

NC_10K J

NC_10K J

R304

HDMI2_CAB 16

3

HDMI2-HPDIN7

NC_4.7K J

R487

U2711

B

Q34

change 4. 7k t o 1k- - OK

NC_2N3904S

HDMI2_5VIN

E C

NC_1K

R488

HP_DET_HDMI2

1A

HDMI0_RX1 N

1

HDMI0_RX1 P

2A

2

GND

3

3A

4

4A

5

U20

HDMI0_RX2 P

HDMI0_RX2 N

1Y

2Y

GND

3Y

4Y

ESD Protect

10

9

8

7

6

RCLAMP 0524P

1A

HDMI2_RX1 N

1

HDMI2_RX1 P

2A

2

GND

3

3A

4

4A

5

U16

HDMI2_RX2 P

HDMI2_RX2 N

1Y

2Y

GND

3Y

4Y

ESD Protect

10

9

8

7

6

NC_RCLAMP 0524P

AT1910

4

3

GND

Stor age EDI D Data

DDC( HDMI 2 )

5

NC_150

NC_150

NC_0 J

NC_0 J

WP_HDMI2

R737

R314

R735

R736

HDMI2_SC L

HDMI2_SDA

HDMI2-SCL

HDMI2-SDA

7

7

1A

1

HDMI0_CLK P

2A

2

GND

3

3A

4

4A

5

U19

HDMI0_RX0P HDMI0_CLKN

HDMI0_RX0N

1Y

10

2Y

9

GND

8

3Y

7

4Y

6

RCLAMP 0524P

1A

1

2A

2

GND

3

3A

4

4A

5

U15

HDMI2_RX0P HDMI2_CLKN

HDMI2_RX0N HDMI2_CL K P

1Y

10

2Y

9

GND

8

3Y

7

4Y

6

NC_RCLAMP 0524P

modif y R234, R235 bom--OK

R724

NC_100

TP66

ZD14

NC_TZM C 6V 2

A K

C547

NC_0.1U50V

U2 7 1 1

HDMI2_WP

HDMI Cabl e Detect

EDID writ e protected:

power off : l ow ( wri te_enabl ed)

standby/ power on: high (write_protected)

1

2

3

S c alar Diagram & C .B .A

HDMI0-RX2N 7

HDMI0-RX1N 7

HDMI0-RX2P 7

HDMI0-RX1P 7

HDMI0-RX0P 7

HDMI0-CLKP 7

HDMI0-CLKN 7

HDMI0-RX0N 7

10

10

R139

R140

4

HDMI0_RX2 P

HDMI0_RX2 N

10

10

R138

HDMI0_RX1 P

10

10

10

R135

R134

R137

R136

HDMI0_RX1 N

HDMI0_RX0 P

HDMI0_RX0N

HDMI0_CLK P

HDMI0_CLK N

S02 remove common choke(EMI ) 1/25

S02 HDMI0

7

4

1

10

11

8

5

2

9

6

3

D0-

D1-

D2-

D0+

D1+

D2+

CK+

D0S hield

D1S hield

D2S hield

5

J8

AT1 910

2BC0053021

T96

CKS hield

PINA

G1

G3

for EMI

10

C166

1000P K

HDMI1_5VIN

R133

del et e- - OK

HDMI0_SDA

HDMI0_SC L

HDMI0_CEC

HP_DET _HDMI0

.1.

2

5V 1PF

V9

.1.

2

5V 1PF

V2

.1.

2

5V 1PF

V1

A K

ZD4

TZMC6V2

A K

ZD3

TZMC6V2

18

17

12

19

14

15

16

13

NC

CK-

+5V

GND

HP DET

DDC CLK

CE Remote

DDC DATA

PINB

SHELL3G5SHELL2G4SHELL1

G2

HDMI2-RX2N 7

HDMI2-RX1N 7

HDMI2-RX2P 7

HDMI2-RX1P 7

HDMI2-RX0P 7

HDMI2-RX0N 7

HDMI2-CLKP 7

HDMI2-CLKN 7

NC_10

NC_10

NC_10

R300

R730

HDMI2_RX2N

HDMI2_RX2P

NC_10

NC_10

NC_10

NC_10

R311

R738

R731

R733

R734

HDMI2_RX1P

HDMI2_RX1N

HDMI2_RX0P

HDMI2_RX0 N

HDMI2_CLK P

S03 Remove HDMI

S02 remove common choke(EMI ) 1/25

10

7

4

1

9

6

3

11

8

5

2

D0-

D1-

D2-

D0+

D1+

D2+

CK+

D0S hield

D1S hield

D2S hield

NC_2BC0023011

AT1 910

SHELL2

SHELL4G4Hole1G5Hole2

J21

G2

G6

TP68

for EMI

NC_10

C549

NC_1000P K

HDMI2_5VIN

R316

del et e- - OK

HDMI2_CLK N

HDMI2_SDA

HDMI2_SC L

HDMI2_CEC

HP_DET _HDMI2

.1.

2

V13

.1.

2

V12

.1.

2

V11

CEC onl y 3. 3V t ol er a nc e

and not need pul l hi gh - - - -OK

NC_5V 1PF

NC_5V 1PF

NC_5V 1PF

A K

ZD6

NC_TZM C 6V 2

A K

ZD5

NC_TZM C 6V 2

14

18

12

17

19

13

15

16

NC

CK-

+5V

GND

HP DET

DDC CLK

CK Shield

CE Remote

DDC DATA

SHELL1

SHELL3

G1

G3

For CEC LeakageProtect

HDMI-CEC 7

To MST I C

HDMI-CECHDMI0_CEC

R322

200 J

4

5V t ol er ance? ? ??

R319

0

R739

NC_0

HDMI2_CEC

5

F r om HDMI c o nne c t or

J21

S02 No FLANGE HDMI CONN

D D

C C

B B

A A

S c alar Diagram & C .B .A

1

C347

100NF K

C346

C345

100NF K

100NF K

VREFM

VREFP

C6033P J

C41

1000P K

2

DM_1V 2

C40

1000P K

C28

1000P K

MAIN5V MAIN3V3

S03 E MI

C27

1000P K

XIN

Cr y s t a l

5V?? ?

R100

DEMO_5V

C6233P J

Y1

24MHZ

Di g i t a l I F B PF

R129

NC_10K J

0J

R378

XOUT

TUNER_S C L

TUNER_S D A

4.7K J

R99

4.7K J

DM_1V 2

R16

3

C58

22U M

DM1V2

C59

100NF K

3/31

3

GND

RM2101B0LA

VOUT

4

GND

2

VIN

U1

1

10K J

DM_3V3

TP64

DM_1V2

IF_AGC

IF_ AG C

3V3D_DE

25

XTAL_MODSEL_M
TUNER_SCL
TUNER_SDA

I2CM_ SC L

26

I2CM_ SDA

27

VDDC

28

GND

29

VDDC

30

GND

31

RF_AGC

32

IF_ A GC

33

GND

34

VDDP

35

TS_SYNC

36

U13

S02 GND

DM_3V3

D-IF-

D-IF+

D-IF-

D-IF+

C69 100NF K

C74 100NF K

R110

R113

22 J

22 J

ZIF_ IP

ZIF_ IM

C350

100NF K

3V3D_ADC

3V3D_PLL

ZIF_ IM

ZIF_ IP

ZIF_QP

VREFM

VREFP

XIN

XOUT

23

18

19

15

20

17

16

22

21

XIN

GND

AVDD24XOUT

AVDD

ZIF_IP

ZIF_IM

VREFP

VREFM

XTAL_MODES EL

ZIF_QP

MS B1220-LF

TS_VLD37TS _DATA[0]38TS _DATA[1]39TS _DATA[2]40TS _DATA[3]41TS _DATA[4]42VDDP43TS _DATA[5]44TS _DATA[6]45TS _DATA[7]46TS_CLK47TS_ERR

22

22

876

5

876

5

R415

10K J

R412

NC_10K J

DM_3V3

R413

R414

10K J

NC_10K J

GPIO_2

GPIO_3

Cl ose t o MSB1220

R408

2K J

C61

R407

2K J

R98

NC_10K J

DM_3V3

C351

100NF K

ZIF_QM

14

13

GND

ZIF_QM

PLL_TEST

TP39

12

GPIO[3]

11

GPIO[2]

10

RESETZ

9

GND

8

VDDC

7

GPIO[1]

6

I2CS _S DA

5

I2CS_SCL

4

VDDP

3

GND

2

VDDC

1

GPIO_3
GPIO_2
EXTRSTN

D6

NC_ LL 4148

3V3D_DE

DM_1V2

R89 100

R87 100

NC _ 10U Z

A K

DM_RESET

R101

NC_0 J

R102

0J

EXTRSTN

48

S03

L72

0

I2C _S C L

C358

NC_ 47P J

I2C _S DA

1

2

3

52 221TE2L LCD

123

4

123

4

R417 22J

R416 22J

DM_3V3

3/31

5

C317

22U M

C318

100NF K

2

4

VOUT

4

GND

1

VIN

U12 LD1117AL -33-AA3-A-R

3

SOT-223 ( 1A)

DE M O_5V

D D

3/31

DM_1V2

DM1V2

TS_ MIS YNC

TS_MISYNC

C374

100NF K

C363

100NF K

C356

100NF K

C361

100NF K

Z120

L10

C C

RP5

TS_MDI0

TS_MIVALD

TS_MDI0

TS_MIVALID

TS _MDI[1..7]

3V3D_DE

L66

DM_3V3

4

RP6

TS_MDI6

TS_MDI3

TS_MDI5

TS_MDI2

TS_MDI4

TS_MDI1

TS _MDI[1..7]

C370

100NF K

C354

100NF K

C373

100NF K

C365

10U Z

Z120

22 J

22 J

R743

R742

TS_MDI7

TS_MICLK

TS_MICLKP

TS_MICLK

TS_MICLKP

C362

1000P 50V

C355

100NF K

3V3D_ADC

C360

10U Z

L67

Z120

DM_3V3

B B

C364

100NF K

C357

10U Z

3V3D_PLL

L71

Z120

DM_3V3

A A

4

5

S c alar Diagram & C .B .A

221TE2L LCD 53

2

1

e

v.

