Hyundai pd421 schematic

Hyundai

Plasma Display

PD421 Svc Manual

Plasma Display PD421

. Circuit Service Methods

1. White Ba lanc e A djustment

l Refer to adjustment specifications for information on makin g adjustments

m When white balance has to be adjusted during service

- If the module is replaced, it must be readjusted u sing VG -828 equipment,

according to the adjustment spe cifications

- When making progra m upgrades [ ROM (UM04) replacement] or replaci ng A/V

B/D, the values stored i n A/V B /D’s EPROM (UM12) should be written down

and re-ente

The method of white Balane Adjustment before ROM or B/D IS Replaced

red into the new new Rom or A/V Board.

before Rom or B/D is Replaced

select the Video Mode

Select "Device" from the menu

Select AD9883

R.G.B-Gain value R.G.B-Gain value

Factory Mode Exit

Select the pc mode

Enter into the Factory mode

Select the Device

Select AD9883

R.G.B-Gain value R.G.B-Gain valye

Enter the Menu+42+ Mute key

Select "White" from the menu

R.G.B-Gain value R.G.B-Blas value

Select "Device"

Select FLI2300 Brightness and Contrast values

Factory Mode Exit

Select the DTV mode

Enter into the Factory mode

Enter into the Factory Mode

Separate Record(a)

Separate Record(c)

Separate Record(d)

Separate Record(b)

--1--

After ROM or B/D replaced

Select the Video mode

After selecting AD9883 enter(c) Data recorded in R,G and B-Gain and Bi as values separately

After exiting from the Factory select the PC mode

Enter the Facrory to select the PC mode

Enter(a) Data recorded in R.G and B-Gain and Bias values separately

After selecting AD9883 enter(c) Data recorded in R.G and B-Gain and Bias values separately

Completed adjustments of the White balance

Enter in to the Factory mode

After selecting "Whte" enter (a) Data recorded in Bias values Separately

After selecting FLI2300, enter(b) Data recorded in Brightness and Contrast values separately

After exiting from Factory, select the DTV mode

After entering into Factory to select White enter(a) Data recorded tn R,G and B-Gain and Bias values separately

:When ROM and AV B/D are replaced without additional equipment, this is how to adjust the white balance

--2--

Plasma Display PD421

2. A/V Circuit BLOCK Diagram

1) PC Mode

PC inputs, R, G, B, H, and V signals, are entered through D-Sub 15pin

(DSUB1). They are entered into the DTV/ PC sele ction switch, B A7657

(UA01). When PC is selected in M CU, the signals are entered into the AD

converter, AD9883 (UA02).

In AD9883, the signals are c onverted into 24 bits and entered into scaler

ASI500.

BA7657 selec ts PC when pin16 is high and selects DT V when pin 16 is low.

AD9883 is controlled using the SDA/SCL line of pin 57/56.

PC input resolution is fh: 30~70k a nd fv : 50~85Hz, and the ma ximum

resolution is 1080x768 at 85Hz.

If the resolution is above the spe cifications, an out of range message is

displayed on the upper left hand corner of the screen. However, even if the

resolution is within the specified range, if the input timing is different from

the timing indicated on the manual, a ‘not found vesa or out of range ’

message can be displayed. Please check the timing to identify the cause of

the ‘out of range’ message.

PC input sync can rece ive H/V composite or separate, but if DPMS ON is

selected in the PDP menu, DPM S cannot o perate in composite and c an

operate only in separate sync.

The Auto Adjust function, which is used to adjust the picture position and

size, should be carried out in the Windows desktop screen or full cross hatch.

The D TV signals, 480p, 720p, and 1080i, from the set-top box with a D-Sub

out port, can be received through the D-Sub port and displayed in the PC

mode.

DVI Mode

Signals entering through the DVI port (D V101) are converted to 24bits in

the TMDS Receiver, SIL161B (UT02 ), and entered in scalar ASI500.

SIL161B is an output port and is activated when pin number 2 is high.

DTV signa ls 480p, 720p, and 1080i can be displayed through the DVI port .

However, PD421 cannot only display 60Hz DTV signals. It is unable to

display 50Hz DTV signals. PC can support both 50Hz and 60Hz signals.

The resolution of DVI Mode is the same as the PC Mode.

--3--

2) DTV Mode

DTV signals are entered as Y, P b(Cb), and Pr(Cr) component signals,

separated into Y, Cb, Cr , H, and V sync on (xan51AcuxA01) and entered to BA7 657.

If pin 16 is low, DTV signals are entered into ADC9883.

In the AD9883, like the PC signals, the DTV signals are converted to 24 bits

and entered into scalar ASI500.

DTV signa l is composed of 480p (50/60Hz) for SD , 720p (50/60Hz) for HD,

and 1080i (50/ 60Hz). If the video signal, 480i component (DVD component

output), is entered, the screen will not display properly. Also,

because synchronization signal

if the connections are incorrect, it will not operate properly

is in Y singal color Data is in Cr/Cb

3) DVD Mode

DVD signals entered as Y, Pb, and Pr components are applied when entered

as 480i (NT or PAL). 480p DVD signals should be entered through the DTV

component port.

Y, Pb, and P r signals entered through the DVD component port are entered

into the video decoders, Main VPC32 30 (UDM01) and Sub VPC3230 (U DS01),

where they are converted to Y (8bits) and UV (8bits) digital sig nals and sent

to the deinterlacer IC, F L I2310 (UF L1).

UV digital signal means Pb(Cb), and Pr(Cr) signals that have been converted

to digital signals.

The v ideo decoder, VPC3230, automatically detects NTSC and PAL/S ECAM,

identifies them as broadcast signals, converts the interlacer signal into the

progressive signal (fh: 15.7Khz-> 31Khz) in the deinterlacer IC, FLI2310

(UF L1), and sends to the scalar ASI500.

When the PD 421’s main screen is in PC, DVI or DTV mode, the sub-screen

of the PIP or POP function is processed in the Main VI DEO DECODER

(UDM01) and the MODE can be DVD, S-VHS, Video, or Scart.

PIP or POP between video modes is enabled by main video decoder (U DS 01),

sub video decoder (UDS 01), and FIFO memory, MS81V04160 (UF M01). If the

main screen is DVD, then the sub- screen will be S-VHS, Vid eo, or Scart.

Please refer to the table in the back for more information on PIP or POP.

4) S-Video

S-Video signals are entered as Y/ C signals, which is composed of Luminance

--4--

Plasma Display PD421

color signals. The N T S C and P AL /SECAM are automatically detected by the

video decoders, main VPC3230 and sub VPC3230, and converted to Y (8bits)

and UV (8bits) and sent to the deinterla cer IC, FLI2310, as 16bit digital

signal.

S-Video input and co mposite video input share a single audio jack.

Therefore, while the pictures for the two inputs can be viewed at the same

time, only one of the sounds can be heard. PIP/POP operati ons are the same

as described for the DVD mode.

5) Video

Video signal is a composite signal that combines the Luminance (Y) and color

(CHROMA) .

It is entered through the main VPC3230 a nd sub VPC3230 when sele cted in

the input selection switch, TA8851 (UMX01).

If the signal is NTSC, it is first entered into the 3D Comb Filter (filter that

separates the composite to Y/C signal), UPD 64083 (UCF 01) and separated into

Luminance signal Y and color signal, C. The separated signals then enter the

mux switch, TA8851, sent to TA8851 pin44 LU MA IN and pin43 CROMA IN,

and finally sent to Main VPC3230.

When the video input is displayed on the main screen, it passes through the

3D comb filter, but if it is displayed on the s ub- screen (w hen using PIP or

POP), the video input does not pass through the 3D comb filter and i s

displayed using the composite signal.

PAL/SECAM signal cannot be processed by the 3D comb filter. It i s sent as

composite signal to the main VPC3230 and sub VPC3230.

If the signal is NTSC, the video input switch, BF 7654 (UDM02), which is

located in front of the main VPC3230, select the 3D Comb-Y to send the

signal as a Y signal to the VPC 3230. If the signal is Pa l, it selects CVB S to

send the signal as a composite signal to the VPC3230.

Signals entered into VPC3230 are converted to 16bit digital signal (Y (8bits)

and UV (8bits)) and sent to the scalar through the deinterlacer IC, F L I2310.

6) Scart Mode

Scart only supports CV BS signals, which are processed in the same way as

video signals. The RF signal is not supported, and therefore, the Scart pin8

ID signal is ignored.

--5--

Plasma Display PD421

7) PIP/POP Support Mode Map

Sub

Main

PC DTV DVD S-VHS Video Scart DVI

PC X

X

X O X

DTV X X O X

DVD O O O OOO

O

OOO

OO

S-VHS X O O O

Video X O O

Scart X O

DVI X X O O O O X

X: Not supported, O: Supported

Note: When displaying NTSC or P AL sign als to P IP or POP , if the signals are displayed

as Main: NT SC, Sub: P AL or in reverse, the picture can be seen, but the size scaling for

the sub-scr een will not display properly. This is because the signal is meant for the

main screen. Main screen use s 50Hz PAL or 60Hz NTSC and sub scre en uses 60Hz

NTSC or 50Hz .

8) Scaler Output

Scaler output signals, R, G, a nd B (each 8bits), are outputted as 24bit TTL

signal, converted into LVDS signal in the LVDS converter, DS90C3 85

(ULV01), and sent to the logic B/D in the PDP module. Output timing:

fh : 29.1Khz

fv : PAL 50Hz

NTSC 60Hz

DCLK : about 27Mhz

9) Audio part

Audio input port for each mode:

Input Port Remark

PC/DVI RCA L/R 1E A Shared

DTV RCA L/R 1E A

DVD RCA L /R 1E A

CVBS/S-Video RCA L/R 1E A Shared

Scart cart Jack L /R

S

--6--

Plasma Display PD421

Audio input signal for PC/DVI, DT V, and DV D modes is entered into the

audio processor IC, MSP3450G , and audio input signal for VID E O/S -VIDEO,

and SCART modes is first selected in MUX 8851 a nd entered into the audio

processor.

As in other chips, the audio processor (MSP34 50G) uses the SCL and SDA

line to control volume, and left/right balance and mono/stereo.

The L/ R audio signal sent by MSP3450 is a mplified in the amplifier, TA2 024

(UAU1) and sent to the speaker.

TA2024B support 10W(based on impedance 8Y ) of output for each L/R.

3. Trouble shooting

1) Diagnosing defective module

If the power does not come on or if the module operates abnormally, check

module defect. To do this, remove the rear cover and A/V B/D to revea l the

module’ s logic B/D. The following figure represents the s/w on the logic B/D.

SW 2001

Signal 1 2 Remark

External up up up Forwarding

Criteria

Internal up down

If the switch is set to internal signals, it will operate without external signals,

but the screen will be displayed in full white.

Therefore the module operation can be checked without the A/V board.

Here, be aware that the pin 8 and pin 9 of the power B /D’s CN802(11p),

which is located above the module’s logic B /D, must be shorted and the A/C

power supplied in order for the module to operate normally. Pin 8 is marked

as PS-ON below the connector (CN802).

If module itself is tested and it does not power on or the picture is abnormal,

the module is defective.

When reconnecting the A/V B /D, make sure to change the switch to external

signals.

- The most common module defect is the appearance of a black or br ight

vertical line.

1 2 3 4

4

down

up

3

--7--

- Bar

This occ urs when the FPC wire, which connects the address line below the

module, is damaged. Because the wire is on the bottom, it can be e asily

damaged when the module is lifted and assembled or from external shock. Use

caution when handling the module and use the handle on the bottom of the

module to lift or move.

If the vertical bar appears at the same location for all modes, the F PC wire is

damaged.

FPC wire cannot be replaced. The entire module needs to be replaced.

- If the module does not power on, it is mostly likely due to an open fuse on the

power B/D. Check the black and round fuse on the power B/D.

2) Diagnosis by Problem Type

- Power comes on, but the picture does display

Check the AV B/D ’ s communication lines, SDL and SDA lines.

ICs c ontrolled by the S DA and SCL line are ADC9883, F L I2310, MSP 3450G,

VPC3230, 3D comb filter, and TA8851. If after powering on, the SDA and SCL

line’s Vp- p is les s than 4V and checks below 2.5V, the communication line is

loaded at some point. Open and check each IC’ s communication line.

- Can also occur when the connection between the graphic B/D and video B/D is

bad.

- If the picture turns off or the volume is muted while viewing through the set-

top box, please check the status of the set-top box first.

- For abnormal picture when using P IP/POP function, refer to the s ection on

Video Mode in the manual

- If the OSD screen cracks or displays abnormally:

May be caused by bad connection between the graphic B/D’s scaler a nd

SDRAM, K4S643232C (UF B01, UFB02). Use the clea ner to clean the around

the scaler and the UFB01/02.

OSD is processed by the scaler (ASI 500).

- If the power is on and the input signals and connections are normal, but the

picture does not display:

--8--

Plasma Display PD421

B

A

IN

B

OUTA

MIDSCV

SYNC

PROCESSING

AND CLOCK

GENERATION

HSYNC

COAST

CLAMP

FILT

DTACK

HSOUT

VSOUT

SOGOUT

REF

REF BYPASS

SERIAL REGISTER

AND

POWER MANAGEMENT

SCL

SDA

A

0

AD9883

CLAMP

8

A/D

GENERAL DESCRIPTION

The AD9883 is a complete 8-bit, 110 MSPS monolithic analog interface optimized for capturing RGB graphics signals from personal computers and workstations. Its 110 MSPS encode rate capability and full-power analog bandwidth of 300 MHz supports resolutions up to SXGA (1280X 1024 at 60Hz).

The AD9883 includes a 110 MHz triple ADC with internal

1.25 V reference, a PLL, and programmable gain, offset, and clamp control. The user provides only a 3.3 V power supply, analog input, and HSYNC and COAST signals. Three- state CMOS outputs may be powered from 2.5 V to 3.3 V.

The AD9883’s on-chip PLL generates a pixel clock from HSYNC and COAST inputs. Pixel clock output freque ncies range from

12 MHz to 110 MHz. PLL clock jitter is 500 ps p-p typical at

10 MSPS. When the COAST signal is presented, the PLL maintains its output frequency in the absence of HSYNC. A sampling phase adjustment is provided. Data, HSYNC and Clock output phase relationships are maintained. The AD9883 also offers full sync processing for composite sync and sync-ongreen applications.

A clamp signal is generated internally or may be provided by the user through the CLAMP input pin. This interface is fully programmable via a two-wire serial interface.

Fabricated in an advanced CMOS process, the AD9883 is provided in a space-saving 80-lead LQFP surface mount plastic

ackage and is specifi ed over th e 0 C to 70 C temperature range.

Sync Detect fo Hot ugg ng Midscale Clamping Power-Down Mode Low Power : 500mW tYPICAL Composite Sync Applications Require an External Coast

Critical Parts Specification

AD9883

MC68HC705BD7B

--9--

AD9883–SPECIFICATIONS

(VD = 3.3 V, V

DD

= 3.3 V, ADC Clock = Maximum Conversion Rate)

Analog Interface

Test AD9883KST-110

Parameter Temp Level Min Typ Max Unit

RESOLUTION 8 Bits

DC ACCURACY

Differential Nonlinearity 25 C I 0.5 +1.25/–1.0 LSB

Full VI +1.35/–1.0 LSB

Integral Nonlinearity 25 C I 0.5 1.85 LSB

Full VI 2.0 LSB

No Missing Codes Full VI Guaranteed

ANALOG INPUT

Input Voltage Range

Minimum Full VI 0.5 V p–p

Maximum Full VI 1.0 V p–p Gain Tempco 25 C V 100 ppm/C Input Bias Current 25 C I V 1 A

Full IV 1 A Input Offset Voltage Full VI 7 50 mV Input Full-Scale Matching Full VI 6.0 % FS Offset Adjustment Range Full VI 46 49 52 % FS

REFERENCE OUTPUT

Output Voltage Full VI 1.20 1.25 1.32 V Temperature Coefficient Full V 50 ppm/C

SWITCHING PERFORMANCE

Maximum Conversion Rate Full VI 110 MSPS Minimum Conversion Rate Full IV 10 MSPS Data to Clock Skew Full IV –0.5 +2.0 ns t

BUFF

Full VI 4.7 s t

STAH

Full VI 4.0 s t

DHO

Full VI 0 s t

DAL

Full VI 4.7 s t

DAH

Full VI 4.0 s t

DSU

Full VI 250 s t

STASU

Full VI 4.7 s t

STOSU

Full VI 4.0 s HSYNC Input Frequency Full IV 15 110 kHz Maximum PLL Clock Rate Full VI 110 MHz Minimum PLL Clock Rate Full IV 12 MHz PLL Jitter 25 C I V 400 700

1

ps p-p

Full IV 1000

1

ps p-p

Sampling Phase Tempco Full IV 15 ps/

C

DIGITAL INPUTS

Input Voltage, High (V

IH

) Full VI 2.5 V

Input Voltage, Low (V

IL

) Full VI 0.8 V

Input Voltage, High (V

IH

) Full V –1.0 A

Input Voltage, Low (V

IL

) Full V 1.0 A

Input Capacitance 25 C V 3 pF

DIGITAL OUTPUTS

Output Voltage, High (V

OH

) Full VI V

D

– 0.1 V

Output Voltage, Low (V

OL

) Full VI 0.1 V Duty Cycle DATACK Full IV 45 50 55 % Output Coding Binary

--10--

Plasma Display PD421

Test AD9883KST-110

Parameter Temp Level Min Typ Max Unit

POWER SUPPLY

V

D

Supply Voltage Full IV 3.0 3.3 3.6 V

V

DD

Supply Voltage Full IV 2.2 3.3 3.6 V

P

VD

Supply Voltage Full IV 3.0 3.3 3.6 V

I

D

Supply Current (V )

D

5 C V 132 mA

I

DD

Supply Current (V

DD

)

2

25 C V 19 mA

IP

VD

Supply Current (P )

VD

5C V 8 mA Total Power Dissipation Full VI 525 650 mW Power-Down Supply Current Full VI 5 10 mA Power-Down Dissipation Full VI 16.5 33 mW

DYNAMIC PERFORMANCE

Analog Bandwidth, Full Power 25 C V 300 MHz

Transient Response 25 C V 2 ns Overvoltage Recovery Time 25 C V 1.5 ns

Signal-to-Noise Ratio (SNR) 25 C V 44 dB

(Without Harmonics) Full V 43 dB f

IN

= 40.7 MHz

Crosstalk Full V 55 dBc

THERMAL CHARACTERISTICS

JC

Junction-to-Case

Thermal Resistance V 16 C/W

JA

Junction-to-Ambient

Thermal Resistance V 35 C/W

NOTES

1

VCO Range = 10, Charge Pump Current = 110, PLL Divider = 1693.

2

DATACK Load = 15 pF, Data Load = 5 pF.

Specifications subject to change without notice.

2

--11--

CXA2151Q

Description

The CXA2151Q is a bipolar IC developed for multi scan TVs, and incorporates a four system video switch (including HV sync signal processing) and a YCbCr output matrix circuit.

Features

•Supports the I

2

C bus

•Supports multi scan

•Four system video switch (of which two systems support D3 pins)

•Matrix circuit

•Each YCbCr output can be switched between 0dB, 6dB (gain adjustable) and mute.

•Sync signal automatic identification circuit (with fixed mode)

•Sync separation circuit (supports HD)

•HD Tri-level sync identification circuit

•Sync signal frequency counter (both H and V)

•Dummy sync output

Applications

Multi scan TVs

Structure

Bipolar silicon monolithic IC

Absolute Maximum Ratings(Ta = 25°C, GND1, 2, 3 = 0V)

•Supply voltage V

CC1, 2, 3 –0.3 to +5.5 V

•Operating temperature Topr –20 to +75 °C

•Storage temperature Tstg –65 to +150 °C

•Allowable power dissipation P

D 1400 mW

(when mounted on a 50mm 50mm board)

•Voltage at each pin –0.3 to V

CC1, 2, 3 + 0.3 V

Recommended Operating Conditions

Supply voltage V

CC1, 2, 3 5 ± 0.25 V

48 pin QFP (Plastic)

MC68HC705BD7B

--12--

Block Diagram

30

SCL

31

SDA

32

ADDRESS

27

SEL Y_OUT26SELCB_OUT

25

SELCR_OUT20EXTCLK/XTAL

18

IREF40Vcc148GND128Vcc224GND212Vcc3

6

GND3

22

SELH_OUT

33

IN1_134IN1_235IN1_3

36

IN1_H/L1

37

IN1_V/L2

38

IN1_L3

39

IN1_SW

6dB

YPbPrJ/YCbCr

MATRIX

SELECTOR

6dB

AMP.

YPbPrU/YCbCr

GBR/YCbCr

41

IN2_142IN2_243IN2_3

44

IN2_H/L1

45

IN2_V/L2

46

IN2_L3

47

IN2_SW

1

IN3_12IN3_23IN3_3

4

IN3_H

5

IN3_V

7

IN4_18IN4_29IN4_3

10

IN4_H

11

15 16 13 14

IN4_V

I

2

C BUS

DEC.

IN1 to IN4

SELECTOR

SELSTB_1

SELSTB_2

DECL1_1

DECL2_1

DECL3_1

DECSW_1

DECL1_2

DECL2_2

DECL3_2

DECSW_2

1, 2, 3

HYSW

INPUT_SEL

MAT_OUT

GAIN_SEL

YGAIN

CBGAIN

CRGAIN

YCbCr

EXISTENCE DISTINCTION

INTELLIGENT SYNC SEP .

3-STATE

SYNC

DET.

HSEP_SEL

HD_TC

V_TC

HS_MASK

FIX_SYNC

PRIORITY RANKING

HV > CS > SYNC ON Y/G

3S TATE

MACRO

3

H

V

H_WIDTH

H SYNC

WIDTH

MACRO

VISION

23

SEL V_OUT

DUMMY

SYNC

CLOCK

GEN.

SYNC

COUNTER

H-NUMBER

V-NUMBER

CLK_SEL

SELDUM

H_PH

YG_IN

YG_OUT

V_PH

Plasma Display PD421

--13--

General Description

The DS90C385 transmitter converts 28 bits of LVCMOS/ LVTTL data into four LVDS (Low Voltage Differential Signaling) data streams. A phase-locked transmit clock is transmitted in parallel with the data streams over a fifth LVDS link. Every cycle of the transmit clock 28 bits of input data are sampled and transmitted. At a transmit clock frequency of 85 MHz, 24 bits of RGB data and 3 bits of LCD timing and control data (FPLINE, FPFRAME, DRDY) are transmitted at a rate of 595 Mbps per LVDS data channel. Using a 85 MHz clock, the data throughput is 297.5 Mbytes/sec. Also available is the DS90C365 that converts 21 bits of LVCMOS/ LVTTL data into three LVDS (Low Voltage Differential Signaling) data streams. Both transmitters can be programmed for Rising edge strobe or Falling edge strobe through a dedicated pin. ARising edge or Falling edge strobe transmitter will interoperate with a Falling edge strobe Receiver (DS90CF386/DS90CF366) without any translation logic.

The DS90C385 is also offered in a 64 ball, 0.8mm fine pitch ball grid array (FBGA) package which provides a 44 % reduction in PCB footprint compared to the TSSOP package.

This chipset is an ideal means to solve EMI and cable size problems associated with wide, high-speed TTL interfaces.

Features

- 20 to 85 MHz shift clock support

- Best±in±Class Set & Hold Times on TxINPUTs

- Tx power consumption

<

130 mW (typ)@85MHz

Grayscale

- Tx Power-down mode

<

200W (max)

- Supports VGA, SVGA, XGA and Single/Dual Pixel SXGA.

- Narrow bus reduces cable size and cost

- Up to 2.38 Gbps throughput

- Up to 297.5 Megabytes/sec bandwidth

- 345 mV (typ) swing LVDS devices for low EMI

- PLL requires no external components

- Compatible with TIA/EIA-644 LVDS standard

- Low profile 56-lead or 48-lead TSSOP package

- DS90C385 also available in a 64 ball, 0.8mm fine pitch

ball grid array (FBGA) package

Block Diagrams

DS90C385

DS100868-1

Order Number DS90C385MTD or DS90C385SLC

See NS Package Number MTD56 or SLC64A

DS90C365

DS100868-29

Order Number DS90C365MTD

See NS Package Number MTD48

DS90C385

--14--

Plasma Display PD421

Absolute MaximumRatings (Note 1)

If Military/Aerospace specified devices are required, please contact the NationalSemiconductor Sales Office/ Distributors for availability and specifications.

SupplyVoltage(V

CC

) -0.3V to +4V

CMOS/TTL InputVoltage -0.5V to (V

CC

+ 0.3V)

LVDS DriverOutputVoltage -0.3V to (V

CC

+ 0.3V)

LVDS OutputShort Circuit

Duration Continuous JunctionTemperature +150 C Storage Temperature -65 C to +150 C Lead Temperature

(Soldering,4 sec) +260 C Solder reflowTemperature

(20 sec for FBGA) +220 C MaximumPackage Power Dissipation Capacity

@

25 C

MTD56(TSSOP) Package:

DS90C385MTD 1.63 W

MTD48(TSSOP) Package:

DS90C365MTD 1.98 W

SLC64 (FBGA) Package:

DS90C385SLC 2.0 W

Package Derating:

DS90C385MTD 12.5 mW/ C above +25 C

Package Derating:

DS90C365MTD 16 mW/ C above +25 C DS90C385SLC 10.2mW/ C above+25 C

ESD Rating

(HBM, 1.5kW, 100pF)

>

7kV

(EIAJ, 0W, 200pF)

>

500V

Latch Up Tolerance

@

25 C

>

+/-

300mA

Recommended Operating Conditions

Min Nom Max Units

SupplyVoltage(V

CC

) 3.0 3.3 3.6 V

Operating Free Air

Temperature(T

A

) -10 +25 +70 C

SupplyNoise Voltage(V

CC

) 100 mV

PP

TxCLKIN frequency 20 85 MHz

Electrical Characteristics

Over recommendedoperatingsupplyand temperaturerangesunless otherwisespecified.

Symbol Parameter Conditions Min Typ Max Units

LVCMOS/LVTTL DC SPECIFICATIONS

V

IH

HighLevel InputVoltage 2.0 V

CC

V

IL

Low Level InputVoltage GND 0.8 V

V

CL

InputClamp Voltage ICL= -18 mA -0.79 -1.5 V

I

IN

InputCurrent VIN= 0.4V,2.5V orV

CC

+1.8 +10 A

V

IN

= GND -10 0 A

LVDS DC SPECIFICATIONS

V

OD

DifferentialOutputVoltage RL= 100W 250 345 450 mV

DV

OD

Change in VODbetween complimentary outputstates

35 mV

V

OS

OffsetVoltage(Note 4) 1.125 1.25 1.375 V

DV

OS

Change in VOSbetween complimentary outputstates

35 mV

I

OS

OutputShortCircuit Current V

OUT

= 0V, RL= 100W -3.5 -5 mA

I

OZ

OutputTRI-STATE Current Power Down= 0V,

V

OUT

=0VorV

CC

+/-1+/-

10 A

TRANSMITTER SUPPLY CURRENT

ICCTW Transmitter SupplyCurrent

Worst Case DS90C385

R

L

= 100W,

C

L

= 5 pF,

Worst Case Pattern

(Figures 1, 4)

f = 32.5MHz 31 45 mA

f = 40 MHz 32 50 mA

f = 65 MHz 37 55 mA

f = 85 MHz 42 60 mA

ICCTG Transmitter Supply Current

16 Grayscale DS90C385

R

L

= 100W,

C

L

= 5 pF,

16 Grayscale Pattern

(Figures 2, 4)

f = 32.5MHz 29 38 mA

f = 40 MHz 30 40 mA

f = 65 MHz 35 45 mA

f = 85 MHz 39 50 mA

ICCTW TransmitterSupply Current

Worst Case DS90C365

R

L

= 100W,

C

L

= 5 pF,

Worst Case Pattern

(Figures 1, 4)

f = 32.5MHz 28 42 mA

f = 40 MHz 29 47 mA

f = 65 MHz 34 52 mA

f = 85 MHz 39 57 mA

o

--15--

Electrical Characteristics(Continued)

Over recommended operating supply and

temperature rangesunless otherwise specified.

Over recommended operating supply and

temperature rangesunless otherwise specified.

Over recommended operating supply and

temperature rangesunless otherwise specified.

Symbol Parameter Conditions Min Typ Max Units

TRANSMITTER SUPPLY CURRENT

ICCTG TransmitterSupply Current

16 Grayscale DS90C365

R

L

= 100W,

C

L

= 5 pF,

16 Grayscale Pattern

(Figures 3, 4)

f = 32.5MHz 26 35 mA

f = 40 MHz 27 37 mA

f = 65 MHz 32 42 mA

f = 85 MHz 36 47 mA

ICCTZ TransmitterSupply Current

Power Down

Power Down = Low DriverOutputsin TRI-STATE under Power Down Mode

10 55 A

Note 1: ™Absolute Maximum Ratings"are those values beyondwhichthe safetyof thedevice cannotbe guaranteed.Theyare not meantto implythatthe device shouldbe operatedat these limits.The tablesof ™Electrical Characteristics" specify conditionsfor deviceoperation.

Note 2: Typicalvalues are givenforV

CC

= 3.3Vand TA= +25C.

Note 3: Current intodevice pins is definedas positive.Currentout of devicepins is definedas negative.Voltages are referencedto groundunless otherwise specified(exceptV

OD

and D

V

OD

).

Note 4: V

OS

previously referredas VCM.

Recommended Transmitter Input Characteristics

Symbol Parameter Min Typ Max Units

TCIT TxCLK IN TransitionTime

(Figure 6)

1.0 6.0 ns

TCIP TxCLK IN Period

(Figure 7)

11.76 T 50 ns

TCIH TxCLK IN HighTime

(Figure 7)

0.35T 0.5T 0.65T ns

TCIL TxCLK IN Low Time

(Figure 7)

0.35T 0.5T 0.65T ns

TXIT TxIN TransitionTime 1.5 6.0 ns

Transmitter Switching Characteristics

Symbol Parameter Min Typ Max Units

LLHT LVDS Low-to-HighTransitionTime

(Figure 5)

0.75 1.5 ns

LHLT LVDS High-to-LowTransitionTime

(Figure 5)

0.75 1.5 ns

TPPos0 TransmitterOutputPulse Positionfor Bit 0

(Figures 13, 14)

(Note 5)

f = 40 MHz -0.25 0 0.25 ns

TPPos1 TransmitterOutputPulse Positionfor Bit 1 3.32 3.57 3.82 ns

TPPos2 TransmitterOutputPulse Positionfor Bit 2 6.89 7.14 7.39 ns

TPPos3 TransmitterOutputPulse Positionfor Bit 3 10.46 10.71 10.96 ns

TPPos4 TransmitterOutputPulse Positionfor Bit 4 14.04 14.29 14.54 ns

TPPos5 TransmitterOutputPulse Positionfor Bit 5 17.61 17.86 18.11 ns

TPPos6 TransmitterOutputPulse Positionfor Bit 6 21.18 21.43 21.68 ns

TPPos0 TransmitterOutputPulse Positionfor Bit 0

(Figures 13, 14)

(Note 5)

f = 65 MHz -0.20 0 0.20 ns

TPPos1 TransmitterOutputPulse Positionfor Bit 1 2.00 2.20 2.40 ns

TPPos2 TransmitterOutputPulse Positionfor Bit 2 4.20 4.40 4.60 ns

TPPos3 TransmitterOutputPulse Positionfor Bit 3 6.39 6.59 6.79 ns

TPPos4 TransmitterOutputPulse Positionfor Bit 4 8.59 8.79 8.99 ns

TPPos5 TransmitterOutputPulse Positionfor Bit 5 10.79 10.99 11.19 ns

TPPos6 TransmitterOutputPulse Positionfor Bit 6 12.99 13.19 13.39 ns

--16--

Plasma Display PD421

Transmitter Switching Characteristics (Continued)

Over recommended operating supply and temperature ranges unless otherwise specified

Symbol Parameter Min Typ Max Units

TPPos0 TransmitterOutputPulse Positionfor Bit 0

(Figures 13, 14)

(Note 5)

f = 85 MHz -0.20 0 0.20 ns

TPPos1 TransmitterOutput Pulse Position for Bit 1

TransmitterOutput Pulse Position for Bit 2 TransmitterOutput Pulse Position for Bit 3

TransmitterOutput Pulse Position for Bit 4

TransmitterOutput Pulse Position for Bit 5 TransmitterOutput Pulse Position for Bit 6

1.48 1.68 1.88 ns

TPPos2 3.16 3.36 3.56 ns

TPPos3 4.84 5.04 5.24 ns

TPPos4 6.52 6.72 6.92 ns

TPPos5 8.20 8.40 8.60 ns

TPPos6 9.88 10.08 10.28 ns

TSTC TxIN Setup to TxCLK IN

(Figure 7)

2.5 ns

THTC TxIN Hold to TxCLK IN

(Figure 7)

TCCD TxCLK IN to TxCLK OUT Delay

(Figure 8)

TA= 25 C, V

CC

= 3.3V

3.8

0

6.3 ns

ns

TxCLK IN toTxCLK OUT Delay

(Figure 8)

2.8 7.1 ns

TJCC TransmitterJitter Cycle-to-Cycle

(Figures 15, 16)

(Note 6) f = 85 MHz 110 150 ps

f = 65 MHz 210 230 ps

f = 40 MHz 350 370 ps

TPLLS Transmitter Phase Lock Loop Set

(Figure 9)

10 ms

TPDD Transmitter Power DownDelay

(Figure 12)

100 ns

Note 5: The Minimumand MaximumLimits are based on statisticalanalysisof the device performanceover process,voltage, and temperatureranges. This parameteris functionality testedonlyon AutomaticTest Equipment(ATE).

Note 6: Thelimitsare basedon benchcharacterization of the device'sjitterresponseoverthe powersupplyvoltagerange.Outputclockjitteris measured witha cycle-to-cyclejitterof+/˛3nsappliedtothe inputclocksignalwhiledata inputsare switching(See Figures 15and 16).A jittereventof 3ns,represents worsecase jumpinthe clockedgefrommostgraphicscontroller VGA chipscurrently available.This parameteris usedwhencalculatingsystemmarginas described inAN-1059.

AC Timing Diagrams

DS100868-4

FIGURE 1. ™Worst Case∫ Test Pattern (Note 7)

--17--

DESCRIPTION

The P89C51RB2/RC2/RD2 device contains a non-volatile 16kB/32kB/64kB Flash program memory that is both parallel programmable and serial In-System and In-Application Programmable. In-System Programming (ISP) allows the user to download new code while the microcontroller sits in the application. In-Application Programming (IAP) means that the microcontroller fetches new program code and reprograms itself while in the system. This allows for remote programming over a modem link. A default serial loader (boot loader) program in ROM allows serial In-System programming of the Flash memory via the UART without the need for a loader in the Flash code. For In-Application Programming, the user program erases and reprograms the Flash memory by use of standard routines contained in ROM.

This device executes one machine cycle in 6 clock cycles, hence providing twice the speed of a conventional 80C51. An OTP configuration bit lets the user select conventional 12 clock timing if desired.

This device is a Single-Chip 8-Bit Microcontroller manufactured in advanced CMOS process and is a derivative of the 80C51 microcontroller family. The instruction set is 100% compatible with the 80C51 instruction set.

The device also has four 8-bit I/O ports, three 16-bit timer/event counters, a multi-source, four-priority-level, nested interrupt structure, an enhanced UART and on-chip oscillator and timing circuits.

The added features of the P89C51RB2/RC2/RD2 makes it a powerful microcontroller for applications that require pulse width modulation, high-speed I/O and up/down counting capabilities such as motor control.