CN701

2K61185112

123456789

TP703

TP701

TP702

101112

TP705

TP704

TP706

1

18V

ZD701

BZV55C15

A K

R717

330

B

Q703

T601

+

12

N. C .

1 10

KTC200-Y/P

E C

C713

330U 35V

R715

27

C712

1000P K

C711

1000P K

3

TP606

R716

100 2W

2

D703

FMX-12SL

D702

UG4D-E 3/73

A K

A1JA2

3

Power Diagram & C.B .A

E4

C606

0.001U J

E3

R604

68K 2W

TP605

C605

+

4

E2

E1

TR601 NTC 8OHM

12

1

+

BD601

N4

~

2

-

t

4

2 1

C602

0.33U

5

54 221TE2L LCD

120U 450V

2KBP 06M-LF

E5

D601

R610

47

UF4007-LF

A K

N. C .

C607

100P J

R609

47

L603

<S pec>

600V 2A

~

3

Z45/100MHZ

L3

1

1

2

SG10

C617

2

2200PF

H4

1

1

C618

2

SG9

2200PF

2

D D

7.5V

BLT_ON

BRT_ADJ

C705

330U 35V

+

12

L701

2.7U

7.5V

18V

PWR_SAV

PWR_S AV

C706

0.1U K

D701_J

C704

330U 35V

+

12

C703

330U 35V

+

12

R701

FMX-12SL

A1JA2

9

4

AK

SG6

20MH

SG5

27

C702

1000P K

C701

1000P K

65

8

L604

Z45/100MHZ

D602

UF4007-LF

C612

100P J

R606

10

C608

22U 50V

12

+

C609

0.1U K

R608

0.47 2W

221

4

C601

0.33U

3

L601

221

7

ER-2828600UH

VCC

4

IC601

D/ST

1

C614

100P K

L2

R603

2M

R602

2M

VAR1

R601

2M

N1

D701

2

TP604

IC6 01 -V c c

E6

1

1

2

1

N3

R711

100K

N. C . N. C .

R710

36K F

S

R706

20K F

R705

470

12

IC6 01_6

6

FB/OLP

STR-W6262

FM/SS/Latch

7

P01

2

.
.

470V

1

43

IC6 02

LTV -817M-L

R607

82K F

C611

1000P 50V

GND

5

S/OCP

3

C610

0.01U K

1

N

C C

BLT_ ON

G

R708

CN602

N. C .

C707

R709

1K

L5

3

L

N. C .

2K61007103

R713

0.1U K

10K

IC702_K

B B

R721

330

Q702

Q701

D

CN702

5K.0 W 210.001

Shor t

330

N. C .

N. C .

2N7002K

D

APM2307AC -TR L

F601

1234567

TP708

BRT_A DJ

C717

2.2U K

10K

R722

10K

R714

G

C709

0.1U K

S

R707

10K F

R

IC701

LM431BC Z

A K

C708

4.7U K

C615

250V 2A

TP709

18V

N. C . N. C . N. C .

4

4

3

3

H1

N. C .

1000P M

A5: CN6 0 1

B1: C717 CN702 R721 R722

B2: C707 C709 Q701 Q702 R706 R707 R7 1 0 R711 R713 R714

B3: C615 C708 I C602 I C701 R60 7 R70 5 R708 R709

B4: C610 C611

L1

1

1

2

SG8

C603

2

2200PF

TP601

1

TP602

1

C604

2

SG7

2200PF

2

SCR2

3D00H40M30

D703

D701

HS3

3DL2A01001

SCR1

3D00H40M30

HS1

I C601GND P AD

3D0W801002

GC1

3D05402001

B5: C603 C604 F 601 CN602

C1: C705 CN701

C2: C703 C704 C705 D70 1 L 701 R701

C3: C612 C701 C702 D602 L 6 04

C4: C608 C609 C614 I C 601 R606 R608

221

SG1

1

221

1

SG2

TP603

221

SG3

1

221

1

SG4

2

2

HSi nk

1

1

G2

G2

G1

HSi nk

G1

4

4

3

3

H1

2

2

HSi nk

1

1

2

G2

1

HSi nk

G1

1

G1

HSi nk

C5: C601 L601 R601 R60 2 R603 VAR1

D1: R717 ZD701

D2: C713 D703 Q703 R7 1 5 R716

D3: C606 C711 C712 D601 D702 R610 T601

D4: BD601 C605 C607 L 603 R604 R609

D5: C602 C617 C 6 1 8 TR601

L

1

G

2

3

CN601

N

A A

4

3

2

221TE2L LCD 55

e

v.

XXXXXxxxxx

112

CN801

2K62272102

2

TP802

1

R815

2K

TP801

A

D802

BAV99

J

K

R816

365 F

D806_A2

R821

90.9K F

TP803

112

CN802

2K62272102

2

D805_J

R817

2K

TP804

A2

D806

BAV70

J

A

J

D803

BAV99

K

R818

511 F

AK

D801

LL4148

R819

1M

G

Q806

2N7002K-T1-E 3

C825

D

0.22U K

S

Power Diagram & C.B .A

C821

10PF J

R822

20K F

C823

C822

1000P J

10PF J

A1

D801_A1

R823

90.9K F

R824

20K F

2

C824

C820

10PF J

587

6

84.008M3.0 30

8

T801

2

C816

4.7U M

1

2

10K

R811

N_B

F1

T1

C815

4.7U M

QD1

Q801

3

4

3

P_A

C801

330U 35V

+

12

ZD801

TZMC6V2

A K

R801

5.1K

R802

5.1K

A K

8

ZD802

TZMC6V2

4

C805

0.047U K

NDR2

F2

7

.

5

.

T2

QD2

587

6

Q802

3

84.008M3.0 30

4

C812

N_D

P_C

7

GNDP

1U 50V K

R806

90.9K F

IC801_3

C806

0.047U K

SIGN

4

6

5

RT1

PDR2

GNDA

OZ 99 3 3

NDR19PDR110VDDA11TIMER12PWM13ISE N14OVPT15ENA

IC8 01

C807

2.2U K

C804

1U K

A K

ZD803

TZMC6V2

IC801-13

+5VDDA

C803

+

12

22U 50V

SIGN

1000P J

1

2

10K

R812

R830

1K

D810

LL4148

A K

D811

LL4148

A K

C826

R829

90.9K F

C809

R807

301K

3

CT

SIGN

R804

18K J

2.2U K

220P J

SIGN

C810

0.047U K

IC801-1

C808

0.01U K

1

2

VSEN

SST/CMP

16

10K

R805

SIGN

R810

1M

R828

C813

0.1U K

R809

100K

IC801-14

D

Q805

2N7002K-T1-E 3

G

S

R820

100K J

20K F

SIGNSIGN

C814

0.033U K

R803

30

5

18V

EC

B

Q810

2N3904S

R827

511 F

A K

SIGN

ZD804

TZMC6V2

R825

7.5V

D D

R826

1K J

BRT_ADJ

SIGN

1K J

100K

C811

1000P J

R808

BLT_ON

C C

C817

0.01U K

Q805_G

B B

SIGN

A A

56 221TE2L LCD

Power Diagram & C.B .A

Power Diagram & C.B .A

221TE2L LCD 57

4

3

2

CN863

CN862

G1

G1

11223344556

CN861

12345

TP861

2KK2231006

G2

G2

6

LED8LED5

2K62285106

6

TP865

TP864

TP863

TP862

CN865

1

G2

G2

12

LED1

LED2

LED3

LED8

C856

0.22U K

C855

0.22U K

G1

G1

11223344556

7788991010111112

6

Vout

Vout

LED4

LED7

LED6

LED5

2

2KK2241004

G1G1G2

G2

1122334

4

Vout

Vout

0

0

R868

LED4 LED2

R869

0

R866

0

R864

CN864

G2

G2

77889910

10

TP870

0

R871

G1

G1

11223344556

6

TP871

0

R872

Vout

LED8

TP866

TP867

LED7

TP869

TP868

Vin

R874

10 J

R870

10 J

0

R862

LED Diagram & C.B .A

0

R861

LED6

Vout

LED5

0

R863

LED8

LED7

0

R865

LED4

BL_ADJ

LED3

3

R821

1K

LED5

LED6

LED7

LED8

4

LED3

LED4

LED2

1

2

3

4

5

6

IC8 01

LED1

25

24

PAD

ISE N4

GNDA

ISE N5

ISE N6

ISE N7

ISE N8

OVP7ISE T8RT9ENA10ISW

21

PWM

ISE N122ISE N223ISE N3

OZ9998A

C810

0.01U 25V

R820

100K

R818

100 F

20

19

COMP

18

SEL

STATUS

17

SSTCMP

VIN

16

GNDP

15

VREF

14

LDR

13

NC

11

12

0

R867

LED2

R819

C809

R817

LED1

VoutVin

C851

12

C853

100K

0.47U K

100K

0

R816

R815

1K

C814

330P J

C813

330P J

Vin_IC

C808

0.1U 50V

R803

C807

2.2U K

10 F

R808

D801

ES1D

A K

R822

D

+

12

C862

22U 100V

+

12

C852

22U 100V

+

0.22U K

1M F

22U 100V

C854

0.22U K

R809

47K F

C815

100P J

0

R807

OVP

C805

C806

220P J

10 J

S

G

Q801

AP9997G H-HF

220P J

R805

0.2 F

R804

0.2 F

R802

100 F

OVP

C812

R810

15K F

R812

Vin

TP854

5

6

CN851

BL_ADJ

BL_ON

C804

0.1U 50V

BL_ADJ

BL_ON

2K61185106

Vin

12345

6

(Open)

CN852

TP851

TP852

TP853

12345

R811

2K62095106

140K

0

R813

58 221TE2L LCD

D D

100P J

L801

C811

0.01U J

R814

100K

1K

BL_ON

Vin_IC

C C

47U M

C803

0.1U 50V

+

12

C822

220U

+

12

C802

+

0

R801

12

C801

220U 25V

B B

220U

B1: CN864 R87 1 R87 2

B2: R862 R864 R866

B3: C851 C852 C853 C854 C862 R808 R809

B4: C805 C806 C813 C814 C815 D801 Q801 R802 R803 R804 R8 05 R807 R822

B5: C801 C802 C803 C82 2 L801 R801

C2: R865 R867 R874

C3: C810 R819 R 82 0 R821

C4: C807 C808 C809 I C801 R81 5 R8 1 6 R817 R818

C5: C811 C812 R810 R811 R812 R813 R81 4

D1 : CN8 6 5

C1: CN861 CN862 CN86 3 R868 R869

D2: C855 C856 R861 R863 R8 70

D5: C804 CN851 CN852

A A

LED Diagram & C.B .A

221TE2L LCD 59

OP

OP3

OP

OP2

OP

1

OP1

J1

11223344556

2KK1020006

112233445566778

6

J2

IR _ SIG N

ADC2

ADC0

TP1

TP2

ADC1

VCC _3V3

TP6

TP4

TP5

TP3

2KK1020008

8

TP7

TP8

LED_B LUE

LED_AMB ER

LED1

C14

0.1U 50V

VAR1

15V 150PF

.1.

WHITE/RED

2

1

C1

A

C2

0F

33K F

R1

R5

2.55K F

R14

10.5K F

R19

2.55K F

R20

10.5K F

R21

33K F

R22

VCC _3V3

2

3

Control Diagram & C.B.A.

4

Power

Input

VCC_3V3

Menu

Channel_Down

S04

Sensitivity Seting

CF0 CF 1

0 0 IIC

0 1 Mi ddl e

10Low

11Hight

API S 2

R11

0

R10

NC_0

API S 1

TMCF1CF0

R16

NC_0

Exposed Pad = NC

R15

0

C7

NC_30P J

GPI O GND

NC

25
26
27
28
29
30
31
32

CF0

CF1

TM

20

23

22

24

19

S_IN7

Tmode

Config021Config1

S_IN6

GPIO_SW

S_IN5
S_IN4
S_IN3
S_IN2
S_IN1

U2

AT A5 088DA-32N

S_IN0

Res_N1Int2DAC23DAC14VDDH5VDDL6VLDO7GND

C ha nnel_U p

Volume_Up

18

NC

GPIO617GPIO7

8

Volume_Down

Volume_Down

Channel_Up

Channel_Down

Menu

GPIO5

16

GPIO4

15

GPIO3

14

GPIO2

13

GPIO1

12

GPIO0

11

SCL

10

SDA

9

TP12

TP13

Volume_Up

Input

Power

2

3

4

60 221TE2L LCD

C6

R3

0

R4

0

R6

0

R7

0

SENSOR_VOLUP

5

Touch PAD wi t h Noise Cancel Ci r cui t

D D

R8

SENSOR_VOLDOWN

SENSOR_CHUP

SENSOR_MENU

SENSOR_CHDOWN

NC_30P J

C9

C5

NC_30P J

C4

NC_30P J

C3

NC_30P J

C2

NC_30P J

0

C1

NC_30P J

R9

0

R13

0

SENSOR_INPUT

SENSOR_POWER

1U K

R18

10K

VCC_3V3

Po wer Suppl y Vo l t age

3. 0V~5. 5V

C C

C12

1U K

VCC_3V3

C11

0.1U 50V

C10

10U Z

5

B B

A A

Control Diagram & C.B.A.

221TE2L LCD 61

1

1

IR Diagram & C.B .A

2

OP

OP2

OP

OP1

3

U1

FM-8138SM-5DN

Vout

G1

G1

G2

G2

+3.5 V S

ZD2

1

GND

3

Vcc

2

C1

10U Z

R2

1

.
.

15V 150P F

2

R3

22

10K

ZD1

.1.

15V 150P F

2

IR

2

3

62 221TE2L LCD

IR Sensor

4

5

D D

C C

+3.5 V S

J1

11223344556

6

2KK 2085006

B B

A A

4

5

IR Diagram & C.B .A

221TE2L LCD 63

64 221TE2L LCD

Revision History

General Product Specification

M2- 221TE2L

GENERAL PRODUCT

SPECIFICATION

Issued by: Argent Chan/Paul Tsai

Ver. Date

(yy.mm.dd)

0.1 2008.08.01 UC Initiate version, TV-M models

0.2 2010/11/01 Paul To update 221TE2L data

Blue: Changes than last version
Red: TBD

Author Brief Description

© MMD 2010 Page 1 of 45

221TE2L LCD 65

General Product Specification

TABLE OF CONTENTS

Document change history ᙑᎄ! ࡸآࡳᆠ஼᧘Ζ

1 Introduction 5

1.1 Purpose 5

1.2 scope 5

1.3 Definitions, acronyms & abbreviations

1.4 References

2

General description 5

2.1 Product perspective 5

2.2 Product Range 6

2.3 Dispplay Panel 6

FUNCtion requirements 7

3

3.1 POWER 8

3.1.1 POWER SUPPLY FEATURES 8

3.1.2 POWER CONSUMPTION & MEASURE THE FOLLOWING VOLTAGE 8

3.1.3 POWER MODE 8

3.1.4 MONITOR DPM / TV STANDBY 9

3.2 Reception 9

3.2.1 RF SIGNAL REQUIREMENTS 9

3.2.2 TELETEXT 11

3.3 EXTERNAL INTERFACE 13

3.3.1 VIDEO SIGNAL REQUIREMENTS 13

3.3.2 AUDIO SIGNAL REQUIREMENTS 15

3.3.3 PC SIGNAL REQUIREMENTS 15

3.3.4 I/O CONNECTORS 16

3.3.5 MISCELLANEOUS 17

3.4 VISUAL PERFORMANCE 19

3.4.1 FRONT OF SCREEN PERFORMANCE 19

3.4.2 PICTURE QUALITY 20

3.5 AUDIO PERFORMANCE 21

3.5.1 DTV AUDIO CODEC 22

3.5.2 SOUND MODE 22

3.5.3 INCREDIBLE SURROUND EFFECTS 23

3.5.4 SOUND RELATED REQUIREMENTS 23

4

User Interface Specification 23

4.1 Side CONtrols 24

4.2 front controls 24

4.3 OSD MENU 25

4.4 INSTALLATION (DIGITAL) 25

4.4.1 OSD LANGUAGE (TBC) 25

4.4.2 AUTOSTORE 26

4.4.3 PROGRAM LIST 26

4.4.4 INITIAL INSTALL 26

4.4.5 FINDING A MULTIPLEX 27

4.4.6 STORING ALL FOUND SERVICES IN THE MSL 27

© MMD 2010 Page 2 of 45

66 221TE2L LCD

General Product Specification

4.4.7 STORING SERVICES IN THE PSL 28

4.4.8 User Selectable Service Lists 29

4.4.9 Sorting the Found Services 30

4.4.10 Reinstall 32

4.4.11 Maintaining Service Lists 32

4.4.12 Automatic Maintenance Of Service Lists 32

4.5 InstallATION (ATV) 32

4.5.1 OSD LANGUAGE

4.5.2 TUNNING MODE 33

4.5.3 COUNTRY 33

4.5.4 AUTOSTORE 33

4.5.5 PROGRAM LIST 33

5

Non functional requirements 34

5.1 DEFAULT AND INITIAL CONTROL VALUES 34

5.2 TIME-OUT 35

5.3 LAST STATUS 35

5.3.1 AUDIO LAST STATUS 35

5.3.2 VIDEO LAST STATUS 35

5.3.3 CHANNEL TABLES 35

5.3.4 CUSTOMER SERVICE MENU (CSM) 36

6

ACCESSORIES 36

6.1 Cables 36

6.2 Remote Control 36

6.3 DFU 36

6.4 Quick User Guide 36

6.5 Warranty card 37

7

MECHANICAL 38

7.1 Cosmetic 38

7.2 Mechanical Data Files 38

7.3 Location of Philips Logo 38

7.4 Location of Icons 38

7.5 Color for Resin / Paint 38

7.6 Resins 38

7.7 Paint Used 39

7.8 Plastic Mold Tooling 39

7.9 Plastics Flammability 39

7.10 Texture/Glossing of Housing 39

7.11 Base Tilt / Swivel Range 39

7.12 Movement of Unit with Base 40

7.13 Wall Mount Method 40

7.14 Label 40

7.15 Product Dimension / Weight 40

7.16 Transportation 40

7.16.1 Transportation packages 40

7.16.2 Transportation test procedures 41

7.17 Pallet / Container Loading 41

© MMD 2010 Page 3 of 45

221TE2L LCD 67

General Product Specification

RELIABILITY / ENVIRONMENT 42

8

8.1 MTBF prediction 42

8.2 Demonstration MTBF 42

8.3 Temperature 42

8.4 Humidity 42

8.5 Altitude 42

8.6 Air pressure 42

8.7 Environmental test 42

9

REGULATORY COMPLIANCE 43

9.1 Worldwide Regulatory 43

9.2 EMC Requirements 43

9.3 RoHS 43

9.4 WEEE 43

9.5 Ongoing Regulatory 44

Distribution list 45

© MMD 2010 Page 4 of 45

68 221TE2L LCD

General Product Specification

1 Introduction

1.1 Purpose

The purpose of the PID is to get a common understanding between the supplier and the MMD team
on the product requirements of LCD TV-Monitor. The document serves as a basis for the product
design of LCD TV-Monitor.

1.2 scope

This specification describes the feature and performance of the LCD TV-Monitor set, which includes
PC video connector for monitor applications and a hybrid RF tuner receiving digital DVB-T and
analog PAL/SECAM of the air or from the cable and AV connectors for multiple video format inputs

1.2.1 EDID info,

Data for EDID & .inf file

1 User visible strings on .inf file Philips 221TE (22inch WIDE LCD MONITOR 221TE2)

2 Manufacturer ID ( EDID data) PHL

3 Product ID, "xxxx" 4 codes MSB(byte 12): C0

LSB (byte 11): 62

4 maximum resolution 1920x1080

5 Horizontal Frequency Range 30~83 KHz

6 Vertical Frequency Range 56~76Hz

7 Monitor Name (13 characters max.) Philips 221TE

2 General description

2.1 Product perspective

Reception:

x DVB-T H.264 (MPEG-4) and analog hybrid TV platform.
x DVB-T compliance with DVB D-Book(UK), E-Book(Pan-EU), Italian DGTVi, Scandivia NorDig.
x Supports the European conditional access system “Common Interface”. This allows for the

controlled descrambling of scrambled digital services (DTV only).

x Supports MHEG-5 UK Profile 1.06 for UK D-Tick logo (DTV only
x Fulfill “Boxer TV” for NorDig and DTG for Sweden and UK market (DTV only) – Applied by

Philips.

x SmartDTV for Italy.

© MMD 2010 Page 5 of 45

221TE2L LCD 69

General Product Specification

x PAL B/G D/K I, SECAM B/G D/K L/L’ TV tuning system for EU/UK

Features:

x Wide screen of 16:9 aspect ratio, 1920 x 1080 display pixels 21.5”W” FHD LCD color TV
x Universal power supply, stand-by power < 0.5 W and DC off power <0.5W.
x DPM power management for PC mode(VGA Only)
x VESA standard wall mount

Connectivity:

x Support components video, S-Video, composite video and audio input.
x Full SCART input(R/G/B, CVBS,S-video, Current Source out)
x Support HDMI Ver.1.3a. with HDCP, audio included (meet EIA-861B standard)
x Support PC modes via VGA D-sub and HDMI connector
x Multi-system PAL, NTSC playback

x Match the EICTA HD interoperability requirements for “HD ready” logo
x YPbPr can support up to 1080p and HDMI can support up to 1080p. (Both should also support

down to and including 480i/576i)

Easy of use

x User-friendly OSD menu
x User-friendly remote controller
x Software upgrade should be done through OAD, USB port.