FEATURES

- 80C51 Central Processing Unit

- On-chip Flash Program Memory with In-System Programming

(ISP) and In-Application Programming (IAP) capability

- Boot ROM contains low level Flash programming routines for

downloading via the UART

- Can be programmed by the end-user application (IAP)

- 6 clocks per machine cycle operation (standard)

- 12 clocks per machine cycle operation (optional)

- Speed up to 20 MHz with 6 clock cycles per machine cycle

(40 MHz equivalent performance); up to 33 MHz with 12 clocks per machine cycle

- Fully static operation

- RAM expandable externally to 64 kB

- 4 level priority interrupt

- 7 interrupt sources

- Four 8-bit I/O ports

- Full-duplex enhanced UART

± Framing error detection ± Automatic address recognition

- Power control modes

± Clock can be stopped and resumed ± Idle mode ± Power down mode

- Programmable clock out

- Second DPTR register

- Asynchronous port reset

- Low EMI (inhibit ALE)

- Programmable Counter Array (PCA)

± PWM ± Capture/compare

P89C51RD2BA

--18--

Plasma Display PD421

ORDERING INFORMATION

PHILIPS

(EXCEPT NORTH

PHILIPS NORTH

MEMORY

TEMPERA TURE

FREQUENCY (MHz)

AMER CA)

PART ORDER

NUMBER

PART MARKING

AMER CA

PART ORDER

NUMBER

FLASH RAM

RANGE (5C)

AND PACKAGE

VOLTAGE

RANGE

6 CLOCK

MODE

12 CLOCK

MODE

DWG #

1 P89C51RB2HBA P89C51RB2BA 16 kB 512 B 0 to +70, PLCC 4.5±5.5 V 0 to 20 MHz 0 to 33 MHz SOT187-2

2 P89C51RB2HBBD P89C51RB2BBD 16 kB 512 B 0 to +70, LQFP 4.5±5.5 V 0 to 20 MHz 0 to 33 MHz SOT389-1

3 P89C51RC2HBP P89C51RC2BP 32 kB 512 B 0 to +70, PDIP 4.5±5.5 V 0 to 20 MHz 0 to 33 MHz SOT129-1

4 P89C51RC2HBA P89C51RC2BA 32 kB 512 B 0 to +70, PLCC 4.5±5.5 V 0 to 20 MHz 0 to 33 MHz SOT187-2

5 P89C51RC2HFA P89C51RC2FA 32 kB 512 B ±40 to +85, PLCC 4.5±5.5 V 0 to 20 MHz 0 to 33 MHz SOT187-2

6 P89C51RC2HBBD P89C51RC2BBD 32 kB 512 B 0 to +70, LQFP 4.5±5.5 V 0 to 20 MHz 0 to 33 MHz SOT389-1

7 P89C51RC2HFBD P89C51RC2FBD 32 kB 512 B ±40 to +85, LQFP 4.5±5.5 V 0 to 20 MHz 0 to 33 MHz SOT389-1

8 P89C51RD2HBP P89C51RD2BP 64 kB 1 kB 0 to +70, PDIP 4.5±5.5 V 0 to 20 MHz 0 to 33 MHz SOT129-1

9 P89C51RD2HBA P89C51RD2BA 64 kB 1 kB 0 to +70, PLCC 4.5±5.5 V 0 to 20 MHz 0 to 33 MHz SOT187-2

10 P89C51RD2HBBD P89C51RD2BBD 64 kB 1 kB 0 to +70, LQFP 4.5±5.5 V 0 to 20 MHz 0 to 33 MHz SOT389-1

I

--19--

BLOCK DIAGRAM

SU01065

PSEN

EAV

PP

ALE

RST

XTAL1 XTAL2

V

CC

V

SS

POR T 0

DRIVERS

POR T 2

DRIVERS

RAM ADDR REGISTER

RAM

POR T 0

LATCH

POR T 2

LATCH

FLASH

REGISTER

B

ACC

STACK

POINTER

TMP2

TMP1

ALU

TIMING

AND

CONTROL

INSTRUCTION

REGISTER

PD

OSCILLATOR

PSW

POR T 1

LATCH

POR T 3

LATCH

POR T 1

DRIVERS

POR T 3

DRIVERS

PROGRAM

ADDRESS

REGISTER

BUFFER

PC

INCRE-

MENTER

PROGRAM COUNTER

DPTR'S

MULTIPLE

P1.0±P1.7

P3.0±P3.7

P0.0±P0.7 P2.0±P2.7

SFRs

TIMERS

P.C.A.

8

8 16

--20--

Plasma Display PD421

DESCRIPTION

The s2300 is a highly integrated digital video format converter for DTV and DVD applications using patented deinterlacing and post processing algorithms from Faroudja Laboratories, coupled with highly flexible scaling, a wide variety of aspect ratio conversions, and other special video enhancing features to produce the highest quality image.

INPUTS

–



Input all industry standard and non-standard video resolutions, including 480i (NTSC), 576i (PAL/SECAM), 480p, 720p, 1080i, and VGA to SXGA



Digital input, 8-bit Y/Cr/Cb (ITU-R BT656), 8-bit Y/Pr/Pb, 16-bit Y Cr/Cb (ITU-R BT601), 24-bit RGB, YCrCb, YPrPb



Input pixel rate up to 75MHz maximum

OUTPUTS

–



Output resolutions include 480p, 576i, 576p, 720p, 1080i, 1080p, and VGA to SXGA



Interlaced or Progressive output



Output can be either analog YUV/RGB (through the integrated 10-bit DAC), or digital 24-bit RGB, YCrCb, YPrPb (4:4:4), or digital 16/20-bit Y Cr/Cb (4:2:2)



Output pixel rate up to 150MHz maximum

FORMATS

–



Input color manipulation matrix supports all color spaces: RGB, YPrPb, 4:4:4 YCrCb, 4:2:2 YCr/Cb, ITU-R BT656, ITU-R BT601



Output supports analog RGB, YPrPb, YCrCb, and digital RGB, YPrPb, 4:4:4 YCrCb, 4:2:2 YCr/Cb

FRONT END PROCESSING

–



Motion Adaptive Noise Reduction - Improves picture quality for off-air material.



Cross Color Suppressor (CCS) - Removes cross color artifacts in composite video signals due to poor Y/C separation in

standard 2D video decoders, eliminating the need for expensive 3D video decoders.

DEINTERLACING

–



Per-pixel Motion Adaptive Deinterlacing



Patented FilmMode Processing - Used for proper de-interlacing of 3:2 and 2:2 pulldown material.



Edit Correction - Film content is continuously monitored for any break in sequence caused by “bad edits” and quickly compensates for the most effective reduction in artifacts.



DCDi™ - Video is analyzed on a single pixel granularity to detect presence or absence of angled lines and edges, which are then processed to produce a smooth & natural looking image without visible artifacts or “jaggies”.

SCALING

–



High Quality Fully Programmable Two Dimensional Scaler



Aspect Ratio Conversion for “Anamorphic” or “Panoramic” (non-linear)



Display 4:3 images on 16:9 displays and vice versa, including Letterbox to Fullscreen, Pillarbox, and Subtitle Display Modes

TrueLife™ ENHANCER

–

Two dimensional, non-linear, luma & chroma video enhancer brings out details in the picture, producing a more life-like image.

MEMORY

–



32-bit wide SDRAM (i.e. one 2Mx32bit, or two 1Mx16bit), up to 166MHz operation

FRC

–



Tearless Frame Rate Conversion, 50/60/72/75/100/120 Hz

S2310

--21--

FIGURE 1: Packaging and Pinout Information

Package: 208-pin PQFP

 

ja = TBD °C/watt

Input Processor

with Auto Sync

and auto Adjust

Noise Reducer, Deinterlacer, Frame Rate Converter and

SDRAM interface

Port 2 8-bit 656 Input

Port 1 8/16/24-bit RGB/YCrCb Input

Clock

Generation

PLLs

2Mx32

SDRAM

(external)

Vertical and

Horizontal

Scalers

Vertical and

Horizontal

Enhancers

Output

Processor with

Sync Generation

and DACs

16/20/24-bit

RBG/YCrCb

Digital Outputs

RBG/YCrCb

Analog Outputs

--22--

Plasma Display PD421

General Description Features

The SiI 161B receiver uses PanelLink Digital technology to support hi gh resolution displays up to UXGA. The SiI 161B receiver supports up to true color panels (24 bit/pixel, 16.7M colors) in 1 or 2 pixels/clock mode. In addition, the receiver data output is time st aggered to reduce ground bounce that affects EMI. A ll PanelLink products are designed on a scaleable CMOS architecture. This ensures s upport for future performance requirem ents while maintaining the same logic al interfac e. W it h this scalabl e architect ure, system designers can be assured that the interfac e will be fixed through a number of technology and performance generations. PanelLink Digital tec hnology simplifies PC and display interface design by resolving many of the system level issues associated with high-speed mixed signal design, providing the system des igner with a digital interface solution that is quicker to market and lower in cost.

• Low Power Operation: 280m A max. current consumption at 3.3V core operation

• Time staggered data output for reduced ground bounce

• Sync Detect: for Plug & Display “Hot P l uggi ng”

• Cable Distance Support: over 5m with twisted-pair, fiber-optics ready

• ESD tolerant to 5kV(HBM on all pins )

• Compliant with DVI 1.0 (DVI is back wards compatible with VESA

®

P&DTM and DFP)

• Hsync Dejitter Circuitry

• Low power standby mode with clock detect ci rcuitry

SiI 161B

Pin Diagram

HS_DJTR

1

SiI 161B

100-Pin TQFP

(Top V iew)

PD

2

ST

3

PIXS

4

GND5

VCC

6

STAG_OUT7

SCDT

8

PDO

9

QE0

10

QE1

11

QE2

12

QE3

13

QE4

14

QE5

15

QE6

16

QE7

17

OVCC

18

OGND

19

QE8

20

QE9

21

QE1022

QE11

23

QE1224

QE13

25

QE1426QE1527OGND28OVCC29QE1630QE1731QE1832QE1933QE2034QE2135QE2236

QE2337VCC38GND39CTL140CTL241

CTL342OVCC43ODCK44

OGND45DE46VSYNC47HSYNC48QO049

QO1

50

75

QO21

74

QO20

73

QO19

72

QO18 71

QO17

70

QO16 69

GND

68

VCC

67

QO15

66

QO14

65

QO13

64

QO12

63

QO11

62

QO10

61

QO9

60

QO8

59

OGND

58

OVCC

57

QO7

56

QO6

55

QO5 54

QO4

53

QO3 52

QO2

51

QO22

OCK_INV

100

RESERVED

99

PGND

98

PVCC

97

EXT_RES

96

AVCC

95

RXC-

94

RXC+

93

AGND

92

RX0-

91

RX0+ 90

AGND

89

AVCC

88

AGND

87

RX1-

86

RX1+ 85

AVCC

84

AGND

83

AVCC 82

RX2-

81

RX2+

80

AGND

79

OVCC

78

QO23 77

OGND

76

DIFFERENTIAL SIGNAL

ODD 8-bits RED

EVEN 8-bits RED

ODD 8-bits GREEN

EVEN 8-bits GREEN

ODD 8-bits BLUE

EVEN 8-bits BLUE

CONFIG. PINS

PLL

PWR

MANAGEMENT

GPO

OUTPUT CLOCK

CONTROLS

Sil161B

MC68HC705BD7B

--23--

Silicon Image, Inc.

Differences Between SiI161A and SiI161B

While the SiI161B is pin to pin compatible with the SiI161A, there are minor differences in funct ions and suggested external component value. When designing the SiI161B int o an existi ng design, note that the recommended external resistor (E XT_RES) value has changed from 560 to 390 to match the impedance of a 50 cable. Pin 1 of the SiI161A functions as a selection between Single Link and Dual Link mode. The SiI161B does not support Dual Link operation. Instead pin 1 is used to enable or disable the HSYNC Dejitter function. Table 1 lists the differences between SiI161A and SiI161B.

Pin/Function SiI161A SiI161B

Pin 1 S_D: to select Single/Dual Link mode. Pull high to

select Dual Link and Pull low for Single Link.

HS_DJTR: to enable HSYNC Dejitter circuitry.

Pull high to enable, Pull low to disable. Pin 4 PIXS/M_S PIXS Pin 7 STAG_OUT/SYNCO STAG_OUT EXT_RES Resistor Value 560 390

Table 1. SiI161A vs. SiI161B pin differences.

Functional Block Diagram

CTL3

RX2+ RX2-

RX1+ RX1-

RX0+ RX0-

RXC+ RXC-

SYNC2

EXT_RES

PDO

ST

ODCK

PIXS HS_DJTR OCK_INV

STAG_OUT

Data Recovery

CH2

VCR

Termination

Control

Data Recovery

CH1

VCR

Data Recovery

CH0

VCR

PLL

VCR

SYNC1

SYNC0

Channel

SYNC

SYNC2

SYNC1

SYNC0

Decod er

CTL2

CTL1

VSYNC HSYNC

Panel Inter-

face

Logic

QE[23:0]

24

QO[23:0]

24

DE HSYNC VSYNC

CTL3

CTL2

CTL1

SCDT

DATA

--24--

Plasma Display PD421

Y

TA2024

MC68HC705BD7B

GENERAL DESCRIPTION

The TA2024 is a 15W/ch continuous average two-channel Class-T Digital Audio Power Amplifier IC using Tripath’s proprietary Digital Power Processing™ technology. Class-T amplifiers offer both the audio fidelity of Class-AB and the power efficiency of Class-D amplifiers.

APPLICATIONS

" Computer/PC Multimedia " DVD Players " Cable Set-Top Products " Televisions " Video CD Players " Battery Powered Systems

BENEFITS

" Fully integrated solution with FETs " Easier to design-in than Class-D " Reduced system cost with no heat sink " Dramatically improves efficiency versus Class-

AB

" Signal fidelity equal to high quality linear

amplifiers

" High dynamic range compatible with digital

media such as CD, DVD, and Internet audio

TYPICAL PERFORMANCE

10

5

2

1

0.5

0.2

THD+N (%)

0.1

0.05

0.02

0.01

VDD = 12V f = 1kHz Av = 12 BW = 22Hz - 22kHz

THD+N versus Output Power

1 2 5 10 20500m

Output Power (W)

RL= 4YRL= 8Y

FEATURES

" Class-T architecture " Single Supply Operation " “Audiophile” Quality Sound

" 0.04% THD+N @ 9W, 4Y " 0.18% IHF-IM @ 1W, 4Y " 11W @ 4Y , 0.1% THD+N " 6W @ 8Y , 0.1% THD+N

" High Power

" 15W @ 4Y , 10% THD+N " 10W @ 8Y , 10% THD+N

" High Efficiency

" 81% @ 15W, 4Y

" 88% @ 10W, 8Y " Dynamic Range = 102 dB " Mute and Sleep inputs " Turn-on & turn-off pop suppression " Over-current protection " Over-temperature protection " Bridged outputs " 36-pin Power SOP package

--25--

ABSOLUTE MAXIMUM RATINGS

(Note 1)

S YMBOL P ARAM ETER Value UNITS

V

DD

S upply Voltage 16 V

V5 Input S ection Supply Voltage 6.0 V

S LE E P S LE E P Input Voltage -0.3 to 6.0 V

MUTE MUTE Input Voltage -0.3 to V5+0.3 V

T

STOR E

S torage Temperature Range -40 to 150

C

T

A

Operating Free-air Temperature Range 0 to 70

C

T

J

J unction Temperature 150

C

Note 1 : Absolute Maximum Ratings indicate limits beyond which damage to the device may Note 2 : See Power Dissipation Derating in the Applications Information section.

OPERATING CONDITIONS

(Note 4)

S YMB OL P AR AME TE R MIN. TYP . MAX. UNITS

V

DD

S upply Voltage 8.5 12 13.2 V

V

IH

High-level Input Voltage (MUTE, SLE E P ) 3.5 V

V

IL

Low-level Input Voltage (MUTE, SLEEP) 1 V

Note 3: Recommended Operating Conditions indicate conditions for which the device is func See Electrical Characteristics for guaranteed specific performance limits.

ELECTRICAL CHARACTERISTICS

See Test/Application Circuit. Unless otherwise specified, VDD = 12V, f = 1kHz, Measurem Bandwidth = 22kHz, R

L

= 4Y, TA = 25 q C, Package heat slug soldered to 2.8 square-inch P

SYM B OL P ARAME TER CONDITIONS MIN. TYP . MAX. UNITS

P

O

Output Power (Continuous Average/Channel)

THD+N = 0.1% R

L

= 4

R

L

= 8

THD+N = 10% R

L

= 4

R

L

= 8

9

5.5 12

8

11

6 15 10

W

W W W

I

DD,MUTE

Mute Supply Current MUTE = VIH 5.5 7 mA

I

DD, SL EE P

S leep Supply Current S LE E P = VIH 0.25 2 mA

I

q

Quiescent Current VIN = 0 V 61 75 mA

THD + N Total Harmonic Distortion Plus

Noise

PO = 9W/Channel 0.04 %

IHF-IM IHF Intermodulation Distortion 19kHz, 20kHz, 1:1 (IHF) 0.18 0.5 %

S NR S ignal-to-Noise Ratio

A-W eighted, P

OUT

= 1W, RL = 8

89 dB

CS Channel Separation 30kHz Bandwidth 50 55 dB

PS RR P ower Supply Rejection Ratio Vripple = 100mV. 60 80 dB

j

Power Efficiency

P

OUT

= 10W/Channel, RL = 8

88 %

V

OFFSET

Output Offset Voltage No Load, MUTE = Logic Low 50 150 mV

VOH High-level output volt age

(FAULT & OVER LOAD)

3.5 V

VOL Low-level output voltage

(FAULT & OVER LOAD)

1 V

e

OUT

Output Noise Voltage A-W eighted, input AC grounded 100

o

V

Note: Minimum and maximum limits are guaranteed but may not be 100% tested.

o

--26--

Plasma Display PD421

PIN DESCRIPTION

TA2024 PINOUT

FAULT

PGND2

NC

VDD2

OUTM2

OUTM1

VDD1

NC

VDDA

NC

PGND1

CPUMP

DCAP2

AGND3

BIASCAP

IN2

VP2

MUTE

IN1

VP1

V5A

AGND2

OVERLOADB

REF

AGND1

V5D

DCAP1

30

19

20

21

22

23

24

25

26

27

28

29

1

15

14

13

11

10

12

9

8

7

6

5

4

3

2

36-pin Power SOP Package

(Top View)

16 17 18

+5VGEN

36

31

32

33

34

35

OUTP1

VDD1

VDD2

OUTP2

DGND

NC

SLEEP

Pin Function Description 2, 3 DCAP2, DCAP1 Charge pump sw itching pins. DCAP1 (pin 3) is a free running 300kHz square

wave betw een VDDA and DGND (12Vpp nominal). DCAP2 (pin 2) is level shifted 10 volts above DCAP1 (pin 3) w ith the same amplitude (12Vpp nominal), frequency , and phase as DCAP1.

4, 9 V5D, V5A Digital 5VDC, Analog 5VDC

5, 8,

17

AGND1, AGND2,

AGND3

Analog Ground

6 REF Internal reference voltage; approximately 1.0 VDC.

7 OVERLOADB A logic low output indicates t he input signal has overloaded the amplifier. 10, 14 VP1, VP2 Input stage output pins. 11, 15 IN1, IN2 Single-ended inputs. Inputs are a “virtual” ground of an inverting opamp w ith

approximately 2.4VDC bias.

12 MUTE When set to logic high, both amplifiers are muted and in idle mode. When low

(grounded), both amplifiers are fully operational. If left floating, the device stay s in

the mute mode. This pin should be tied to GND if not used. 16 BIASCAP Input stage bias voltage (approximately 2.4VDC). 18 SLEEP When set to logic high, device goes into low power mode. If not used, this pin

should be grounded 19 FAULT A logic high output indicates thermal overload, or an output is shorted to ground,

or another output.

20, 35 PGND2, PGND1 Pow er Grounds (high current)

22 DGND Digital Ground

24, 27;

31, 28

OUTP 2 & OUTM2;

OUTP 1 & OUTM1

Bridged outputs

25, 26,

29, 30

VDD2, VDD2 VDD1, VDD1

Supply pins for high current H-bridges, nominally 12VDC.

13, 21, 23, 32,

34

NC Not connected. Not bonded internally .

33 VDDA Analog 12VDC 36 CPUMP Charge pump output (nominally 10V above VDDA)

1 5VGEN Regulated 5VDC source used to supply power to the input section (pins 4 and 9).

--27--

APPLICATION /TEST CIRCUIT

TA2024

R

L

4Y or *8Y

MUTE

FAULT OVERLOADB

(+12V)

C

I

2.2uF

VP1

VP2

IN1

IN2

OUTP1

OUTM1

OUTP2

OUTM2

VDDA

+5VGEN

BIASCAP

DCAP2

DCAP1

C

I

2.2uF

C

A

0.1uF

C

D

0.1uF

CPUMP

10

11

20

1

33

29

26

7

19

31

28

24

27

36

2

3

15

14

12

16

R

F

20KY

18

R

Z

10Y."1/2W

R

Z

10Y."1/2W

C

Z

0.47uF

C

P

1uF

+

5V

SLEEP

5V

+12V

0.1uF

REF

R

REF

8.25KY, 1%

6

1megY

All Diodes Motorola MBRS130T3

* Use Co = 0.22oF for 8 Ohm loads

VDD1

PGND1

VDD1

PGND1

VDD2

PGND2

Note: Analog and Digital/Power Grounds must be connected locally at the TA2024

C

S

0.1uF

C

S

0.1uF

To Pin 1

4

5

V5D

8

AGND1

AGND2

V5A

22

C

S

0.1uF

DGND

VDD1

PGND2

35

PGND1

180uF, 16V

VDD2

VDD

+

Processing

&

Modulation

Processing

&

Modulation

*C

o

0.47uF

L

o

10uH, 2A

9

(Pin 8)

Analog Ground

Digital/Power Ground

(Pin 35)

(Pin 20)

To Pins 4,9

R

I

20KY

(Pin 8)

R

F

20KY

R

I

20KY

AGND3

17

180uF, 16V

C

SW

C

SW

*C

o

0.47uF

L

o

10uH, 2A

R

L

4Y or *8Y

L

o

10uH, 2A

L

o

10uH, 2A

*C

o

0.47uF

*C

o

0.47uF

C

Z

0.47uF

C

SW

0.1uF

C

SW

0.1uF

C

S

0.1uF

D

O

D

O

D

O

D

O

C

CM

0.1uF

C

CM

0.1uF

(Pin 35)

(Pin 20)

13

NC

21 23

25

30

32 34

VDD1

VDD2

--28--

Plasma Display PD421

TA8851

MC68HC705BD7B

--29--

--30--

Plasma Display PD421

1. Introduction

The VPC 323xD is a high-quality, single-chip video front-end, which is targeted for 4:3 and 16:9, 50/60-Hz and 100/120 Hz TV sets. It can be combined with other members of the DIGIT3000 IC family (such as DDP 331x) and/or it can be used with 3rd-party products.

The main features of the VPC 323xD are

- high-performance adaptive 4H comb filter Y/C separator with adjustable vertical peaking

- multi-standard color decoder PAL/NTSC/SECAM including all substandards

- four CVBS, one S-VHS input, one CVBS output

- two RGB/YC

rCb

component inputs, one Fast Blank

(FB) input

- integrated high-quality A/D converters and associated clamp and AGC circuits

- multi-standard sync processing

- linear horizontal scaling (0.25 ... 4), as well as non-linear horizontal scaling ëPanoramavisioní

- PAL+ preprocessing

- line-locked clock, data and sync, or 656-output interface

- peaking, contrast, brightness, color saturation and tint for RGB/YC

rCb

and CVBS/S-VHS

- high-quality soft mixer controlled by Fast Blank

- PIP processing for four picture sizes ( , or

of normal size) with 8-bit resolution

- 15 predefined PIP display configurations and expert mode (fully programmable)

- control interface for external field memory

-I

2

C-bus interface

- one 20.25-MHz crystal, few external components

- 80-pin PQFP package

1.1. System Architecture

Fig.1ñ1 shows the block diagram of the video processor

Fig. 1ñ1: Block diagram of the VPC 323xD

1 4

---

1 9

---

1

16

------

,,

1

36

---

Mixer

CIN

VIN1 VIN2

VIN3

VIN4

VOUT

Adaptive

Comb

Color

Decoder

Output

Formatter

Matrix

Filter

2D Scal e r

Panorama

Mode

PIP

ITU-R 656 ITU-R 601

Memory

Control

Sync

AGC

Contrast Saturation Brightness

Tint

NTSC

PAL

NTSC

PAL

SECAM

+

Clock

Generation

CrCb OUT

Y OUT

YCOE

FIFO CNTL

H Sync

V Sync

AVO

I

2

C Bus20.25 MHz

RGB/

FB

Y

Cb

Cr

Y

Cb

Cr

Y/G

U/B

Y

Cb

Cr

LL Clock

Saturation

Tint

Analog

Front-end

Contrast

Brightness

Peaking

Clock Gen.

I

2

C Bus

V/R

FB FB

YCrCb

RGB/

YCrCb

2×ADC

Analog

Component

Front-End

4 x ADC

Processing

VPC3230

--31--

1.2. V ide o P ro cesso r F a m ily

Th e V P C video pro c es so r fa m ily s upport s 15 /32-k H z sy stem s and i s av ai la ble wi th di fferent c om b filter options . Tabl e 1ñ 1 gi ve s an overv iew of the V P C vide o proc es s or fa m ily.

Ta b le 1ñ1 : V P C P roc es sor F a m ily for 100 Hz , Doubl e -S can and Li n e -Loc ked C loc k Appl ic ations

Featu res

Ty p e Ad ap tive

Co mb filt e r

(P AL /NT S C)

Pa n o rama

Vis io n

An alo g

C om pone nt

In pu ts

Verti c al S cal er

(P IP )

Di g ital O utp ut

In terface

VPC 3230D 4H

3

2

3

IT U-R 601, IT U-R 656

VPC 3231D

3

2

3

IT U-R 601, IT U-R 656

VPC 3232D 4H

33

IT U-R 601, IT U-R 656

VPC 3233D

33

IT U-R 601, IT U-R 656

VPC 3215C 4H

3

IT U-R 601

VPC 3210A 2H

3

IT U-R 601

VPC 3211A

3

IT U-R 601

--32--

Plasma Display PD421

1.3. V P C A pplic a tio ns

F ig. 1ñ2 depicts several VP C applications. S ince the VP C functions as a video front-end, it must be complemented with additional functionality to form a complete TV set.

The DDP 331x contains the video back-end with video postprocessing (contrast, peaking, CT I,...), H/V-deflection, RGB insertion (S CA R T, Text, P IP,...) and tube control (cutoff, white-drive, beam current limiter). It generates a beam scan velocity modulation output from the digital YC

rCb

and R G B signals. Note, that this signal is not generated from the external analog RGB inputs.

The component interface of the V P C 323xD provides a high-quality analog RG B interface with character insertion ca pability. It also allows appropriate processing of

external sources, such as MP E G -2 s et-top boxes in transparent (4:2:2) quality. F urthermore, it transforms RG B /Fa st B lank signals to the c ommon digital video bus and makes those signals available for 100-Hz upconversion or double-scan processing. In some E uropean countries (Italy), this feature is mandatory.

S RC (e. g. S DA 94xx from Micronas) indicates memory bas ed image proces sing, such as scan rate conversion, vertical processing (Z oom), or P AL+ reconstruction. The VP C supports memory-based applications through line-locked clocks, syncs, and data. Additionally, the V P C 323xD provides a 656-output interface and F IF O control signals.

E xamples:

- E urope: 15 kHz/50 Hz Æ 32 kHz /100 Hz interlaced

- US : 15 kHz/60 Hz Æ 32 kHz /60 Hz non-interlaced

F ig. 1ñ2: VP C 32xxD applications a) 15-kHz application E urope b) double-scan application (US , Japan) with YC

rCb

inputs

c) 100-Hz application (E urope) with RGB F B inputs

b)

c)

RG B H/V

RG B

Defl.

H/V

Defl.

DDP 331x

SRC

VPC 323xD

RGB

VPC 323xD

CVBS

YCrCb/RGBF B

CVBS

YCrC

b

CVBS

YCrCb/RGBF B

a)

VPC 323xD

FIFO

YCrCb/RGBF B

CVBS

--33--

uPD64083

MC68HC705BD7B

PD 64083 realizes a high precision Y /C separation and a noise reduction by the three-dimension signal

processing for N TSC signal.

This product has the O n-chip 4Mbit memory for flame delay , 2ch of high precision internal 10bit A/D converter,

and adapting 10bit signal processing (only for luminance signal) and high picture quality . PD 64083 is

completely single chip sy stem of 3DY /C separation.

This LSI includes the W ide Clear Vision ID signal (Japanese local format) decoder and ID -1 signal decoder.

F E A TURES

On-chip 4Mbit frame delay memory.

3 Operation mode (C ompatible to PD 64082)

M otion adaptive 3D Y /C separation

Frame recursiv e Y /C N R (for Y /C separated v ideo input)

2D Y/C separation + Frame recursiv e Y/C NR (for Composite video input)

Embedded a high performance pipeline 10bit A/D converter (2ch)

Embedded sy stem clock generator, 2ch of D /A conv erter, Y coring, Vertical enhancer, Peaking filter, and

Noise detector.

Include ID -1 signal decoder

I2C bus control.

Dual power supply of 2.5V and 3.3V.

For digital : D VDD = 2.5V

For analog : AVD D = 2.5V

Fo r DRAM : DVDDRAM = 2.5V

For I/O : DVDDIO = 3.3V

ORDERING INFORM A TION

P art number P ackage

P D64083GF-3BA 100-pin plastic QFP (14 20)

--34--

Plasma Display PD421

PIN CONFIGURATION (TOP VIEW )

100-pin plastic Q F P (14 20)

PD 64083GF-3BA

DV DD RA M

TE S T15

TE S T16

TE S T17

TE S T18

TE S T19

DV DD IO

TE S T20

DG ND

TE S T21

TE S T22

TE S T23

TE S T24

DV DD

AV DD

XI

XO

AG N D

FS CO

DV DD

T E ST 26

T E ST 25

AGN D

AC I

VR B C

VR T C

AV DD

VR T Y

V R BY

VC LY

AY I

AGN D

CBPY

AY O

AC O

CB P C

AV DD

DG ND TE S TIC 1 TE S TIC 2

T E ST 01 T E ST 02 T E ST 03 T E ST 04 T E ST 05 T E ST 06 T E ST 07 T E ST 08 T E ST 09 T E ST 10 T E ST 11 T E ST 12 T E ST 13 T E ST 14

E XT ALTF EX T D YC O0 EX T D YC O1 EX T D YC O2 EX T D YC O3 EX T D YC O4 EX T D YC O5 EX T D YC O6 EX T D YC O7 EX T D YC O8 EX T D YC O9

DG ND RA M DG NDR AM

DG ND KI L LI N E RP L L CS I AL TF DY CO 9 DY CO 8 DY CO 7 DY CO 6 DY CO 5 DY CO 4 DY CO 3 DY CO 2 DY CO 1 DY CO 0 DV DD NS T D ST 1 ST 0 SD A SC L SL A0 RS T B CL K 8 DG ND CK MD A V DD FS CI AG N D

100

99989796959493929190898887868584838281

31

32

33

34

35

36

37

38

39

40

41

42

43

44

45

46

47

48

49

50

80 79 78 77 76 75 74 73 72 71 70 69 68 67 66 65 64 63 62 61 60 59 58 57 56 55 54 53 52 51

1 2 3 4 5 6 7 8

9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30

--35--

AC I : Analog C (C hroma) Signal Input

AC O : Analog C (C hroma) Signal Output

AG N D : Analog Section G round

ALT F : Alternate Flag for D igital Y/C Output

AVD D : Analog Section Power Supply

AY I : Analog Y (Luma) Signal Input

AY O : Analog Y (Luma) Signal Output

CBPC : C - DAC Phase Compensation Output

CBPY : Y- DA C Phase Compensation Output

CKM D : C lock Mode Selection

CL K8 : 8-

SC Clock Input / Output

CS I : Composite Sy nc. Input

DG N D : D igital Section Ground

DV DD : Digital Section Pow er Supply

DY C O 0 - DY C O 9 : D igital Y/C Signal (Alternativ e) Outputs

EX TALT F : Ex tend Alternate Flag for D igital Y/C O utput

EX TDY C O 0 – EX TD Y C O9 : Ex tend Digital Y/C Signal (Alternativ e) Outputs

FSCI : -SC (Subcarrier) Input

FSCO : -SC (Subc arrier) Output

KIL : Killer Selection

LIN E : Inter-Line Separate Selection

NS TD : Non Standard Detection Monitor

R P LL : Testing Selection

R S TB : Sy stem R eset (N egative)

SC L : Serial C lock Input

SD A : Serial D a ta Input / Output

SLA0 : Slav e Address Selection

ST 1, ST 0 : Inner States Monitor

TEST 01 – T EST 26 : T esting Selection

TEST IC 1 - TEST IC 2 : IC Testing Section

VC LY : C lamp Voltage Output for Y-AD C

VR TC : Top Voltage Reference Output for C-ADC

VR TY : Top Voltage Reference Output for Y-AD C

VR BC : Bottom Voltage Reference Output for C-ADC

VR BY : Bottom Voltage Reference Output for Y-AD C

XI : X 'TAL input

XO : X'TAL output

--36--

Plasma Display PD421

BLOCK DIA GRAM

BPF

DYCO9-0

ACO

ACI

CSI

VRB Y

VCLY

VRTY

AYI

XO XI

FS CO

CKMD CLK8 FS CI

RS TB

SLA0

SC L

SDA

ALTF

CBP C

CBP Y

AYO

Bias

Y-Vertical

Aperture

compensation

Y-high freq.

peaking

Recursive

CNR

Delay

Recursive

YNR

Y-high freq.

coring

C-BPF&delay

Ad

ustment

ID-1

Encoder

Sync

Se

p

aration

Non-

standard

signal

detection

HV

Counter

WCV-ID Decoder

I2C Bus

Interface

Motion

Detection

Chroma

Mixer

Line Comb

Filter

10bit

C-ADC

10bit

Y-ADC

Line Comb

Filter

Line Comb

Filter

10bit

Y-DAC

f

SC

Generator

10bit

f

SC

-DAC

8f

SC

PLL

10bit

C-DAC

E rror

detection

4f

SC

4f

SC

8f

SC

EXADINS

YCNR

H

HH

YCNR

KIL

YCNR

C

3

YCNR

MNNR

YCNR MNNR

4M bit Flame

Delay

Memory

VRB C

VRTC

ID-1

Decoder

EXTDYCOS

Clamp

DYCO

Select

EXTDYCO9-0

EXTALTF

j

--37--

5

4

3

2

1

Hyundai ImageQuest

PT421H

01. Cover Page

02. Block Diagram

Working Board Schematic(GRAPHIC)

03. VGA Analog Input

04. CXA2151Q

05. ADC-AD9883(140M)

(ASI500)

06. TMDS RECEIVER SIL161B-140

07. Damping Network

08. ASI500

09. ASI500 DECOUPLE CAPS

10. FRAME BUFFER MEMORY

11. LVDS TRANSMITTER(DS90C385MTD)

12. MSP3450G AUDIO PROCESSOR

13. MicroController SDA5550

14. Power Distribution

15. MAX232

Date:05/29/2003

Hyundai ImageQuest

Title

PT421H SCHEMATIC DIAGRAM COVER PAGE

Size Document Number Rev

B

E42095419

5

4

3

2

Date: Sheet

115Thursday, September 18, 2003

1

of

1.0

5

DVI Dig.Input only

VGA DIN15 Analog Input

Component (DTV)

Component (DVD)

FS_TV_OUT

MONITOR_OUT

Tuner CVBS1

Tune CVBS2

CVBS1

Full_Scart CVBS_In

Half_Scart CVBS_In

Full_Scart CVBS(Y)_IN

Full_Scart R(C)_In

Half_Scart CVBS(Y)_IN

Half_Scart R(C)_In

SVIDEO Y/C

Full_Scart RGB_In

Full_Scart R/L_In

Half_Scart R/L_In

CVBS R/L_In

PC/DVI R/L_In

DTV R/L_In

DVD R/L_In

Full_Scart R/L_Out

Half_Scart R/L_Out

5

DDC 24LC21

DTV : 480p/720p/1080i

DVD : 480i

YC

3D_Y/C

2

3-D COMB uPD64083

CVBS

CXA2069Q

CVBS

AUDIO PART MUX

2

MUX

VIDEO PART

4

3

R/G/B

Y

CXA2151Q

PB

Y/PB/PR

PR

Y/Cb/Cr

3

480i

Y/Pb/Pr

3

CVBS

3D_CVBS_MAIN

BA7654

3D_Y

3D_C

C_SUB

Y/Cb/Cr

DVD_Y

Y/Cb/Cr

Y_SUB(CVBS_SUB)