2.2 Product Range

CTV Destination Mains Cord

2.3 DISPLAY PANEL

Standard

221TE2L

AUO M215HW01 V7

CPT CLAA215FA03S

Eastern/Western
Europe , UK

Follow
Philips’s SKU

CCFL, 250nits
CCFL, 250nits

© MMD 2010 Page 6 of 45

70 221TE2L LCD

General Product Specification

For AUO M215HW01 V7

Active Area : 21.53 inches [476.64(H)x268.11(V)]diagonal

Outline Dimension :
Pixel Pitch : 0.24825(H) x 0.24825(V)
Pixel Format : 1920 X 1080 (WXGA), pixels RGB strip arrangement
Color Depth : 6-bit+Hi-FRC, 16.7M colors
Luminance : 250 cd/m2
Backlight : 2 CCFL
Response Time : 5msec. (typ. on/off)
Viewing Angle : 170 (H) / 160 (V) (CR Њ 10) TN Technology(Typ)

Contrast Ratio : 1000:1 (Typ.) , 600:1(min)
Life Time :50,000 hrs (Typ)

For

CPT CLAA215FA 03S

Active Area : 21.53 inches [476.64(H)x268.11(V)]diagonal

Outline Dimension : 495.6mm (H) x 292.2mm (V) x 11.4mm (D)
Pixel Pitch : 0.24825(H) x 0.24825(V)
Pixel Format : 1920 X 1080 (WXGA), pixels RGB strip arrangement
Color Depth : 6-bit+Hi-FRC, 16.7M colors
Luminance : 250 cd/m2
Backlight : 2 CCFL
Response Time : 5msec. (typ. on/off)
Viewing Angle : 170 (H) / 160 (V) (CR Њ 10) TN Technology(Typ)

Contrast Ratio : 1000:1 (Typ.) , 800:1(min)
Life Time :50,000 hrs

495.6mm (H) x 292.2mm (V) x 11mm (D)

3 FUNCtion requirements

All performance requirements are defined under “STANDARD TESTING CONDITIONS”, unless
otherwise specified.
Standard Testing Conditions:

x Warm up time - t 30 min.
x Ambient temperature - 0qC ~40 qC.
x Ambient light - 400-600 lux.
x Relative humidity - 25% ~ 75%.
x Barometric pressure - 860 mbar ~ 1013 mbar.
x Dark room conditions - < 1 lux for optical measurements

The RF tuning system and video performance should fulfil Philips torture room test and field test
requirements.

© MMD 2010 Page 7 of 45

General Product Specification

ˣ

3.1 POWER

3.1.1 POWER SUPPLY FEATURES

x AC line voltage range - 90Vac ~ 264Vac.
x AC line frequency range - 50/60 Hz r 3 Hz.
x DC tact switch - Minimal power consumption when switch off.
x Inrush current - < 40A at 240Vac when cold start.
x Leakage current - < 0.5mA at 240Vac.
x Power factor correction - According to EN61000-3-2

3.1.2 POWER CONSUMPTION & MEASURE THE FOLLOWING VOLTAGE

x Normal on(2 lamp) – On mode (MAX): w/audio 1Khz,Volume=100 , 40Watt

On mode (Typ.) w/o audio , 32Watt

x Normal on (4lamp)- On mode (MAX): w/audio 1Khz,Volume=100 , 55Watt

On mode (Typ.) w/o audio , 45Watt

x Power Saving (VGA only)-- < 0.5W, RC standby mode + RED LED
x Standby (DC off, Press RC Power Key)- < 0.5W, RC standby mode + RED LED
x Power off (Press Key BD Power key)- < 0.5W, RC standby mode + LED Off

221TE2L LCD 71

ˣ˸ʳ˶˼ʳ

3.1.3 POWER MODE

Power Off mode: The mains plug is not connected or, the power supply is switched off. The

system has no power available.

Standby mode: The TV signal processing hardware is switched off. The micro-controller

is operating and waiting for a command

TV mode: The LCD display is switched on. The TV set is tuned to a channel or

external source. The micro-controller is processing all incoming signals
and commands and also controls the TV hardware.

PC mode: The system is displaying PC video input.
Power Saving mode: The system is the same as Standby mode as there is no PC video when

system is in PC mode.

Wake Up keys: Key: CH+, CH-, Power
RC: CH+, CH-, Power

˴˷ʳ˘˿˸˶˼˶˴˿ʳ˸ʳ˹ʳ

© MMD 2010 Page 8 of 45

72 221TE2L LCD

General Product Specification

3.1.4 MONITOR DPM / TV STANDBY

x DPM - The monitor enters DPM off (sleep) mode when no H&V sync or

one of H-sync / V-sync input is absent. “No Video Input”
message appears before entering DPM mode. A delay of 30
seconds before entering the power saving state is required to
avoid misunderstanding of display resolution and timing mode
changes.

x Recovery from DPM - Power & function recover when both H & V syncs are detected.
x Standby - The TV enters “TV standby mode” when it’s turned off by RC

“Standby/Power” key or SLEEP TIMER function is activated or
no TV signal input for 30 minutes.

3.2 Reception

3.2.1 RF SIGNAL REQUIREMENTS

z DTV RF input system - (DTV only)

9 Frequency range VHF: 174 to 230MHz, UHF: 470 to 862 MHz
9 Modulation COFDM
9 Input impedance 75 Ohm
9 Constellation QPSK, 16-QAM, 64-QAM, Hierarchical modulation
9 Tuner bandwidth 7MHz and 8MHz
9 FFT Mode 2K/8K
9 Guard Interval 1/4, 1/8, 1/16 or 1/32
9 FEC code rate 1/2, 2/3, 3/4, 5/6 or 7/8

z The iDTV shall be able to find all DVB-T modulated multiplexes whose center frequencies,

F,are located +/-500Khz on a grid:(for Europe)

9 for 7 and 8 Mhz bandwitdh: F=7*N+2.5 Mhz, where N: 15<=N<=32
9 for 8Mhz bandwidth: F=8*M+2Mhz , where M: 13<=M<=28 and 59<=M<=107. And

on the grid: (for Italy)

9

Start

Frequenc

Frequency

Plan

FRANCE_VHF 178750 1 6 8000

ITALY_VHF* 177500 1 7 7000

* Not Arithmetic
#define ITALY_VHF { 7, 7, {{ 1, 177500, 7000, 'D' }, \
{ 2, 186000, 7000, 'E' }, \
{ 3, 194500, 7000, 'F' }, \
{ 4, 203500, 7000, 'G' }, \
{ 5, 212500, 7000, 'H' }, \
{ 6, 219500, 7000, 'H1'}, \
{ 7, 226500, 7000, 'H2'}} }

y

[kHz.]

Start End Bandwitdth

© MMD 2010 Page 9 of 45

221TE2L LCD 73

General Product Specification

And on the grid: (for Australia)
In the DVB-T profile, the iDTV supports, besides the European Grid, Australian grid. There,
the center frequency F is located +/- 500Khz on a grid:

For VHF : F = N*7 + 2.5 ; for 25<=N<=32
For UHF : F = N*7 + 4.5; for 72<=N<=114

x ATV RF input system - Aerial or cable via RF connector supports PAL B/G, D/K, I and

SECAM B/G, D/K, L/ L’.

Channel Coverage:

Band Analog Channels, Picture

Carrier ( MHz )

Low Band 45.25 – 154.25 51.00-156.500

Mid Band 161.25 – 439.25 162.00-442.00

High Band 447.25 – 858.25 450.00-858.00

Intermediate Frequencies:

For Europe set:

System Picture

(MHz )

B, G 39.875 35.445 34.375 34.135 34.025

L 39.875 35.445 33.375 - 34.025

L’ 33.625 38.055 40.125 - 39.525

D, K 39.875 35.445 33.375 - 34.025

I 39.875 35.445 33.875 - 33.323

x TV RF input level - 10mV (80dBuV) typical, terminated with input impedance of

Tuner sensitivityЊ25 dBuV, no skipping of channels &
signals.

x DTV input system - DVB-T (EN 300 744 V1.5.1) supports MPEG-2 ISO/IEC 13818

x DTV Middleware - MHEG5 profile 1.06 (optional for target market) (DTV only)
x Parental Control Respect the age stetting sent in the transmission. If the

x Install How to search through the services. Order them, and update

Chroma

(MHz)

75:.

¾ Transient response: < 250 nS.
¾ Sound (5.5MHz) suppression: > 55dB.
¾ Chroma (4.43MHz) suppression: > 25dB.
¾ Y/C separation: > 20dB.

MP@ML transport stream up to 25Mbps (DTV Only)

parental rating is higher than the current setting, then the
channel is blocked until a pin code is entered.

over time: See 4.4

Digital Channels, Center Frequency

( MHz )

Sound 1

(MHz)

Sound 2

(MHz)

NICAM

(MHz)

© MMD 2010 Page 10 of 45

74 221TE2L LCD

General Product Specification

x Zapping - Let the user to step through the available services and select

the required service. Zapping also includes the actual steps for
tuning to another channel. It performs activities such as
blanking audio and video, setting the right frequency, retrieving
the actual channel content from the PSI/SI tables (if a digital
channel is selected). It also enables selection of the right virtual
channel to be decoded (depending on the language setting, for
example) and also unblanking of video/audio. The selector has
to dynamically react to any changes in the active transport
stream – such as a change in the rating of the currently running
virtual channel from the transport stream or even the actual
disappearance of the selected virtual channel. The underlying
software therefore notifies it of any such changes. (DTV only)

x EPG - 8 days Have an EPG covering at least 8 days of data, extracted from

DVB-EIT. The TV shall allow the user to set a reminder on a
certain program. This will cause the TV to warn the user when
the program starts. (DTV only)

x EPG – Now/Next - EPG should cover the Now and Next data, extracted from

DVB-EIT. (DTV only)

x Over-the-Air Download Shall be capable of automatically detecting any new relevant

software release in any transmitted multiplexes through OAD.
Shall be capable of processing software releases carried by
transport streams complied with ISO / IEC 13818-1 in
accordance with ETSI TS 101 154, D-Book for UK and DVB
SSU simple profile. Any software upgrade (over the air )
requires authentication: to make sure that it will only load an
image approved by Philips. (for example using SHA-2) (DTV
only)

x DVB Subtitles - Supports to display subtitles which broadcasted via DVB or

reinserted TXT. ETSI EN 300 743 V1.3.1 (2006-11) (DTV only)

x Auto-assign Channel Numbers (LCN) -

Support Logical Channel Number (LCN) for automatic
assignment of preset numbers. (DTV only, country dependent),
specifically including D-Book, E-Book, Nordig and DGTVi
variants.)

Ɣ Audio Descriptor Supports Audio Descriptor for UK (DTV only)

3.2.2 TELETEXT

x 100 pages Teletext system with Favorite page list.
x Teletext level 1.5
x FLOF
x TOP and TOP overview menu
x 16:9 format
x 3 types of Text display mode - Text Page, Hold, Mix, Reveal.
x Text time

x Wide Screen Signalling Bit (WSSB)
x Supports DVB Teletext (DTV only)

x AFD support as specified in ETSI TS 101 154 V1.7.1 (2005-06), implemented in line with

D-Book and E-Book.

© MMD 2010 Page 11 of 45

(DTV only)

221TE2L LCD 75



General Product Specification

˗ˍ˯˃˄˲ˁʳˣ˽˸˶˯ˆˁʳ

˟˖˗ʳ˧˩˯˅˃˃ˋ˧˩˯˚˸

3.2.2.1 RC function keys

˥˖ʳˈ˄ʳ˞˸ˁ˿

3.2.2.2 Status indicator

The Status Indicator is a sign to show the status of Text mode. There are 4 status are identified:
Normal page display, Page Number Entry by Digit, Subcode Entry by Digit, and Page Hold.