DVD_Y

2

S-VIDEO Y/C

SCART_R,G,B,SCART_FB

4

BA7657

TTXRGB

R/G/B

2

Sound Processor

MSP3450G

V2(Y)

CIN

V3(Y) VIN1(C)

VIN4

CIN

V2(Y)

V3(Y) VIN1(C)

VIN4

RGB(YCbCr)

TMDS Rx

SiI161B

R/G/B

H V

BA7657

Y/Cb/Cr

TTXRGB

Micronas Video Decoder VPC3230D

(MAIN)

RGB(YCbCr)

Micronas Video Decoder VPC3230D

(SUB)

TEA2025D

RED GREEN BLUE HSync VSync

FB

VOUT

MS_SRCK MS_RSTR MS_RE

4

MS_OE

4

MS_SWCK MS_RSTW MS_IE MS_WE

NORMAL Speaker

TTX_R/G/B

3

WOFER

Tuner_Main SIF

Tuner_Sub SIF

4

MST9883 (140MHz)

4 8 8

SVPC_UV

FCLKIN FHIN FVIN FINTLC

DI_Y

DI_UV

8

DI_UV

FIFO(OKI) Memory

8

3

DI_Y

8

SVPC_Y

SC1_RGB/TTX_RGB_SEL1

3

SOG_OUT

CLK,H,V

SDRAM 2M X 32Bits K4S643232C

30

ADDRESS

DE_INTERACER

TTX_Video

11

DATA

FLI2310

5

CONTROL

2

TTX_HSync TTX_VSync

FST3125

4

CONTROL

DVALID DHSYNC DVSYNC DPCLK

2

SDRAM 2M X 32Bits K4S643232C

Data 64Bits and Control

1

EVEN

R/G/B

24

R/G/B

ODD

Y/Pb/Pr

AHSYNC

3

GCLOCK HSFRMPLL AVSYNC

LVDS IC DS90C385MTD

DAC

ADV7120KP80

31 Pin Connetor

ASI-500

TEST

601

FPbPr

8 8 4

VIDEO A

FY

VIDEO B

VAPCLK

FCLK

VAHS VAVS

FHSYNC

VAVALID/VBPCLK8

FVSYNC FDE

용

ATMEL AT49F8192

CRT MONITOR

PDP PANEL SAMSUNG

SST39VF040

TTX_CVBS TTX_H

MICOM

TTX_V

SDA5550

TTX_FB TTX_R TTX_G TTX_B

TTX_FB

RS-232

IR

SC1_FB

I/O Expansion

KEY PAD

2

External SRAM

HY62U8200

EEPROM 24C16

Hyundai ImageQuest

Title

PT421H BLOCK DIAGRAM

Size Document Number Rev

D

E42095419

Date: Sheet

1

1.0

215Thursday, September 18, 2003

of

AMP 748390-5 CONNECTOR DB15 VGA

DSUB1

1 6 11 2 7 12 3 8 13 4 9 14 5 10 15

DDC_SCL1 DDC_SDA1

DSUB_DE

graphic pg13

BAV99

5

A5V

DI01

VGAHSYNC

VGAVSYNC

A3.3V

2

1

2

1

2

1

DI03 BAV99

DI02

3

BAV99

RI06 100

RI07

4.7K

VGAVSYNC

3

2 1

DI05

1N4148 SOT-23

LI01 LC2012-121

3

LI02 LC2012-121

3

LI03 LC2012-121

3

CI04

104

RI18

22

RI01 75

RI19

22 RI02 75

RI20

22 RI03 75

UI01

1

NC

VCC

2

NC

3

NC

4

GND

SCL

7

SDA

WC

24LC21 SMD EEPROM

8

6 5

5.6V SOT-23

4

PC MODE

RED

CI27

15pF

CI28

15pF

CI29

15pF

RI04

4.7K

ZDI3

2 1

ADC

GREEN

ADC

BLUE

ADC

RI05

4.7K

DDC_SCL1 DDC_SDA1

ZDI4

5.6V SOT-23

2 1

graphic pg5

DI06

1N4148 SOT-23

S5V

21

VGAHSYNC

RI09

1K

VGAVSYNC

CI05 104

DTV MODE DVD MODE

A3.3V A3.3V

COMPONENT_Y_Pb_Pr

COMP1A

COMP1B

COMP1C

RI21

4.7K RI22

100

3

LI08 LC2012-121

1

3

2

6

LI09 LC2012-121

4

5

9

LI10 LC2012-121

7

8

CI22 NC

3

CI24 NC

3

CI26 NC

RI23 75

RI24 75

RI25 75

DTV_DE

graphic pg13

DTV_Y

graphic pg4

DTV_Pb

graphic pg4

DTV_Pr

graphic pg4

DVD-Cr

AUDTV1B

AUDIO L_R

AUDTV1A

AUDIO L_R

6

LI07 LC2012-121

4

3

CI12

5

3

LI04 LC2012-121

1

2

NC

3

CI03 NC

DTV_AUDIO_R

graphic pg12

RI16

10K

DTV_AUDIO_L

graphic pg12

RI15

10K

RI12

1K

CI14

47pF

14

ZDI1

RLZ 5.6V

2 1

CI16

ZDI2

100pF

RLZ 5.6V

2 1

CI18

10uF 16V

COMPONENT_Y_Pb_Pr

3

UI02A

7 1 2

74HCT14

UI02D

7 9 8

14

74HCT14

+

RI30

4.7K

COMP2A

2

COMP2B

5

COMP2C

8

RI29

100

DI13 BAV99

DI12 BAV99

CI19

1N4148 SOT-23

104

3

1

A5V

6

4

A5V

9

7

7 3 4

14

DI07

21

A5V

2

1

LI11 LC2012-121

3

2

1

LI14 LC2012-121

3

2

1

LI15 LC2012-121

3

UI02B

74HCT14

UI02C

7 5 6

14

74HCT14

A5V

DI11 BAV99

3

RI10 NC

RI13 NC

CI37 NC

NC

CI01 NC

RI11 33

RI14 33

2

HSYNC

graphic pg5

CI15

NC

VSYNC

CI17 NC

graphic pg5

AUPC1B

AUDIO L_R

AUPC1A

AUDIO L_R

6

LI06 LC2012-121

4

3

CI11

5

3

LI05 LC2012-121

1

2

NC

3

CI06 NC

1

PC_AUDIO_R

PC_AUDIO_L

graphic pg12

RI17

10K

RI08

10K

SUB WOFER

3

AUWOF1A

SUB WOFER

2

DVD_DE

graphic pg13

DVD_Y

graphic pg4

RI26 75

AUDVD1B

AUDIO L_R

DVD_Cb

graphic pg4

RI31 75

DVD_Cr

graphic pg4

RI32 75CI33

AUDVD1A

AUDIO L_R

6

4

5

3

1

2

1

LI16 LC2012-121

RI33

3

1K

LI12 LC2012-121

3

LI13 LC2012-121

3

WOFER

DVD_AUDIO_R

graphic pg12

DVD_AUDIO_L

graphic pg12

graphic pg15

CI39 NC

RI27

CI32

10K

NC

RI28

CI31

10K

NC

Hyundai Image Quest

Title

VGA Analog Input

Size Document Number Rev Custom

E42095419

5

4

3

2

Date: Sheet

1

315

1.0

of

5

4

3

2

1

A5V

2

1

DI08

BAV99

graphic pg3

D D

graphic pg3 graphic pg3

graphic pg3 graphic pg3 graphic pg3

C C

B B

A A

DTV_Pr

DTV_Pb

DTV_Y

DVD_Pr

DVD_Pb

DVD_Y

5

CXA01 474 CXA02 474 CXA03 474

3

CXA23 474 CXA24 474 CXA25 474

RXA12 75

321

QXA01

KSA1182-Y

VCC_5A

2

1

DI09 BAV99

3

CXA04 474 CXA06 474

RXA01

RXA02

75

RXA09

RXA08

75

RXA13

RXA11

75

RXA10

RXA04 2K

75

CXA18 103 CXA19 105

CXA08 104

*2) One of Q1 or R should be removed.

4

A5VA5V

2

1

DI10 BAV99

3

CXA17 474 CXA05 474

CXA20 474 CXA21 474

CXA16 474 CXA22 474

RXA05

10K Metal Film Resistor

UXA01

CXA2151

33

IN1_1

34

IN1_2

35

IN1_3

36

IN1_H/L1

37

IN1_V/L2

38

IN1_L3

39

IN1_SW

41

IN2_1

42

IN2_2

43

IN2_3

44

IN2_H/L1

45

IN2_V/L2

46

IN2_L3

1

IN3_1

2

IN3_2

3

IN3_3

4

IN3_H

5

IN3_V

7

IN4_1

8

IN4_2

9

IN4_3

10

IN4_H

11

IN4_V

13

H_PH

14

V_PH

15

YG_OUT

16

YG_IN IREF

SELH_OUT

SELV_OUT

SELCR_OUT

SELCB_OUT

SELY_OUT

ADDRESS

NC1

NC2

1718192021

VCC5A VCC5A VCC5A

GND GND GND

SCL

SDA

EXTCLK

NC3

29

3

I2C ADDRESS = 0x84

22 23 25 26 27

12 28 40

6 24 48

RXA07 100

30

RXA06 100

31 32

*1) 4MHz Crystal Oscillator

NC4

XXA01 4MHz

DTV_HOUT DTV_VOUT DTV_Cr_OUT DTV_Cb_OUT DTV_Y_OUT

CXA10 104

CXA09 10pF

graphic pg5 graphic pg5 graphic pg5 graphic pg5 graphic pg5

CXA11 104

SCL_5

graphic pg6,8,9,11,17

SDA_5

graphic pg6,8,9,11,17

CXA12 104

+

22uF 16V

2

CXA13

A5V

FXA01 LMFC3225 10UH

VCC_5A

+

CXA14

22uF 16V

Hyundai Image Quest

Title

CXA2151Q

Size Document Number Rev B

E42095419

Date: Sheet

A5V = max. 80mA

+

CXA15 22uF 16V

415

1

of

1.0

5

4

3

2

1

D3.3V_ADC

PVD_ADC

CA47 104

+

12 13

1 2

A3.3V_ADC

UA03A

74HCT86

UA03D

74HCT86

A3.3V= 240mA

22uF 16V

RA24 0

RA25 0

A3.3V

CA01

+

D3.3V = 60mA

D3.3V

+

CA30

RED

GREEN

BLUE

D D

C C

graphic pg3

B B

graphic pg3

DTV_Cb_OUT

graphic pg4

DTV_Y_OUT

graphic pg4

DTV_Cr_OUT

graphic pg4

A A

CA21 104

104

CA12

22uF 16V

RA01 470K

CA52 NC

CA51 NC

CA50 NC

graphic pg3

graphic pg4

FA02 BEAD 4532

FA03 BEAD 4532

CA29

A3.3V

+

CA42 10uF 16V CA41 103 CA40 10uF 16V CA39 103 CA38 10uF 16V CA37 103 CA36 10uF 16V CA35 103 CA34 10uF 16V CA33 103 CA32 10uF 16V CA31 103

VSYNC

DTV_VOUT

FA01 BEAD 4532

CA11

104

CA43 470pF

+

CA28 104

CA19

104

CA27

CA26

104

CA25

10uF 16V

CA17

CA18

104

PVD_ADC

CA10

104

CA09

104

graphic pg3 graphic pg4

HSYNC

DTV_HOUT

CA24

CA23

104

+

CA16

104

D3.3V_ADC

+

CA15

104

UA01

1 2 3 4 5 6 7 8

9 10 11 12

RED1_in HD_Sync GREEN1_in GND BLU1_in GND RED2_in GND GREEN2_in GND BLU2_in VD1_in

BA7657

HD1_in HD2_in HD_out

RED_out

GREEN_out

VIDEO_in

SYNC_out

BLUE_out

VD_out

VD2_in

24 23 22 21

RA29 75

20

Vcc

19

RA27 75

18 17 16

CTL

15

RA28 75

14 13

CA13

10uF 16V

CA22 104

A3.3V_ADC

CA14 104

PCDTV_SEL

+

CA02

22uF 16V

RA04 0 RA05 0

graphic pg4,8,9,11,17

A5V

FA04 BEAD 2012 600OHM

RA02

CA20

68K

22uF 16V

graphic pg13

PVD_ADC

CA44 104

SDA_3

SCL_3

+

graphic pg3

CA03 104

SDA_3

SCL_3

graphic pg3

HSYNC

CA08

104

VSYNC

CA46 392

RA08 100

RA06 0

RA07 100

RA20 2K

CA45 393

RA12

3.3K

CA07 473 CA06 NC CA05 473 CA04 473

VSYNC_ADC

CA53

22uF 16V

RA21 2K

CA54

22uF 16V

PC(1),DTV(0)

UA02

26

VD

27

VD

39

VD

42

VD

45

VD

46

VD

51

VD

52

VD

59

VD

62

VD

11

VDD

22

VDD

23

VDD

69

VDD

78

VDD

79

VDD

34

PVD

35

PVD

33

FILT

54

RAIN

49

SOGIN

48

GAIN

43

BAIN

30

HSYNC

29

COAST

38

CLAMP

37

MIDSCV

58

REF_bypass

57

SDA

56

SCL

55

A0

1

GND

10

GND

20

GND

21

GND

24

GND

25 28

GND GND

AD9883A-140

3

S5V

11

S5V

10

4 5

9

RED0 RED1 RED2 RED3 RED4 RED5 RED6 RED7

GREEN0 GREEN1 GREEN2 GREEN3 GREEN4 GREEN5 GREEN6 GREEN7

BLUE0 BLUE1 BLUE2 BLUE3 BLUE4 BLUE5 BLUE6 BLUE7

DATACKVSYNC

HSOUT

SOGOUT

VSOUT

GND GND GND GND GND GND GND GND GND GND GND GND

UA03B

74HCT86

UA03C

74HCT86

CA59

104

RA30 2K

ADREVEN[0..7]

ADGEVEN[0..7]

ADBEVEN[0..7]

DCLK_ADC HSYNC_ADC SOGOUT_ADC VSYNC_ADC

RA23 100K

RA31 100K

ADREVEN0

77

ADREVEN1

76

ADREVEN2

75

ADREVEN3

74

ADREVEN4

73

ADREVEN5

72

ADREVEN6

71

ADREVEN7

70

ADGEVEN0

9

ADGEVEN1

8

ADGEVEN2

7

ADGEVEN3

6

ADGEVEN4

5

ADGEVEN5

4

ADGEVEN6

3

ADGEVEN7

2

ADBEVEN0

19

ADBEVEN1

18

ADBEVEN2

17

ADBEVEN3

16

ADBEVEN4

15

ADBEVEN5

14

ADBEVEN6

13

ADBEVEN7

12 6731

RA03 22

66

RA09 22

65

RA10 22

64

RA11 22

80 63 61 60 53 50 47 44 41 40 36 32

S5V

RA34

10K

6

S5V

8

CA55

105

RA35

10K

CA57

105

RA22 2K

DA01

1N4148 SOT-23

2 1

DA02

1N4148 SOT-23

2 1

graphic pg7

graphic pg8 graphic pg8

graphic pg8

2

CA56

+

22uF 16V

2

+

CA58

22uF 16V

S3.3V

3

1

S3.3VRA26 0

RA32

10K

QA01 KSC1623-Y

RA33

10K

3

QA02 KSC1623-Y

1

graphic pg13

HSYNC_DE

graphic pg13

VSYNC_DE

Hyundai Image Quest

Title

ADC-ADC9883

Size Document Number Rev Custom

E42095419

5

4

3

2

Date: Sheet

1

515

1.0

of

5

D3.3V

CT01

DT05

BAV99

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24

DT11

BAV99

22uF 16V

D3.3V

A5V

2

3

1

DT06

BAV99

DDC_SCL2 DDC_SDA2

HP_DETECT1

2

1

D D

C C

DVI01

25

SHELL1

TX2-

TX2+

TX2/4 Shield

TX4-

TX4+

DDC CLK

DDC DATA

B B

26

SHELL2

TX1-

TX1+

TX1/3 Shield

TX3-

TX3+

GND

HP DETECT

TX0-

TX0+

TX0/5 Shield

TX5-

TX5+

TXClk Shield

TXCLK+

TXCLK-

DVI-29

NC

+5V

Molex SD-74320-004

A A

5

2

DT12

3

BAV99

2

3

1

FT01 BEAD 4532

+

FT02 BEAD 4532

CT13 104

22uF 16V

1

DT13

3

BAV99

2

1

A5V

104

CT14

DT14

3

BAV99

CT02

RX2RX2+

2

RX1RX1+

RX0RX0+

RXC+ RXC-

+

BAV99

SILVDD

10uF 16V

DT09

A3.3V

CT03

2

RT07

100

RT08

4.7K

CT15 104

3

4

+

22uF 16V

1

DT10

BAV99

4

RT09 1K 603

CT27

104

2

D3.3V

FT03 BEAD 4532

CT16

+

1

3

FT04 BEAD 2012

+

CT25

22uF 16V

DVI_DE MCU

UT01

1

NC

2

NC

3

NC

4

GND

7

WC

24LC21 SMD EEPROM

Note: Put 180pF Cap close to each VCC pin & Put 330pF Cap close to each OVCC pin & Put 100pF Cap close to each AVCC pin

CT06 180pF

+

DE detect (sync) High:DE enable Low:DE disable

SIL161_EN

ACTIVE_LOW

2 1

1N4148 SOT-23

CT26 104

CT07 180pF

CT18 100pF

DT03

CT08 330pF

CT19 100pF

RT02 470

DT01 LED1

CT05 180pF

CT17

10uF 16V

graphic pg13

DT04

1N4148 SOT-23

2 1

RT16

4.7K

RT17

4.7K

ZDT1

RLZ 5.6V

2 1

DDC_SCL2

DDC_SDA2

VCC

SCL

SDA

8

6 5

RLZ 5.6V

ZDT2

CT09 330pF

CT20 100pF

3

CT10 330pF

CT21 100pF

TRANSMISSION LINE 50OHM

RT03 1K

21

DT16 LED1

S5V

21

OCK_INV Low - normal ODCK output High - Inv. ODCK output

3

CT11 330pF

RT04 330

21

일때

2

UT02

6

CT12 330pF

RT01

560

D3.3V

RT21 1K

RT05 NC

390

RSVD

SILVDD

RX1+ RX1RX2+ RX2RX0+ RX0-

RXC+ RXC-

OCK_INV PIXS STAG_OUT ST

100

38 67 18 29 43 57 78

97 84

88 95 82

96 99

80 81 85 86 90 91

93 94

39 68

19 28 45 58 76

79 83 87 89 92

98

VCC VCC VCC OVCC OVCC OVCC OVCC OVCC

PVCC AVCC

AVCC AVCC AVCC

EXT_RES RESERVED

RX2+ RX2RX1+ RX1RX0+ RX0-

RXC+ RXC-

OCK_INV

4

PIXS

7

STAG_OUT

3

ST

8

SCDT

9

PDO

2

PD

1

RSVD

5

GND GND GND

OGND OGND OGND OGND OGND

AGND AGND AGND AGND AGND

PGND

Jitter

Enable-High

disable-Low

QE23 QE22 QE21 QE20 QE19 QE18 QE17 QE16 QE15 QE14 QE13 QE12 QE11 QE10

QE9 QE8 QE7 QE6 QE5 QE4 QE3 QE2 QE1 QE0

QO23 QO22 QO21 QO20 QO19 QO18 QO17 QO16 QO15 QO14 QO13 QO12 QO11 QO10

QO9 QO8 QO7 QO6 QO5 QO4 QO3 QO2 QO1 QO0

ODCK

VSYNC HSYNC

CTL1 CTL2 CTL3

DE

Sil161BCT140

D3.3V

RT18 NC

OCK_INV RSVDST

RT06 1K

RT10 NC

RT11 1K

PIXS ST Low - 1pixel/ Clk Q[0..23]

High - dual pixels/ Clk

D3.3VD3.3V

RT12 1K

PIXS

STAG_OUT Low - ODCK runs continuously High - ODCK stop when DE low

RT13 NC

2

STAG_OUT

1

DPCLK DVALID DVSYNC DHSYNC

RT19 1K

RT20 NC

DREVEN[0..7]

DGEVEN[0..7]

DBEVEN[0..7]

DRODD[0..7]

DGODD[0..7]

DBODD[0..7]

DREVEN7

37

DREVEN6

36

DREVEN5

35

DREVEN4

34

DREVEN3

33

DREVEN2

32

DREVEN1

31

DREVEN0

30

DGEVEN7

27

DGEVEN6

26

DGEVEN5

25

DGEVEN4

24

DGEVEN3

23

DGEVEN2

22

DGEVEN1

21

DGEVEN0

20

DBEVEN7

17

DBEVEN6

16

DBEVEN5

15

DBEVEN4

14

DBEVEN3

13

DBEVEN2

12

DBEVEN1

11

DBEVEN0

10

DRODD7

77

DRODD6

75

DRODD5

74

DRODD4

73

DRODD3

72

DRODD2

71

DRODD1

70

DRODD0

69

DGODD7

66

DGODD6

65

DGODD5

64

DGODD4

63

DGODD3

62

DGODD2

61

DGODD1

60

DGODD0

59

DBODD7

56

DBODD6

55

DBODD5

54

DBODD4

53

DBODD3

52

DBODD2

51

DBODD1

50

DBODD0

49 44

4 5

46

3 6

47

2 7

48

1 8

40 41 42

Low - low out drive strength High - high out drive strength

RTAR1

33 ARRAY

D3.3V D3.3V

RT14 1K

RT15 NC

Hyundai Image Quest

Title

TMDS Receiver SIL161B

Size Document Number Rev Custom

E42095419

Date: Sheet

DPCLK DVALID DVSYNC DHSYNC

graphic pg7

OPTION

graphic pg7

graphic pg8 graphic pg8 graphic pg8 graphic pg8

of

615

1

1.0

graphic pg5

ADREVEN[0..7]

ADGEVEN[0..7]

ADBEVEN[0..7]

5

ADREVEN[0..7]

ADGEVEN[0..7]

ADBEVEN[0..7]

Analog Interface Damping Network

RDAR01 33 ARRAY

1 8

ADREVEN1

2 7

ADREVEN2

3 6

ADREVEN3

4 5

ADREVEN4 ADREVEN5 ADREVEN6 ADREVEN7

ADGEVEN0 ADGEVEN1 ADGEVEN2 ADGEVEN3

ADGEVEN4 ADGEVEN5

ADGEVEN7

ADBEVEN0 ADBEVEN1 ADBEVEN2 ADBEVEN3

ADBEVEN4 ADBEVEN5 ADBEVEN6 ADBEVEN7

RDAR02 33 ARRAY

1 8 2 7 3 6 4 5

RDAR03 33 ARRAY

1 8 2 7 3 6 4 5

RDAR0433 ARRAY

1 8 2 7 3 6 4 5

RDAR05 33 ARRAY

1 8 2 7 3 6 4 5

RDAR06 33 ARRAY

1 8 2 7 3 6 4 5

IREVEN0ADREVEN0 IREVEN1 IREVEN2 IREVEN3

IREVEN4 IREVEN5 IREVEN6 IREVEN7

IGEVEN0 IGEVEN1 IGEVEN2 IGEVEN3

IGEVEN4 IGEVEN5 IGEVEN6 IGEVEN7

IBEVEN0 IBEVEN1 IBEVEN2 IBEVEN3

IBEVEN4 IBEVEN5 IBEVEN6 IBEVEN7

4

IREVEN[0..7]

IGEVEN[0..7]

IBEVEN[0..7]

IREVEN[0..7]

IGEVEN[0..7]

IBEVEN[0..7]

graphic pg8

graphic pg6

3

DREVEN[0..7]

DGEVEN[0..7]

DBEVEN[0..7]

DRODD[0..7]

DREVEN[0..7]

DGEVEN[0..7]

DBEVEN[0..7]

DRODD[0..7]

Digital Interface Damping Network

DREVEN0 DREVEN1 DREVEN2 DREVEN3

DREVEN4 DREVEN5 DREVEN6 DREVEN7

DGEVEN0 DGEVEN1 DGEVEN2 DGEVEN3

DGEVEN4 DGEVEN5 DGEVEN6 DGEVEN7

DBEVEN0 DBEVEN1 DBEVEN2 DBEVEN3

DBEVEN4 DBEVEN5 DBEVEN6 DBEVEN7

DRODD0 DRODD1 DRODD2 DRODD3

DRODD4 DRODD5 DRODD6 DRODD7

RDAR13 33 ARRAY

RDAR14 33 ARRAY

RDAR15 33 ARRAY

RDAR16 33 ARRAY

RDAR17 33 ARRAY

RDAR18 33 ARRAY

RDAR19 33 ARRAY

RDAR20 33 ARRAY

2

IREVEN[0..7]

IREVEN0

18

IREVEN1

27

IREVEN2

36

IREVEN3

45

IREVEN4

18

IREVEN5

27

IREVEN6

36

IREVEN7

45

IGEVEN[0..7]

IGEVEN0

18

IGEVEN1

27

IGEVEN2

36

IGEVEN3

45

IGEVEN4

18

IGEVEN5

27

IGEVEN6

36

IGEVEN7

45

IBEVEN[0..7]

IBEVEN0

18

IBEVEN1ADGEVEN6

27

IBEVEN2

36

IBEVEN3

45

IBEVEN4

18

IBEVEN5

27

IBEVEN6

36

IBEVEN7

45

IREVEN[0..7]

IGEVEN[0..7]

IBEVEN[0..7]

graphic pg8

1

OPTION

IRODD[0..7]

IRODD0

18

IRODD1

27

IRODD2

36

IRODD3

45

IRODD4

18

IRODD5

27

IRODD6

36

IRODD7

45

IRODD[0..7]

graphic pg8

graphic pg6

DBODD[0..7]

graphic pg6

5

4

DBODD[0..7]

3

DGODD0 DGODD1 DGODD2 DGODD3

DGODD4 DGODD5 DGODD6 DGODD7

DBODD0 DBODD1 DBODD2 DBODD3

DBODD4 DBODD5 DBODD6 DBODD7

RDAR21 33 ARRAY

18 27 36 45

RDAR22 33 ARRAY

18 27 36 45

RDAR23 33 ARRAY

18 27 36 45

RDAR24 33 ARRAY

18 27 36 45

DGODD[0..7]

IGODD0 IGODD1 IGODD2 IGODD3

IGODD4 IGODD5 IGODD6 IGODD7

IBODD0 IBODD1 IBODD2 IBODD3

IBODD4 IBODD5 IBODD6 IBODD7

IGODD[0..7]

IBODD[0..7]

2

IGODD[0..7]

IBODD[0..7]

graphic pg8

Hyundai Image Quest

Title

Damping Network

Size Document Number Rev C

E42095419

Date: Sheet

1

of

715

1.0

5

4

3

2

1

graphic pg7

graphic pg5

graphic pg10

graphic pg10 graphic pg10 graphic pg10 graphic pg10 graphic pg10

graphic pg8

graphic pg10

graphic pg6 graphic pg6 graphic pg6

graphic pg6

IGODD[0..7]

IRODD[0..7]

IBODD[0..7]

RED, GREEN SWAP

IGEVEN[0..7]

IREVEN[0..7]

IBEVEN[0..7]

DCLK_ADC

HSYNC_ADC

VSYNC_ADC

SOGOUT_ADC

TEST2

CSC01 10pF

14.31818MHZ

CSC02 10pF

AMA[0..10]

ABA0

graphic pg10

ABA1

ACKE /ARAS /ACAS

/AWE

SDCLK SDCLKI

DVALID DHSYNC DVSYNC

DPCLK

D2.5V ASI3.3V

XSC01

RSC10 1M 1%

5

RSC02 0 RSC04 0

RSC05 NC RSC06 0 RSC07 0

RSC08 0

LSC01 BEAD 4532

RSC09 0

RSC11

RSC01 0

AMA9

AMA10

33

BA0

BA1

CKE

WE#

MA10

RAS#

CAS#

SDCLK

SDCLKI

70

DVALID

71

DHSYNC

72

DVSYNC

73

DPCLK

IGODD7

74

DRODD7

IGODD6

75

DRODD6

IGODD5

76

DRODD5

IGODD4

77

DRODD4

IGODD3

78

DRODD3

IGODD2

79

DRODD2

IGODD1

80

DRODD1

IGODD0

81

DRODD0

IRODD7

82

DGODD7

IRODD6

83

DGODD6

IRODD5

84

DGODD5

IRODD4

85

DGODD4

IRODD3

86

DGODD3

IRODD2

87

DGODD2

IRODD1

88

DGODD1

IRODD0

89

DGODD0

IBODD7

90

DBODD7

IBODD6

91

DBODD6

IBODD5

92

DBODD5

IBODD4

93

DBODD4

IBODD3

94

DBODD3

IBODD2

95

DBODD2

IBODD1

96

DBODD1

IBODD0

97

DBODD0

IGEVEN7

98

DREVEN7

IGEVEN6

99

DREVEN6

IGEVEN5

100

DREVEN5

IGEVEN4

101

DREVEN4

IGEVEN3

102

DREVEN3

IGEVEN2

103

DREVEN2

IGEVEN1

104

DREVEN1

IGEVEN0

105

DREVEN0

IREVEN7

106

DGEVEN7

IREVEN6

107

DGEVEN6

IREVEN5

108

DGEVEN5

IREVEN4

109

DGEVEN4

IREVEN3

110

DGEVEN3

IREVEN2

111

DGEVEN2

IREVEN1

112

DGEVEN1

IREVEN0

113

DGEVEN0

IBEVEN7

114

DBEVEN7

IBEVEN6

115

DBEVEN6

IBEVEN5

116

DBEVEN5

IBEVEN4

117

DBEVEN4

IBEVEN3

118

DBEVEN3

IBEVEN2

119

DBEVEN2

IBEVEN1

120

DBEVEN1

IBEVEN0

121

DBEVEN0

122

GCLOCK

123

HSTOPLL

124

HSFRMPLL

125

CSYNC

126

AVSYNC

127

AHSYNC

128

CLAMP

VDDI

298

293

263

287

268

282

273

278

SC_D2.5V

XOUT

HDSC1

D2.5V

HEADER 2 2.5mm_NC

PLLVDD2

PLLVDD1 PLLVDD3

XIN

1K

ADQM[0..7]

graphic pg10

ADQ[0..63]

AMA7

AMA8

AMA6

AMA4

AMA5

MA5

MA6

MA7

MA8

MA9

ADQM4

AMA0

AMA2

AMA1

AMA3

MA1

MA2

MA3

MA4

ADQM0

ADQ62

ADQ54

DQM4

ADQM3

23952533435242322212019181716152527262829303132

DQM3

ADQM2

238

DQM2

ADQM1

256

257

DQM1

DQM0

ADQ63

DQ63

DQ62

ADQ61

DQ61

ADQ60

DQ60

ADQ59

DQ59

ADQ58

ADQ57

DQ58

ADQ48

ADQ55

ADQ47

ADQ46

ADQ53

ADQ52

ADQ56

ADQ50

ADQ49

ADQ45

ADQ51

DQ46

DQ47

DQ48

DQ49

DQ50

DQ51

DQ52

DQ53

DQ54

DQ55

DQ56

DQ57

ADQM5

ADQM7

ADQM6

MA0

DQM5

DQM6

DQM7

DQ45

ADQ44

DQ44

ADQ43

DQ43

ADQ42

DQ42

ADQ41

DQ41

ADQ40

DQ40

ADQ39

DQ39

ADQ38

DQ38

ADQ37

DQ37

ADQ36

DQ36

ADQ35

DQ35

ADQ34

DQ34

ADQ33

DQ33

ADQ32

DQ32

2556866646260585654555759616365676950484644424038363739414345474951

ADQ31

DQ31

ADQ30

253

ADQ29

ADQ28

ADQ26

ADQ27

245

247

249

251

DQ27

DQ28

DQ29

DQ30

DQ26

ADQ25

243

DQ25

ADQ24

241

DQ24

ADQ23

240

DQ23

ADQ22

242

ADQ17

ADQ20

ADQ14

ADQ16

ADQ12

ADQ19

ADQ13

ADQ21

ADQ18

ADQ15

ADQ10

ADQ11

252

250

248

246

244

DQ12

DQ13

DQ14

DQ15

DQ16

DQ17

DQ18

DQ19

DQ20

DQ21

DQ22

ADQ2

ADQ4

ADQ3

ADQ6

ADQ9

ADQ5

ADQ1

ADQ7

ADQ0

ADQ8

131197531

258

2592468101214254

DQ7

DQ8

DQ9

DQ10

DQ11

280

279

271

281

269

270

316

315

VSS

DQ0

DQ1

DQ2

DQ3

DQ4

DQ5

DQ6

VSS

USC01

ASI500

SCL

SDA

PLLGVSS

PLLGVDD

PLLVSS0

PLLVDD0

PLLVDD1

PLLVSS1

PLLDVSS

PLLDVDD

VAPCLK

VADATA0

VADATA1

VADATA2

VADATA3

VADATA4

VADATA5

VADATA6

VADATA7

VBDATA0

VBDATA1

VBDATA2

VBDATA3

VBDATA4

VBDATA5

VBDATA6

VBDATA7

VAVALID/VBPCLK

VAHSYNC/MEMCLKI

VAVSYNC/PCLKI

GPIO0

GPIO1

GPIO2

GPIO3

GPIO4

GPIO5

GPIO6

GPIO7

INFRARED

RESET

INT#

WR#

RD#

ALECSAD0

AD1

AD2

AD3

AD4

AD5

AD6

AD7

TEST

SCAN

XIN

XOUT

VDDO

129

130

M1_SDA

M1_SCL

1

131

132

133

134

135

136

137

138

139

140

141

142

143

144

145

146

147

148

149

150

151

152

153

154

155

156

157

158

159

160

161

162

163

164

165

166

167

168

169

170

171

180

181

172

173

174

175

176

177

178

179

182

183

184

185

299

297

296

295

294

292

262

288

XOUT

SCAN

XIN

uAD6

uAD7

uAD5

uAD4

uAD0

uAD2

uAD1

uAD3

FLI_UV2

FLI_Y0

FLI_UV6

FLI_UV4

FLI_UV1

FLI_UV5

FLI_UV3

FLI_UV7

FLI_UV0

2

FLI_CLK

video pg7

FLI_UV[0..7]

ASI3.3V

video pg7

RSC50

NC

GPIO0 GPIO4

RSC51

1K

4

FLI_Y7

FLI_Y2

FLI_Y1

FLI_Y3

FLI_Y6

FLI_Y4

FLI_Y5

FLI_H

FLI_V

FLI_DE

GPIO3

GPIO1

GPIO0

GPIO2

GPIO4

video pg7

FLI_UV[0..7]

FLI_Y[0..7]

video pg7

RSC52

NC

GPIO1 GPIO3

RSC53

1K

RSC54

NC

GPIO2

RSC55

1K

graphic pg13

CSC03

NC

RSC580RSC59

RSC56

NC

RSC57

1K

TEST3

M1_RST

graphic pg13

/M1_INT

graphic pg13

/WR

UALE

M1_CS

graphic pg13

0

graphic pg13

/RD

TEST1

uAD[0..7]

graphic pg13

ASI500 RSC50,51,52,53,54,56,16,17 : NC

ASI510

RSC16

RSC50,51,52,53,54,56,16,17 :