3.2.2.3 Status line

The Status Line is defined as:

Command FLOF TOP PLUT

Red Previous page in transmission

Green Next group page in

Yellow Next block page in

Defined by
broadcaster.

cycle

transmission cycle in current
block

transmission cycle

-

Title of next group defined by
broadcaster. If it is not defined,
a page number is displayed.
Title of next block defined by
broadcaster. If it is not defined,
a page number is displayed.

Cyan

Next page in transmission

+

cycle

© MMD 2010 Page 12 of 45

76 221TE2L LCD



General Product Specification

3.2.2.4 Table of page (TOP)

A type of teletext transmission in which special pages are transmitted that give information about
other pages in the transmission.

3.2.2.5 Link control byte (LCB)

It is contained in a packet 27 to validate the links for the color keys.

3.2.2.6 Video programming system (VPS)

A mechanism by which the broadcast ID is transmitted using Teletext transmission.

3.3 EXTERNAL INTERFACE

3.3.1 VIDEO SIGNAL REQUIREMENTS

x CVBS input - 1000mVpp (including 300 mV sync level), terminated with input

impedance of 75:.

x S-Video input - Y: 1000mVpp, C: 300mVpp, terminated with input impedance of

75:.

x Component video input - Y: 1000mVpp, PbPr: ±350mVpp, terminated with input

impedance of 75:. 480i/p, 576i/p, 720p, 1080iʿ 1080
handling capability.

ʳsignal

x HD ready -

HD ready logo required. Display

engine:

¾ The minimum native resolution of the display (e.g.

LCD, PDP) or display engine (e.g. DLP) is 720
physical lines in wide aspect ratio.

Video Interfaces:

¾ The display device accepts HD input via:

 Analog YPbPr. “HD ready” displays support

analog YPbPr as a HD input format to allow full
compatibility with today's HD video sources in
the market. Support of the YPbPr signal should
be through common industry standard
connectors directly on the HD ready display or
through an adaptor easily accessible to the
consumer; and:

¾ DVI or HDMI HD capable inputs accept the

following HD video formats:

 1280x720 @ 50 and 60Hz progressive scan

(“720p”)

 1920x1080 @ 50 and 60Hz interlaced (“1080i”)

¾ The DVI or HDMI input supports copy protection

(HDCP).

© MMD 2010 Page 13 of 45

General Product Specification

x SCART - Full SCART, includes CVBS in/out, RGB/Sync, audio L/R in/out.

Pin 8, the function-switching pin, carries a signal from the source
that indicates the type of video present,
0V means no signal, or internal bypass
+6V means a widescreen (16:9) signal
+12V means a normal (4:3) signal
Define SCART behavior:

ˣ˻˼˿˼˲ˠˡ˧˲˦˶˴˲

˵˸˻˴˼ˁ˷˶

x HDMI input - Compliance with HDMI Specification 1.3a. 480i/p, 576i/p, 720p,

1080i/p signal handling capability.

TMDS channel:

¾ Carries audio, video and auxiliary data.
¾ Signaling method: According to HDMI Ver.1.3a

specification. (Type A HDMI).

¾ Video pixel rate: 25 MHz to 165 MHz (Type A)
¾ Pixel encodings: RGB 4:4:4, YCbCr 4:2:2, YCbCr

4:4:4.

¾ Audio sample rates: 32 kHz, 44.1 kHz, 48 kHz,

Audio channels: up to 2

DDC channel:

¾ Allows source to interrogate capabilities of sink.
¾ I²C signaling with 100 kHz clock.
¾ E-EDID data structure according to EIA/CEA-861B

and VESA Enhanced EDID.

Content protection:

¾ According to High-Definition Content Protection

(HDCP) Specification 1.10.

x Common Interface Complies with version 1: EN50221 ETSI TS 101 699, V1.1.1

(1999-11) and [R206-001F] (DTV only)

x No signal input - While no signal at external inputs, screen goes blue before

entering standby mode.

221TE2L LCD 77

3.3.1.1 HDMI CEC (Easy Link)

Compliant with HDMI Ver.1.3a CEC

x One-Touch-Play: device can switch on the television (when in standby) and switch

to the relevant HDMI source. Allows a device to be played and
become the active source with a single button press.

x Routing Control This feature is used to control the routing of the HDMI network,

by controlling CEC Switches. In general whenever a device
starts being streamed to the TV

x System Standby - Enables the user to switch all devices to standby with one button

press

x Lip-sync - Match the delay in sound reproduction to the delay in the TV

screen to ensure that picture any sound are kept in
synchronization.

x Video-format selection - The system will automatically select a video transfer mode that

does not degrade the performance of viewing content.

(HDMI PC mode / Video mode)

© MMD 2010 Page 14 of 45

78 221TE2L LCD

General Product Specification

x System Information allows devices to automatically use the same OSD and Menu

language settings as the TV and also for a TV to discover the
current language when it is being installed.

x Give Device Power Status

The message is used to determine the current power status of a
target device. The target device responds with a message
containing the Power Status operand.

3.3.2 AUDIO SIGNAL REQUIREMENTS

x Audio input - Sensitivity 500mVrms, the amplifier outputs full power when the

input level reaches 500mVrms, terminated with input impedance
of >10k:.

x Headphone output - N/A
x Amplifier output - 2 x 3Wrms(<=21.5”), 2 x 5Wrms(>21.5”) with T.H.D. < 10%.
x SPDIF output carrying stereo or multi-channel output. (DTV tuner digital audio

or HDMI digital audio loop through)

3.3.3 PC SIGNAL REQUIREMENTS

x Pixel rate capability - 160 MHz for ATV, 160 MHz for DTV.
x Sync input - TTL level, separate H/V sync only, “+” or “-” polarity, terminated

with t 2.2k: impedance.

x Horizontal frequency - 30 ~ 83 kHz
x Vertical frequency - 56 ~ 76 Hz
x PC analog RGB level - 0 ~ 700mV linear, positive polarity, terminated with 75:

impedance.

x I²C DDC signal - DDC serial Data & Clock, DDC components are connected to

both monitor Vcc and DDC +5V (from PC via video cable), that
the PC can read the DDC data also when the monitor is powered
off. To prevent current feedback into PC, blocking diodes are
required at monitor side.

x Preset video timings - Follow VESA timing mode up to panel native resolution. Preset

video timings, size and centering have been pre-aligned in
factory according to specifications.

x Audio input - Sensitivity 500mVrms, the amplifier outputs full power when the

input level reaches 500mVrms, terminated with impedance
>10k:.

x No signal input - While no signal at external inputs or signal cable not connected,

screen goes black with message “No Video Input” for 30
seconds before going to DPM mode.

x PC timing -

˗ˍ˯˔ˢ˖ʻ˅˃˄˃˃˄˄ˊʼ˯

© MMD 2010 Page 15 of 45

ˠˠ˗ʳ˗˩˕ˀ˧˯ˣ˷˶

221TE2L LCD 79

˗

General Product Specification

EDID- 221:

˗ˍ˯˔ˢ˖ʻ˅˃˄˃˃˄˄ˊʼ˯

3.3.3.1 DDC channel

x E-EDID data structure according to VESA Enhanced EDID 1.3 (and EIA/CEA-861B for HDMI).
x Allows source to interrogate capabilities of the Monitor & TV.
x Separate EDID for VGA input and HDMI input.

3.3.4 I/O CONNECTORS

I/O at rear:

๻ૠᇷற˯ᖲጟ˯ˠˠ

I/O at Side:

© MMD 2010 Page 16 of 45

80 221TE2L LCD

General Product Specification

3.3.4.1 Rear connectors:

x Component Video(YPbPr) & Audio L/R In
x AV / SC Video & Audio L/R In
x SCART input / output (CVBS in/out, RGB in,S-Video in, Audio L/R in/out)
x SPDIF (digital audio) output
x Coaxial aerial I/P (TV input)– Europe type ( 75 : )
x PC VGA In (D-SUB) & PC Audio In
x HDMI In (support HDCP) with digital audio or with PC audio jack.
x 3 pin wafer connector (for Key service)
x 3 pin wafer connector (for Debug service)
x Video OUTΚTV output with audio line out.

3.3.4.2 Side connectors on main board:

x CVBS In (Cinch)
x Audio L/R In (Cinch)
x CI slot input : PCMCIA card ( 5V )
x USB 4-pin Type-A connector for SW update.(Only ues flash drive).
x Earphone

3.3.5 MISCELLANEOUS

VGA Pin assignment

PIN No. SIGNAL

1 Red
2 Green
3 Blue
4 NC
5 GND
6 Red GND
7 Green GND
8 Blue GND

9 +5V (Supply from PC)
10 Sync GND
11 NC
12 Bi-directional data(SDA)
13 H-sync
14 V-sync
15 Data clock(SCL)

© MMD 2010 Page 17 of 45

General Product Specification

HDMI Pin assignment

PIN No. SIGNAL
1 TMDS Data2+
2 TMDS Data2 shield
3 TDMS Data2­4 TMDS Data1+
5 TMDS Data1 shield
6 TMDS Data1­7 TMDS Data0+
8 TMDS Data0 shield
9 TMDS Data0­10 TMDS Clock+
11 TMDS Clock Shield
12 TMDS Clock­13 CEC
14 Reserved (N.C. on device)
15 SCL
16 SDA
17 DDC/CEC Ground
18 +5V Power
19 Hot Plug Detect

221TE2L LCD 81

Full SCART Pin assignment

PIN No. SIGNAL

1 Audio output right

2 Audio input right

3 Audio output left

4 GND(audio)

5 GND(blue)

6 Audio input left

7 Blue input

8 Switch signal input (Fast

Blanking)

9 GND(green)
10 N.C.
11 Green input
12 N.C.
13 GND(red)
14 GND(blanking)
15 Red input
16 RGB switching control
17 GND(video input & output)
18 GND(RGB switching control)
19 Video output(composite)
20 Video input(composite)
21 Common ground

© MMD 2010 Page 18 of 45

82 221TE2L LCD

General Product Specification

3.4 VISUAL PERFORMANC

PQ setting:

˗ˍ˯˔ˢ˖ʻ˅˃˄˃˃ˆ˄ˇʼ˯

3.4.1 FRONT OF SCREEN PERFORMANCE

x Peak brightness - Per panel spec, brightness & contrast controls are at 100%.
x Luminance uniformity - Per panel spec.
x Chromatic uniformity - Per panel spec.
x Luminance variation - Per panel spec.
x TV video color - Smart picture at ϘStandardϙ with 75% video level full white

x

ˠˠ˗ʳ˗˩˕ˀ˧˯ˣ˷˶

2K10

CCT
X
Y

pattern, brightness at 45 %, and contrast at 50%. The color
temperature at the screen center should be:

Warm Normal Cool

6500º K 8000º K 9300º K

0.313 ± .02 0.296 ± .02 0.283 ± .02

0.329 ± .02 0.299 ± .02 0.297 ± .02

Note:

1. Use Minolta CA-210 for color coordinates and luminance check.

2. Luminance > 200 cd/m2 in the center of the screen when Brightness control

at 100; Contrast control at 100 and “ Normal “ color teamperture in PC source.