NC

RSC17

NC

3

RSC12 1K RSC13 1K RSC14 1K RSC15 1K

VDDO

264

286

265

285

266

284

267

283

272

274

SCAN TEST1 TEST2 TEST3

graphic pg10

314

313

312

VSS

VDDO

275

276

277

311

VSS

310

VSS

RODD0 RODD1 RODD2 RODD3 RODD4 RODD5 RODD6 RODD7

GODD0 GODD1 GODD2 GODD3 GODD4 GODD5 GODD6 GODD7

BODD0 BODD1 BODD2 BODD3 BODD4 BODD5 BODD6 BODD7

REVEN0 REVEN1 REVEN2 REVEN3 REVEN4 REVEN5 REVEN6 REVEN7

GEVEN0 GEVEN1 GEVEN2 GEVEN3 GEVEN4 GEVEN5 GEVEN6 GEVEN7

BEVEN0 BEVEN1 BEVEN2 BEVEN3 BEVEN4 BEVEN5 BEVEN6 BEVEN7

PCLOCK PVSYNC PHSYNC

PVALID

ASI3.3V

RSC22

SDCLKI

graphic pg8

SDCLK

graphic pg8

309

308

VSS

307

VSS

306

VSS

305

VSS

304

VSS

303

VSS

302

VSS

301

VSS

289

VSS

261

VSS

290

VSS

291

VSS

300

VSS

260

VSS

237

ROUT01

236

ROUT02

235

ROUT03

234 233

ROUT05

232

ROUT06

231

ROUT07

230

GOUT00

229

GOUT01

228

GOUT02

227

GOUT03

226

GOUT04

225

GOUT05

224

GOUT06

223

GOUT07

222

BOUT00

221

BOUT01

220

BOUT02

219

BOUT03

218

BOUT04

217

BOUT05

216

BOUT06

215

BOUT07

214

ROUT10

213

ROUT11

212

ROUT12

211

ROUT13

210

ROUT14

209

ROUT15

208

ROUT16

207

ROUT17

206

GOUT10

205

GOUT11

204

GOUT12

203

GOUT13

202

GOUT14

201

GOUT15

200

GOUT16

199

GOUT17

198

BOUT10

197

BOUT11

196

BOUT12

195

BOUT13

194

BOUT14

193

BOUT15

192

BOUT16

191

BOUT17

190

RSC18 33

189

RSC19 33

188

RSC20 33

187

RSC21 33

186

video pg8 video pg8

2

SDCLKI

SDCLK

Place next to H2 SDCLKI signal pin

A5V

ROUT0[0..7]

graphic pg9

GOUT0[0..7]

graphic pg9

BOUT0[0..7]

graphic pg9

ROUT1[0..7]

graphic pg9

GOUT1[0..7]

graphic pg9

BOUT1[0..7]

graphic pg9

PCLOCK

graphic pg11

PVSYNC

graphic pg11

PHSYNC

graphic pg11

PVALID

graphic pg11

DVD_Cr DVD_Cb

HS_ID

video pg4,6

FS_ID

video pg4,6

SC1_FB

video pg8

RESET_Mn

video pg4,6

AFT1_ADC

NT_PAL_SEL

video pg8

video pg4,6

SVIDEO_DE

FLI_H FLI_CLK

FLI_V

220

RSC23

150

PVALID PVSYNC PHSYNC

PCLOCK

ROUT00 ROUT01 ROUT02 ROUT03 ROUT04 ROUT05 ROUT06 ROUT07ROUT00

GOUT00 GOUT01ROUT04 GOUT02 GOUT03 GOUT04 GOUT05 GOUT06 GOUT07

BOUT00 BOUT01 BOUT02 BOUT03 BOUT04 BOUT05 BOUT06 BOUT07

OPTION

1 3 5 7

9 11 13 15 17 19 21

1

3

5

7

9 11 13 15 17 19 21

Title

Size Document Number Rev Custom

Date: Sheet

CNSC2

36

35

34

33

32

31

30

29

28

27

26

25

24

23

22

21

20

19

18

17

16

15

14

13

12

11

10

9

8

7

6

5

4

3

2

1

18X2 2mm PITCH_NC

FLI_UV7 FLI_UV6 FLI_UV5 FLI_UV4 FLI_UV3 FLI_UV2 FLI_UV1 FLI_UV0

CON31

CONN RCPT 11x2

CON32

CONN RCPT 11x2

Hyundai Image Quest

ASI500

FLI_Y7

2

FLI_Y6

4

FLI_Y5

6

FLI_Y4

8

FLI_Y3

10

FLI_Y2

12

FLI_Y1

14

FLI_Y0

16 18 20 22

2 4 6 8 10 12 14 16 18 20 22

FLI_DE

SEL_RGB/TTX1 CVBS1_DE

E42095419

1

SDA_3 SCL_3

FLI_UV[0..7]

FLI_Y[0..7]

DVD_Y

video pg8

vid

eo pg4,6

video pg8

815

1.0

of

5

4

3

2

1

Panel Output Damping Network

graphic pg8

D D

graphic pg8

CSC89

10uF 16V

PLLVDD3

SC_D2.5V

CSC55 104

CSC56 104

CSC57 104

CSC58 104

CSC59 104

CSC60 104

CSC61 104

CSC62 104

CSC87

47uF 16V

D2.5V

+

LSC51 BEAD 4532

CSC88

104

+

graphic pg8

C C

CSC65

10uF 16V

CSC70 104

CSC80 104

ASI3.3V

CSC71 104

CSC81 104

CSC72 104

CSC82 104

CSC73 104

CSC74 104

CSC83 104

D3.3V

LSC50 BEAD 4532

CSC63

CSC64 104

B B

A A

ASI3.3V

CSC66 104

CSC67 104

CSC78 104

+

104

CSC68 104

CSC79 104

CSC75 104

CSC84 104

LSC52 BEAD 4532

LSC53 BEAD 4532

CSC76 104

CSC85 104

CSC77 104

CSC86 104

CSC90 104

CSC92 104

+

CSC91

10uF 16V

CSC93

10uF 16V

PLLVDD1

PLLVDD2

graphic pg8

ROUT0[0..7]

GOUT0[0..7]

BOUT0[0..7]

ROUT1[0..7]

GOUT1[0..7]

BOUT1[0..7]

ROUT00 ROUT01 ROUT02 ROUT03

ROUT04 ROUT05 ROUT06 ROUT07

GOUT00 GOUT01 GOUT02 GOUT03

GOUT04 GOUT05 GOUT06

BOUT00 BOUT01 BOUT02 ABOUT02 BOUT03

BOUT05 BOUT06 BOUT07

ROUT10 ROUT11 ROUT12 ROUT13

ROUT14 ROUT15 ROUT16 ROUT17

GOUT10 GOUT11 GOUT12 GOUT13

GOUT14 GOUT15 GOUT16 GOUT17

BOUT10 BOUT11 BOUT12 BOUT13

BOUT14 BOUT15 BOUT16 BOUT17

RSAR01 33 ARRAY

1 8 2 7 3 6 4 5

RSAR02 33 ARRAY

1 8 2 7 3 6 4 5

RSAR03 33 ARRAY

1 8 2 7 3 6 4 5

RSAR04 33 ARRAY

1 8 2 7 3 6 4 5

33 ARRAY

RSAR05

1 8 2 7 3 6 4 5

33 ARRAY

RSAR06

1 8 2 7 3 6 4 5

RSAR07 NC

1 8 2 7 3 6 4 5

RSAR08 NC

1 8 2 7 3 6 4 5

RSAR09 NC

1 8 2 7 3 6 4 5

RSAR10 NC

1 8 2 7 3 6 4 5

RSAR11 NC

1 8 2 7 3 6 4 5

RSAR12 NC

1 8 2 7 3 6 4 5

AROUT00 AROUT01 AROUT02 AROUT03

AROUT04 AROUT05 AROUT06 AROUT07

AGOUT00 AGOUT01 AGOUT02 AGOUT03

AGOUT04 AGOUT05 AGOUT06 AGOUT07GOUT07

ABOUT00 ABOUT01

ABOUT03

ABOUT04BOUT04 ABOUT05 ABOUT06 ABOUT07

AROUT0[0..7]

AGOUT0[0..7]

ABOUT0[0..7]

graphic pg11

OPTION

5

4

3

2

Hyundai Image Quest

Title

ASI500 Decouple Caps

Size Document Number Rev Custom

E42095419

Date: Sheet

915

1

of

1.0

5

ADQ[0..63]

graphic pg8

D D

4

3

2

1

UFB01

graphic pg8

graphic pg8 graphic pg8 graphic pg8

graphic pg8

C C

B B

SDCLKI

/AWE /ACAS /ARAS

ABA0

ABA1

ADQM0 ADQM1 ADQM2 ADQM3

AMA0 AMA1 AMA2 AMA3 AMA4 AMA5 AMA6 AMA7 AMA8 AMA8 AMA9 AMA10

68

CLK

67

CKE

20

CS#

17

WE#

18

CAS#

19

RAS#

22

BA0

23

BA1

16

DQM0

71

DQM1

28

DQM2

59

DQM3

25

A0

26

A1

27

A2

60

A3

61

A4

62

A5

63

A6

64

A7

65

A8

66

A9

24

A10

14

NC

21

NC

30

NC

57

NC

69

NC

70

NC

73

NC

VDD VDD VDD VDD

VDDQ VDDQ VDDQ VDDQ VDDQ VDDQ VDDQ VDDQ

DQ0 DQ1 DQ2 DQ3 DQ4 DQ5 DQ6 DQ7 DQ8

DQ9 DQ10 DQ11 DQ12 DQ13 DQ14 DQ15 DQ16 DQ17 DQ18 DQ19 DQ20 DQ21 DQ22 DQ23 DQ24 DQ25 DQ26 DQ27 DQ28 DQ29 DQ30 DQ31

VSSQ VSSQ VSSQ VSSQ VSSQ VSSQ VSSQ VSSQ

VSS

1 15 29 43

3 9 41 35 49 55 75 81

ADQ0

2

ADQ1

4

ADQ2

5

ADQ3

7

ADQ4

8

ADQ5

10

ADQ6

11

ADQ7

13

ADQ8

74

ADQ9

76

ADQ10

77

ADQ11

79

ADQ12

80

ADQ13

82

ADQ14

83

ADQ15

85

ADQ16

31

ADQ17

33

ADQ18

34

ADQ19

36

ADQ20

37

ADQ21

39

ADQ22

40

ADQ23

42

ADQ24

45

ADQ25

47

ADQ26

48

ADQ27

50

ADQ28

51

ADQ29

53

ADQ30

54

ADQ31

56

6 12 32 38 46 52 78 84

44 58 72 86

FM1_3.3V

SDCLKI

/AWE /ACAS /ARAS ABA0 ABA1

ADQM4 ADQM5 ADQM6 ADQM7

AMA0 AMA1 AMA2 AMA3 AMA4 AMA5 AMA6 AMA7

AMA9 AMA10

UFB02

68

CLK

67

CKE

20

CS#

17

WE#

18

CAS#

19

RAS#

22

BA0

23

BA1

16

DQM0

71

DQM1

28

DQM2

59

DQM3

25

A0

26

A1

27

A2

60

A3

61

A4

62

A5

63

A6

64

A7

65

A8

66

A9

24

A10

14

NC

21

NC

30

NC

57

NC

69

NC

70

NC

73

NC

VDD VDD VDD VDD

VDDQ VDDQ VDDQ VDDQ VDDQ VDDQ VDDQ VDDQ

DQ0 DQ1 DQ2 DQ3 DQ4 DQ5 DQ6 DQ7 DQ8

DQ9 DQ10 DQ11 DQ12 DQ13 DQ14 DQ15 DQ16 DQ17 DQ18 DQ19 DQ20 DQ21 DQ22 DQ23 DQ24 DQ25 DQ26 DQ27 DQ28 DQ29 DQ30 DQ31

VSSQ VSSQ VSSQ VSSQ VSSQ VSSQ VSSQ VSSQ

VSS

1 15 29 43

3 9 41 35 49 55 75 81

2 4 5 7 8 10 11 13 74 76 77 79 80 82 83 85 31 33 34 36 37 39 40 42 45 47 48 50 51 53 54 56

6 12 32 38 46 52 78 84

44 58 72 86

ADQ32 ADQ33 ADQ34 ADQ35 ADQ36 ADQ37 ADQ38 ADQ39 ADQ40 ADQ41 ADQ42 ADQ43 ADQ44 ADQ45 ADQ46 ADQ47 ADQ48 ADQ49 ADQ50 ADQ51 ADQ52 ADQ53 ADQ54 ADQ55 ADQ56 ADQ57 ADQ58 ADQ59 ADQ60 ADQ61 ADQ62 ADQ63

FM2_3.3V

D3.3V

LFB01

BEAD 4532

3

LFB02

BEAD 4532

3

CFB08

103

CFB22

104

22uF 16V

104

CFB09

+

104

CFB23

+

CFB01

CFB15

103

104

103

104

CFB02

CFB10

CFB16

CFB24

103

104

CFB03

CFB11

CFB17

CFB25

103

104

CFB04

CFB12

CFB18

CFB26

103

104

CFB05

CFB13

CFB19

CFB27

FM1_3.3V

CFB06

103

CFB14

104

FM2_3.3V

CFB20

103

CFB28

104

CFB07

CFB21

graphic pg8

AMA[0..10]

ADQM[0..7]

A A

graphic pg8

5

K4S643232C

4

RFB10 0

K4S643232C

RFB11

NC

ACKE

graphic pg8

ASI500 : RFB10 : NC , RFB11: 0 OHM K4S643232C

D3.3V

3

ASI510 : RFB10 : 4.7K , RFB11: NC (MT48LC4M32B2TG

2

Hyundai Image Quest

Title

Frame Buffer Memory

Size Document Number Rev Custom

E42095419

Date: Sheet

1

10 15

of

1.0

5

D3.3V

AROUT0[0..7]

AGOUT0[0..7]

ABOUT0[0..7]

graphic pg8

RLV01

4.7K

PHSYNC PVSYNC

PVALID

D D

graphic pg9

C C

B B

4

graphic pg8

graphic pg13

PCLOCK

LVDS_EN

ACTIVE_LOW

AROUT00 AROUT01 AROUT02 AROUT03 AROUT04 AROUT07 AROUT05 AGOUT00 AGOUT01 AGOUT02 AGOUT06 AGOUT07 AGOUT03 AGOUT04 AGOUT05 ABOUT00 ABOUT06 ABOUT07 ABOUT01 ABOUT02 ABOUT03 ABOUT04 ABOUT05

AROUT06

51 52 54 55 56

2 3 4 6 7

8 10 11 12 14 15 16 18 19 20 22 23 24 25 27 28 30 50 31 17 32

TXIN0 TXIN1 TXIN2 TXIN3 TXIN4 TXIN5 TXIN6 TXIN7 TXIN8 TXIN9 TXIN10 TXIN11 TXIN12 TXIN13 TXIN14 TXIN15 TXIN16 TXIN17 TXIN18 TXIN19 TXIN20 TXIN21 TXIN22 TXIN23 TXIN24 TXIN25 TXIN26 TXIN27 TXCLK_IN R_FB /PWR_DWN

ULV01

VCC VCC

VCC PLL_VCC PLL_GND PLL_GND

TXOUT0-

TXOUT0+

TXOUT1-

TXOUT1+

TXOUT21-

TXOUT2+

TXOUT3-

TXOUT3+

TXCLKOUT-

TXCLKOUT+

LVDS_VCC

LVDS_GND LVDS_GND LVDS_GND

VSS

DS90C385MTD

3

LLV04 BEAD 4532

CLV11 104

CLV07 104

CLV12 104

LLV02

+

CLV05 10uF 16V

+

CLV08 10uF 16V

+

CLV13 10uF 16V

LLV03 BEAD 4532

BEAD 4532

CLV06 104

CLV10 104

1 9 26 34 33 35

RXE0-

48

RXE0+

47

RXE1-

46

RXE1+

45

RXE2-

42

RXE2+

41

RXE3-

38

RXE3+

37

RXEC-

40

RXEC+

39 44

36 43 49

53 29 21 13 5

CLV04 104

graphic pg13 graphic pg13

SCL_3 SDA_3

CLV09 104

2

D3.3V

CLV14 104

GND

RLV03 100

RLV04 100

GND

GND GND

GND GND GND GND NC GND

GND NC

RXE0RXE0+

RXE1RXE1+

RXE2RXE2+

RXECRXEC+

RXE3RXE3+

1

CNLV1

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31

CON31

A A

Hyundai Image Quest

Title

LVDS Transmitter DS90C385MTD

Size Document Number Rev B

E42095419

5

4

3

2

Date: Sheet

1

11 15

of

1.0

5

4

3

2

1

TA2024B

RAU58

10K

CON33

1 2 3 4 5 6 7 8 9 10 11

CON11 2.0mm

CON30

1 3 5 7

9 11 13 15 17 19 21

CONN RCPT 11x2

CPUMP

VDDA

VDD2

PGND1

NC

NC OUTP1

VDD1

OUTM1

OUTM2

VDD2

OUT2

NC

DGND

NC

PGND2

FAULT

2

2 4 6 8 10 12 14 16 18 20 22

36 35 34 33 32 31 30 29 28 27 26 25 24 23 22 21 20

CAU73

220uF 16V

+

CAU61

105

12V_AUDIO

TTX_B TTX_G TTX_R

VOUT

SIF2

2 1

video pg4,6

DAU4 MBRS130T3

2 1

CAU52

104

video pg8 video pg8 video pg8

video pg4,6

12V_AMP

12V_AUDIO

2 1

DAU3 MBRS130T3

DAU2 MBRS130T3

LAU6 BEAD 4532

LAU5 BEAD 4532

CAU66

220uF 16V

LAU2 56uH,2A

DAU1 MBRS130T3

LAU3 56uH,2A

LAU4 56uH,2A

LAU7

56uH,2A

+

CAU63

104

CAU67

CAU57

CAU75

104

474

RAU29 10,1/4W

CAU65

CAU68

474

104

RAU30 10,1/4W

Hyundai Image Quest

Title

MSP3450 Audio Processor

Size Document Number Rev Custom

E42095419

Date: Sheet

1

12V_AMP

224

CAU54

224

CAU62

CAU59

224

CAU71

102

CAU60

102

SPKL1

OUT1+

1

OUT1-

2

2.5mm 2PIN DIP

SPKR1

OUT2-

1 2

CAU58

3

102

2.5mm 3PIN DIP

CAU70

102

1.0

of

12 15

SC2_OUT_R

video pg8

SC2_OUT_L

video pg8

SC1_OUT_R

video pg8

SC1_OUT_L

video pg8

video pg4,6

MUX_AUDIO_R

video pg4,6

MUX_AUDIO_L

D D

CAU87 224

CAU88

224

RAU07 1.5K

RAU27 1.5K

RAU05 1.5K

RAU06 1.5K

CAU09

+

104

CAU10 10uF 16V

CAU77 103

CAU93 103

CAU92 103

CAU76 103

6463626160595857565554535251504948474645444342

NC15

NC14

NC13

VREFTOP

I2S_DA_OUT

I2S_DA_IN1

CAU30 152

SC1_IN_R

ADR_DA

CAU29 470pF

SC1_IN_L

ADR_WS

CAU28 220pF

ASG1

ADR_CL

SC2_IN_R

MSP3450G

DVSUP1

AVSS2

AVSS1 AVSUP1 AVSUP2 ANA_IN1+ ANA_INANA_IN2+ TESTEN XTAL_IN XTAL_OUT TP AUD_CL_OUT NC16 NC17 D_CTR_I/O_1 D_CTR_I/O_0 AISGND STANDBYQ

MONO_IN

NC1

I2C_CL

I2C_DA

I2S_CL

I2S_WS

1234567891011121314151617181920212223

RAU24

100

RESET_Mn

XAU01

18.432MHz

RAU26

22

CAU37 56pF

SCL_5

SDA_5

RESET_Mn

ACTIVE_LOW

DVD_AUDIO_L

DVD_AUDIO_R

RAU04

4.7K

graphic pg3

graphic pg13

65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80

RAU25

DVD_AUDIO_R

graphic pg3

DVD_AUDIO_R

graphic pg3

C C

A5V

LAU10

BEAD 4532

CAU18 NC

B B

SIF1

graphic pg3

A A

RAU11 100

CAU40 470pF

SIF2

graphic pg3

A5V

CAU31

224

RAU13 100

CAU39 152

CAU06 56pF

CAU07 56pF

CAU20 NC

+

CAU38 100uF 16V

CAU34

3.3PF

LAU09

BEAD 4532

5

CAU33

3.3PF

SC2_IN_L

UAU2

DVSUP2

CAU78 103

ASG2

DVSUP3

+

CAU27 10uF 16V

RAU28 1.5K

CAU79 103

SC3_IN_R

DVSS1

4

RAU08 1.5K

RAU09

SC3_IN_L

DVSS2

CAU91 103

1.5K

ASG4

DVSS3

CAU03

224 CAU01

224

CAU04

224 CAU02

224

SC4_IN_L

SC4_IN_R

I2S_DA_IN2

NC2

RAU10

1.5K

CAU90 103

RAU23

DTV_AUDIO_R

graphic pg3

SIF1

+

105

CAU69

RAU52 20K

RAU51 20K

RAU39

100

video pg4,6

TTX_HS

video pg4,6

TTX_VS

video pg4,6

video pg8

TTX_FB

VT33V A9V D1.8VA5V D3.3V

UAU1

1

+5GEN

2

DCAP2

CAU53 104

3

DCAP1

4

V5D

5

AGND1

6

REF

7

OVERLOADB

8

AGND2

9

V5A

10

VP1

11

IN1

12

MUTE

13

NC

14

VP2

15

IN2

16

BIASCAP

17

AGND3

18 19

SLEEP

12V_AUDIO

RAU53

1M

CAU72

104

RAU91

0

RAU54

CAU55 104

0

RAU56 8.2K

RAU55 33K

RAU57 33K

DTV_AUDIO_L

graphic pg3

PC_AUDIO_R

graphic pg3

PC_AUDIO_L

MUX_AUDIO_R

MUX_AUDIO_L

41

NC11

CAPL_M

AHVSUP

CAPL_A

VREF1

NC9 NC8

NC7 DACM_L DACM_R

VREF2

DACA_L

NC6

24

NC10

40 39 38 37 36 35 34 33 32 31 30 29 28 27 26 25

DACA_R

RAU22

1K

graphic pg12

graphic pg3

CAU13 10uF 16V

CAU16 470pF

CAU17 10uF 16V

RAU19 1.5K

RAU20 1.5K

(GND

분리

AUDIO_MUTE

+

RAU21

)

CAU15 152

RAU17 1K

RAU18 1K

RAU14 1K RAU15 1K

1K

CAU19

3.3uF 50V

CAU14

+

10uF 16V

SC1_OUT_L SC1_OUT_R

SC2_OUT_L SC2_OUT_R

+

WOFER

CAU12 104

RAU01

1K

graphic pg

RAU60

1K

CAU23 103

CAU21 102

A8V

BEAD 2012

CAU41

CAU42 BEAD 2012

CAU22 103

+

CAU11

3.3uF 50V

CAU64

3.3uF 50V

+

CAU51

3.3uF 50V

S5V

RAU59

4.7K

MUTE

3

QAU01

2

KSC1623-Y

1

CAU05

104

3

CAU84

224

CAU85

224

NC12

AGNDC

AHVSS2

AHVSS1

SC1_OUT_L

SC1_OUT_R

SC2_OUT_L

SC2_OUT_R

DACM_SUB

NC3

NC4

RESETQ

NC5

22

CAU26 224

5

S3.3V

D D

C C

B B

DSUB_DE DVI_DE DVD_DE

DTV_DE

CVBS1_DE SVIDEO_DE HSYNC_DE VSYNC_DE

POWER

SOURCE

MENU

UP

DOWN LEFT RIGHT

A A

CON14

S5V

JK01

1 2 3 4 5 6 7 8

9 10 11 12 13 14

CMC01 104

CMC25 104

S5V

S3.3V

RMC26 10k

UM01

KIA7025AP-SOT89

1

VCC

VOUT

GND

2

UM14

IN OUT

123

GND

BA033FP

3 2

IN OUT

GND

UM13

1

LM1117-2.5

POWER SOURCE DOWN UP MENU

LEDR LEDG

IR RIGHT LEFT

RMC09 100 RMC97 100 RMC40 100 RMC81 100 RMC34 100 RMC80 100 RMC46 100 RMC86 100

EXPAN_IN1

RMC78 4.7K

RMC06 100 RMC56 100 RMC11 100 RMC50 100

RMC72 100 RMC73 100

EXPAN_IN2

RMC99 4.7K

RMC93

3

CMC10 10uF 16V

330

5

S3.3V

12

34

+

CMC02 22uF 16V

+

CMC27 22uF 16V

S5V

RMC41

330

QMC04

RMC57 1K

KSC1623-Y

QMC02

RMC44 1K

KSC1623-Y

UM09

3

1Q

1D

4

2Q

2D

7

3Q

3D

8

4Q

4D

13

5Q

5D

14

6Q

6D

17

7Q

7D

18

8Q

8D

1

VCC

OC

11 10

G GND

MM74LVC373AD-SOT163-1

UM08

3

1Q

1D

4

2Q

2D

7

3Q

3D

8

4Q

4D

13

5Q

5D

14

6Q

6D

17

7Q

7D

18

8Q

8D

1

VCC

OC

11 10

G GND

74LVC373AD-SOT163-1

DMC01

1N4148

RMC39 1K

SWM01

SW-PUSH

S3.3V

CMC12

S2.5V

CMC35

2 5 6 9 12 15 16 19

20

2 5 6 9 12 15 16 19

20

104

/LEDG

/LEDR

VOUT

VIDEO Pg5

uAD0 uAD1 uAD2 uAD3 uAD4 uAD5 uAD6 uAD7

FBM02 600 ohm 0.5A 2012

CMC16 104

uAD0 uAD1 uAD2 uAD3 uAD4 uAD5 uAD6 uAD7

FBM10 600 ohm 0.5A 2012

CMC26 104

RSTN_MICOM

CMC22

10uF 16V

uAD[0..7]

S3.3V

+

uAD[0..7]

S3.3V

FS_ID

CMC05

47uF 16V

uAD[0..7]

HS_ID

ZDM01

NC

2 1

RMC45

47K

+

RMC55

2.7K RMC15

22K

uAD[0..7]

A9V

EXPAN_OUT2

QMC01 KSC1623-Y

RMC10 75

RMC60 470

uAD0 uAD1 uAD2 uAD3 uAD4 uAD5 uAD6 uAD7

uAD[0..7]

ZDM02 NC

S3.3V

uAD[0..7]

/WR /RD UALE M1_CS

AFT1_ADC

SC1_FB

2 1

TXD

/M1_INT

RXD

UM16

3

1Q

1D

4

2Q

2D

7

3Q

3D

8

4Q

4D

13

5Q

5D

14

6Q

6D

17

7Q

7D

18

8Q

8D

1

VCC

OC

11 10

G GND

74LVC373AD-SOT163-1

uAD0 uAD1 uAD2 uAD3 uAD4 uAD5 uAD6 uAD7

EXPAN_OUT1

4

FBM16BEAD 2012

FBM03

8.2UH

RMC37 330

2 5 6 9 12 15 16 19

20

UM03

3

1D

4

2D

7

3D

8

4D

13

5D

14

6D

17

7D

18

8D

1

OC

11 10

G GND

74LVC373AD-SOT163-1

4

10uF 16V

uAD0 uAD1 uAD2 uAD3 uAD4 uAD5 uAD6 uAD7

DOWN_SW

SCL_3 SDA_3

SELF_RESET

SCL_1 IR EXPAN_IN1

EXPAN_OUT2 SDA_1

EXPAN_OUT1 EXPAN_IN2

RMC95 10K

RMC104 100 RMC29 100 RMC96 100

FBM14 600 ohm 0.5A 2012

CMC40

104

VCC

3

S2.5V

FBM18

CMC44

BEAD 2012

S2.5V

FBM17

BEAD 2012

+

CMC19

S3.3V

RMC42 4.7k

RMC51 4.7k

RMC82 4.7k

RMC27 4.7k

RMC71 4.7k

RMC22 4.7k

CMC11 150pF

/LEDG /LEDR

S3.3V

RMC61 100

2

1Q

RMC24 100

5

2Q

RMC23 100

6

3Q

RMC31 100

9

4Q

RMC89 100

12

5Q

RMC62 100

15

6Q

16

7Q

19

8Q

20

CMC37

104

CMC08

10uF 16V

CMC17 102

RMC90 4.7k

RMC30 4.7k

RMC77 100 RMC65 100 RMC66 0 RMC36 100

TTX_HS TTX_VS

RESET_Mn

RMC98

FBM07 600 ohm 0.5A 2012

10uF 16V

+

CMC31 104

CMC23

CMC14 33pF

1K

LVDS_EN SIL161_EN

S3.3V

RMC101

4.7K

+

33pF

POWER_RELAY AUDIO_MUTE

RMC49

4.7K

S5V

CMC45 101

CMC41 102

CMC13 102

CMC04 104

RSTN_MICOM

RMC87 100

RMC94 100 RMC47 100 RMC79 100 RMC74 100 RMC05 100 RMC48 0 RMC08 0 RMC28 100

P2.0 P2.1 P2.2 P2.3

RMC88 100 RMC76 100

RMC83 100

RMC17 100 RMC01 100

CMC28 104 RMC64 100 RMC18 100

M1_RST

RMC106

4.7K

RMC110

4.7K

RMC103

4.7K

RMC67

4.7K

QMC06 KSC1623-Y

XM01 6MHz

S5V

CMC43 104

CMC30 104

CMC33 104

RMC112

QMC08 KSC1623-Y

RMC70

QMC07 KSC1623-Y

NT_PAL_SEL

graphic pg13

+

CMC15

50 53

52

9 10 11 12 13 14 15 16

41 42 43 44 45 46 47 62

24 25 26 27

31 32 33 34 35 36 37 38

48 49

17 18 19 20

21 29 30

100

CMC09 104

10uF 16V

RST XTAL1

XTAL2

P0.0 P0.1 P0.2 P0.3 P0.4 P0.5 P0.6 P0.7

P1.0/PWM0 P1.1/PWM1 P1.2/PWM2 P1.3/PWM3 P1.4/PWM4 P1.5/PWM5 P1.6/PWM6 P1.7PWM7

P2.0/ADC0 P2.1/ADC1 P2.2/ADC2 P2.3/ADC3

P3.0 P3.1/TXD P3.2/INT0 P3.3/INT1 P3.4/T0 P3.5/T1 P3.6 P3.7/RXD

P4.2 P4.3

ENE STOP OCF EXTIF

CVBS HS/SSC VS

SEL_RGB/TTX1

graphic pg13

CMC42 104

POWER_CONTROL

PCDTV_SEL

678

22

40

7374

75

92

VDD3.3

VDD2.5

VDD3.3

VDD2.5VSS

VDD3.3

UM06

SDA55XX_PQFP100

BLANK/COR

VSSA

VSS

VSSA

VSS

23

39

55

91

KSC1623-Y

DOWN_SW

S3.3V

FBM11

NC

3

56

VDDA2.5

FL_RST

FL_PGM

VSS

QMC05

FL_CE

XROM

UD[0..7]

A[0..19]

UD0

99

D0

UD1

1

D1

UD2

3

D2

UD3

4

D3

UD4

2

D4

UD5

100

D5

UD6

98

D6

UD7

96

D7

A0

97

A0

A1

94

A1

A2

93

A2

A3

89

A3

A4

86

A4

A5

84

A5

A6

82

A6

A7

79

A7

A8

81

A8

A9

83

A9

A10

90

A10

A11

85

A11

A12

77

A12

A13

78

A13

A14

76

A14

A15

71

A15

A16

69

A16

A17

70

A17

A18

68

A18

A19

67

A19

/PSEN

88

PSEN

ALE

87

ALE

RDA

65

RD

WRA

64

WR

28

NC

51

NC

54

NC

61

NC

63

NC

66

NC

95 80 72

RMC04 100

R G

S5V

B

RMC58

4.7k

57

RMC33 100

58

RMC03 100

59

RMC68 100

60 5

14

CMC48

NC

RMC63 0

POWER_RELAY

RMC12

4.7k

UM19A

7 1 2

NC

TTX_R TTX_G TTX_B TTX_FB

SELF_RESET

RSTN_MICOM

A16 A17

A18 A19

RMC52 NC

A0

20

A0

A1

19

A1

A2

18

A2

A3

17

A3

A4

16

A4

A5

15

A5

14

A6

A7

13

A7

A8

3

A8

A9

2

A9

A10

31

A10

A11

1

A11

A12

12

A12

A13

4

A13

A14

11

A14

A16

7

A15

A17

10

A16

A18

9

A17

RDA

32 6

OE CS2

WRA

5

WE

HY62U8200

A15

SAMSUNG 256K BYTE SRAM 32-TSOP

CMC21 104

SDA_3

147

UM18A

1 2

NC

UM15

1 14

P1 VCC

2

P2

3

P3

4

P4

Y

5

P5

6

P6

9

P9

10

P10

11

NC

P11

12

GND

P12

NC

UM02

21

I/O1

22

I/O2

23

I/O3

25

I/O4

26

I/O5

27

I/O6

28

I/O7

29

I/O8

8

VCC

24

VSS

30

CS1

S3.3V

RMC91

4.7K

3

FBM12 NC

8

CMC50 NC

13 7

2

S3.3V

FBM04

RMC20

4.7K

JP03

NC

JP01

NC

UM05

1 2 3

4 7

24C16-SOIC 8 EEPROM

A0 A1 A2 A3 A4 A5 A6 A7 A8 A9 A10 A11 A12 A13 A14 A15 A16 A17

A18

SCL_5 SCL_3 SDA_5

1 2

/PSEN

3

1 2 3

14

VCC

13

/2RD

12

2D

11

2CP

10

/2SD

9

2Q

600 ohm 0.5A 2012

NC NC NC

GND WC

S3.3V

8

VCC

CMC18

104

6

SCL

5

SDA

OPTION--FLASH ROM--!!!