3. About PC Source color teamperture Normal only is panel original default ,
not 8000 º K.

x Picture centering - H & V  0.5 %. (for TV, 480i/p, 576i/p, 720p, 1080i/p)

© MMD 2010 Page 19 of 45

221TE2L LCD 83

ˣ˼˶˸ʳ˹˴ʳ ˄˃ˋ˃˼ʳˣ˼˶˸ʳ˹˴ʳ ˄˃ˋ˃ʳˣ˼˶˸ʳ˹˴ʳ

ˣ˶ʳ˷˸ʳ ˩˼˷˸ʳ˷˸ʳ ˣ˶ʳ˷˸ ˩˼˷˸ʳ˷˸ʳ ˣ˶ʳ˷˸ʳ ˩˼˷˸ʳ˷˸

General Product Specification

x Over scan - 3 % vertically and horizontally for TV & AV.

0% (fit to screen) for PC mode vertically and horizontally.

x Residual image - Recover < 2 min. after burn in the checkerboard image for 2

hours.

x Contouring - Minimum contouring visible.
x Dimming backlight range from 11 to 100% for DCR setting, DCR=15000(min.) ,

DCR=30000:1(max.) in Dimming current <2mA

3.4.2 PICTURE QUALITY

Picture control handles the initialization of the video parameters and the recall of the
video personal preferences. Some video parameters can also be changed via the
picture sub menu.

All video inputs must have independent picture settings for fine tuning their PQ.

PQ should be fine even at 50dB RF signal.

Per video input source has itself own pre-setting values included Smart Picture, Smart
Sound and Picture Format.

Pre-setting values must follow the input source change.

x De-interlace - 3D for ATV, 3D MA (motion adaptive) for DTV
x Y/C separation - 3D comb filter for ATV, 3D comb filter for DTV
x Film mode supports - Automatic 3:2/2:2 detect and 3:2/2:2 pull down
x Skin tone correction Yes
x Blue stretch - Yes
x Green enhance - Yes
x Black extension - Yes

3.4.2.1 Smart setting in TV / AV modes

There are 5 sets of pre-setting: Personal, Vivid, Standard, Movie, and Power saver.
Personal settings can be altered by users.

3.4.2.2 Picture format

ʳʳ ˣ
ʳʳ ˣ

˄ʳ ˼˷˸ʳ˶˸˸ʳ
˅ʳ ˇˁˆʳ
ˆʳ ˶˴˿˸˷ʳ

wide screen

auto format

super zoom

˫˫ʳ ˼˷˸ʳ˶˸˸ʳ ˼˷˸ʳ˶˸˸ʳ ˼˷˸ʳ˶˸˸
˫˫ʳ ˇˁˆʳ ˇˁˆʳ ˇˁˆʳ

˫˫ʳ ˶˴˿˸˷ʳ ˶˴˿˸˷ʳ ˶˴˿˸˷ʳ
ˇʳ ʳ ʳ ˇˁˆʳ ʳ ʳ ˴ʳ˹˴ʳ ʳ ʳ ˴ʳ˹˴ʳ
ˈʳ ʳ ʳ
ˉʳ ʳ ʳ
ˊʳ ʳ ʳ

subtitle zoom

movie expand 14:9

movie expand 16:9

ʳʳ ʳʳ ʳʳ ʳʳ

ʳʳ ʳʳ ʳʳ ʳʳ

ʳʳ ʳʳ ʳʳ ʳʳ
ˋʳʳʳ ʳʳ ʳʳ ʳʳ ʳʳ

© MMD 2010 Page 20 of 45

84 221TE2L LCD

૿

General Product Specification

Super Zoom Normal(4:3) Zoom1(Movie Expand 14:9)

Zoom2(Movie Expand 16:9) Subtitle Zoom Wide

3.5 AUDIO PERFORMANCE

Audio setting:

˖ˍ˯˗˶˸ʳ˴˷ʳ

Audio should be audible even no video signal is presented for all sources except PC.
For the sake of stereo, proper segment of R/L speakers is needed to make sure correct R/L channel
separation.
Audio control handles the initialization of the audio parameters and the recall of the audio last status.
Some audio parameters can be also changed via the sound submenu.

Treble, bass are used for tone control.

˦˸˼˺˯˔ʳˬ˯ோ

© MMD 2010 Page 21 of 45

221TE2L LCD 85

General Product Specification

3.5.1 DTV AUDIO CODEC

3.5.1.1 Required Decoders (Reference ETSI TS 101 154 V1.7.1 (2005-06). Section 6.1)

Supports ISO/IEC 11172-3

Layer I and Layer II

Single channel:
Joint stereo
Stereo

Supports ISO/IEC 13818-3

Multi-channel audio : decode the part

ISO/IEC 11172-3

Layer I and Layer II

Stereo

3.5.2 SOUND MODE

Sound Mode selections:
Press DUAL I / II key to set up bilingual program/MTS system. The function is to provide multi­channel TV sound. MTS can receive Dual, Stereo, SAP (Secondary Audio Program), or Mono sound.
SAP feature permits the TV station to broadcast other information, such as audio in another language.
With Dual sound, you can enjoy the main sound (normal program soundtrack) and the second
language at the same time.
**Choose the available sound mode for channels that is preset by TV broadcasting station.

Source Detected Sound

System

Front­end

The icon text “Mono” should show in red on screen when with mono (forced) is selected

2CS Mono Mono Mono

NICAM Dual

Current/Display Sound

Mode

Mono (forced) Stereo 2CS Stereo
Stereo Mono (forced)
Dual I Dual II 2CS Dual
Dual II Dual I

NICAM Mono FM/AM Mono NICAM Mono
FM/AM Mono NICAM Mono
NICAM Stereo FM/AM Mono (forced) NICAM Stereo
FM/AM Mono (forced) NICAM Stereo
NICAM Dual I NICAM Dual II
NICAM Dual II FM/AM Mono (forced)
FM/AM Mono(forced)

(option)

New/Next Sound Mode

NICAM Dual I

© MMD 2010 Page 22 of 45

86 221TE2L LCD

General Product Specification

3.5.3 INCREDIBLE SURROUND EFFECTS

TV front end incredible surround effects are defined as:

Transmission received/selected Effect off Effect on

2CS Dual I Mono Spatial
2CS Dual II Mono Spatial
NICAM Mono Mono Spatial
NICAM Stereo Stereo Incredible Surround
NICAM Dual I Mono Spatial
NICAM Dual II Mono Spatial

AV incredible surround effects are defined as:

Sound Mode (AV) Effect off Effect on

Stereo Stereo Incredible Surround
Mono Mono Spatial

3.5.4 SOUND RELATED REQUIREMENTS

x Volume control - Should be gradual change of sound level from zero to maximum

output.

x Soft mute - A short and gradual increase of the sound to prevent the pop

sound during AC plug in/out, standby on/off, channel change,
mute on/off.

x Lip Sync - To synchronise sound with video due to delay in video decoding.
x AVL - To stabilize the TV audio input level in the case of over/under-

modulated signal from non-standard broadcast transmission.

4 User Interface Specification

TV controls can be reached via top control keypads or remote control

© MMD 2010 Page 23 of 45

4.1 Side CONtrols

Power Source Menu CH- CH+ Vol- Vol+

Key TV/video mode

Source Select Input Source

Menu Enter /Exit OSD menu

“+” (Volume) Menu Navigate Right/Increase/Volume up

“-” (Volume) Menu Navigate Left/Decrease/Volume

“+“ (Channel) Menu Navigate Up/Channel up

“-“ (Channel) Menu Navigate Down/Channel Down

Power Power ON /OFF

221TE2L LCD 87

General Product Specification

down

x Access main menu by pressing “MENU” key.
x Access input source by pressing “INPUT” key.
x Navigate to and select function via Program “+ / - ” keys, and Volume “+ / - ” keys. Then

adjust using up/down functionality.

x Any local keyboard press will wake-up the TV set from ‘Standby’ mode (ABO – any button

ON)

x Power switch to switch off the set to minimal power consumption.

4.2 front controls

x LED indicator - 4 State.
x

Status LED behavior

Normal on White
DC Switch off NC

x

RC Switch off / Standby Red

x

RC receiving Blink White

x
x
x RC sensor – Receiver for TV control.

Operation Angle RC operational distance

0q (for H & V) t 8m
30q (for H & V) t 6m
45q (for H only) t 4m

© MMD 2010 Page 24 of 45

88 221TE2L LCD

˗

General Product Specification

4.3 OSD MENU

x 25 languages - Bulgarian, Croatian, Czech, Danish, Dutch, English, Finnish,

French, Gaelic ,German, Greek, Hungarian, Italian, Norwegian,
Polish, Portuguese, Rumanian, Russian, Serbian, Slovak,
Slovenian, Spanish, Swedish, Turkish, Ukrianian.

x OSD tree – As defined.

˗ˍ˯˔ˢ˖ʻ˅˃˄˃˃˄˄ˊʼ˯

x EPG user interface As defined.
x MHEG5 user interface As defined.

4.4 INSTALLATION (DIGITAL)

๻ૠᇷற˯ᖲጟ˯ˠˠ

The service installation is based on specifications and guidelines from both [E-Book] and [NORDIG].
Service installation must work properly in all supported countries.

Nevertheless this specification does contain some requirements non-compliant to [E-Book] and
[NORDIG]. The following list gives an overview:

x There is no service list in the category 'Others', as specified by [NORDIG]. Instead of the
'Others' service list a service list labelled 'All Services' is introduced. This service list covers the [E­Book] requirement to present all (user selectable) services in one service list.

x Logical channel numbers above value 999 are not supported. Services with a logical channel
number above value 999 are assigned to another preset number in the range 1..999.