UM04

12

DQ0

A0

11

DQ1

A1

10

DQ2

A2

9

DQ3

A3

8

DQ4

A4

7

DQ5

A5

6

A6

DQ6

5

A7

DQ7

27

A8

26

A9

23

A10

WE

25

A11

4

A12

28

A13

29

A14

3

A15

2

A16

VCC

30

A17

1

VSS

A18

SST39VF040-PLCC32

4M BIT EPROM

A0 A1 A2 A3 A4 A5 A6 A7 S3.3V S3.3V

S3.3V

/PSEN RDA

WRA

H/PSEN

H/BOOTEN

FBM09 NC

CMC06

NC

FBM15 NC

CMC51

NC

UD0 UD1 UD2 UD3 UD4 UD5 UD6A6 UD7

S3.3V

FBM08 600 ohm 0.5A 2012

+

CMC36

CMC29 104

10uF 16V

A5V

RMC14

RMC25

4.7K

6 5

1-2 : TEST 2-3 : NORMAL

1 2 3 4 5 6 7 8

UM17

/1RD 1D 1CP /1SD 1Q /1Q GND /2Q

NC

CMC47

NC

CMC20 NC

FBM13

NC

UM11

1

G1

2

S2

3 4

G2 D2

FDC6561AN

S3.3V

RESET_M

S3.3V

+

CMC46 NC

2

D1 S1

1

RMC19

RMC32

4.7K

RMC13 100

RMC35 100

UD0

13

UD1

14

UD2

15

UD3

17

UD4

18

UD5

19

UD6

20

UD7

21

31 22

CE

/PSEN

24

OE

32 16

CNM20

A19

2

1 3 5 7

9 11 13 15 17 19 21 23 25 27 29 31 33 35 37 39 41 43 45 47 49 51 53 55 57 59

NC

CMC32

Title

Size Document Number Rev

Date: Sheet

A18

4

A17

6

A16

8

UD0

10

UD1

12

UD2

14

UD3

16

UD4

18

UD5

20

UD6

22

UD7

24

A8

26

A9

28

A10

30

A11

32

A12

34

A13

36

A14

38

A15

40 42

/PSEN

44 46

RDA

48 50

WRA

52 54

RSTN_MICOM

56

ALE

58 60

UM12

2

I0A

3

I1A

5

I0B

6

I1B

14

I0C

13

I1C

11

I0D

10

I1D

1

S

15

E

16

VCC

8

GND

NC

S3.3V

+

CMC49

NC

Hyundai ImageQuest

MICROCONTROLLER SDA5550

Custom

E42095419

1

600 ohm 0.5A 2012 FBM05

CMC03

104

4

ZA

7

ZB

12

ZC

9

ZD

SCL_1

SDA_1

CMC38

104

RMC16 NC RMC75 NC RMC69 NC RMC59 NC

S3.3V

+

CMC24

10uF 16V

13 15Thursday, September 18, 2003

of

1.0

1

5

4

3

2

1

A6V

LPM04

BEAD 4532

LPM09BEAD 4532

LPM02

BEAD 4532

CP34 224

LPM01 COIL 47UH

D D

CNPR1

1

A6V

1

2

3

A12V

3

4

5

12Vamp

5

6

12Vamp

6

7

GND-amp

7

8

GND-amp

8

9

VT

9

10

2.5mm 10PIN DIP

C C

D6V

CNPR3

1

D6V

1

2

3

D3.3V

3

4

D3.3V

4

5

B B

6

D12V

7

PS_ON

8 9

STD_5V

10

THEM_DE

11

2.5mm 11PIN DIP

6 7 8 9 10 11

CP28

+

100uF 16V

CP41

+

47uF 50V

LPM03 COIL 47UH

LPM10 COIL 47UH

LPM05 COIL 47UH

CP29 104

LPM07

COIL 47UH

CP02 104

CP14 104

+

CP25

104

CP42

104

CP30 100uF 16V

A12V

VT33V

12V_AMP

+

CP01

100uF 16V

CP23

+

100uF 16V

CP40

+

47uF 50V

CP31 104

D3.3V

CP08

+

100uF 16V

CP04

CP33 104

CP39 104

104

CP07

BA05FP

BA17809FP

BA17808FP

104

UP03

IN OUT

123

GND

BA033FP

UP02

IN OUT

123

GND

UP01

IN OUT

123

GND

UP06

IN OUT

123

GND

3 2

CP35 224

IN OUT

GND

1

UP04 1580-ADJ

+

CP09 100uF 16V

+

CP37 100uF 16V

+

CP05

100uF 16V

RP04

A3.3V

CP10

104

A5V

CP38

104

A9V

CP06 104

A8V

+

CP36

100uF 16V

D2.5V

+

150

CP17

100uF 16V

CP18 104

RP03

CP27

150

104

D1.8V

CP22

+

CP21

100uF 16V

104

Hyndai Imagequest

Title

Power Distribution

Size Document Number Rev C

E42095419

2

Date: Sheet

1

1.0

of

14 15Thursday, September 18, 2003

CP32 104

S5V

3 2

IN OUT

CP20

104

3

GND

UP05

1

LM1117-1.8

LPM06 BEAD 4532

CP16

+

100uF 16V

A A

5

POWER_CONTROL

4

5

4

3

2

1

D D

S5V

CNI2

3 2

1

PHONEJACK STEREO

CRS04

10uF 16V

1615

VCCGND

T1OUT T2OUT

R1IN R2IN

+

2

V+

6

V-

14 7 13 8

CRS06 10uF 16V

+

15V 0.5W SOT-23

ZD7

2 1 21

ZD8

15V 0.5W SOT-23

ZD5

24V 0.5W SOT-23

2 1 21

ZD6

24V 0.5W SOT-23

ZD3

2 1 21

ZD4

RRS0275

RRS0175

ZD1

24V 0.5W SOT-23

2 1 21

ZD2

24V 0.5W SOT-23

RRS03 75

RRS04 75

CNI1

5 9 4 8 3 7 2 6 1

10uF 16V

CRS03

10uF 16V

+

CRS01

C C

10uF 16V

CRS02

+

TXD

RXD

B B

+

1 3 4

5 11 10 12

9

MAX232C

URS01

C1+ C1C2+ C2T1IN T2IN R1OUT R2OUT

CRS05 104

DB9 Female Rt Angle w/Mount Latch

SERIAL PORT

A A

Hyundai ImageQuest

Title

MAX232C

Size Document Number Rev

B

E42095419

5

4

3

2

Date: Sheet

15 15Thursday, September 18, 2003

1

of

1.0

IR

GND

123

IR1 IR SENSER

VCC

CNK1

14 13

RMC

12 11 10

9 8 7 6 5 4 3 2 1

2mm 14PIN DIP

RK01 100

SWK01

POWER

RK02 10K

DK01

1N4148 SOT-23

2 1

SWK02

SOURCE

LK01

1.5UH

SWK03 DOWN

RIGHT

CK01

10uF 16V

SWK04

+

CK02

0.1uF

LEFT

LEDG LEDR

SWK05

UP

MENU

SWK07 RIGHT

SWK06 LEFT

D2

RED

LED

1

Lumex Opto, Inc. PN SSL-LX3059IGW

2

GND

GREEN

3

Hyundai Image Quest

Title

Remocon & Keypad

Size Document Number Rev B

E42095417

5

4

3

2

Date: Sheet

11

1

of

1.0

5

4

Hyundai ImageQuest

PT421H Schematic Diagram(VIDEO)

3

2

1

01. Cover Page

02. MUX

03. 3D COMBFILTER

04. VPC3230(MAIN)

05. VPC3230(SUB)

06. FIFO MEMORY

07. FLI2300

08. INPUT BOARD

Date:05/29/2003

5

Hyundai Image Quest

Title

PD421 SCHEMATIC DIAGRAM

Size Document Number Rev

B

E42095417

4

3

2

Date: Sheet

108

1

of

1.0

5

RMX26 100

HS_CVBS(Y) FS_CVBS(Y)

CVBS1

HS_CVBS(Y) SC2_R

SC2_IN_L SC2_IN_R SC1_IN_L SC1_IN_R

CVBS1_L CVBS1_R

TUNER_CVBS1

TUNER_CVBS2

RMX06 100 RMX18 100

RMX24 100

RMX30 100 RMX17 100

RMX20 100 RMX08 100 RMX29 100 RMX13 100

RMX02 100 RMX04 100

CMX23 1uF 50V

+

CMX26 1uF 50V

+

CMX12 1uF 50V

+

CMX30 1uF 50V

+

CMX17 1uF 50V

+

CMX22 1uF 50V

+

CMX10 1uF 50V

+

CMX25 1uF 50V

+

CMX28 1uF 50V

+

CMX27 1uF 50V

+

CMX04 1uF 50V

+

CMX20 1uF 50V

+

CMX01 1uF 50V

+

4

63

TV

1

V1

8

UMX02

V2

15

CXA2069

V3

22

V4

30

V5

60

V6

3

Y1

5

C1

10

Y2

12

C2

17

Y3

19

C3

24

Y4

26

C4

62

LTV

64

RTV

2

LV1

4

RV1

9

LV2

11

RV2

16

LV3

18

RV3

23

LV4

25

RV4

29

LV5

31

RV5

59

LV6

61

RV6

27

S2_4

20

S2_3

13

S2_2

6

S2_1

VOUT1

YOUT1 TRAP1

COUT1

V/YOUT2

TRAP2 COUT2

VOUT3 YOUT3 COUT3

VGND

AGND

LOUT1 ROUT1 LOUT2 ROUT2 LOUT3 ROUT3

DC OUT

MUTE

53

49

YIN1

56 55

58 51

CIN1

44 46 47

41 39 37

57 50

BIAS

42

VCC

35

52 54 43 45 38 40

36 33

SCL

34

SDA

32

ADR

7

S_1

14

S_2

21

S_3

28

S_4

48

CMX16 0.1uF

CMX05

RMX01 100

RMX14 100

RMX22 100 RMX12 100

+

CMX31 1uF 16V

+

CMX32 1uF 16V

22uF 16V

+

RMX34

470

MUX_AUDIO_L MUX_AUDIO_R

SCL_5 SDA_5

RMX33 510

3

3D_Y

LUMA_IN

CROMA_IN

3D_C

video pg8

CMX21 104

CMX13

10uF 16V

+

1) CXA2069 :A5V - 72mA

2) TUNER :A33 - Tuning Voltage A5V - 80mA(40mA*2)

RMX35 470

RMX36 470

3D_CVBS_MAIN

+

CMX19

22uF 16V

RMX27

RMX10

FBX01

LCMF3225 10UH

22K

RMX32

510

A5V

QMX01 KSC1623-Y

RMX16 470

C_SUB

A9V

MONITOR_OUT

RMX31

510

Y_SUB(CVBS)

2

D3.3V

SDA_3

CMX06 104

RMX03

4.7K

UMX01

1

G1

D1

2

S2

S1

3 4

G2 D2

FDC6561AN

RMX21

4.7K

6 5

1

A5V

RMX25

RMX15

4.7K

SCL_5 SCL_3 SDA_5

TCLQ9091PC28A(S)

5

UTU01

SCL

SDA

SAS

IF(T.P)

AFT

SIF

CVBS

A/O

MAIN TUNER

VT33V

FBTU3

LMFC3225 10UH

+

CTU03 10uF 50V

TPT2

FBTU4 LMFC3225 10UH

CTU15 104

SCL_5

SDA_5

+

CTU09 104

CTU12

+

10uF 16V

CTU13 47uF 16V

SIF2

+

CTU11

CTU08

104

10uF 50V

A5V

1

TU

2

B+

3

RTU08 100

4

RTU01 100

5

6 7 8

RTU05 100

9 10

BP

11

BEAD 600 OHM 2012

CTU02 104

CTU04

10uF 16V

+

CTU05 47uF 16V

+

SCL_5

SDA_5

SIF1

FBTU6

RTU04

RTU09

+

CTU01

47uF 16V

22K

QTU01

MMBT3904

22K

RTU13 470

FBTU1

LMFC3225 10UH

CTU06 104

RTU15

1OK

RTU20 15K

A5V

RTU19

150

RTU18

150

4

+

CTU10 10uF 16V

AFT1_ADC

TUNER_CVBS1

CMX33

+

10uF 16V

RMX38

RMX37 22K

22K

A5V

QMX02 KSC1623-Y

RMX39 470

FS_TV_OUT

3

UTU02

TCPQ9091PD27D(S)

TU

B+ SCL SDA SAS

IF(T.P)

AFT

SIF

CVBS

BP

A/O

SUB TUNER

1 2 3

RTU14 100

4

RTU06 100

5

6

1

7 8

RTU10 100

9 10 11

RTU02

RTU11

VT33V

A5V

FBTU2

LMFC3225 10UH

+

FBTU5 BEAD 600 OHM 2012

A5V

RTU16

150

2

CTU14

47uF 16V

RTU17

CTU07 104

TUNER_CVBS2

100

Title

TUNER & CXA2069 & CONN

Size Document Number Rev

Custom

Date: Sheet

1

of

208Thursday, August 28, 2003

RTU07 1K

22K

QTU02 MMBT3904

22K

RTU12 470

5

4

3

2

1

D D

QCF05 KSC1623-Y

RCF06

FCF01

5

1 3

13

BD105202

CCF49 104

470

4

62

UCF03

IN OUT

123

BA033FP

C C

A9V

video pg2

LCF02

LMFC3225 10uH

CCF03

CCF02

+

47uF 16V

3D_CVBS_MAIN

video pg2

B B

RCF38

104

33K

RCF02

CCF01

47uF 16V

+

RCF03 10K

A9V

LCF15 10uH COIL

video pg2

0

QCF04

KSC1623-Y

RCF04 470

+

CCF46 47uF 16V

RCF01

330

3D_C

3D_Y

3D_D3.3V

58

SCL

STO

SDA

SLA0

EXTDYCO1

EXTDYCO2

EXTDYCO3

EXTDYCO4

2 1

1N4148 SOT-23

RCF24

0

CLK8

RSTB

DGND_3

EXTDYCO5

EXTDYCO6

EXTDYCO7

DCF01

RCF16

100K

51525354555657

FSCI

CKMD

AVDD_2

AGND_2

EXTDYCO8

EXTDYCO9

DGNDRAM_1

DGNDRAM_2

28

29

30

CCF20

+

10uF 16V

FSCO

AGND_1

AVDD_1 DVDD_1

TEST24 TEST23 TEST22 TEST21

DGND_2

TEST20

DVDDIO

TEST19 TEST18 TEST17 TEST16

TEST15 DVDDRAM_2 DVDDRAM_1

CCF25 22PF

RCF33

0

LMFC3225 10uH

RCF34

0

CCF40

10uF 16V

RCF19

47K

CCF19

104

CCF22 103

50 49 48

XO

47

XI

46 45 44 43 42 41 40 39 38 37 36 35 34 33 32 31

RCF25

NC

LMFC3225 10uH

CCF23 150pF

LCF09

LCF10

LMFC3225 10uH

RCF20 47K

LCF06

LMFC3225 15uH

RCF31 0

RCF28

100

RCF29

100

RCF30

CCF30

+

220

104

CCF41 104

RCF27

470

CCF24

150pF

CCF27

CCF28 104

+

CCF31

+

10uF 16V

QCF06

KSA1182-Y

104

CCF29 10uF 16V

XCF01

20.0MHZ

RCF26

470

CCF26 22PF

RCF32

0

CCF18

10uF 16V

+

CCF16

10uF 16V

RCF09

220

CCF39 102

RCF07

0

RCF05

3.3K

GND

+

CCF45 47uF 16V

RCF14

2.2K

RCF08

1.8K

QCF07 KSA1182-Y

CCF17 104

CCF38

1uF 50V

CCF42

104

RCF10 47K

RCF11 1K

QCF01

KSC1623-Y

+

CCF37

10UF 16V

+

RCF13 22OK

CCF04 1uF 50V

+

CCF08

10uF 16V

CCF09

104

CCF13

104

3D_D3.3V

+

CCF10 104

QCF02 KSA1182-Y

RCF15 470

CCF11 104

CCF14

104

3D_A2.5V

CCF05 104

CCF06 104

CCF07 104

CCF12

LCF11

LMFC3225 10uH

RCF12

4.7K

QCF03

KSC1623-Y

3D_A2.5V

104

81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 99

100

3D_D2.5V

CCF15

104

AVDD_3 CBPC ACO AYO CBPY AGND_3 AGND_4 AYI VCLY VRBY VRTY AVDD_4 AVDD_5 VRTC VRBC ACI AGND_5 TEST25 TEST26 DVDD_3

+

CCF51 10uF 16V

123

RCF17 NC

RCF18

0

RCF210

RCF220

737271706968676665646362616059

74757677787980

KIL

CSI

LINE

ALTF

RPLL

DYCO8

DYCO7

DYCO6

DYCO9

DGND_4

TEST01

TEST02

TEST03

TEST04

TEST05

TEST06

DGND_1

TESTIC1

TEST07

TESTIC2

4567891011121314151617192021222324252627

LMFC3225 10uH

CCF21

104

DYCO5

DYCO4

DYCO3

DYCO2

TEST08

TEST09

TEST10

TEST11

+

LCF04

RCF23

1K

STI

NSTD

DYCO1

DYCO0

DVDD_2

UCF01

UPD64083

TEST12

TEST13

TEST14

EXTDYCO0

EXTALTF

18

LCF05

RCF35

0

3D_D3.3V

SDA_3

SCL_3

CCF32 104

A A

+

CCF43 47uF 16V

5

CCF44 104

3 2

IN OUT

GND

UCF02

1

RC1117ST-2.5V

+

CCF47 47uF 16V

CCF35

104

3D_A2.5V

Hyundai Image Quest

Title

3Dcomp

Size Document Number Rev Custom

E42095417

4

3

2

Date: Sheet

1

03 08Saturday, August 23, 2003

1.0

of

5

4

3

2

1

A5V

CDM46 104

A9V_3D

RDM03

2.2K

RDM02

RDM01

10

RDM41

10

CDM80

10uF 16V

560

QDM01 KSA1182-Y

A9V_3D

RDM42

2.2K

RDM43

560

QDM07 KSA1182-Y

RDM74

22K

+

RDM76

22K

video pg2

CROMA_IN

video pg2

LUMA_IN

DVD_Y DVD_Cb

video pg8

(DVD 480I)

VPC1_5V

LDM07 10uH COIL

VPC2_5V

LDM08 10uH COIL

RDM53

FDM01

BD105110

5

1 3

13

4

62

5.6K

RDM09

FDM02

BD105202

5

1 3

13

4

62

RDM46

A5V A5V A5V

QDM12 KSC1623-Y

3230_DVD_Y 3230_DVD_Cb 3230_DVD_Cr

RDM71 470

5

CDM47 104

CDM49 104

CDM59 104

RDM55

5.6K

47K

4.7K

RDM54

1K

RDM44 470

QDM08

KSC1623-Y

RDM49 470

CDM53

+

47uF 16V

CDM54

+

47uF 16V

QDM02 KSA1182-Y

video pg8

CDM78

10uF 16V

RDM06

1K

QDM03

KSC1623-Y

RDM36 220

RDM45

470

QDM09

KSA1182-Y

RDM47 330

RDM50 470

CDM52

22pF

+

A9V

RDM07

video pg8

RDM51

470

RDM48

QDM10 KSA1182-Y

FAST_B1 BLUE1 GREEN1 RED1

RDM78

22K

RDM73

22K

VOUT

100

QDM04 KSA1182-Y

RDM37 680

RDM38 470

CDM51

22pF

75

RDM52

NC

LDM09 10uH COIL

RDM40

470

QDM05

KSA1182-Y

Pg08

QDM11 KSC1623-Y

RDM79 470

RDM11

470

Pg08

3230_DVD_Y

SVIDEO_C

SVIDEO_Y

RDM33 75

A9V_3D

KSC1623-Y

RDM10

150

RDM39

75

3DCOMB_Y

CDM40 224

RDM32 75

CDM56 104

QDM06

RDM14

470

RDM60 0

3230Y_IN

RDM61 75

RDM62 75

CDM39 224

RDM31 75

DVD_Cr

+

CDM55 47uF 16V

VPC1_5V

CDM79

10uF 16V

RDM13 15K

RDM15 22K

CDM02 102

LDM06 LMFC3225 10uH

CDM38 224

RDM30 75

4

+

CDM12 474

CDM45 NC

VPC1_5V

CDM04 684

CDM06 684

CDM42 NC

RDM72

22K

RDM75

22K

CDM17 390 pF

CDM13

473

CDM03

102

CDM05 684

CDM10

473

CDM07 224

CDM43 NC

QDM13 KSC1623-Y

TTX_HS

TTX_VS

CDM16 152

C1

RDM77 470

CDM08 152

CDM44 NC

RDM16

CDM14

+

RDM17

CDM15 224

0

47uF 16V

CDM09

390 pF

CDM11 47uF 16V

510

RDM69 220

RDM70 220

RDM18

510

VPC1_5V

CDM21

47uF 16V

+

CDM20 103

CDM18

XDM01

CDM19

20.25MHz

3.3pF

6463626160595857565554535251504948474645444342

XTAL2

XTAL1

ASGF_2

GNDF VRT I2CSEL ISGND VSUPF VOUT CIN VIN1 VIN2 VIN3 VIN4 VSUPAI GNDAI VREF FB1IN AISGND

B1G1R1B2G2R2ASGF-1

1234567891011121314151617181920212223

CDM36

224

RDM63 0

A5V

BEAD 2012 600 OHM

TTX_R

video pg7

TTX_G

video pg7

TTX_B

video pg7

CLK5

NC_2

VSTBY

CDM34

CDM35

224

RDM64 75

RDM65 0

LDM02

LOW : INPUT2 HIGH : INPUT1

VS

FPDAT

NC-1

CDM33

224

104

CDM66 104

CDM62 103 CDM74 10uF 16V

CDM70 103 CDM67 10uF 16V

CDM68 103 CDM73 10uF 16V

FSY

AVO

MSY

INTLC

UDM01

VPC3230D-A0(MAIN)

VSUPCAP

VSUPD

GNDD

GNDCAP

CDM32

152

LDM05

LMFC3225 3.3uH

+

CDM58 10uF 16V

+

CDM76 10uF 16V

+

3

CDM31 330pF

VSUPSY

SCL

GNDSY

SDA

D3.3V

3230_DVD_Cb

3230_DVD_Y

3230_DVD_Cr

3.3pF

65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80

LDM03

LMFC3225 3.3uH

CDM22 473

TEST

VGAV

0

HD_out

GREEN1_in

C3

YCOEQ

ACTIVE_LOW

RED1

RED_out

GND

GNDC

FFIE

Vcc

BLU1_in

VSUPC

FFWE

GREEN1

GREEN_out

GND

+

CDM23 22uF 16V

C4C5C6

FFRSTW

VIDEO_in

RED2_in

FFRE

SYNC_out

GND

YSUPY

GNDY

GNDLLC

VSUPLLC

LLC1 LLC2

VSUPPA

GNDPA

FFOE

BLUE1

CTL

BLUE_out

GREEN2_in

GND

CDM50 152

C0C1C2

RESQ

+

CDM30

3.3uF 50VCDM37

RDM28

2423222120191817161514

HD1_in

HD2_in

RED1_in

HD_Sync

1234567891011

41

24

D3.3V

RDM20

RDM22

C7

Y0 Y1 Y2 Y3

Y4 Y5 Y6 Y7

CLK20

VD_out

BLU2_in

RDM19 22

22

40 39 38 37 36 35 34 33 32 31 30 29 28 27 26 25

RDM25 1K

RDM26 100

RDM27

RDM34 NC

RDM66 100

13

UDM04

VD2_in

VD1_in

12

CDM72 103 CDM64 10uF 16V CDM63 103 CDM75 10uF 16V CDM71 103 CDM69 10uF 16V

BA7657

+

video pg7

RDM23 RDM24 CDM24

473

CDM26 152

100

V_VSYNC

D3.3V

video pg7

V_HSYNC

(0:1ST FIELD , 1:2ND FIELD)

VFIELD

13.5MHZ

0

NC

27MHZ

NC

CDM25 152

CDM28

CDM27

224

683

ACTIVE_LOW

RESET_Mn

video pg6

SDA_5 SCL_5

MS_OE

(FIFO W/R RESET)

MS_RE

(FIFO WRITE ENABLE)

MS_RSTR

(FIFO INPUT ENABLE)

SEL_RGB/TTX1

SC1_FB

video pg7

TTX_FB

video pg7

DI_UV0 DI_UV1 DI_UV2 DI_UV3

DI_UV4 DI_UV5 DI_UV6 DI_UV7

DI_Y0 DI_Y1 DI_Y2 DI_Y3

DI_Y4 DI_Y5 DI_Y6 DI_Y7

MS_SRCK

LDM04

LMFC3225 3.3uH

+

CDM29 22uF 16V

LOW : SC1_RGB HIGH : TTX_RGB

video pg7

RDM67 100

FAST_B1

SC1_B

video pg7

SC1_G

video pg7

SC1_R

video pg7

2

DI_UV[0:7]

video pg6,7

video pg6

video pg7

DI_Y[0:7]

video pg7

D3.3V

LOW : PAL HIGH : NT

RDM68

10K

A5V

+

3D_CVBS_MAIN

video pg2

NT_PAL_SEL

video pg7

3DCOMB_Y

UDM03

1

/OE1

VCC

2

1A

/OE4

3

1B

4 5 6 7 8

4A

/OE2

4B

2A

/OE3

2B

3A

GND 3B

FST3125

LOW : 1A->1B, 3A->3B HIGH : 3B LOW, 2A-->2B

3230Y_IN

CDM41

CDM48

22uF 16V

104

CDM01 103

RDM04 100

CDM61 103

14 13

RDM08

12

1K

11 10 9

Hyundai Image Quest

Title

VPC3230 Video Decoder(Main)

Size Document Number Rev Custom

E42095417

Date: Sheet of

CDM65

104

678

UDM02

VCC

OUT

BF7654

GND1

IN1

CTRL

IN2

GND NC

123

4 5

A5V

LDM01

BEAD 2012 600OHM

+

CDM77

10uF 16V

1

04 08Saturday, August 23, 2003

1.0

5

D D

RDS01

SVIDEO_C

Pg3

video pg8

SVIDEO_Y

Pg3

video pg8

C C

B B

0

75

RDS02

video pg8

Pg03

Y_SUB(CVBS)

SC1_FB SC1_B SC1_G SC1_R

Pg03

C_SUB

LMFC3225 3.3uH

3230_DVD_Y

Pg03

RDS34

75

VPC2_5V

LDS06

CDS39 224

RDS33

75

CDS06

VPC2_5V

LDS01

LMFC3225 3.3uH

CDS14 224

CDS58684

684

CDS07 684

CDS38 224

RDS32

75

CDS15 152

CDS01 102

CDS11

224

CDS13 473

CDS37 224

RDS31

75

(DVD 480I)

4

VPC2_5V

CDS08

CDS42 NC

CDS04

CDS12

CDS16 390 pF

224

CDS10 152

684

+

CDS41 NC

CDS09 390 pF

47uF 16V

LMFC3225 3.3uH

RDS11

0

CDS05

+

47uF 16V

CDS43 NC

3230_DVD_Cb 3230_DVD_Y

3230_DVD_Cr

LDS02

CDS44 NC

video pg8

CDS19

3.3pF

65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80

+

CDS17

CDS18

103

GNDF VRT I2CSEL ISGND VSUPF VOUT CIN VIN1 VIN2 VIN3 VIN4 VSUPAI GNDAI VREF FB1IN AISGND

10uF 16V

XDS01

CDS20

20.25MHz

6463626160595857565554535251504948474645444342

XTAL2

XTAL1

ASGF_2

RDS38

3.3pF

VS

FSY

MSY

CLK5

NC_2

VSTBY

FPDAT

VPC3230D-A0(SUB)

B1G1R1B2G2R2ASGF-1

1234567891011121314151617181920212223

CDS36

224

RDS41 0

224

RDS42 75

CDS35

NC-1

VSUPCAP

VSUPD

CDS32 224

CDS33 104

CDS34 224

RDS43 0

10K

NC

CDS31 152

AVO

UDS01

GNDD

D3.3V

INTLC

VSUPSY

GNDCAP

SCL

CDS30 390pF

3.3uF 50V

LDS05

LMFC3225 3.3uH

CDS45 152

GNDSY

SDA

CDS29

3

C0C1C2

RESQ

TEST

+

RDS37

CDS21 473

VGAV

0

C3

YCOEQ

GNDC

FFIE

VSUPC

FFWE

+

CDS22 10uF 16V

C4C5C6

FFRSTW

FFRE

RDS19

RDS20

RDS21

RDS35 NC

RDS03 100

LDS03

LMFC3225 3.3uH

41

C7

Y0 Y1 Y2 Y3

YSUPY

GNDY

Y4 Y5 Y6 Y7

GNDLLC

VSUPLLC

LLC1 LLC2

VSUPPA

GNDPA

FFOE

CLK20

24

1K

100

2

D3.3V

SVPC_UV0 SVPC_UV1 SVPC_UV2 SVPC_UV3

SVPC_UV4 SVPC_UV5 SVPC_UV6 SVPC_UV7

MS_SWCK

video pg6

SVPC_Y0 SVPC_Y1 SVPC_Y2 SVPC_Y3

SVPC_Y4 SVPC_Y5 SVPC_Y6 SVPC_Y7

CDS28

40 39 38 37 36 35 34 33 32 31 30 29 28 27 26 25

RESET_Mn

SDA_5 SCL_5

MS_RSTW MS_WE

MS_IE

RDS18

MS_RSTR

RDS17

CDS24 473

ACTIVE_LOW

video pg6

video pg6 video pg6 video pg6

0 NC

CDS23 152

D3.3V

SVPC_UV[0..7]

video pg6

SVPC_Y[0..7]

video pg6

LDS04

D3.3V

LMFC3225 3.3uH

+

CDS26

CDS27

152

683

CDS25 10uF 16V

224

1

A A

Hyundai Image Quest

Title

VPC3230 Video Decoder(SUB)

Size Document Number Rev Custom

E42095417

5

4

3

2

Date: Sheet

1

05 08Saturday, August 23, 2003

1.0

of

5

4

3

D3.3V

2

1

MS_OE MS_RE MS_RSTR MS_WE

D D

video pg5

C C

video pg5

SVPC_UV[0..7]Pg11

MS_SWCK

video pg5

B B

MS_IE MS_RSTW

CFM08

CFM09

390PF

CFM13

RFM03

SVPC_UV0 SVPC_UV1 SVPC_UV2

100999897969594939291908988878685848382818079787776

NC

DI22

DI21

1

SVPC_UV3 SVPC_UV4

SVPC_UV5 SVPC_UV6 SVPC_UV7

CFM01

104

SVPC_Y[0..7]Pg11

CFM02 104

SVPC_Y0 SVPC_Y1 SVPC_Y2 SVPC_Y3

SVPC_Y4

NC

2

DI23

3

VSS

4

DI24

5

DI25

6

DI26

7

DI27

8

NC

9

VSS

10

VSS

11

VCC

12

VCC

13

SWCK

14

VCC

15

VCC

16

VSS

17

VSS

18

NC

19

DI17

20

DI16

21

DI15

22

DI14

23

VSS

24

DI13

25

NC

DI20

NC

DI12

DI11

DI10

26272829303132333435363738394041424344454647484950

104

NC

IE2

VSS

VCC

WE2

RSTW2

FIFO(MS81V04160)

RSTW1

IE1

WE1

VSS

VCC

VSSNCVCCNCVSSNCMODE2

VCC

UFM01

CFM12

0

104

CFM07

NC

VSS

VCC

RSTR2

MODE1

MODE3

VCC

RSTR1

RE2

OE2NCVSS

RE1

OE1NCVSS

VSS

NC

VCC DO20 DO21

VSS DO22 DO23 DO24 DO25

VSS DO26 DO27

VCC

SRCK

VCC DO17 DO16

VSS DO15 DO14 DO13 DO12

VSS DO11 DO10

VCC

104

75 74 73 72 71 70 69 68 67 66 65 64 63 62 61 60 59 58 57 56 55 54 53 52 51

CFM06

CFM05

104

150PF

RFMAR1 33 ARRAY

1 8 2 7 3 6 4 5

RFMAR2 33 ARRAY

1 8 2 7 3 6 4 5

RFMAR3 33 ARRAY

1 8 2 7 3 6 4 5

RFMAR4 33 ARRAY

1 8 2 7 3 6 4 5

MS81V04160 -25 : RFM10 : 0 , RFM02 :OPEN

CFM03

SVPC_Y5 SVPC_Y6 SVPC_Y7

104

CFM04

104

RFM010

RFM02NC

RFM10

MS8104160 -25 : RFM10 : OPEN , RFM02 : 0

CFM10 224

LFM01 LMFC3225 3.3UH

CFM11

+

47uF 16V

DI_UV0 DI_UV1 DI_UV2 DI_UV3

DI_UV4 DI_UV5 DI_UV6 DI_UV7

video pg4

MS_SRCK

DI_Y0 DI_Y1 DI_Y2 DI_Y3

DI_Y4 DI_Y5 DI_Y6 DI_Y7

DI_UV[0..7]

DI_Y[0..7]

video pg7

video pg5 video pg5 video pg5

video pg4 video pg4 video pg4

A A

5

MS_RSTW

MS_IE

MS_WE

MS_RSTR

MS_RE MS_OE

Hyundai Image Quest

Title

FIFO Memory

Size Document Number Rev B

Date: Sheet

4

3

2

E42095417

1

06 08

of

1.0

5

D D

3.3VS23

V_HSYNC

video pg4

C C

VFIELD

video pg4,6

D3.3V

RFL21

RFL22

1K

RESET_Mn

RFL30

ACTIVE_LOW

NC

5

RFL29

NC

B B

A A

V_VSYNC

MS_SRCK

RFL24

NC

DI_UV[0..7]

Pg10

DI_Y[0..7]

Pg10

TPFL5

1

DEVADDR1 DEVADDR0

SCL_3 SDA_3

RFL01 22 RFL02 22 RFL03 22 RFL04 22

RFL05 100

RFL06 100 RFL07 100 RFL08 100

DI_UV0 DI_UV1 DI_UV2 DI_UV3 DI_UV4 DI_UV5 DI_UV6 DI_UV7 DI_Y0

DI_Y1 DI_Y2 DI_Y3 DI_Y4

DI_Y5 DI_Y6 DI_Y7

FLI_SDD0 FLI_SDD1 FLI_SDD2

RFL09 22

FLI_SDD15

86858483828180797877767574737271706968676665646362616059585756555453525150494847464544

VSS4

VDD1

12345678910111213141516171819202122232425262728293031323334353637383940414243

FLI_SDD0

10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52

DQ15

VSSQ8

DQ0

VDDQ1

1 2 3 4 5 6 7 8 9

FLI_SDD14

DQ14

DQ1

FLI_SDD1

HSYNC1_PORT1 VSYNC1_PORT1 FIELDID1_PORT1 IN_CLK1_PORT1 HSYNC2_PORT1 VSYNC2_PORT1 FIELDID2_PORT1 VDD1(3.3) VSSio IN_CLK2_PORT1 B/Cb/D1_0 B/Cb/D1_1 B/Cb/D1_2 B/Cb/D1_3 B/Cb/D1_4 VDDcore1(1.8) VSScore B/Cb/D1_5 B/Cb/D1_6 B/Cb/D1_7 R/CR/CbCr_0 R/CR/CbCr_1 R/CR/CbCr_2 R/CR/CbCr_3 R/CR/CbCr_4 R/CR/CbCr_5 R/CR/CbCr_6 R/CR/CbCr_7 G/Y/Y_0 VDD2(3.3) VSSio G/Y/Y_1 G/Y/Y_2 G/Y/Y_3 G/Y/Y_4 VDDcore2(1.8) VSScore G/Y/Y_5 G/Y/Y_6 G/Y/Y_7 IN_SEL TEST DEV_ADDR1 DEV_ADDR0 SCLK SDATA RESET_N VDD3(3.3) VSSio SDRAMD0 SDRAMD1 SDRAMD2

FLI_SDD13

FLI_SDD12

FLI_SDD11

DQ13

DQ12

DQ11

VSSQ7

VDDQ8

DQ2

VSSQ1

DQ3

DQ4

VDDQ2

FLI_SDD2

FLI_SDD3

FLI_SDD4

4

CFL03

CFL02

33pF

187

186

185

184

TEST0

DAC_AVSS

DAC_GR_AVSS

DAC_PVDD(3.3)

DAC_GR_AVDD(3.3)

UFL1

S2310

SDRAMD19

SDRAMD20

SDRAMD21

SDRAMD22

SDRAMD23

FLI_SDD20

FLI_SDD23

FLI_SDD22

FLI_SDD21

FLI_SDD28

FLI_SDD27

DQ29

DQ28

DQ27

VSSQ6

VDDQ5

DQ18

VDDQ3

DQ19

DQ20

VSSQ4

FLI_SDD19

FLI_SDD20

183

182

181

180

DAC_RESET

DAC_VREFIN

DAC_VREFOUT

DAC_AVDD(3.3)

SDRAMD24

SDRAMD25

VDDcore4(1.8)

VSScore

FLI_SDD24

FLI_SDD25

FLI_SDD26

FLI_SDD25

FLI_SDD24

DQ26

DQ25

DQ24

VSSQ5

DQ21

DQ22

VDDQ4

DQ23

FLI_SDD21

FLI_SDD22

FLI_SDD23

104

CFL04

+

10uF 16V

RFL19 187 / 1%

CFL06

104

179

178

177

DAC_COMP

DAC_AVSSR

DAC_AVDDR(3.3)

SDRAMD26

SDRAMD27

SDRAMD28

FLI_SDD28

FLI_SDD26

FLI_SDD27

VSS1

VDD4

CFL05 104

CFL07

+

10uF 16V

176

175

174

DAV_ROUT

DAC_AVSSG

DAC_AVDDG(3.3)

SDRAMD29

SDRAMD30

SDRAMD31

FLI_SDD30

FLI_SDD31

FLI_SDD29

FLI_SDD[31:0] Pg15

173

172

DAC_GOUT

DAC_AVSSB

VDD5(3.3)

VSSio

XFL01

13.5Mhz

CFL01

33pF

RFL20

470K

RFL16 22

RFL17 22

RFL18 22

208

207

206

205

204

203

202

201

200

199

198

197

196

195

194

193

192

191

190

189

188

VSSio

TEST2

TEST1

D1_IN_1

VSScore

VDDcore8(1.8)

VDD4(3.3)

VSSio

SDRAMD12

FLI_SDD12

FLI_SDA6

FLI_SDA7

FLI_SDA5

BA1

A10A0A1A2DQM2

FLI_SDBA1

FLI_SDA10

FLI_SDA0

D1_IN_0

IN_CLK_PORT2

SDRAMD13

SDRAMD14

SDRAMD15

FLI_SDD15

FLI_SDD13

FLI_SDD14

FLI_SDA3

FLI_SDA4

DQM3

FLI_SDA2

FLI_SDA1

FLI_SDDQM FLI_SDDQM

XTAL IN

VDD9(3.3)

XTAL OUT

VDDcore3(1.8)

VSScore

SDRAMD16

SDRAMD17

FLI_SDD18

FLI_SDD16

FLI_SDD17

FLI_SDD31

FLI_SDD30

VSS2

N_C4

DQ31

VDDQ6

VDD3

N_C3

DQ16

VSSQ3

FLI_SDD16

FLI_SDD17

SDRAMD18

FLI_SDD19

FLI_SDD29

DQ30

DQ17

FLI_SDD18

D1_IN_7

D1_IN_6

D1_IN_5

D1_IN_4

D1_IN_3

D1_IN_2

VS_PORT2

HS_PORT2

FID_PORT2

SDRAMD3

SDRAMD4

SDRAMD5

SDRAMD6

SDRAMD7

SDRAMD8

SDRAMD9

SDRAMD10

SDRAMD11

5354555657585960616263646566676869707172737475767778798081828384858687888990919293949596979899

FLI_SDD5

FLI_SDD8

FLI_SDD3

FLI_SDD7

FLI_SDD4

FLI_SDD6

FLI_SDD9

FLI_SDD11

FLI_SDD10

FLI_SDD9

FLI_SDD8

FLI_SDCLK

FLI_SDA9

DQ8

N_C7

DQ7

N_C1

FLI_SDD7

FLI_SDCLK1

VSS3

N_C6

N_C5

DQM1

UFL2

KS643232C

VDD2

DQM0

WE_

CAS_

FLI_SDDQM FLI_SDDQM

FLI_SDWE#

FLI_SDCAS#

FLI_SDRAS#

FLI_SDA8

A9A8A7A6A5A4A3

CLK

CKE

RAS_

CS_

N_C2

FLI_SDBA0

FLI_SDCS#

BA0

FLI_SDD10

DQ9

DQ10

DQ5

DQ6

FLI_SDD5

FLI_SDD6

4

VDDQ7

VSSQ2

DAC3.3V

171

170

169

168

167

DAC_VSS

DAC_PVSS

DAC_BOUT

DAC_VDD(1.8)

DAC_AVDDB(3.3)

TEST IN

SDRAMADDR10

SDRAMADDR9

SDRAMADDR8

SDRAMADDR7

FLI_SDA8

FLI_SDA7

FLI_SDA9

FLI_SDA10

3

166

165

164

163

162

AVSS_PLL_FE

AVSS_PLL_SDI

AVDD_PLL_FE(1.8)

AVDD_PLL_SDI(1.8)

SDRAMADDR6

VDDcore5(1.8)

VSScore

SDRAMADDR5

FLI_SDA5

FLI_SDA6

FLI_SDA4

3.3VSDRAM1

LFL01 BEAD 4532

LFL02 BEAD 4532

3.3VSDRAM2

3

161

160

159

158

157

PLL_PVSS

PLL_PVDD(1.8)

AVSS_PLL_BE2

AVSS_PLL_BE1

AVDD_PLL_BE2(1.8)

AVDD_PLL_BE1(1.8)

SDRAM CLKOUT

SDRAMADDR4

SDRAMADDR3

SDRAMADDR2

SDRAMADDR1

SDRAMADDR0

SDRAMWEN

100

101

102

103

104

FLI_SDA3

FLI_SDA2

FLI_SDA0

FLI_SDA1

DAC1.8V PLL1.8V

DE G/Y/Y_OUT_7 G/Y/Y_OUT_6 G/Y/Y_OUT_5 G/Y/Y_OUT_4 G/Y/Y_OUT_3 G/Y/Y_OUT_2 G/Y/Y_OUT_1 G/Y/Y_OUT_0

VSSio

VDD8(3.3) R/Y/Pr_OUT_7 R/Y/Pr_OUT_6 R/Y/Pr_OUT_5 R/Y/Pr_OUT_4 R/Y/Pr_OUT_3 R/Y/Pr_OUT_2

VSScore VDDcore7(1.8) R/Y/Pr_OUT_1 R/Y/Pr_OUT_0 B/U/Pb_OUT_7 B/U/Pb_OUT_6 B/U/Pb_OUT_5 B/U/Pb_OUT_4 B/U/Pb_OUT_3 B/U/Pb_OUT_2

VSSio

VDD7(3.3) B/U/Pb_OUT_1 B/U/Pb_OUT_0

CLKOUT VSScore

VDDcore6(1.8)

CTLOUT4 CTLOUT3 CTLOUT2 CTLOUT1

CTLOUT0 TESTOUT1 TESTOUT0

TEST3

SDRAM CLKIN

VSSio

VDD6(3.3)

SDRAM DQM SDRAM CSN

SDRAM BA0

SDRAM BA1 SDRAM CASN SDRAM RASN

FLI_SDA[10:0] Pg15

LFL08

BEAD 4532

+

CFL08 10uF 16V

2

video pg2

SC2_OUT_R SC2_OUT_L

video pg2

SC1_OUT_R

video pg2

SC1_OUT_L

MUX_AUDIO_R

video pg8

MUX_AUDIO_L

SIF1

video pg8

TTX_HS

video pg8

TTX_VS

video pg8

video pg4,6

TTX_FB

D3.3V

RFL14 75

RFL13 75

RFL15 75

1.8VS23

156 155 154 153 152 151 150 149 148 147 146 145 144 143 142 141 140 139 138 137 136 135 134 133 132 131 130 129 128 127 126 125 124 123 122 121 120 119 118 117 116 115 114 113 112 111 110 109 108 107 106 105

D3.3V

2300OE#

RFLAR3

22 ARRAY

1K

RFL23

1 8 2 7 3 6 4 5 1 8 2 7 3 6 4 5

RFLAR5

22 ARRAY

RFLAR2

22 ARRAY

1 8 2 7 3 6 4 5 1 8 2 7 3 6 4 5

RFL26 22

RFL10 0

RFLAR4

22 ARRAY

RFL12 22

RFL11 22

D3.3V

D1.8V

D3.3V

D1.8V

RFL25 22

1 1

2 1

FLI_Y7 FLI_Y6 FLI_Y5 FLI_Y4 FLI_Y3 FLI_Y2 FLI_Y1 FLI_Y0

FLI_UV7 FLI_UV6 FLI_UV5 FLI_UV4 FLI_UV3 FLI_UV2 FLI_UV1 FLI_UV0

TPFL6 TPFL4

LFL03

BEAD 4532

LFL04 BEAD 4532

LFL05

BEAD 4532

LFL06 BEAD 4532

LFL07 BEAD 4532

CFL21 104

CFL31

104

FLI_Y[0..7]

FLI_UV[0..7]

FLI_CLK

FLI_DE

FLI_V FLI_H

FLI_SDCLK1

FLI_SDCLK FLI_SDDQM

FLI_SDCS# FLI_SDBA0 FLI_SDBA1 FLI_SDCAS# FLI_SDRAS# FLI_SDWE#

CFL22

104

CFL32

104

CFL41

104

CFL48

CFL50 104

2

CFL23

104

Pg13,14

RFL27 22 RFL28 22

3.3VSDRAM1

CFL09 104

3.3VSDRAM2

104

CFL33

104

CFL42

104

FLI_Y[0..7]

FLI_UV[0..7]

Pg13,14

1 1

TPFL1

CFL10

104

CFL17

104

CFL24

104

CFL34

104

CFL43

104

+

CFL49 10uF 16V

+

CFL51 10uF 16V

TPFL2

CFL18

CFL11

CFL12

104

CFL19

104

CFL25

CFL26

104

CFL35

CFL36

104

CFL44

CFL45

104

DAC1.8V

PLL1.8V

VT33V

DVD_Cr

video pg4,6

DVD_Cb

video pg4,6

HS_ID

video pg8

FS_ID SC1_FB

video pg8

RESET_Mn

video pg4,6

AFT1_ADC

video pg8

NT_PAL_SEL

video pg4,6

SVIDEO_DE

Pg12 FLI_H FLI_CLK

FLI_V

CFL14

CFL13

CFL15

104

CFL20

104

CFL27

CFL28

CFL29

104

CFL39

CFL37

CFL38

104

CFL47

+

104

CFL46

104

CON11 2.0mm

1 3 5 7

9 11 13 15 17 19 21

1

3

5

7

9 11 13 15 17 19 21

CON10

1 3 5 7

9 11 13 15 17 19 21

CONN RCPT 11x2

CFL16

104

+

CFL30

10uF 16V

CFL40

+

10uF 16V

CFL52

10uF 16V

Hyundai Imagequest

Title

Size Document Number Rev Custom

Date: Sheet

CON13

1 2 3 4 5 6 7 8 9 10 11

CON12

2 4 6 8 10 12 14 16 18 20 22

FJ CON 21PIN

CON11

2 4 6 8 10 12 14 16 18 20 22

CONN RCPT 11x2

2 4 6 8 10 12 14 16 18 20 22

3.3VS23

1.8VS23

DAC3.3V

FLI2300

E42095417

1

SIF2

video pg8

TTX_B

video pg4,6

TTX_G

video pg4,6

TTX_R

video pg4,6

VOUT

video pg8

D1.8V D3.3VA5V A9V

SEL_CHROMA SEL_RGB/TTX1 CVBS1_DE

SDA_3

SCL_3

FLI_DE

FLI_UV[0..7]

FLI_Y[0..7]

DVD_Y

video pg8

video pg4,6

07 08Saturday, August 23, 2003

video pg4,6

video pg4,6 video pg4,6

of

00

FLI_UV7 FLI_UV6 FLI_UV5 FLI_UV4 FLI_UV3 FLI_UV2 FLI_UV1 FLI_UV0

FLI_Y7 FLI_Y6 FLI_Y5 FLI_Y4 FLI_Y3 FLI_Y2 FLI_Y1 FLI_Y0

1

Composite

CVBS11A

CVBS_VIDEO&AUDIO

SVDO1

SVIDEO_DE1

D3.3V

CVBS11B

CVBS_VIDEO&AUDIO

CVBS11C

CVBS_VIDEO&AUDIO

CVBS1A

CVBS_VIDEO&AUDIO

CVBS1B

CVBS_VIDEO&AUDIO

CVBS1C

CVBS_VIDEO&AUDIO

5

D3.3V

RVO01

4.7K

RVO02

75

3

LVO02 LC2012-121

1

6

4

9

7

3

1

6

4

9

7

3

A5V

DVO04 BAV99

RVO06 75

LVO10 LC2012-121

LVO08 LC2012-121

LVO05 LC2012-121

RVO23 75

LVO01 LC2012-121

RVO27 1K

LVO06 LC2012-121

RVO24 1K

2

7 4 3 2 1

5 6

RVO07

4.7K

5

8

2

5

8

5

A5V

2

1

DVO02 BAV99

3

RVO03

CVO14

75

NC

2

1

DVO05 BAV99

3

LVO03 LC2012-121

3

CVO16 NC

LVO04 LC2012-121

3

CVO18 NC

CVO10 NC

CVO06 NC

RVO29

10K

RVO28

10K

3

4

RVO04 75

SVIDEO_Y

RVO05 75

CVBS1_R

CVBS1_L

NT MODE

MONITOR_OUT

AUDIO_R_OUT

AUDIO_L_OUT

4

CVBS1_DE

CVBS1

SVIDEO_C

SVIDEO_Y

SVIDEO_DE

video pg2

video pg7

video pg2

video pg4,5

video pg7

video pg2

video pg4,5

video pg2

video pg7

FS_TV_OUT

FS_ID

SC1_IN_L

SC1_IN_R

SC1_OUT_R

SC1_OUT_L

SC1_B

SC1_G

SC1_R

SC1_FB

FS_CVBS(Y)

3

CVO08 102

video pg2

SC1_B

SC1_G

SC1_R

video pg7

video pg4,5

video pg2

LVO15 LC2012-121

CVO09 102

HS_ID

SC2_IN_L

SC2_IN_R

SC2_OUT_R

SC2_OUT_L

MONITOR_OUT

HS_CVBS(Y)

FS_ID

LVO22 LC2012-121

3

SC1_FB

SC2_R

3

RVO19

FS_CVBS(Y)

CVO02 102

1K

RVO17 1K

DVO55 BAV99

LVO11 LC2012-121

3

HS_ID

CVO01 102

LVO13 LC2012-121

CVO26 102

DVO56

BAV99

2

1

3

CVO28 100PF

RVO31 75

LVO26 LC2012-121

3

HS_CVBS(Y)

2

RVO58

2.7K

CVO25 100pF

LVO20 LC2012-121

RVO60 10K

CVO27

RVO20 10K

RVO16 10K

RVO67

75

3

102

LVO16 LC2012-121

3

LVO21 LC2012-121

3

LVO17 LC2012-121

3

RVO66 75

RVO30

LVO12 LC2012-121

3

CVO11 100pF

RVO21 1K

A5V

2

1

DVO57

3

CVO29

1

100PF

RVO09 75

RVO72 75

CVO12 NC

RVO10

3

CVO30 100PF

CVO03 102

CVO05 102

1K

BAV99

RVO68

75

RVO33 75

LVO14 LC2012-121

LVO19 LC2012-121

RVO12

75

LVO23 LC2012-121

3

2

3

LVO25 LC2012-121

3

RVO62 10K

1 3 5 7

9 11 13 15 17 19 21

0

RVO70 75

RVO14

2.7K

LVO24 LC2012-121

3

LVO18 LC2012-121

3

SCRT2

1 3 5 7

9 11 13 15 17 19 21

HALF SCART

Hyundai Image Quest

Title

INPUT BOARD

Size Document Number Rev C

E42095417

Date: Sheet

SCRT1

FULL SCART

RVO22

10K

RVO57

10K

2 4 6 8 10 12 14 16 18 20

1

2 4 6 8 10 12 14 16 18 20

RVO13

NC

1

RVO25 0

RVO26 0

of

08 08

1.0

PART LIST

NO LOCATION PART NUMBER DESCRIPTION REMARK

1 2011000006 CAP-AL-C,10UF 16V M 4052 2 2011000006 CAP-AL-C,10UF 16V M 4052 3 2011000006 CAP-AL-C,10UF 16V M 4052 4 CAU10 2011000006 CAP-AL-C,10UF 16V M 4052 5 CAU13 2011000006 CAP-AL-C,10UF 16V M 4052 6 CAU14 2011000006 CAP-AL-C,10UF 16V M 4052 7 CAU17 2011000006 CAP-AL-C,10UF 16V M 4052 8 CAU27 2011000006 CAP-AL-C,10UF 16V M 4052

9 CA13 2011000006 CAP-AL-C,10UF 16V M 4052 10 CA25 2011000006 CAP-AL-C,10UF 16V M 4052 11 CA32 2011000006 CAP-AL-C,10UF 16V M 4052 12 CA34 2011000006 CAP-AL-C,10UF 16V M 4052 13 CA36 2011000006 CAP-AL-C,10UF 16V M 4052 14 CA38 2011000006 CAP-AL-C,10UF 16V M 4052 15 CA40 2011000006 CAP-AL-C,10UF 16V M 4052 16 CA42 2011000006 CAP-AL-C,10UF 16V M 4052 17 CI18 2011000006 CAP-AL-C,10UF 16V M 4052 18 CLV05 2011000006 CAP-AL-C,10UF 16V M 4052 19 CLV08 2011000006 CAP-AL-C,10UF 16V M 4052 20 CLV13 2011000006 CAP-AL-C,10UF 16V M 4052 21 CM03 2011000006 CAP-AL-C,10UF 16V M 4052 22 CM08 2011000006 CAP-AL-C,10UF 16V M 4052 23 CM10 2011000006 CAP-AL-C,10UF 16V M 4052 24 CM13 2011000006 CAP-AL-C,10UF 16V M 4052 25 CM19 2011000006 CAP-AL-C,10UF 16V M 4052 26 CM38 2011000006 CAP-AL-C,10UF 16V M 4052 27 CP03 2011000006 CAP-AL-C,10UF 16V M 4052 28 CP19 2011000006 CAP-AL-C,10UF 16V M 4052 29 CRS01 2011000006 CAP-AL-C,10UF 16V M 4052 30 CRS02 2011000006 CAP-AL-C,10UF 16V M 4052 31 CRS03 2011000006 CAP-AL-C,10UF 16V M 4052 32 CRS04 2011000006 CAP-AL-C,10UF 16V M 4052 33 CRS06 2011000006 CAP-AL-C,10UF 16V M 4052 34 CSC65 2011000006 CAP-AL-C,10UF 16V M 4052

38/ 1

NO LOCATION PART NUMBER DESCRIPTION REMARK

35 CSC89 2011000006 CAP-AL-C,10UF 16V M 4052 36 CSC91 2011000006 CAP-AL-C,10UF 16V M 4052 37 CSC93 2011000006 CAP-AL-C,10UF 16V M 4052 38 CT03 2011000006 CAP-AL-C,10UF 16V M 4052 39 CT17 2011000006 CAP-AL-C,10UF 16V M 4052 40 CXA13 2011000006 CAP-AL-C,10UF 16V M 4052 41 CXA14 2011000006 CAP-AL-C,10UF 16V M 4052 42 CCF08 2011000006 CAP-AL-C,10UF 16V M 4052 43 CCF16 2011000006 CAP-AL-C,10UF 16V M 4052 44 CCF18 2011000006 CAP-AL-C,10UF 16V M 4052 45 CCF20 2011000006 CAP-AL-C,10UF 16V M 4052 46 CCF29 2011000006 CAP-AL-C,10UF 16V M 4052 47 CCF31 2011000006 CAP-AL-C,10UF 16V M 4052 48 CCF37 2011000006 CAP-AL-C,10UF 16V M 4052 49 CCF40 2011000006 CAP-AL-C,10UF 16V M 4052 50 CCF51 2011000006 CAP-AL-C,10UF 16V M 4052 51 CDM29 2011000006 CAP-AL-C,10UF 16V M 4052 52 CDM58 2011000006 CAP-AL-C,10UF 16V M 4052 53 CDS18 2011000006 CAP-AL-C,10UF 16V M 4052 54 CDS22 2011000006 CAP-AL-C,10UF 16V M 4052 55 CDS25 2011000006 CAP-AL-C,10UF 16V M 4052 56 CFL04 2011000006 CAP-AL-C,10UF 16V M 4052 57 CFL07 2011000006 CAP-AL-C,10UF 16V M 4052 58 CFL08 2011000006 CAP-AL-C,10UF 16V M 4052 59 CFL30 2011000006 CAP-AL-C,10UF 16V M 4052 60 CFL40 2011000006 CAP-AL-C,10UF 16V M 4052 61 CFL49 2011000006 CAP-AL-C,10UF 16V M 4052 62 CFL51 2011000006 CAP-AL-C,10UF 16V M 4052 63 CFL52 2011000006 CAP-AL-C,10UF 16V M 4052 64 CMX07 2011000006 CAP-AL-C,10UF 16V M 4052 65 CMX08 2011000006 CAP-AL-C,10UF 16V M 4052 66 CMX12 2011000006 CAP-AL-C,10UF 16V M 4052 67 CMX13 2011000006 CAP-AL-C,10UF 16V M 4052 68 CMX17 2011000006 CAP-AL-C,10UF 16V M 4052 69 CMX20 2011010014 CAP-AL-C,100UF 16V M 6357 70 CMX30 2011010014 CAP-AL-C,100UF 16V M 6357

38/ 2

NO LOCATION PART NUMBER DESCRIPTION REMARK

71 CMX31 2011010014 CAP-AL-C,100UF 16V M 6357 72 CAU38 2011010014 CAP-AL-C,100UF 16V M 6357 73 CP01 2011010014 CAP-AL-C,100UF 16V M 6357 74 CP05 2011010014 CAP-AL-C,100UF 16V M 6357 75 CP08 2011010014 CAP-AL-C,100UF 16V M 6357 76 CP09 2011010014 CAP-AL-C,100UF 16V M 6357 77 CP12 2011010014 CAP-AL-C,100UF 16V M 6357 78 CP16 2011010014 CAP-AL-C,100UF 16V M 6357 79 CP17 2011010014 CAP-AL-C,100UF 16V M 6357 80 CP21 2011010014 CAP-AL-C,100UF 16V M 6357 81 CP23 2011010014 CAP-AL-C,100UF 16V M 6357 82 CP28 2011010014 CAP-AL-C,100UF 16V M 6357 83 CP30 2011010014 CAP-AL-C,100UF 16V M 6357 84 CP36 2012200005 CAP-AL-C,22UF 16V M 5052 85 CP37 2012200005 CAP-AL-C,22UF 16V M 5052 86 CMX02 2012200005 CAP-AL-C,22UF 16V M 5052 87 CA01 2012200005 CAP-AL-C,22UF 16V M 5052 88 CA02 2012200005 CAP-AL-C,22UF 16V M 5052 89 CA12 2012200005 CAP-AL-C,22UF 16V M 5052 90 CA20 2012200005 CAP-AL-C,22UF 16V M 5052 91 CA30 2012200005 CAP-AL-C,22UF 16V M 5052 92 CA53 2012200005 CAP-AL-C,22UF 16V M 5052 93 CA54 2012200005 CAP-AL-C,22UF 16V M 5052 94 CA56 2012200005 CAP-AL-C,22UF 16V M 5052 95 CA58 2012200005 CAP-AL-C,22UF 16V M 5052 96 CFB09 2012200005 CAP-AL-C,22UF 16V M 5052 97 CFB23 2012200005 CAP-AL-C,22UF 16V M 5052 98 CT01 2012200005 CAP-AL-C,22UF 16V M 5052 99 CT14 2012200005 CAP-AL-C,22UF 16V M 5052

100 CT16 2012200005 CAP-AL-C,22UF 16V M 5052 101 CT25 2012210004 CAP-AL-C,220UF 16V M 8010 102 CDM23 2012210004 CAP-AL-C,220UF 16V M 8010 103 CDM41 2013390003 CAP-AL-C,3.3UF 50V M 4052 104 CAU66 2013390003 CAP-AL-C,3.3UF 50V M 4052 105 CAU73 2013390003 CAP-AL-C,3.3UF 50V M 4052 106 CAU11 2013390003 CAP-AL-C,3.3UF 50V M 4052

38/ 3

NO LOCATION PART NUMBER DESCRIPTION REMARK

107 CAU51 2013390003 CAP-AL-C,3.3UF 50V M 4052 108 CAU64 2014700009 CAP-AL-C,47UF 16V M 6352 109 CDM30 2014700009 CAP-AL-C,47UF 16V M 6352 110 CDS29 2014700009 CAP-AL-C,47UF 16V M 6352 111 CSC87 2014700009 CAP-AL-C,47UF 16V M 6352 112 CXA15 2014700009 CAP-AL-C,47UF 16V M 6352 113 CCF01 2014700009 CAP-AL-C,47UF 16V M 6352 114 CCF02 2014700009 CAP-AL-C,47UF 16V M 6352 115 CCF43 2014700009 CAP-AL-C,47UF 16V M 6352 116 CCF45 2014700009 CAP-AL-C,47UF 16V M 6352 117 CCF46 2014700009 CAP-AL-C,47UF 16V M 6352 118 CCF47 2014700009 CAP-AL-C,47UF 16V M 6352 119 CDM11 2014700009 CAP-AL-C,47UF 16V M 6352 120 CDM14 2014700009 CAP-AL-C,47UF 16V M 6352 121 CDM21 2014700009 CAP-AL-C,47UF 16V M 6352 122 CDM53 2014700009 CAP-AL-C,47UF 16V M 6352 123 CDM54 2014700009 CAP-AL-C,47UF 16V M 6352 124 CDM55 2014700009 CAP-AL-C,47UF 16V M 6352 125 CDS05 2014790003 CAP-AL-C,4.7UF 25V M 3052 126 CDS12 2014790003 CAP-AL-C,4.7UF 25V M 3052 127 CFM11 2014790003 CAP-AL-C,4.7UF 25V M 3052 128 CMX11 2014790003 CAP-AL-C,4.7UF 25V M 3052 129 CMX26 2014790003 CAP-AL-C,4.7UF 25V M 3052 130 CMX27 2121000029 CAP-C-C,10PF 50V J COG 1608 131 CVO01 2121000029 CAP-C-C,10PF 50V J COG 1608 132 CVO11 2121000029 CAP-C-C,10PF 50V J COG 1608 133 CAU33 2121000029 CAP-C-C,10PF 50V J COG 1608 134 CAU34 2121010035 CAP-C-C,100PF 50V J COG 1608 135 CSC01 2121010035 CAP-C-C,100PF 50V J COG 1608 136 CSC02 2121010035 CAP-C-C,100PF 50V J COG 1608 137 CM41 2121010035 CAP-C-C,100PF 50V J COG 1608 138 CXA09 2121010035 CAP-C-C,100PF 50V J COG 1608 139 CI16 2121010035 CAP-C-C,100PF 50V J COG 1608 140 CT18 2121010035 CAP-C-C,100PF 50V J COG 1608 141 CT19 2121010035 CAP-C-C,100PF 50V J COG 1608 142 CT20 2121010035 CAP-C-C,100PF 50V J COG 1608

38/ 4

NO LOCATION PART NUMBER DESCRIPTION REMARK

143 CT21 2121010035 CAP-C-C,100PF 50V J COG 1608 144 CMX09 2121010035 CAP-C-C,100PF 50V J COG 1608 145 CMX10 2121010035 CAP-C-C,100PF 50V J COG 1608 146 CVO25 2121020039 CAP-C-C,1000PF 50V K X7R 1608 147 CVO26 2121020039 CAP-C-C,1000PF 50V K X7R 1608 148 CVO27 2121020039 CAP-C-C,1000PF 50V K X7R 1608 149 CAU58 2121020039 CAP-C-C,1000PF 50V K X7R 1608 150 CAU60 2121020039 CAP-C-C,1000PF 50V K X7R 1608 151 CAU70 2121020039 CAP-C-C,1000PF 50V K X7R 1608 152 CAU71 2121020039 CAP-C-C,1000PF 50V K X7R 1608 153 CCF39 2121020039 CAP-C-C,1000PF 50V K X7R 1608 154 CDM02 2121030061 CAP-C-C,0.01UF 50V K X7R 1608 155 CDM03 2121030061 CAP-C-C,0.01UF 50V K X7R 1608 156 CDS01 2121030061 CAP-C-C,0.01UF 50V K X7R 1608 157 CAU22 2121030061 CAP-C-C,0.01UF 50V K X7R 1608 158 CAU23 2121030061 CAP-C-C,0.01UF 50V K X7R 1608 159 CAU76 2121030061 CAP-C-C,0.01UF 50V K X7R 1608 160 CAU77 2121030061 CAP-C-C,0.01UF 50V K X7R 1608 161 CAU78 2121030061 CAP-C-C,0.01UF 50V K X7R 1608 162 CAU79 2121030061 CAP-C-C,0.01UF 50V K X7R 1608 163 CAU90 2121030061 CAP-C-C,0.01UF 50V K X7R 1608 164 CAU91 2121030061 CAP-C-C,0.01UF 50V K X7R 1608 165 CAU92 2121030061 CAP-C-C,0.01UF 50V K X7R 1608 166 CAU93 2121030061 CAP-C-C,0.01UF 50V K X7R 1608 167 CA31 2121030061 CAP-C-C,0.01UF 50V K X7R 1608 168 CA33 2121030061 CAP-C-C,0.01UF 50V K X7R 1608 169 CA35 2121030061 CAP-C-C,0.01UF 50V K X7R 1608 170 CA37 2121030061 CAP-C-C,0.01UF 50V K X7R 1608 171 CA39 2121030061 CAP-C-C,0.01UF 50V K X7R 1608 172 CA41 2121030061 CAP-C-C,0.01UF 50V K X7R 1608 173 CFB02 2121030061 CAP-C-C,0.01UF 50V K X7R 1608 174 CFB04 2121030061 CAP-C-C,0.01UF 50V K X7R 1608 175 CFB06 2121030061 CAP-C-C,0.01UF 50V K X7R 1608 176 CFB08 2121030061 CAP-C-C,0.01UF 50V K X7R 1608 177 CFB11 2121030061 CAP-C-C,0.01UF 50V K X7R 1608 178 CFB13 2121030061 CAP-C-C,0.01UF 50V K X7R 1608

38/ 5

NO LOCATION PART NUMBER DESCRIPTION REMARK

179 CFB16 2121030061 CAP-C-C,0.01UF 50V K X7R 1608 180 CFB18 2121030061 CAP-C-C,0.01UF 50V K X7R 1608 181 CFB20 2121030061 CAP-C-C,0.01UF 50V K X7R 1608 182 CFB25 2121030061 CAP-C-C,0.01UF 50V K X7R 1608 183 CFB27 2121030061 CAP-C-C,0.01UF 50V K X7R 1608 184 CXA18 2121030061 CAP-C-C,0.01UF 50V K X7R 1608 185 CCF22 2121030061 CAP-C-C,0.01UF 50V K X7R 1608 186 CDM01 2121030061 CAP-C-C,0.01UF 50V K X7R 1608 187 CDM20 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 188 CDM61 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 189 CDS17 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 190 CAU05 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 191 CAU09 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 192 CAU12 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 193 CAU53 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 194 CAU55 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 195 CAU72 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 196 CA03 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 197 CA29 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 198 CA47 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 199 CA59 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 200 CLV04 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 201 CLV06 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 202 CLV07 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 203 CLV09 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 204 CLV14 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 205 CLV19 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 206 CLV22 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 207 CLV25 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 208 CM05 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 209 CM09 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 210 CM11 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 211 CM12 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 212 CM15 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 213 CM17 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 214 CM20 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608

38/ 6

NO LOCATION PART NUMBER DESCRIPTION REMARK

215 CM23 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 216 CM24 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 217 CM39 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 218 CM40 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 219 CP02 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 220 CP04 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 221 CP06 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 222 CP07 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 223 CP10 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 224 CP13 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 225 CP14 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 226 CP18 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 227 CP20 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 228 CP22 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 229 CP25 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 230 CP29 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 231 CP31 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 232 CP32 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 233 CP33 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 234 CP38 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 235 CP39 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 236 CRS05 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 237 CSC55 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 238 CSC56 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 239 CSC58 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 240 CSC63 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 241 CSC64 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 242 CSC88 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 243 CSC90 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 244 CSC92 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 245 CT13 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 246 CT15 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 247 CT26 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 248 CT27 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 249 CXA08 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 250 CXA10 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608

38/ 7

NO LOCATION PART NUMBER DESCRIPTION REMARK

251 CAU52 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 252 CAU63 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 253 CAU68 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 254 CAU75 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 255 CA08 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 256 CA09 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 257 CA10 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 258 CA11 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 259 CA14 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 260 CA15 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 261 CA16 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 262 CA17 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 263 CA18 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 264 CA19 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 265 CA21 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 266 CA22 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 267 CA23 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 268 CA24 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 269 CA26 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 270 CA27 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 271 CA28 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 272 CA44 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 273 CFB01 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 274 CFB03 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 275 CFB05 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 276 CFB07 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 277 CFB10 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 278 CFB12 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 279 CFB14 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 280 CFB15 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 281 CFB17 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 282 CFB19 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 283 CFB21 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 284 CFB22 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 285 CFB24 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 286 CFB26 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608

38/ 8

NO LOCATION PART NUMBER DESCRIPTION REMARK

287 CFB28 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 288 CI04 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 289 CI05 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 290 CI19 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 291 CLV10 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 292 CLV11 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 293 CLV12 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 294 CM16 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 295 CM18 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 296 CP27 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 297 CSC57 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 298 CSC59 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 299 CSC60 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 300 CSC61 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 301 CSC62 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 302 CSC66 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 303 CSC67 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 304 CSC68 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 305 CSC70 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 306 CSC71 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 307 CSC72 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 308 CSC73 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 309 CSC74 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 310 CSC75 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 311 CSC76 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 312 CSC77 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 313 CSC78 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 314 CSC79 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 315 CSC80 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 316 CSC81 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 317 CSC82 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 318 CSC83 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 319 CSC84 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 320 CSC85 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 321 CSC86 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 322 CT02 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608

38/ 9

NO LOCATION PART NUMBER DESCRIPTION REMARK

323 CXA11 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 324 CXA12 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 325 CCF03 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 326 CCF05 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 327 CCF06 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 328 CCF07 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 329 CCF09 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 330 CCF10 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 331 CCF11 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 332 CCF12 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 333 CCF13 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 334 CCF14 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 335 CCF15 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 336 CCF17 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 337 CCF19 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 338 CCF21 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 339 CCF27 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 340 CCF28 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 341 CCF30 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 342 CCF32 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 343 CCF35 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 344 CCF41 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 345 CCF42 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 346 CCF44 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 347 CCF49 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 348 CDM37 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 349 CDM46 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 350 CDM47 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 351 CDM48 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 352 CDM49 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 353 CDM56 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 354 CDM59 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 355 CDS33 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 356 CFL03 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 357 CFL05 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 358 CFL06 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608

38/ 10

NO LOCATION PART NUMBER DESCRIPTION REMARK

359 CFL09 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 360 CFL10 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 361 CFL11 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 362 CFL12 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 363 CFL13 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 364 CFL14 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 365 CFL15 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 366 CFL16 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 367 CFL17 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 368 CFL18 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 369 CFL19 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 370 CFL20 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 371 CFL21 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 372 CFL22 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 373 CFL23 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 374 CFL24 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 375 CFL25 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 376 CFL26 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 377 CFL27 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 378 CFL28 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 379 CFL29 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 380 CFL31 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 381 CFL32 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 382 CFL33 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 383 CFL34 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 384 CFL35 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 385 CFL36 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 386 CFL37 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 387 CFL38 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 388 CFL39 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 389 CFL41 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 390 CFL42 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 391 CFL43 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 392 CFL44 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 393 CFL45 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 394 CFL46 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608

38/ 11

NO LOCATION PART NUMBER DESCRIPTION REMARK

395 CFL47 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 396 CFL48 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 397 CFL50 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 398 CFM01 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 399 CFM02 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 400 CFM03 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 401 CFM04 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 402 CFM05 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 403 CFM06 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 404 CFM07 2121040045 CAP-C-C,0.1UF 50V Z Y5V 1608 405 CFM12 2121050045 CAP-C-C,1UF 50V Z Y5V 1608 406 CFM13 2121050045 CAP-C-C,1UF 50V Z Y5V 1608 407 CMX01 2121050045 CAP-C-C,1UF 50V Z Y5V 1608 408 CAU69 2121050045 CAP-C-C,1UF 50V Z Y5V 1608 409 CAU61 2121050045 CAP-C-C,1UF 50V Z Y5V 1608 410 CA55 2121500001 CAP-C-C,15PF 50V J COG 1608 411 CA57 2121500001 CAP-C-C,15PF 50V J COG 1608 412 CXA19 2121500001 CAP-C-C,15PF 50V J COG 1608 413 CA50 2121510007 CAP-C-C,150PF 50V J COG 1608 414 CA51 2121510007 CAP-C-C,150PF 50V J COG 1608 415 CA52 2121510007 CAP-C-C,150PF 50V J COG 1608 416 CCF23 2121520011 CAP-C-C,1500PF 50V J X7R 1608 417 CCF24 2121520011 CAP-C-C,1500PF 50V J X7R 1608 418 CFM09 2121520011 CAP-C-C,1500PF 50V J X7R 1608 419 CAU15 2121520011 CAP-C-C,1500PF 50V J X7R 1608 420 CAU30 2121520011 CAP-C-C,1500PF 50V J X7R 1608 421 CAU39 2121520011 CAP-C-C,1500PF 50V J X7R 1608 422 CM04 2121520011 CAP-C-C,1500PF 50V J X7R 1608 423 CM14 2121520011 CAP-C-C,1500PF 50V J X7R 1608 424 CDM08 2121520011 CAP-C-C,1500PF 50V J X7R 1608 425 CDM16 2121520011 CAP-C-C,1500PF 50V J X7R 1608 426 CDM25 2121520011 CAP-C-C,1500PF 50V J X7R 1608 427 CDM26 2121520011 CAP-C-C,1500PF 50V J X7R 1608 428 CDM32 2121520011 CAP-C-C,1500PF 50V J X7R 1608 429 CDM50 2121520011 CAP-C-C,1500PF 50V J X7R 1608 430 CDS10 2121520011 CAP-C-C,1500PF 50V J X7R 1608