4.4.1 Country list and default language

Default language for Europe:

Country Language Country Language

Austria German Poland Polish
Belgium Dutch Portugal Portuguese
Bulgaria Bulgarian Rumania Rumanian
Croatia Croatian Russia Russian
Czech Czech Serbia Serbian
Denmark Danish Slovakia Slovakian
Finland Finnish Slovenia Slovenian
France French Spain Spanish
Germany German Sweden Swedish
Greece Greek Switzerland German
Hungary Hungarian Turkey Turkish
Ireland English UK English
Italy Italian Ukraine Russian
Luxembourg French
Netherlands Dutch
Norway Norwegian Others English

© MMD 2010 Page 25 of 45

221TE2L LCD 89

General Product Specification

4.4.2 AUTOSTORE

All of the multiplexes are scanned. The services are administered according to their tuple [Original
Network ID, Transport Stream ID, Service ID]. Between services with the same tuple, the one from
the best reception is chosen. Only services of the proper service type shall be placed in the program
list. It is desirable that during stand-by, the whole band will be scanned for changes and proper
updates made

4.4.3 PROGRAM LIST

A program list from Program 1 to Program 999 plus external sources can be invoked by “OK” key.
The program list sequence can be altered by “channel edit” in OSD menu and should not be
influenced by “channel skipped”. For each of these lists, the sorting is determined by the selected
country. If an LCN list is available, it will be respected

4.4.4 INITIAL INSTALL (Updated)

The end user shall be able to initiate a new service installation, meaning that any existing service lists
and sorting will be overwritten. At the start of new service installation, the Primary Service List and
the User Selectable Service List are considered to be uninitialized.
When the iDTV is in the Virgin State, a new service installation shall be initiated by the iDTV.
At the start of a new service installation, the end user shall select a country.
After an installation has been completed or interrupted, the end user shall be able to bring the TV
back to the Virgin State
It shall be possible for the user to choose "General Country" in the country selection. In this state, the
TV impelements, above the basic requirements, the "General European" requirements.
The iDTV shall contain, in non-volatile memory, the latest version of the list that couples a country
name to an ONID. For country’s that do not yet have an ONID registered at DVB, the ONID shall be
derived by the formula: ONID = 0x2000 + 3-digit country code
The result of a service installation shall be presented to the end user by means of one or more
service lists.

Country name original_

network_id

Australia 0x2024 and others
Denmark 0x20D0
Finland 0x20F6
France 0x20FA
Germany 0x2114
Greece (0xFF32) not fixed

yet
Italy 0x217C and others
Netherlands 0x2210
Norway 0x2242
Poland tbd (0x2268)
Portugal tbd (0x226C)
Spain 0x22D4
Sweden 0x22F1
United Kingdom 0x233A

© MMD 2010 Page 26 of 45

90 221TE2L LCD

General Product Specification

4.4.5 FINDING A MULTIPLEX

The iDTV shall initiate a multiplex search, and the user shall be able to enter any frequency manually
and choose between 7Mhz and 8Mhz bandwidth. The iDTV shall then be able to find all DVB-T
modulated multiplexes with center frequencies +/-Bandwidth around the manually entered frequency.
If there are no multiplexes in the scanned spectrum, the user shall be told so via the UI.
The iDTV shall automatically scan the grids as specificed.
The iDTV shall be able to find both DVB-T multiplexes in an hierarchically modulated stream. The
multiplexes are referred to as the high and low priority streams. The iDTV shall handle these streams
as two independent multiplexes. For each of these multiplexes, a separate Transport Stream Service
List (TSSL) shall be created.
Service installation shall additionally locate analogue TV transmissions (PAL and SECAM) in the VHF
and UHF frequency bands (both off-air and cable channels).
Once a multiplex is found, the iDTV shall store the parameters needed to tune back to this multiplex
in the TSSL. These parameters are, at least:

1. The Center Frequency

2. The Bandwidth

3. Whether this was hierarchical, and if so, whether the LP or HP was choosen

4. Constellation
The multipex's reception quality is a function of the BEQ, QE and quality of the LP and HP if
appliciable.
Along with the tuning parameters of a multiplex, the iDTV shall also store the multipex's Reception
Quality in the TSSL.
This table shows that a algorithm to calculate the reception quality could be based on a combination
of C/N and BER

4.4.6 STORING ALL FOUND SERVICES IN THE MSL

The Master Service List is frequency oriented. It may be viewed as list of lists. The top level list, is a
list of frequencies. At each frequency, there are either one or two TSSLs depending on the
modulation. For a hierarchically modulated signal, there will be two TSSLs, one for HP and one for
LP. For a not hierarchically modulated signal, there will be just a single TSSL.
During initial install, when the MSL is empty, all of the TSSL's found during a complete scan are
stored in the MSL.
At an update installation, the MSL has already been filled with all of the TSSL's that were found after
previous scans. In this case, the TSSL will be merged in the MSL.
If the frequency in the new TSSL is not in the MSL, then the entire TSSL is added to the MSL
If the frequency in the new TSSL is not new, and the modulation is the same, the new TSSL will
replace the old one in the MSL.
If the frequency in the new TSSL is not new and modulation scheme is different, then the old TSSL (2
if it was hierarchical) is deleted and replaced by the new one. If the modulation scheme changed to
hierarchical, then two TSSL's will replace the single one that was there before.

© MMD 2010 Page 27 of 45

221TE2L LCD 91

General Product Specification

4.4.7 STORING SERVICES IN THE PSL

The mapping between the MSL and PSL is the same for an initial installation as for an update install.
Two Services are identical if they have the same [ONID,SID,TSID]
If there was no SID or an ONID, then two services are the same if the [network_id,TSID,Program_ID].
If two or more Service are selected that are considered identical, then only the Service with the best
Reception Quality shall be selected for the PSL, the others shall not be selected.
Services with a BER larger than the threshold 3.16E-03 (or with a BERQ smaller than the threshold

70) shall not be selected for the PSL
All of the services whose service type corresponds to a “BasicServiceType” of TV, Radio and Data
shall be selection for installation:

Service_Type Description BasicServiceType
0x01 SD TV
0x04 SD NVOD TVVOD
0x05 SD Time Shift TVVOD

0x16 AVC SD TV
0x18 AVC SD NVOD TVVOD
0x17 AV CSD Time Shift TVVOD

0x11 HD MPEG2 TV

0x19 HD AVC TV
0x1B HD AVC NVOD TVVOD
0x1A HD AVC TimeShift TVVOD

0x02 Radio RADIO
0x0A Radio AVC RADIO

0x10 DVB MHP MHP

0x03 Teletext TV

0x06 Mosaic Service TV
0x0B Mosaic Service AVC TV

0x0C Data Services DATA

Others For unknown Types UNKNOWN

If the iDTV supports the MHP, then it shall additionally select all services with the following
service_type for installation:

service type description
[EN 300 468]

DVB MHP Service 0X10

© MMD 2010 Page 28 of 45

Service_Type

92 221TE2L LCD

General Product Specification

A Service that passes all the selection criteria shall be stored in the Primary Service List
The primary service list shall be stored in non-volatile memory and shall include all located analogue
TV channels

4.4.8 User Selectable Service Lists

All services in the PSL shall be given, per default, the Logical Channel Number (LCN) value of 1000
(maximum LCN +1).
In the NIT there may be an LCN descriptor present, whose interpretation depends in the
private_data_specifier preceding it. The LCN descriptor is given in the context of an ONID and TSID.
Hence, it couples a service tuple {ONID,TSID,SID} to an LCN value. This value shall override the
default LCN value of that service.

Service installation shall derive 1 user selectable service list from the primary service list containing
all services that are accessible for the end user
Service installation shall derive 1 user selectable service lists from the primary service list containing
all TV services that are accessible for the end user
Service installation shall derive 1 user selectable service lists from the primary service list containing
all radio services that are accessible for the end user
All services in the PSL shall be selected to be placed in the USSL
A service whose LCN is 0 shall not be selected for the USSL
A selected service in the PSL shall be placed in the USSL if it passes all of the criteria.

User Selectable Service Lists shall be stored in non-volatile memory

Services in a user selectable service list with a visible_service_flag equal to 0 shall be marked as
INVISIBLE. This mark can be used by the User Interface to hide the service in for instance EPG. The
end user will still be able to select the invisible service, for instance via direct digit entry of the preset
number. See also [E-Book] and [NORDIG] about usage of the visible_service_flag in the
logical_channel_descriptor
In the case of interpreting the private descriptors, with the private_data_specifier equal to 0x233A [D­Book UK], an invisible service will not be placed in the SSL if the numeric_selection_flag, in
descriptor_tag 0x86, is equal to 1
When a service in a USSL refers to a service which is no longer in the PSL, the end user can still
select the service. When no components can be rendered the User Interface could notify the end
user that this service is not available. Also when displaying the service list on the screen the “NOT
ACCESSIBLE' services can for instance be greyed out.
The User Interface, which is not specified here, will offer the end user a number of menu screens to
modify a user selectable service list. Although these menu screens may vary among different
receivers, the underlying processing will be the same (at least as much as possible). The next
requirements will specify the commands the User Interface can call on a specific service in a user
selectable service list.

4.4.8.1 DELETE

A service can be deleted from a user selectable service list. Deleting means that the service is not
selectable anymore in this user selectable service list. But the same service remains selectable in
other user selectable service lists. Once a service is deleted from a list it must not reappear in that list
after a service update installation. Only after a re-installation this service will reappear in the list.

© MMD 2010 Page 29 of 45

221TE2L LCD 93

General Product Specification

4.4.8.2 UNDELETE

A service that was deleted by the end user can be undeleted. The service shall be restored at the
original preset number that was assigned at the time the service was deleted. When this original
preset number is not free (assigned to another service) then a new preset number is assigned to the
undeleted service as specified in the SSA

4.4.8.3 MOVE

A service can be moved by assigning another preset number to the service. Two different situations
occur:

1. The preset number the service must be moved to is free (not assigned to a service). In this
case the service is moved to the new preset number and the original preset number is now free.

2. The preset number the service must be moved to is not free (assigned to another service). In
this case the services are swapped.
When a service is moved to another preset number and a service update installation wants to install
a new service at this preset number (because this new service has an LCN equal to this preset
number) then the service that was moved remains at this preset number. The new service is installed
as if it has no LCN. Only after a re-installation or a SORT operation (see below) the manual move is
undone and all services will be sorted on LCN.

4.4.8.4 SORT

A user selectable service list can be automatically sorted. All services in the user selectable service
list that are not deleted (see above) are reassigned to their initial preset number (as if it was a re­installation) as specified in
Deleted services are invisible to the end user and are not assigned to a preset number. It is still
possible to undelete a deleted service as specified in [UNDELETE]

4.4.8.5 FAVORITE ON/OFF

Each service in a user selectable service list can be tagged as 'favourite'. When the 'Favourites'
option is enabled (a User Interface option) service navigation using the P+ and P- commands shall
only select the services tagged as 'favourite'. Selection of services not tagged as 'favourite' remains
possible by digit entry. A first time installation and a re-installation shall erase all 'favourite' tags. A
service update installation shall keep the 'favourite' tags unchanged. Favourite tags are linked to the
service and not to the preset number.

4.4.9 Sorting the Found Services

Unified countries are counties that support multiple ONID’s. Unified countries are:

x Austrialia
x Italy
x Ireland
x Greece
x Spain

All other countries are not unified countries, meaning that they have just single ONID.