38/ 12

NO LOCATION PART NUMBER DESCRIPTION REMARK

431 CDS15 2121520011 CAP-C-C,1500PF 50V J X7R 1608 432 CDS23 2121520011 CAP-C-C,1500PF 50V J X7R 1608 433 CDS28 2121810013 CAP-C-C,180PF 50V J COG 1608 434 CDS31 2121810013 CAP-C-C,180PF 50V J COG 1608 435 CDS45 2121810013 CAP-C-C,180PF 50V J COG 1608 436 CT05 2122210028 CAP-C-C,220PF 50V J COG 1608 437 CT06 2122210028 CAP-C-C,220PF 50V J COG 1608 438 CT07 2122210028 CAP-C-C,220PF 50V J COG 1608 439 CAU28 2122210028 CAP-C-C,220PF 50V J COG 1608 440 CDS41 2122210028 CAP-C-C,220PF 50V J COG 1608 441 CDS42 2122240044 CAP-C-C,0.22UF 50V Z Y5V 1608 442 CDS43 2122240044 CAP-C-C,0.22UF 50V Z Y5V 1608 443 CDS44 2122240044 CAP-C-C,0.22UF 50V Z Y5V 1608 444 CAU01 2122240044 CAP-C-C,0.22UF 50V Z Y5V 1608 445 CAU02 2122240044 CAP-C-C,0.22UF 50V Z Y5V 1608 446 CAU03 2122240044 CAP-C-C,0.22UF 50V Z Y5V 1608 447 CAU04 2122240044 CAP-C-C,0.22UF 50V Z Y5V 1608 448 CAU07 2122240044 CAP-C-C,0.22UF 50V Z Y5V 1608 449 CAU08 2122240044 CAP-C-C,0.22UF 50V Z Y5V 1608 450 CAU26 2122240044 CAP-C-C,0.22UF 50V Z Y5V 1608 451 CAU31 2122240044 CAP-C-C,0.22UF 50V Z Y5V 1608 452 CAU84 2122240044 CAP-C-C,0.22UF 50V Z Y5V 1608 453 CAU85 2122240044 CAP-C-C,0.22UF 50V Z Y5V 1608 454 CAU87 2122240044 CAP-C-C,0.22UF 50V Z Y5V 1608 455 CAU88 2122240044 CAP-C-C,0.22UF 50V Z Y5V 1608 456 CP34 2122240044 CAP-C-C,0.22UF 50V Z Y5V 1608 457 CP35 2122240044 CAP-C-C,0.22UF 50V Z Y5V 1608 458 CAU54 2122240044 CAP-C-C,0.22UF 50V Z Y5V 1608 459 CAU59 2122240044 CAP-C-C,0.22UF 50V Z Y5V 1608 460 CAU62 2122240044 CAP-C-C,0.22UF 50V Z Y5V 1608 461 CAU67 2122240044 CAP-C-C,0.22UF 50V Z Y5V 1608 462 CDM06 2122240044 CAP-C-C,0.22UF 50V Z Y5V 1608 463 CDM07 2122240044 CAP-C-C,0.22UF 50V Z Y5V 1608 464 CDM15 2122240044 CAP-C-C,0.22UF 50V Z Y5V 1608 465 CDM28 2122240044 CAP-C-C,0.22UF 50V Z Y5V 1608 466 CDM33 2122240044 CAP-C-C,0.22UF 50V Z Y5V 1608

38/ 13

NO LOCATION PART NUMBER DESCRIPTION REMARK

467 CDM34 2122240044 CAP-C-C,0.22UF 50V Z Y5V 1608 468 CDM35 2122240044 CAP-C-C,0.22UF 50V Z Y5V 1608 469 CDM36 2122240044 CAP-C-C,0.22UF 50V Z Y5V 1608 470 CDM38 2122240044 CAP-C-C,0.22UF 50V Z Y5V 1608 471 CDM39 2122240044 CAP-C-C,0.22UF 50V Z Y5V 1608 472 CDM40 2122240044 CAP-C-C,0.22UF 50V Z Y5V 1608 473 CDS04 2122240044 CAP-C-C,0.22UF 50V Z Y5V 1608 474 CDS08 2122240044 CAP-C-C,0.22UF 50V Z Y5V 1608 475 CDS11 2122240044 CAP-C-C,0.22UF 50V Z Y5V 1608 476 CDS14 2122240044 CAP-C-C,0.22UF 50V Z Y5V 1608 477 CDS26 2122240044 CAP-C-C,0.22UF 50V Z Y5V 1608 478 CDS32 2122240044 CAP-C-C,0.22UF 50V Z Y5V 1608 479 CDS34 2122240044 CAP-C-C,0.22UF 50V Z Y5V 1608 480 CDS35 2122240044 CAP-C-C,0.22UF 50V Z Y5V 1608 481 CDS36 2122240044 CAP-C-C,0.22UF 50V Z Y5V 1608 482 CDS37 2122240044 CAP-C-C,0.22UF 50V Z Y5V 1608 483 CDS38 2123300026 CAP-C-C,33PF 50V J COG 1608 484 CDS39 2123300026 CAP-C-C,33PF 50V J COG 1608 485 CFM10 2123310021 CAP-C-C,330PF 50V J NP0 1608 486 CFL01 2123310021 CAP-C-C,330PF 50V J NP0 1608 487 CFL02 2123310021 CAP-C-C,330PF 50V J NP0 1608 488 CT08 2123310021 CAP-C-C,330PF 50V J NP0 1608 489 CT09 2123310021 CAP-C-C,330PF 50V J NP0 1608 490 CT10 2123310021 CAP-C-C,330PF 50V J NP0 1608 491 CT11 2123310021 CAP-C-C,330PF 50V J NP0 1608 492 CT12 2123310021 CAP-C-C,330PF 50V J NP0 1608 493 CDM31 2123310021 CAP-C-C,330PF 50V J NP0 1608 494 CDM42 2123310021 CAP-C-C,330PF 50V J NP0 1608 495 CDM43 2123310021 CAP-C-C,330PF 50V J NP0 1608 496 CDM44 2123310021 CAP-C-C,330PF 50V J NP0 1608 497 CDM45 2123310021 CAP-C-C,330PF 50V J NP0 1608 498 CVO28 2123390008 CAP-C-C,3.3PF 50V J COG 1608 499 CVO29 2123390008 CAP-C-C,3.3PF 50V J COG 1608 500 CVO30 2123390008 CAP-C-C,3.3PF 50V J COG 1608 501 CDM18 2123390008 CAP-C-C,3.3PF 50V J COG 1608 502 CDM19 2123910017 CAP-C-C,390PF 50V J COG 1608

38/ 14

NO LOCATION PART NUMBER DESCRIPTION REMARK

503 CDS19 2123910017 CAP-C-C,390PF 50V J COG 1608 504 CDS20 2123910017 CAP-C-C,390PF 50V J COG 1608 505 CDM09 2123910017 CAP-C-C,390PF 50V J COG 1608 506 CDM17 2123910017 CAP-C-C,390PF 50V J COG 1608 507 CDS09 2123910017 CAP-C-C,390PF 50V J COG 1608 508 CDS16 2123920015 CAP-C-C,3900PF 50V K X7R 1608 509 CDS30 2123930009 CAP-C-C,0.039UF 50V K X7R 1608 510 CFM08 2124710037 CAP-C-C,470PF 50V J COG 1608 511 CA46 2124710037 CAP-C-C,470PF 50V J COG 1608 512 CA45 2124710037 CAP-C-C,470PF 50V J COG 1608 513 CAU16 2124710037 CAP-C-C,470PF 50V J COG 1608 514 CAU29 2124730035 CAP-C-C,0.047UF 50V Z Y5V 1608 515 CAU40 2124730035 CAP-C-C,0.047UF 50V Z Y5V 1608 516 CA43 2124730035 CAP-C-C,0.047UF 50V Z Y5V 1608 517 CA04 2124730035 CAP-C-C,0.047UF 50V Z Y5V 1608 518 CA05 2124730035 CAP-C-C,0.047UF 50V Z Y5V 1608 519 CA07 2124730035 CAP-C-C,0.047UF 50V Z Y5V 1608 520 CDM10 2124730035 CAP-C-C,0.047UF 50V Z Y5V 1608 521 CDM13 2124730035 CAP-C-C,0.047UF 50V Z Y5V 1608 522 CDM22 2124730035 CAP-C-C,0.047UF 50V Z Y5V 1608 523 CDM24 2124730035 CAP-C-C,0.047UF 50V Z Y5V 1608 524 CDS13 2124740025 CAP-C-C,0.47UF 50V Z Y5V 1608 525 CDS21 2124740025 CAP-C-C,0.47UF 50V Z Y5V 1608 526 CDS24 2124740025 CAP-C-C,0.47UF 50V Z Y5V 1608 527 CXA04 2124740025 CAP-C-C,0.47UF 50V Z Y5V 1608 528 CXA06 2124740025 CAP-C-C,0.47UF 50V Z Y5V 1608 529 CAU57 2124740025 CAP-C-C,0.47UF 50V Z Y5V 1608 530 CAU65 2124740025 CAP-C-C,0.47UF 50V Z Y5V 1608 531 CXA01 2124740025 CAP-C-C,0.47UF 50V Z Y5V 1608 532 CXA02 2124740025 CAP-C-C,0.47UF 50V Z Y5V 1608 533 CXA03 2124740025 CAP-C-C,0.47UF 50V Z Y5V 1608 534 CXA05 2124740025 CAP-C-C,0.47UF 50V Z Y5V 1608 535 CXA16 2124740025 CAP-C-C,0.47UF 50V Z Y5V 1608 536 CXA17 2124740025 CAP-C-C,0.47UF 50V Z Y5V 1608 537 CXA20 2124740025 CAP-C-C,0.47UF 50V Z Y5V 1608 538 CXA21 2125600009 CAP-C-C,56PF 50V J COG 1608

38/ 15

NO LOCATION PART NUMBER DESCRIPTION REMARK

539 CXA22 2125600009 CAP-C-C,56PF 50V J COG 1608 540 CDM12 2126830010 CAP-C-C,0.068UF 16V K X7R 1608 541 CAU36 2126830010 CAP-C-C,0.068UF 16V K X7R 1608 542 CAU37 2126840013 CAP-C-C,0.68UF 50V Z Y5V 1608 543 CDM27 2126840013 CAP-C-C,0.68UF 50V Z Y5V 1608 544 CDS27 2126840013 CAP-C-C,0.68UF 50V Z Y5V 1608 545 CDM04 2126840013 CAP-C-C,0.68UF 50V Z Y5V 1608 546 CDM05 2126840013 CAP-C-C,0.68UF 50V Z Y5V 1608 547 CDS03 2590007001 RES-C-NET,0 0.063W J 3216 548 CDS06 2590007001 RES-C-NET,0 0.063W J 3216 549 CDS07 2590007001 RES-C-NET,0 0.063W J 3216 550 RDMAR1 2590007001 RES-C-NET,0 0.063W J 3216 551 RDMAR2 2590007001 RES-C-NET,0 0.063W J 3216 552 RDMAR3 2590007001 RES-C-NET,0 0.063W J 3216 553 RDMAR4 2590007001 RES-C-NET,0 0.063W J 3216 554 RDSAR1 2590007001 RES-C-NET,0 0.063W J 3216 555 RDSAR2 2592209002 RES-C-NET,22 0.063W J 3216 556 RDSAR3 2592209002 RES-C-NET,22 0.063W J 3216 557 RDSAR4 2592209002 RES-C-NET,22 0.063W J 3216 558 RFLAR2 2592209002 RES-C-NET,22 0.063W J 3216 559 RFLAR3 2593309004 RES-C-NET,33 0.063W J 3216 560 RFLAR4 2593309004 RES-C-NET,33 0.063W J 3216 561 RFLAR5 2593309004 RES-C-NET,33 0.063W J 3216 562 RDAR01 2593309004 RES-C-NET,33 0.063W J 3216 563 RDAR02 2593309004 RES-C-NET,33 0.063W J 3216 564 RDAR03 2593309004 RES-C-NET,33 0.063W J 3216 565 RDAR04 2593309004 RES-C-NET,33 0.063W J 3216 566 RDAR05 2593309004 RES-C-NET,33 0.063W J 3216 567 RDAR06 2593309004 RES-C-NET,33 0.063W J 3216 568 RDAR13 2593309004 RES-C-NET,33 0.063W J 3216 569 RDAR14 2593309004 RES-C-NET,33 0.063W J 3216 570 RDAR15 2593309004 RES-C-NET,33 0.063W J 3216 571 RDAR16 2593309004 RES-C-NET,33 0.063W J 3216 572 RDAR17 2593309004 RES-C-NET,33 0.063W J 3216 573 RDAR18 2593309004 RES-C-NET,33 0.063W J 3216 574 RDAR19 2593309004 RES-C-NET,33 0.063W J 3216

38/ 16

NO LOCATION PART NUMBER DESCRIPTION REMARK

575 RDAR20 2593309004 RES-C-NET,33 0.063W J 3216 576 RDAR21 2593309004 RES-C-NET,33 0.063W J 3216 577 RDAR22 2593309004 RES-C-NET,33 0.063W J 3216 578 RDAR23 2593309004 RES-C-NET,33 0.063W J 3216 579 RDAR24 2593309004 RES-C-NET,33 0.063W J 3216 580 RSAR01 2593309004 RES-C-NET,33 0.063W J 3216 581 RSAR02 2593309004 RES-C-NET,33 0.063W J 3216 582 RSAR03 2593309004 RES-C-NET,33 0.063W J 3216 583 RSAR04 2593309004 RES-C-NET,33 0.063W J 3216 584 RSAR05 2593309004 RES-C-NET,33 0.063W J 3216 585 RSAR06 2593309004 RES-C-NET,33 0.063W J 3216 586 RTAR1 2593309004 RES-C-NET,33 0.063W J 3216 587 RFMAR1 2593309004 RES-C-NET,33 0.063W J 3216 588 RFMAR2 2601002026 RES-C,10K 0.1W F 1608 589 RFMAR3 2601502024 RES-C,15K 0.1W J 1608 590 RFMAR4 2601801010 RES-C,1.8K 0.1W J 1608 591 RXA05 2601870002 RES-C,187 0.1W F 1608 592 RDM13 2602001017 RES-C,2K 0.1W J 1608 593 RCF08 2602001017 RES-C,2K 0.1W J 1608 594 RFL19 2602001017 RES-C,2K 0.1W J 1608 595 RXA04 2602001017 RES-C,2K 0.1W J 1608 596 RA20 2602001017 RES-C,2K 0.1W J 1608 597 RA21 2602002012 RES-C,20K 0.1W J 1608 598 RA22 2602002012 RES-C,20K 0.1W J 1608 599 RA30 2602202014 RES-C,22K 0.1W J 1608 600 RAU51 2602203009 RES-C,220K 0.1W J 1608 601 RAU52 2603302014 RES-C,33K 0.1W J 1608 602 RDM15 2603302014 RES-C,33K 0.1W J 1608 603 RCF13 2603302014 RES-C,33K 0.1W J 1608 604 RAU55 2603900007 RES-C,390 0.1W J 1608 605 RAU57 2604702019 RES-C,47K 0.1W J 1608 606 RCF38 2604702019 RES-C,47K 0.1W J 1608 607 RT01 2604702019 RES-C,47K 0.1W J 1608 608 RCF10 2604702019 RES-C,47K 0.1W J 1608 609 RCF19 2604702019 RES-C,47K 0.1W J 1608 610 RCF20 2604702019 RES-C,47K 0.1W J 1608

38/ 17

NO LOCATION PART NUMBER DESCRIPTION REMARK

611 RDM53 2604703009 RES-C,470K 0.1W J 1608 612 RVO60 2604703009 RES-C,470K 0.1W J 1608 613 RVO62 2604709017 RES-C,47 0.1W J 1608 614 RA01 2605100008 RES-C,510 0.063W J 1608 615 RFL20 2605100008 RES-C,510 0.063W J 1608 616 RDS10 2605100008 RES-C,510 0.063W J 1608 617 RMX01 2605600015 RES-C,560 0.1W J 1608 618 RMX04 2605600015 RES-C,560 0.1W J 1608 619 RMX06 2605601016 RES-C,5.6K 0.1W J 1608 620 RDM02 2605601016 RES-C,5.6K 0.1W J 1608 621 RDM43 2606802018 RES-C,68K 0.1W J 1608 622 RDM09 2607509011 RES-C,75 0.1W J 1608 623 RDM46 2607509011 RES-C,75 0.1W J 1608 624 RA02 2607509011 RES-C,75 0.1W J 1608 625 RXA01 2607509011 RES-C,75 0.1W J 1608 626 RXA02 2607509011 RES-C,75 0.1W J 1608 627 RA24 2607509011 RES-C,75 0.1W J 1608 628 RA25 2607509011 RES-C,75 0.1W J 1608 629 RA26 2607509011 RES-C,75 0.1W J 1608 630 RA27 2607509011 RES-C,75 0.1W J 1608 631 RA28 2607509011 RES-C,75 0.1W J 1608 632 RA29 2607509011 RES-C,75 0.1W J 1608 633 RI01 2607509011 RES-C,75 0.1W J 1608 634 RI02 2607509011 RES-C,75 0.1W J 1608 635 RI03 2607509011 RES-C,75 0.1W J 1608 636 RI18 2607509011 RES-C,75 0.1W J 1608 637 RI19 2607509011 RES-C,75 0.1W J 1608 638 RI20 2607509011 RES-C,75 0.1W J 1608 639 RI23 2607509011 RES-C,75 0.1W J 1608 640 RI24 2607509011 RES-C,75 0.1W J 1608 641 RI25 2607509011 RES-C,75 0.1W J 1608 642 RRS01 2607509011 RES-C,75 0.1W J 1608 643 RRS03 2607509011 RES-C,75 0.1W J 1608 644 RRS04 2607509011 RES-C,75 0.1W J 1608 645 RSS02 2607509011 RES-C,75 0.1W J 1608 646 RXA08 2607509011 RES-C,75 0.1W J 1608

38/ 18

NO LOCATION PART NUMBER DESCRIPTION REMARK

647 RXA09 2607509011 RES-C,75 0.1W J 1608 648 RXA10 2607509011 RES-C,75 0.1W J 1608 649 RXA11 2607509011 RES-C,75 0.1W J 1608 650 RXA12 2607509011 RES-C,75 0.1W J 1608 651 RXA13 2607509011 RES-C,75 0.1W J 1608 652 RDM30 2607509011 RES-C,75 0.1W J 1608 653 RDM31 2607509011 RES-C,75 0.1W J 1608 654 RDM32 2607509011 RES-C,75 0.1W J 1608 655 RDM33 2607509011 RES-C,75 0.1W J 1608 656 RDM39 2607509011 RES-C,75 0.1W J 1608 657 RDM48 2607509011 RES-C,75 0.1W J 1608 658 RDM61 2607509011 RES-C,75 0.1W J 1608 659 RDM62 2607509011 RES-C,75 0.1W J 1608 660 RDM64 2607509011 RES-C,75 0.1W J 1608 661 RDS12 2607509011 RES-C,75 0.1W J 1608 662 RDS31 2607509011 RES-C,75 0.1W J 1608 663 RDS32 2607509011 RES-C,75 0.1W J 1608 664 RDS33 2607509011 RES-C,75 0.1W J 1608 665 RDS34 2607509011 RES-C,75 0.1W J 1608 666 RDS40 2607509011 RES-C,75 0.1W J 1608 667 RDS42 2607509011 RES-C,75 0.1W J 1608 668 RFL13 2607509011 RES-C,75 0.1W J 1608 669 RFL14 2607509011 RES-C,75 0.1W J 1608 670 RFL15 2607509011 RES-C,75 0.1W J 1608 671 RVO02 2607509011 RES-C,75 0.1W J 1608 672 RVO03 2607509011 RES-C,75 0.1W J 1608 673 RVO04 2607509011 RES-C,75 0.1W J 1608 674 RVO05 2607509011 RES-C,75 0.1W J 1608 675 RVO06 2607509011 RES-C,75 0.1W J 1608 676 RVO10 2607509011 RES-C,75 0.1W J 1608 677 RVO11 2607509011 RES-C,75 0.1W J 1608 678 RVO12 2607509011 RES-C,75 0.1W J 1608 679 RVO66 2607509011 RES-C,75 0.1W J 1608 680 RVO67 2607509011 RES-C,75 0.1W J 1608 681 RVO68 2608201013 RES-C,8.2K 0.1W J 1608 682 RVO70 3010700832 REMOTE CONTROLLER ASSY,

38/ 19

NO LOCATION PART NUMBER DESCRIPTION REMARK

683 RVO72 3011200001 PDP,S42SD-YDXX PD421 684 RAU56 3100500198 DI-SW,BAV99 SMD 685 3100500198 DI-SW,BAV99 SMD 686 3100500198 DI-SW,BAV99 SMD 687 DI01 3100500198 DI-SW,BAV99 SMD 688 DI02 3100500198 DI-SW,BAV99 SMD 689 DI03 3100500198 DI-SW,BAV99 SMD 690 DI08 3100500198 DI-SW,BAV99 SMD 691 DI09 3100500198 DI-SW,BAV99 SMD 692 DI10 3100500198 DI-SW,BAV99 SMD 693 DT05 3100500198 DI-SW,BAV99 SMD 694 DT06 3100500198 DI-SW,BAV99 SMD 695 DT09 3100500198 DI-SW,BAV99 SMD 696 DT10 3100500198 DI-SW,BAV99 SMD 697 DT11 3100500198 DI-SW,BAV99 SMD 698 DT12 3100500198 DI-SW,BAV99 SMD 699 DT13 3100500198 DI-SW,BAV99 SMD 700 DT14 3100500198 DI-SW,BAV99 SMD 701 DMX01 3100500198 DI-SW,BAV99 SMD 702 DVO02 3100500198 DI-SW,BAV99 SMD 703 DVO04 3100500198 DI-SW,BAV99 SMD 704 DVO05 3100500198 DI-SW,BAV99 SMD 705 DVO06 3100500198 DI-SW,BAV99 SMD 706 DVO07 3100500198 DI-SW,BAV99 SMD 707 DVO08 3100500198 DI-SW,BAV99 SMD 708 DVO55 3101000392 DI-ZN,PTZTE255.6B 709 DVO56 3101000392 DI-ZN,PTZTE255.6B 710 DVO57 3101000392 DI-ZN,PTZTE255.6B 711 ZDT1 3101000392 DI-ZN,PTZTE255.6B 712 ZDT2 3101000392 DI-ZN,PTZTE255.6B 713 ZDI1 3101000392 DI-ZN,PTZTE255.6B 714 ZDI2 3101000393 DI-ZN,RLZTE-1124B 715 ZDI3 3101000393 DI-ZN,RLZTE-1124B 716 ZDI4 3101000393 DI-ZN,RLZTE-1124B 717 ZD1 3101000393 DI-ZN,RLZTE-1124B 718 ZD2 3101000394 DI-ZN,RLZTE-1115B

38/ 20

NO LOCATION PART NUMBER DESCRIPTION REMARK

719 ZD5 3101000394 DI-ZN,RLZTE-1115B 720 ZD6 3101000394 DI-ZN,RLZTE-1115B 721 ZD3 3101000394 DI-ZN,RLZTE-1115B 722 ZD4 3104100145 DI-SCHOT,MBRS130T3 SMD 723 ZD7 3104100145 DI-SCHOT,MBRS130T3 SMD 724 ZD8 3104100145 DI-SCHOT,MBRS130T3 SMD 725 DAU1 3104100145 DI-SCHOT,MBRS130T3 SMD 726 DAU2 3110100762 TR-GEN,KSC1623 SMD 727 DAU3 3110100762 TR-GEN,KSC1623 SMD 728 DAU4 3110100762 TR-GEN,KSC1623 SMD 729 QAU01 3110100762 TR-GEN,KSC1623 SMD 730 QA01 3110100762 TR-GEN,KSC1623 SMD 731 QA02 3110100762 TR-GEN,KSC1623 SMD 732 QM03 3110100762 TR-GEN,KSC1623 SMD 733 QCF01 3110100762 TR-GEN,KSC1623 SMD 734 QCF03 3110100762 TR-GEN,KSC1623 SMD 735 QCF04 3110100762 TR-GEN,KSC1623 SMD 736 QCF05 3110100762 TR-GEN,KSC1623 SMD 737 QDM03 3110100762 TR-GEN,KSC1623 SMD 738 QDM06 3110100762 TR-GEN,KSC1623 SMD 739 QDM08 3110100763 TR-GEN,KSA1182 SMD 740 QDS01 3110100763 TR-GEN,KSA1182 SMD 741 QDS02 3110100763 TR-GEN,KSA1182 SMD 742 QXA01 3110100763 TR-GEN,KSA1182 SMD 743 QCF02 3110100763 TR-GEN,KSA1182 SMD 744 QCF06 3110100763 TR-GEN,KSA1182 SMD 745 QCF07 3110100763 TR-GEN,KSA1182 SMD 746 QDM01 3110100763 TR-GEN,KSA1182 SMD 747 QDM02 3110100763 TR-GEN,KSA1182 SMD 748 QDM04 3110100763 TR-GEN,KSA1182 SMD 749 QDM05 3110100763 TR-GEN,KSA1182 SMD 750 QDM07 3110100763 TR-GEN,KSA1182 SMD 751 QDM09 3200001491 IC-LIN,NCP1117ST25T3 752 QDM10 3200001554 IC-LIN,RC1587 3A ADJ SOT 753 QDS03 3200001567 IC-LIN,BA7654F-E2(VIDEO SIGNAL 754 UCF02 3200001569 IC-LIN,AD9883A 140 MSPS

38/ 21

NO LOCATION PART NUMBER DESCRIPTION REMARK

755 UP04 3200001571 IC-LIN,BA17808FP-E2 756 UDM02 3200001572 IC-LIN,BA17809FP-E2 757 UA02 3200001573 IC-LIN,BA033FP-E2 758 UP06 3200001573 IC-LIN,BA033FP-E2 759 UP01 3200001574 IC-LIN,TA8851BN DIP 760 UP03 3200001575 IC-LIN,ST232CDR 761 UCF03 3200001576 IC-LIN,SIL161B QFP 762 UMX01 3200001577 IC-LIN,CXA2151Q QFP 763 URS01 3200001578 IC-LIN,PD64083 QFP 764 UT02 3200001579 IC-LIN,LM1117MP-1.8 SOT223 765 UXA01 3200001580 IC-LIN,BA7657F-E2 766 UCF01 3200001581 IC-LIN,TA2024 SOP 767 UP05 3200001583 IC-LIN,BA05FP TO252-3 768 UA01 3202001306 IC-TTL,74F14SC SOI 769 UAU1 3202001306 IC-TTL,74F14SC SOI 770 UP02 3202001516 IC-TTL,74HCT14 SOP 771 UM02 3202001517 IC-TTL,DM74LS08M SOIC 772 UM09 3202001518 IC-TTL,74F11 SOT 773 UI02 3202001519 IC-TTL,DS90C385 TSOP 774 UM07 3202001520 IC-TTL,74HCT86 SOT108 775 UM08 3202001521 IC-TTL,74F373 SOIC 776 ULV01 3202001521 IC-TTL,74F373 SOIC 777 UA03 3202001521 IC-TTL,74F373 SOIC 778 UM03 3202001521 IC-TTL,74F373 SOIC 779 UM05 3202001521 IC-TTL,74F373 SOIC 780 UM06 3203000745 IC-MEMO,24LC211/SN SOI 781 UM10 3203000745 IC-MEMO,24LC211/SN SOI 782 UM11 3203000879 IC-MEMO,S524A60X81-SCB0 783 UI01 3203000914 IC-MEMO,K4S643232F-TC60 784 UT01 3203000914 IC-MEMO,K4S643232F-TC60 785 UM12 3203000914 IC-MEMO,K4S643232F-TC60 786 UFB01 3203000916 IC-MEMO,MS81V04160-25TB 787 UFB02 3203000917 IC-MEMO,W27C02 PLCC 788 UFL2 3204000617 IC-INT,FLI2310 QFP 789 UFM01 3205001412 IC-U,VPC3230D QFP VIDEO 790 UM04 3205001412 IC-U,VPC3230D QFP VIDEO

38/ 22

NO LOCATION PART NUMBER DESCRIPTION REMARK

791 UFL1 3205001413 IC-U,ASI500 BGA IMAGE PRO 792 UDM01 3205001414 IC-U,MSP3450G PMQFP SOUND 793 UDS01 3205001415 IC-U,P89C51RD2BA PLCC MCU 794 USC01 3330600488 LED,SML-010LTT86N 795 UAU2 3330600488 LED,SML-010LTT86N 796 UM01 3500101878 CHIP-INDUCTOR,LMFC3225T3R 797 DT01 3500101878 CHIP-INDUCTOR,LMFC3225T3R 798 DT16 3500101878 CHIP-INDUCTOR,LMFC3225T3R 799 LDM03 3500101878 CHIP-INDUCTOR,LMFC3225T3R 800 LDM04 3500101878 CHIP-INDUCTOR,LMFC3225T3R 801 LDM05 3500101878 CHIP-INDUCTOR,LMFC3225T3R 802 LDS01 3500101878 CHIP-INDUCTOR,LMFC3225T3R 803 LDS02 3500101878 CHIP-INDUCTOR,LMFC3225T3R 804 LDS03 3500101878 CHIP-INDUCTOR,LMFC3225T3R 805 LDS04 3500101878 CHIP-INDUCTOR,LMFC3225T3R 806 LDS05 3500101879 CHIP-INDUCTOR,LMFC3225T15 807 LDS06 3500101881 CHIP-INDUCTOR,LMFC3225T10 808 LFM01 3500101881 CHIP-INDUCTOR,LMFC3225T10 809 LCF06 3500101881 CHIP-INDUCTOR,LMFC3225T10 810 FA04 3500101881 CHIP-INDUCTOR,LMFC3225T10 811 FXA01 3500101881 CHIP-INDUCTOR,LMFC3225T10 812 LCF04 3500101881 CHIP-INDUCTOR,LMFC3225T10 813 LCF05 3500101881 CHIP-INDUCTOR,LMFC3225T10 814 LCF09 3500101881 CHIP-INDUCTOR,LMFC3225T10 815 LCF10 3500101883 CHOKE-COIL,47uH 8x8 816 LCF11 3500101883 CHOKE-COIL,47uH 8x8 817 LDM08 3500101883 CHOKE-COIL,47uH 8x8 818 LPM01 3500101883 CHOKE-COIL,47uH 8x8 819 LPM03 3500101884 CHOKE-COIL,10uH 6x4 SMD PDP 820 LPM05 3500101884 CHOKE-COIL,10uH 6x4 SMD PDP 821 LPM07 3500101884 CHOKE-COIL,10uH 6x4 SMD PDP 822 LCF02 3500101884 CHOKE-COIL,10uH 6x4 SMD PDP 823 LCF15 3500101884 CHOKE-COIL,10uH 6x4 SMD PDP 824 LDM06 3500101884 CHOKE-COIL,10uH 6x4 SMD PDP 825 LDM07 3500101885 CHOKE-COIL,56uH 8x11 826 LDM09 3500101885 CHOKE-COIL,56uH 8x11

38/ 23

NO LOCATION PART NUMBER DESCRIPTION REMARK

827 LMX01 3500101885 CHOKE-COIL,56uH 8x11 828 LAU2 3500101885 CHOKE-COIL,56uH 8x11 829 LAU3 3520200199 FLT-LC,H354LAI-K5202=P3 830 LAU4 3520200199 FLT-LC,H354LAI-K5202=P3 831 LAU7 3520200200 FLT-LC,H354BAI-K5110=P3 832 FCF01 3530200621 VIB-QUARTZ,DIP 4MHZ 100PF 833 FDM02 3530200622 VIB-QUARTZ,DIP 20MHZ 22PF 834 FDM01 3530200622 VIB-QUARTZ,DIP 20MHZ 22PF 835 XXA01 3530200623 VIB-QUARTZ,DIP 18.432MHZ 836 XM01 3530200624 VIB-QUARTZ,DIP 20.25MHZ 837 XCF01 3530200624 VIB-QUARTZ,DIP 20.25MHZ 838 XAU01 3530200625 VIB-QUARTZ,DIP 13.5MHZ 33 839 XDM01 3530200626 VIB-QUARTZ,DIP 14.31818MH 840 XDS01 3540800008 COR-CHP,HB-1M2012-601JT 841 XFL01 3540800008 COR-CHP,HB-1M2012-601JT 842 XSC01 3540800008 COR-CHP,HB-1M2012-601JT 843 FT04 3540800008 COR-CHP,HB-1M2012-601JT 844 LAU1 3540800008 COR-CHP,HB-1M2012-601JT 845 LAU8 3540800008 COR-CHP,HB-1M2012-601JT 846 LM01 3540800008 COR-CHP,HB-1M2012-601JT 847 LM02 3540800008 COR-CHP,HB-1M2012-601JT 848 LM04 3540800008 COR-CHP,HB-1M2012-601JT 849 LM06 3540800008 COR-CHP,HB-1M2012-601JT 850 LM07 3540800008 COR-CHP,HB-1M2012-601JT 851 LM08 3540800008 COR-CHP,HB-1M2012-601JT 852 LM09 3540800008 COR-CHP,HB-1M2012-601JT 853 LM11 3540800008 COR-CHP,HB-1M2012-601JT 854 LM12 3540800060 COR-CHP,FI-B2012-222KJT 855 LM03 3540800060 COR-CHP,FI-B2012-222KJT 856 LM05 3540800060 COR-CHP,FI-B2012-222KJT 857 LI08 3540800060 COR-CHP,FI-B2012-222KJT 858 LI09 3540800060 COR-CHP,FI-B2012-222KJT 859 LI10 3540800060 COR-CHP,FI-B2012-222KJT 860 LMX02 3540800060 COR-CHP,FI-B2012-222KJT 861 LMX05 3540800060 COR-CHP,FI-B2012-222KJT 862 LMX06 3540800060 COR-CHP,FI-B2012-222KJT

38/ 24

NO LOCATION PART NUMBER DESCRIPTION REMARK

863 LVO02 3540800060 COR-CHP,FI-B2012-222KJT 864 LVO03 3540800060 COR-CHP,FI-B2012-222KJT 865 LVO04 3540800060 COR-CHP,FI-B2012-222KJT 866 LVO05 3540800060 COR-CHP,FI-B2012-222KJT 867 LVO06 3540800060 COR-CHP,FI-B2012-222KJT 868 LVO07 3540800064 COR-CHP,HH-1M4532-121JT 869 LVO08 3540800064 COR-CHP,HH-1M4532-121JT 870 LVO10 3540800064 COR-CHP,HH-1M4532-121JT 871 FA01 3540800064 COR-CHP,HH-1M4532-121JT 872 FA02 3540800064 COR-CHP,HH-1M4532-121JT 873 FA03 3540800064 COR-CHP,HH-1M4532-121JT 874 FT01 3540800064 COR-CHP,HH-1M4532-121JT 875 FT02 3540800064 COR-CHP,HH-1M4532-121JT 876 FT03 3540800064 COR-CHP,HH-1M4532-121JT 877 LAU09 3540800064 COR-CHP,HH-1M4532-121JT 878 LAU10 3540800064 COR-CHP,HH-1M4532-121JT 879 LAU5 3540800064 COR-CHP,HH-1M4532-121JT 880 LAU6 3540800064 COR-CHP,HH-1M4532-121JT 881 LFB01 3540800064 COR-CHP,HH-1M4532-121JT 882 LFB02 3540800064 COR-CHP,HH-1M4532-121JT 883 LLV02 3540800064 COR-CHP,HH-1M4532-121JT 884 LLV03 3540800064 COR-CHP,HH-1M4532-121JT 885 LLV04 3540800064 COR-CHP,HH-1M4532-121JT 886 LPM02 3540800064 COR-CHP,HH-1M4532-121JT 887 LPM04 3540800064 COR-CHP,HH-1M4532-121JT 888 LPM06 3540800064 COR-CHP,HH-1M4532-121JT 889 LPM09 3540800064 COR-CHP,HH-1M4532-121JT 890 LSC01 3540800064 COR-CHP,HH-1M4532-121JT 891 LSC50 3540800064 COR-CHP,HH-1M4532-121JT 892 LSC51 3540800064 COR-CHP,HH-1M4532-121JT 893 LSC52 3540800064 COR-CHP,HH-1M4532-121JT 894 LSC53 3540800064 COR-CHP,HH-1M4532-121JT 895 LFL01 3540800064 COR-CHP,HH-1M4532-121JT 896 LFL02 3540800064 COR-CHP,HH-1M4532-121JT 897 LFL03 3540800064 COR-CHP,HH-1M4532-121JT 898 LFL04 3540800064 COR-CHP,HH-1M4532-121JT

38/ 25

NO LOCATION PART NUMBER DESCRIPTION REMARK

899 LFL05 3540800064 COR-CHP,HH-1M4532-121JT 900 LFL06 3610200115 BATTERY,AA 1.5V MERCURY&CADMIU 901 LFL07 3720101388 CONN-M,SMW200-06P 902 LFL08 3720101388 CONN-M,SMW200-06P 903 3720101396 CONN-M,SMW250-02 2 904 CNAU3 3720101397 CONN-M,SMW250-03 3 905 CNMX1 3720101401 CONN-M,SMW250-08 8 906 SPKR1 3720101401 CONN-M,SMW250-08 8 907 SPKL1 3720101403 CONN-M,SMW250-10 10 908 CNPR2 3720101404 CONN-M,SMW250-11 11 909 CNFL2 3720101916 CONN-M,SMW200-14 14 910 CNPR1 3720101996 CONN-M,GT121-31P-TD 31 911 CNPR3 3720101997 CONN-M,53505-4090 40 912 CNKEY1 3720101997 CONN-M,53505-4090 40 913 CNLV1 3721100621 CONN-F,PLL-44-PPS-T-M 44 914 CNSC1 3721101228 CONN-F,DVI FEMALE RIGHT ANG 24 915 CNFL1 3721101233 CONN-F,D-SUB 15P R/A 15 916 UM01 3721101237 CONN-F,PLCC-32P 32 917 DVI01 3721101244 CONN-F,S-VIDEO JACK 7 918 DSUB1 3721101246 CONN-F,STERO PHONE JACK 6 919 UM04 3721101247 CONN-F,D-SUB 9P R/A 9 920 SVD01 3721101259 CONN-F,SCART JACK 21P SHIELD 921 CNI2 3725005278 CONN-A,8P CABLE 45MM PD42 8 922 CNI1 3725005279 CONN-A,6P CABLE 45MM PD42 9 923 SCRT2 3725005280 924 3725005281 925 3725005282 926 3725005283

CONN-A,10P CABLE 240MM PD42 10 CONN-A,11P CABLE 60MM PD42 11 CONN-A,31P CABLE 180MM PD42 31 CONN-A,40P CABLE 45MM PD42 40

927 3725005284 928 3758000200 929 3758500477

CONN-A,14P CABLE 280MM PD42 14 CBL-PWR,MW WALL 1.8MT EUROPEAN CBL-SGN,7PAI 1.8M 2C MW STRIGH

930 5001000579 SCR-MC,BIN + MC 3*8 931 5004000187 SCR-TT2,BIN(+) MC 4*14 932 5004000190 SCR-TT,BIN + MC 3*8 933 5004000216 SCR-TT,BIN+ 4*10 934 5004000217 SCR-TT BIN MC4*10(백색아연도금

38/ 26

NO LOCATION PART NUMBER DESCRIPTION REMARK

935 5004000218 SCR-MC BIN+MC3*16 936 5004000219 SCR-MC BIN+MC8*14(백색아연도금 937 5004000222 SCR-MC BIN + MC 4*10(백색아연 938 6101220101 REAR COVER PDP42 939 6101221201 PD421 REAR COVER ASSY 940 6110279900 FILTER BRKT V,P421 941 6110279900 FILTER BRKT V,P421 942 6110280000 FILTER BRKT H(TOP),P421 943 6110280001 FILTER BRKT H(BOTTOM),P421 944 6110280100 SPEAKER BRKT JACK,P421 945 6110280200 BRKT AC INLET,P421 946 6110282200 FILTER BRKT H(TOP) ASSY P421 947 6110282300 FILTER BRKT H(BOTTOM) ASSY P42 948 6110282400 FILTER BRKT V ASSY(LEFT) P421 949 6110282500 FILTER BRKT V ASSY(RIGHT) P421 950 6120054800 LOGO PLATE,P421 951 6120055000 MODULE PLATE,P421 952 6120055101 SHIELD TOP P421(수출용) 953 6120055200 SHIELD BOTTOM,P421 954 6120055300 42INCH PDP FILTER GLASS 955 6120055400 SHIELD BOTTOM ASSY P421 956 6128010133 GASKET EMI,S527B(12X110X6) 957 6128011100 GASKET EMI W5 X T1 X L960 958 6128011100 GASKET EMI W5 X T1 X L960 959 6128011101 GASKET EMI W5 X T1 X L570 960 6128011101 GASKET EMI W5 X T1 X L570 961 6128011102 GASKET EMI W5 X T1 X L886 962 6128011103 GASKET EMI W5 X T1 X L160 963 6128011104 GASKET EMI W5 X T1 X L553 964 6128011105 GASKET EMI W8 X T1 X L485 965 6201317300 FRONT COVER,P421 966 6201319400 42INCH PDP FRONT COVER ASSY 967 6201326600 COVER REAR CAP PDP 968 6220085900 RENS REMOTE,P421 969 6223076800 HOLDER FLUSH,V770 KIOSK 970 6223077000

SUPPORT,P910+ TWIST LOCK NYLON

38/ 27

NO LOCATION PART NUMBER DESCRIPTION REMARK

971 6223088400 42INCH PDP BOX HOLDER 972 6243037901 MANUAL PE BAG 973 6243038301 PE_BAG(SET) P421 974 6253119500 CUSHION TOP,P421 975 6253119600 CUSHION BOTTOM,P421 976 6253119601 CUSHION MIDDLE,P421 977 6301191400 PALLET PAD,ALL MODEL,SW-3 978 6301194000 PD421 CTN BOX TOP IQT ALL 979 6301194100 42INCH PDP BOX CARTON(BOTTOM) 980 6309037300 PAD,PALLET ANGLE 981 201109000401 CAP-AL-C,1UF 50V M 4052 982 201109000401 CAP-AL-C,1UF 50V M 4052 983 301070082701 KEY BOARD ASSY,PD421 984 CCF04 304100105802 PCB-DOUBLE, PDP 42" GRAPHIC B/ 985 CCF38 304100105901 PCB-DOUBLE, PDP 42" Video B/D 986 372110124201 CONN-F,RCA JACK 204P 6 987 372110124201 CONN-F,RCA JACK 204P 6 988 372110124201 CONN-F,RCA JACK 204P 6 989 AUDT1 372110124301 CONN-F,RCA JACK 304P 9 990 AUPC1 372110124801 CONN-F,RCA JACK(RGB) 9 991 AUDV1 372110124801 CONN-F,RCA JACK(RGB) 9 992 AUCV1 372500528801 RCA 3P CABLE 1.8MT, PD421 993 DTV1 372500528901 RGB 3P CABLE 1.8MT, PD421 994 DVD1 372500529701 SPEAKER TERMINAL BLOCK CABLE A 995 372500529801 SPEAKER TERMINAL BLOCK CABLE A 996 372500529901 NOISE FILTER CABLE ASS'Y 230MM 997 631637950302 BACK LABEL PD421 IQT(EXP) 998 632023610201 USER'S GUIDE PD421 IQT(EXP)

999 B4008500100A CABLE TIE 1000 B4204513263B LABEL,B/CODE 64KHZ(DIC21) 1001 B4204668904 KIT LAB & MAN PD421 HIE/SILVER 1002 B4210332604 PDP MEC ASSY,PD421(SYN) 1003 B4210332701 PDP KIT COVER ASSY,PD421 1004 B4210332801 PDP PACKING ASSY,PD421 1005 CC7FCA1H220J CAP-CC,22PF 50V J 1608 1006 CC7FCA1H220J CAP-CC,22PF 50V J 1608

38/ 28

NO LOCATION PART NUMBER DESCRIPTION REMARK

1007 CC7FCA1H220J CAP-CC,22PF 50V J 1608 1008 CI27 CC7FCA1H220J CAP-CC,22PF 50V J 1608 1009 CI28 CC7FCA1H220J CAP-CC,22PF 50V J 1608 1010 CI29 CC7FCA1H220J CAP-CC,22PF 50V J 1608 1011 CM01 CC7FCA1H220J CAP-CC,22PF 50V J 1608 1012 CM02 CC7FCA1H220J CAP-CC,22PF 50V J 1608 1013 CCF25 CC7FCA1H220J CAP-CC,22PF 50V J 1608 1014 CCF26 DTRLS4148 DIODE,CHIP S/W RLS4148 1015 CDM51 DTRLS4148 DIODE,CHIP S/W RLS4148 1016 CDM52 DTRLS4148 DIODE,CHIP S/W RLS4148 1017 DI05 DTRLS4148 DIODE,CHIP S/W RLS4148 1018 DI07 DTRLS4148 DIODE,CHIP S/W RLS4148 1019 DM01 DTRLS4148 DIODE,CHIP S/W RLS4148 1020 DT03 DTRLS4148 DIODE,CHIP S/W RLS4148 1021 DT04 DTRLS4148 DIODE,CHIP S/W RLS4148 1022 DA01 DTRLS4148 DIODE,CHIP S/W RLS4148 1023 DA02 E4001020808J CAP,CHIP 50V 47PF J 1608 1024 DI06 E42027039010 SWITCH TACT,5MM 160GF VERTICAL 1025 DCF01 E4205020601 MAIN ASS'Y(M1),PD421 1026 CI14 E4208422811 PCBA GRAPHIC TOP(AM),PD421 1027 SWM01 E4208422812 PCBA VIDEO(AM),PD421 1028 E4208422821 PCBA GRAPHIC BOTTOM(AM),PD421 1029 E4208522801 PCBA GRAPHIC(MM),PD421 1030 E4208522802 PCBA VIDEO(MM),PD421 1031 E4208622802 PCBA VIDEO(TM),PD421 1032 E4208722801 PCB ASSY,PD421 1033 M11144010012 SCREW,BIN(+) 4*10 MSZPC 1034 M11173008012 SCREW FLT(+) M3*8 MSZPC 1035 M17744006012 SCREW,BIN(+) M4*6 MSZPC 1036 RD-4P0T0100J RES-CF,RD 1/4W 10 OHM J 1037 RD-4P0T0100J RES-CF,RD 1/4W 10 OHM J 1038 RK1JC0T0000J RES-C,0 0.063W J 1608 1039 RAU29 RK1JC0T0000J RES-C,0 0.063W J 1608 1040 RAU30 RK1JC0T0000J RES-C,0 0.063W J 1608 1041 LI05 RK1JC0T0000J RES-C,0 0.063W J 1608 1042 LI06 RK1JC0T0000J RES-C,0 0.063W J 1608

38/ 29

NO LOCATION PART NUMBER DESCRIPTION REMARK

1043 RAU54 RK1JC0T0000J RES-C,0 0.063W J 1608 1044 RAU90 RK1JC0T0000J RES-C,0 0.063W J 1608 1045 RAU91 RK1JC0T0000J RES-C,0 0.063W J 1608 1046 RA04 RK1JC0T0000J RES-C,0 0.063W J 1608 1047 RA05 RK1JC0T0000J RES-C,0 0.063W J 1608 1048 RA06 RK1JC0T0000J RES-C,0 0.063W J 1608 1049 RSC01 RK1JC0T0000J RES-C,0 0.063W J 1608 1050 RSC02 RK1JC0T0000J RES-C,0 0.063W J 1608 1051 RSC04 RK1JC0T0000J RES-C,0 0.063W J 1608 1052 RSC06 RK1JC0T0000J RES-C,0 0.063W J 1608 1053 RSC07 RK1JC0T0000J RES-C,0 0.063W J 1608 1054 RSC08 RK1JC0T0000J RES-C,0 0.063W J 1608 1055 RSC58 RK1JC0T0000J RES-C,0 0.063W J 1608 1056 RSC59 RK1JC0T0000J RES-C,0 0.063W J 1608 1057 LI01 RK1JC0T0000J RES-C,0 0.063W J 1608 1058 LI02 RK1JC0T0000J RES-C,0 0.063W J 1608 1059 LI03 RK1JC0T0000J RES-C,0 0.063W J 1608 1060 LI04 RK1JC0T0000J RES-C,0 0.063W J 1608 1061 LI07 RK1JC0T0000J RES-C,0 0.063W J 1608 1062 RFB10 RK1JC0T0000J RES-C,0 0.063W J 1608 1063 RSC09 RK1JC0T0000J RES-C,0 0.063W J 1608 1064 RCF02 RK1JC0T0000J RES-C,0 0.063W J 1608 1065 RCF07 RK1JC0T0000J RES-C,0 0.063W J 1608 1066 RCF18 RK1JC0T0000J RES-C,0 0.063W J 1608 1067 RCF21 RK1JC0T0000J RES-C,0 0.063W J 1608 1068 RCF22 RK1JC0T0000J RES-C,0 0.063W J 1608 1069 RCF24 RK1JC0T0000J RES-C,0 0.063W J 1608 1070 RCF31 RK1JC0T0000J RES-C,0 0.063W J 1608 1071 RCF32 RK1JC0T0000J RES-C,0 0.063W J 1608 1072 RCF33 RK1JC0T0000J RES-C,0 0.063W J 1608 1073 RCF34 RK1JC0T0000J RES-C,0 0.063W J 1608 1074 RCF35 RK1JC0T0000J RES-C,0 0.063W J 1608 1075 RDM16 RK1JC0T0000J RES-C,0 0.063W J 1608 1076 RDM23 RK1JC0T0000J RES-C,0 0.063W J 1608 1077 RDM28 RK1JC0T0000J RES-C,0 0.063W J 1608 1078 RDM60 RK1JC0T0000J RES-C,0 0.063W J 1608

38/ 30

NO LOCATION PART NUMBER DESCRIPTION REMARK

1079 RDM63 RK1JC0T0000J RES-C,0 0.063W J 1608 1080 RDM65 RK1JC0T0000J RES-C,0 0.063W J 1608 1081 RDS02 RK1JC0T0000J RES-C,0 0.063W J 1608 1082 RDS04 RK1JC0T0000J RES-C,0 0.063W J 1608 1083 RDS09 RK1JC0T0000J RES-C,0 0.063W J 1608 1084 RDS11 RK1JC0T0000J RES-C,0 0.063W J 1608 1085 RDS17 RK1JC0T0000J RES-C,0 0.063W J 1608 1086 RDS37 RK1JC0T0000J RES-C,0 0.063W J 1608 1087 RDS41 RK1JC0T0000J RES-C,0 0.063W J 1608 1088 RDS43 RK1JC0T0000J RES-C,0 0.063W J 1608 1089 RFL10 RK1JC0T0000J RES-C,0 0.063W J 1608 1090 RFL29 RK1JC0T0000J RES-C,0 0.063W J 1608 1091 RFL30 RK1JC0T0000J RES-C,0 0.063W J 1608 1092 RFM01 RK1JC0T0000J RES-C,0 0.063W J 1608 1093 RFM03 RK1JC0T0100J RES-C,10 0.063W J 1608 1094 RFM1 RK1JC0T0100J RES-C,10 0.063W J 1608 1095 RVO71 RK1JC0T0100J RES-C,10 0.063W J 1608 1096 RDM01 RK1JC0T0101J RES-C,100 0.063W J 1608 1097 RDM41 RK1JC0T0101J RES-C,100 0.063W J 1608 1098 RDS06 RK1JC0T0101J RES-C,100 0.063W J 1608 1099 RAU24 RK1JC0T0101J RES-C,100 0.063W J 1608 1100 RAU25 RK1JC0T0101J RES-C,100 0.063W J 1608 1101 RAU39 RK1JC0T0101J RES-C,100 0.063W J 1608 1102 RA07 RK1JC0T0101J RES-C,100 0.063W J 1608 1103 RA08 RK1JC0T0101J RES-C,100 0.063W J 1608 1104 RLV03 RK1JC0T0101J RES-C,100 0.063W J 1608 1105 RLV04 RK1JC0T0101J RES-C,100 0.063W J 1608 1106 RM03 RK1JC0T0101J RES-C,100 0.063W J 1608 1107 RM25 RK1JC0T0101J RES-C,100 0.063W J 1608 1108 RM26 RK1JC0T0101J RES-C,100 0.063W J 1608 1109 RM27 RK1JC0T0101J RES-C,100 0.063W J 1608 1110 RM28 RK1JC0T0101J RES-C,100 0.063W J 1608 1111 RM29 RK1JC0T0101J RES-C,100 0.063W J 1608 1112 RM31 RK1JC0T0101J RES-C,100 0.063W J 1608 1113 RM33 RK1JC0T0101J RES-C,100 0.063W J 1608 1114 RM34 RK1JC0T0101J RES-C,100 0.063W J 1608

38/ 31

NO LOCATION PART NUMBER DESCRIPTION REMARK

1115 RM35 RK1JC0T0101J RES-C,100 0.063W J 1608 1116 RM36 RK1JC0T0101J RES-C,100 0.063W J 1608 1117 RM37 RK1JC0T0101J RES-C,100 0.063W J 1608 1118 RM38 RK1JC0T0101J RES-C,100 0.063W J 1608 1119 RM39 RK1JC0T0101J RES-C,100 0.063W J 1608 1120 RM40 RK1JC0T0101J RES-C,100 0.063W J 1608 1121 RM41 RK1JC0T0101J RES-C,100 0.063W J 1608 1122 RM42 RK1JC0T0101J RES-C,100 0.063W J 1608 1123 RM43 RK1JC0T0101J RES-C,100 0.063W J 1608 1124 RM44 RK1JC0T0101J RES-C,100 0.063W J 1608 1125 RM53 RK1JC0T0101J RES-C,100 0.063W J 1608 1126 RM54 RK1JC0T0101J RES-C,100 0.063W J 1608 1127 RT07 RK1JC0T0101J RES-C,100 0.063W J 1608 1128 RXA06 RK1JC0T0101J RES-C,100 0.063W J 1608 1129 RXA07 RK1JC0T0101J RES-C,100 0.063W J 1608 1130 RI06 RK1JC0T0101J RES-C,100 0.063W J 1608 1131 RI22 RK1JC0T0101J RES-C,100 0.063W J 1608 1132 RM56 RK1JC0T0101J RES-C,100 0.063W J 1608 1133 RM57 RK1JC0T0101J RES-C,100 0.063W J 1608 1134 RCF28 RK1JC0T0101J RES-C,100 0.063W J 1608 1135 RCF29 RK1JC0T0101J RES-C,100 0.063W J 1608 1136 RDM04 RK1JC0T0101J RES-C,100 0.063W J 1608 1137 RDM07 RK1JC0T0101J RES-C,100 0.063W J 1608 1138 RDM26 RK1JC0T0101J RES-C,100 0.063W J 1608 1139 RDM27 RK1JC0T0101J RES-C,100 0.063W J 1608 1140 RDS01 RK1JC0T0101J RES-C,100 0.063W J 1608 1141 RDS05 RK1JC0T0101J RES-C,100 0.063W J 1608 1142 RDS20 RK1JC0T0101J RES-C,100 0.063W J 1608 1143 RDS21 RK1JC0T0101J RES-C,100 0.063W J 1608 1144 RFL05 RK1JC0T0101J RES-C,100 0.063W J 1608 1145 RFL06 RK1JC0T0101J RES-C,100 0.063W J 1608 1146 RFL07 RK1JC0T0101J RES-C,100 0.063W J 1608 1147 RFL08 RK1JC0T0101J RES-C,100 0.063W J 1608 1148 RMX07 RK1JC0T0101J RES-C,100 0.063W J 1608 1149 RMX08 RK1JC0T0101J RES-C,100 0.063W J 1608 1150 RVO09 RK1JC0T0101J RES-C,100 0.063W J 1608

38/ 32

NO LOCATION PART NUMBER DESCRIPTION REMARK

1151 RVO63 RK1JC0T0101J RES-C,100 0.063W J 1608 1152 RVO64 RK1JC0T0102J RES-C,1K 0.063W J 1608 1153 RVO65 RK1JC0T0102J RES-C,1K 0.063W J 1608 1154 RVO69 RK1JC0T0102J RES-C,1K 0.063W J 1608 1155 RAU17 RK1JC0T0102J RES-C,1K 0.063W J 1608 1156 RAU18 RK1JC0T0102J RES-C,1K 0.063W J 1608 1157 RAU21 RK1JC0T0102J RES-C,1K 0.063W J 1608 1158 RAU22 RK1JC0T0102J RES-C,1K 0.063W J 1608 1159 RAU59 RK1JC0T0102J RES-C,1K 0.063W J 1608 1160 RAU60 RK1JC0T0102J RES-C,1K 0.063W J 1608 1161 RM01 RK1JC0T0102J RES-C,1K 0.063W J 1608 1162 RM14 RK1JC0T0102J RES-C,1K 0.063W J 1608 1163 RM16 RK1JC0T0102J RES-C,1K 0.063W J 1608 1164 RM51 RK1JC0T0102J RES-C,1K 0.063W J 1608 1165 RM71 RK1JC0T0102J RES-C,1K 0.063W J 1608 1166 RM72 RK1JC0T0102J RES-C,1K 0.063W J 1608 1167 RSC12 RK1JC0T0102J RES-C,1K 0.063W J 1608 1168 RSC13 RK1JC0T0102J RES-C,1K 0.063W J 1608 1169 RSC14 RK1JC0T0102J RES-C,1K 0.063W J 1608 1170 RSC15 RK1JC0T0102J RES-C,1K 0.063W J 1608 1171 RT03 RK1JC0T0102J RES-C,1K 0.063W J 1608 1172 RT06 RK1JC0T0102J RES-C,1K 0.063W J 1608 1173 RT09 RK1JC0T0102J RES-C,1K 0.063W J 1608 1174 RT11 RK1JC0T0102J RES-C,1K 0.063W J 1608 1175 RT12 RK1JC0T0102J RES-C,1K 0.063W J 1608 1176 RT14 RK1JC0T0102J RES-C,1K 0.063W J 1608 1177 RT19 RK1JC0T0102J RES-C,1K 0.063W J 1608 1178 RT21 RK1JC0T0102J RES-C,1K 0.063W J 1608 1179 RI09 RK1JC0T0102J RES-C,1K 0.063W J 1608 1180 RI12 RK1JC0T0102J RES-C,1K 0.063W J 1608 1181 RSC11 RK1JC0T0102J RES-C,1K 0.063W J 1608 1182 RSC51 RK1JC0T0102J RES-C,1K 0.063W J 1608 1183 RSC53 RK1JC0T0102J RES-C,1K 0.063W J 1608 1184 RSC55 RK1JC0T0102J RES-C,1K 0.063W J 1608 1185 RSC57 RK1JC0T0102J RES-C,1K 0.063W J 1608 1186 RCF11 RK1JC0T0102J RES-C,1K 0.063W J 1608

38/ 33

NO LOCATION PART NUMBER DESCRIPTION REMARK

1187 RCF23 RK1JC0T0102J RES-C,1K 0.063W J 1608 1188 RDM06 RK1JC0T0102J RES-C,1K 0.063W J 1608 1189 RDM14 RK1JC0T0102J RES-C,1K 0.063W J 1608 1190 RDM25 RK1JC0T0102J RES-C,1K 0.063W J 1608 1191 RDM54 RK1JC0T0102J RES-C,1K 0.063W J 1608 1192 RDS19 RK1JC0T0102J RES-C,1K 0.063W J 1608 1193 RFL23 RK1JC0T0103J RES-C,10K 0.063W J 1608 1194 RVO59 RK1JC0T0103J RES-C,10K 0.063W J 1608 1195 RVO61 RK1JC0T0103J RES-C,10K 0.063W J 1608 1196 RAU58 RK1JC0T0103J RES-C,10K 0.063W J 1608 1197 RM13 RK1JC0T0103J RES-C,10K 0.063W J 1608 1198 RM46 RK1JC0T0103J RES-C,10K 0.063W J 1608 1199 RM47 RK1JC0T0103J RES-C,10K 0.063W J 1608 1200 RM48 RK1JC0T0103J RES-C,10K 0.063W J 1608 1201 RM49 RK1JC0T0103J RES-C,10K 0.063W J 1608 1202 RM50 RK1JC0T0103J RES-C,10K 0.063W J 1608 1203 RM73 RK1JC0T0103J RES-C,10K 0.063W J 1608 1204 RA32 RK1JC0T0103J RES-C,10K 0.063W J 1608 1205 RA33 RK1JC0T0103J RES-C,10K 0.063W J 1608 1206 RA34 RK1JC0T0103J RES-C,10K 0.063W J 1608 1207 RA35 RK1JC0T0103J RES-C,10K 0.063W J 1608 1208 RI08 RK1JC0T0103J RES-C,10K 0.063W J 1608 1209 RI15 RK1JC0T0103J RES-C,10K 0.063W J 1608 1210 RI16 RK1JC0T0103J RES-C,10K 0.063W J 1608 1211 RI17 RK1JC0T0103J RES-C,10K 0.063W J 1608 1212 RCF03 RK1JC0T0103J RES-C,10K 0.063W J 1608 1213 RDS13 RK1JC0T0103J RES-C,10K 0.063W J 1608 1214 RDS15 RK1JC0T0103J RES-C,10K 0.063W J 1608 1215 RMX02 RK1JC0T0103J RES-C,10K 0.063W J 1608 1216 RMX10 RK1JC0T0103J RES-C,10K 0.063W J 1608 1217 RVO14 RK1JC0T0104J RES-C,100K 0.063W J 1608 1218 RVO15 RK1JC0T0104J RES-C,100K 0.063W J 1608 1219 RVO57 RK1JC0T0104J RES-C,100K 0.063W J 1608 1220 RA23 RK1JC0T0105J RES-C,1M 0.063W J 1608 1221 RA31 RK1JC0T0105J RES-C,1M 0.063W J 1608 1222 RCF16 RK1JC0T0105J RES-C,1M 0.063W J 1608

38/ 34

NO LOCATION PART NUMBER DESCRIPTION REMARK

1223 RAU53 RK1JC0T0151F R-CP 150 1% 1/16 1608 1224 RM02 RK1JC0T0151F R-CP 150 1% 1/16 1608 1225 RSC10 RK1JC0T0151F R-CP 150 1% 1/16 1608 1226 RM30 RK1JC0T0151F R-CP 150 1% 1/16 1608 1227 RSC23 RK1JC0T0152J RES-C,1.5K 0.063W J 1608 1228 RP03 RK1JC0T0152J RES-C,1.5K 0.063W J 1608 1229 RP04 RK1JC0T0152J RES-C,1.5K 0.063W J 1608 1230 RAU05 RK1JC0T0152J RES-C,1.5K 0.063W J 1608 1231 RAU06 RK1JC0T0152J RES-C,1.5K 0.063W J 1608 1232 RAU07 RK1JC0T0152J RES-C,1.5K 0.063W J 1608 1233 RAU08 RK1JC0T0152J RES-C,1.5K 0.063W J 1608 1234 RAU09 RK1JC0T0152J RES-C,1.5K 0.063W J 1608 1235 RAU10 RK1JC0T0152J RES-C,1.5K 0.063W J 1608 1236 RAU19 RK1JC0T0152J RES-C,1.5K 0.063W J 1608 1237 RAU20 RK1JC0T0220J RES-C,22 0.063W J 1608 1238 RAU27 RK1JC0T0220J RES-C,22 0.063W J 1608 1239 RAU28 RK1JC0T0220J RES-C,22 0.063W J 1608 1240 RAU23 RK1JC0T0220J RES-C,22 0.063W J 1608 1241 RAU26 RK1JC0T0220J RES-C,22 0.063W J 1608 1242 RA03 RK1JC0T0220J RES-C,22 0.063W J 1608 1243 RA09 RK1JC0T0220J RES-C,22 0.063W J 1608 1244 RA10 RK1JC0T0220J RES-C,22 0.063W J 1608 1245 RA11 RK1JC0T0220J RES-C,22 0.063W J 1608 1246 RDM19 RK1JC0T0220J RES-C,22 0.063W J 1608 1247 RDM20 RK1JC0T0220J RES-C,22 0.063W J 1608 1248 RDM22 RK1JC0T0220J RES-C,22 0.063W J 1608 1249 RFL01 RK1JC0T0220J RES-C,22 0.063W J 1608 1250 RFL02 RK1JC0T0220J RES-C,22 0.063W J 1608 1251 RFL03 RK1JC0T0220J RES-C,22 0.063W J 1608 1252 RFL04 RK1JC0T0220J RES-C,22 0.063W J 1608 1253 RFL09 RK1JC0T0220J RES-C,22 0.063W J 1608 1254 RFL11 RK1JC0T0220J RES-C,22 0.063W J 1608 1255 RFL12 RK1JC0T0220J RES-C,22 0.063W J 1608 1256 RFL16 RK1JC0T0220J RES-C,22 0.063W J 1608 1257 RFL17 RK1JC0T0220J RES-C,22 0.063W J 1608 1258 RFL18 RK1JC0T0220J RES-C,22 0.063W J 1608

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NO LOCATION PART NUMBER DESCRIPTION REMARK

1259 RFL25 RK1JC0T0220J RES-C,22 0.063W J 1608 1260 RFL26 RK1JC0T0221J RES-C,220 0.063W J 1608 1261 RFL27 RK1JC0T0221J RES-C,220 0.063W J 1608 1262 RFL28 RK1JC0T0221J RES-C,220 0.063W J 1608 1263 RSC22 RK1JC0T0221J RES-C,220 0.063W J 1608 1264 RCF09 RK1JC0T0222J RES CHIP 2.2K 5% 0.063W 1265 RCF30 RK1JC0T0222J RES CHIP 2.2K 5% 0.063W 1266 RDM36 RK1JC0T0222J RES CHIP 2.2K 5% 0.063W 1267 RCF14 RK1JC0T0330J RES-C,33 0.063W J 1608 1268 RDM03 RK1JC0T0330J RES-C,33 0.063W J 1608 1269 RDM42 RK1JC0T0330J RES-C,33 0.063W J 1608 1270 RSC18 RK1JC0T0330J RES-C,33 0.063W J 1608 1271 RSC19 RK1JC0T0330J RES-C,33 0.063W J 1608 1272 RSC20 RK1JC0T0330J RES-C,33 0.063W J 1608 1273 RSC21 RK1JC0T0331J RES CHIP 330 5% 1/16W 1274 RI11 RK1JC0T0331J RES CHIP 330 5% 1/16W 1275 RI14 RK1JC0T0331J RES CHIP 330 5% 1/16W 1276 RM20 RK1JC0T0331J RES CHIP 330 5% 1/16W 1277 RM21 RK1JC0T0331J RES CHIP 330 5% 1/16W 1278 RM22 RK1JC0T0331J RES CHIP 330 5% 1/16W 1279 RM23 RK1JC0T0331J RES CHIP 330 5% 1/16W 1280 RT04 RK1JC0T0331J RES CHIP 330 5% 1/16W 1281 RCF01 RK1JC0T0332J RES CHIP 3.3K 5% 1/16W 1282 RDM47 RK1JC0T0332J RES CHIP 3.3K 5% 1/16W 1283 RDS35 RK1JC0T0332J RES CHIP 3.3K 5% 1/16W 1284 RA12 RK1JC0T0471J RES-C,470 0.063W J 1608 1285 RCF05 RK1JC0T0471J RES-C,470 0.063W J 1608 1286 RVO58 RK1JC0T0471J RES-C,470 0.063W J 1608 1287 RT02 RK1JC0T0471J RES-C,470 0.063W J 1608 1288 RCF04 RK1JC0T0471J RES-C,470 0.063W J 1608 1289 RCF06 RK1JC0T0471J RES-C,470 0.063W J 1608 1290 RCF15 RK1JC0T0471J RES-C,470 0.063W J 1608 1291 RCF26 RK1JC0T0471J RES-C,470 0.063W J 1608 1292 RCF27 RK1JC0T0471J RES-C,470 0.063W J 1608 1293 RDM38 RK1JC0T0471J RES-C,470 0.063W J 1608 1294 RDM40 RK1JC0T0471J RES-C,470 0.063W J 1608

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NO LOCATION PART NUMBER DESCRIPTION REMARK

1295 RDM44 RK1JC0T0471J RES-C,470 0.063W J 1608 1296 RDM45 RK1JC0T0471J RES-C,470 0.063W J 1608 1297 RDM49 RK1JC0T0471J RES-C,470 0.063W J 1608 1298 RDM50 RK1JC0T0471J RES-C,470 0.063W J 1608 1299 RDM51 RK1JC0T0471J RES-C,470 0.063W J 1608 1300 RDS03 RK1JC0T0471J RES-C,470 0.063W J 1608 1301 RDS07 RK1JC0T0472J RES-CHIP 4.7K J 1/16W 1608 1302 RDS08 RK1JC0T0472J RES-CHIP 4.7K J 1/16W 1608 1303 RMX03 RK1JC0T0472J RES-CHIP 4.7K J 1/16W 1608 1304 RAU03 RK1JC0T0472J RES-CHIP 4.7K J 1/16W 1608 1305 RAU04 RK1JC0T0472J RES-CHIP 4.7K J 1/16W 1608 1306 RM04 RK1JC0T0472J RES-CHIP 4.7K J 1/16W 1608 1307 RM05 RK1JC0T0472J RES-CHIP 4.7K J 1/16W 1608 1308 RM06 RK1JC0T0472J RES-CHIP 4.7K J 1/16W 1608 1309 RM07 RK1JC0T0472J RES-CHIP 4.7K J 1/16W 1608 1310 RM08 RK1JC0T0472J RES-CHIP 4.7K J 1/16W 1608 1311 RM09 RK1JC0T0472J RES-CHIP 4.7K J 1/16W 1608 1312 RM10 RK1JC0T0472J RES-CHIP 4.7K J 1/16W 1608 1313 RM18 RK1JC0T0472J RES-CHIP 4.7K J 1/16W 1608 1314 RM19 RK1JC0T0472J RES-CHIP 4.7K J 1/16W 1608 1315 RM32 RK1JC0T0472J RES-CHIP 4.7K J 1/16W 1608 1316 RM52 RK1JC0T0472J RES-CHIP 4.7K J 1/16W 1608 1317 RM55 RK1JC0T0472J RES-CHIP 4.7K J 1/16W 1608 1318 RT08 RK1JC0T0472J RES-CHIP 4.7K J 1/16W 1608 1319 RT16 RK1JC0T0472J RES-CHIP 4.7K J 1/16W 1608 1320 RT17 RK1JC0T0472J RES-CHIP 4.7K J 1/16W 1608 1321 RI04 RK1JC0T0472J RES-CHIP 4.7K J 1/16W 1608 1322 RI05 RK1JC0T0472J RES-CHIP 4.7K J 1/16W 1608 1323 RI07 RK1JC0T0472J RES-CHIP 4.7K J 1/16W 1608 1324 RI21 RK1JC0T0472J RES-CHIP 4.7K J 1/16W 1608 1325 RLV01 RK1JC0T0472J RES-CHIP 4.7K J 1/16W 1608 1326 RCF12 RK1JC0T0472J RES-CHIP 4.7K J 1/16W 1608 1327 RDM55 RK1JC0T0472J RES-CHIP 4.7K J 1/16W 1608 1328 RDS14 RK1JC0T0472J RES-CHIP 4.7K J 1/16W 1608 1329 RDS16 RK1JC0T0472J RES-CHIP 4.7K J 1/16W 1608 1330 RVO01 RK1JC0T0681J RES CHIP 680 5% 1/16W

38/ 37

NO LOCATION PART NUMBER DESCRIPTION REMARK

1331 RVO07 TT2N3904D TR,SMD 2N3904D TAPPING 1332 RVO08 TT2N3904D TR,SMD 2N3904D TAPPING

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