© MMD 2010 Page 30 of 45

94 221TE2L LCD

General Product Specification

Each service in a user selectable service list shall be assigned to a unique preset number in the
range of 1…MAX_LCN by applying the following rules:

1 In a not unified country, only the LCN’s of the services belonging to the select country will
be considered for a direct one-to-one mapping to preset numbers. For all services belonging
to the other ONIDs, the LCN’s shall be used for sorting only. In the other ONIDs, the services
belonging to a USSL, shall first be sorted according to ONID, then to LCN and lastly to
Service_Name.

2 In a unified country, the LCN’s of all services, regarless of the ONID, will be considered for
direct one-to-one mapping to preset numbers.

3 All services with BasicServiceType DATA, shall be made “invisible” and shall be allocated
to the highest preset numbers in the USSL.

4 Services considered for direct one-to-one mapping between LCN and Preset-Number within
a USSL shall follow the following rules:

4.01 If two or more services have the same LCN (LCN<=MAX_LCN), then only one of
these services shall be assigned to the preset number with this LCN value. The other
services shall be assigned LCN value MAX_LCN+1. The selection process shall have
the priority: first TV, then highest resolution, MPEG4 above MPEG2, then Radio, then
multi-channel above single channel above mono.

4.02 Services whose LCN value larger than MAX_LCN, shall be sorted according to
Service_Name.

5 Services which where not considered for a one-to-one mapping between LCN and Preset

Number, shall be mapped, in their sorted order to the remaining, unused Preset Numbers.
The following rules shall be followed:

5.01 In a not unified country, first all of the services belonging to the selected ONID
shall be first placed in the largest segment of free preset numbers, in their sorted order.
Thereafter, the next largest segment of free preset numbers shall be found to place
the remaining services, in their sorted order.

5.02 In a unified country, the first largest gap of free numbers shall be used to place
the remaining services, in their sorter order.

6 All analogue tv channels found are first sorted based on [PATS] and assigned to a preset
number, after all digital services have been assigned to one. If no digital services are found at
all during scanning, all analogue tv channels are assigned to presets according to [PATS].

© MMD 2010 Page 31 of 45

221TE2L LCD 95

General Product Specification

To make it easier for the user to memorize where analogue TV channels are stored in the preset list,
the analogue TV channels must be stored at a preset number as specified below:

Ɣ Preferably the analogue TV channels should be stored contiguously at preset numbers below

100, starting at a multiple of 10 plus 1 (for instance 51).

Ɣ If the above rule cannot be applied the analogue TV channels should be stored contiguously

at preset numbers starting at a multiple of 100 plus 1 (for instance 201).

4.4.10 Reinstall

The end user shall be able to initiate a manual service installation, meaning that tuning parameters of
a multiplex must be entered manually and the service lists will be updated according to the SI data
received via this multiplex. Sorting of the existing service lists will be maintained.
The end user shall be able to initiate a service update installation, meaning that the existing service
lists will be updated according to SI data received during a new scan. Sorting of the existing service
lists will be maintained.
A new country selection shall have no effect on the sorting of services in an existing service list. Only
a service re-installation will sort the services based on the new country selection.
The end user shall be able to move individual services in a user selectable service list.
The end user shall be able to delete and undelete individual services from a user selectable service
list.
The end user shall be able to select a specific user selectable service list (for instance the user
selectable service list containing all digital tv services or the user selectable service list containing all
digital radio services). The end user can only select services from the selected user selectable
service list.
End user shall be able to tag and un-tag a service as ‘favourite’.

4.4.11 Maintaining Service Lists

A service update installation shall update the MSL and PSL. The rules for upating the MSL are
described in the MSL section and the mapping from teh MSL to PSL is independed of update install
or initial install.

4.4.12 Automatic Maintenance Of Service Lists

Over time networks will evolve, as more areas will be covered for reception of digital terrestrial
television and more services will be provided. The receiver must be able to keep in sync with
changes in the network.
Main objective is to add new services, available for the end user, to the service list instantly without
user interaction.
When a specific transport stream is tuned to by the user, a new TSSL will be created and merged
into the MSL
Service installation shall initiate a service update installation on a regular basis which is not intrusive
for the end user. This action is performed once per 24 hours maximum, when the tuner/demodulator
hardware for the digital signal path is not in use by the end user (for instance just after switching to
standby). The service update installation is aborted immediately when the end user selects a digital
service.

4.5 InstallATION (ATV)

Virgin mode install (wizard to select country, language…auto store): Virgin mode is invoked when the
set is first time powered on or keep pressing “menu” key for 5 seconds. It will guide the user through
the installation. Country selection is the first step, secondly language selection is guided accordingly.
ATS is carried out according to selected country and ACI would refer to selected language.
Language of virgin mode is default at English.

© MMD 2010 Page 32 of 45

96 221TE2L LCD

General Product Specification

4.5.1 Country list and default language

Default language for Europe:

Country Language Country Language

Austria German Poland Polish
Belgium Dutch Portugal Portuguese
Bulgaria Bulgarian Rumania Rumanian
Croatia Croatian Russia Russian
Czech Czech Serbia Serbian
Denmark Danish Slovakia Slovakian
Finland Finnish Slovenia Slovenian
France French Spain Spanish
Germany German Sweden Swedish
Greece Greek Switzerland German
Hungary Hungarian Turkey Turkish
Ireland English UK English
Italy Italian Ukraine Russian
Luxembourg French
Netherlands Dutch
Norway Norwegian Others English

4.5.2 TUNNING MODE

The tuner should ensure that all channels of PAL B/G, D/K, I, SECAM B/G, D/K, L/L’ systems can be
locked.

x Europe system - Auto store max. 100 channels for ATV.
x Search time - < 10 min.

4.5.3 COUNTRY

The preferred country may be selected. This information is used for Teletext, Auto Store, ATS and for
defining the details of the installation sequence.

The TXT character sets, National option and Packet 8/30 must be displayed correctly depending on
the selected country

4.5.4 AUTOSTORE

Search all available channels automatically. ACI information (if available) can be used to store the
channels in the right order. When ACI is not available, PATS (Philips Auto Tuning System) is used to
store the found transmitters sequentially from Program 1 to Program 99.

4.5.5 PROGRAM LIST

A program list from Program 0 to Program 99 plus external sources can be invoked by “OK” key. The
program list sequence can be altered by “channel edit” in OSD menu and should not be influenced by
“channel skipped”

© MMD 2010 Page 33 of 45

221TE2L LCD 97

General Product Specification

5 Non functional requirements

5.1 DEFAULT AND INITIAL CONTROL VALUES

Initial value: Settings when the set turns on from standby.
Default value: Out of box settings.
Factory reset to default: Settings when “Factory Reset” in menu is selected.

Control Initial Value Default Value Factory

Reset to
Default

Smart
settings

Audio

Video

Source
selection
Program Program Last status Lowest program

Last status Home: Standard Yes (Personal

settings back to

default too)
Volume Last status 20 Yes
AVL Last status Off Yes
Incredible
Surround
Dual I/II (EU) Last status per

Forced Mono
(EU)
User mute Last status Off Yes
PC Brightness Last status 100 Yes
PC Contrast Last status 50 Yes
PC Color
Temp.
PC picture
format
PC Picture
Manual adj.
Phase
Clock
Horizontal
Vertical
DNR/NR Last status On Yes
TV/AV Picture
format

Selected
source

Last status Off Yes

Stereo
channel
Last status per
channel

Last status Cool Yes

Last status Full Screen Yes

Last status TBD Yes

4:3 : user setting.
Wide screen : WSS
or user setting.
Last status TV

Off

4:3 : for 4:3 sets

Widescreen : for 16:9

sets

Yes

Lock Lock Last status Off

© MMD 2010 Page 34 of 45

98 221TE2L LCD

General Product Specification

5.2 TIME-OUT

Summary of Time-out values:

Description Value

Menu 20s.
Install menu and its subsequent submenus No Timeout
Menu to restore last viewed item highlighted 20s.
All OSD 5s
AV source display (without AV source input) 5s.
Digit entry for change channel 1.5s for ATV, 2s for DTV
Digit entry (General) 5s
No sync display in PC mode 30s

5.3 LAST STATUS

A variable can be classified as “last status” variable. This means if the variable is changed it may
take up to 3 seconds before the variable is stored in NVM. This automatic storage mechanism is not
operational when the TV set is in Factory mode.

5.3.1 AUDIO LAST STATUS

Region Audio Last Status

EU Volume, Balance, Equalizer, Virtual Surround, AVL, Mute, Smart Sound.

5.3.2 VIDEO LAST STATUS

Region Video Last Status

ALL Last tuned Channel, Alternate Channel, Brightness, Color, Contrast, Sharpness, Tint,

Color Temperature, NR, and Smart Picture.

5.3.3 CHANNEL TABLES

See PATS document.

© MMD 2010 Page 35 of 45

221TE2L LCD 99

General Product Specification

5.3.4 CUSTOMER SERVICE MENU (CSM)

Based on generic service requirements for OEM (D04.1) + study of data-sheets
Hot Key is defined : MENU+062596

Customer service menu 1
1: Set Type ( e.g. 221T1SB/93 ) to be retrieved out of production-data

2: Production code Æ 14 digit production-code to be retrieved per set to be written in

NVM./EEPROM

3: Key (HDCP) – HDMIÆ information whether HDCP-key is valid
4: NVM-naming; panel type

5: Code 1” Æ Logging I2C error codes in NVM/EEPROM (5 last logged errors)
6: Code 2” Æ Logging I2C error codes in NVM/EEPROM (5 first logged errors
7: Key (HDCP) – HDMIÆ information whether HDCP-key is valid
8: NVM-naming; If there are different NVM-contents per display-type

6 ACCESSORIES

6.1 Cables

Ɣ Power cord - EU, L Type, Length: 1.8 M +/- 50 mm

(3 choice 1) UK, L Type, Length: 1.8 M +/- 50 mm

AU, L Type, Length: 1.8 M +/- 50 mm

Ɣ SCART cable (option) - N.A.
Ɣ DVI-I cable - N.A.
Ɣ VGA Interface Cable (option) - YES, Length: 1.8 M +/- 50 mm
Ɣ RCA R/L audio cable (option) - N.A.
Ɣ S-video cable (option) - N.A.
Ɣ AV cable (option) - N.A.
Ɣ Mini Jack stereo cable (option) - N.A.
Ɣ YPbPr cable (option) - N.A.

6.2 Remote Control

Batteries included.

6.3 DFU

Paper DFU / Czech, Danish, Dutch, English, Finnish, French, German, Greek, Hungarian, Italian,
Norwegian, Polish, Portugese, Russian, Slovak, Spanish, Swedish, Turkish.

6.4 Quick User Guide

Paper QUG Czech, Danish, Dutch, English, Finnish, French, German, Greek, Hungarian, Italian,
Norwegian, Polish, Portugese, Russian, Slovak, Spanish, Swedish, Turkish.

© MMD 2010 Page 36 of 45

100 221TE2L LCD

6.5 Warranty card

Philips warranty card

General Product Specification

© MMD 2010 Page 37 of 45