sony SAT-W60 Service Manual

SERVICE MANUAL

SAT-W60

SPECIFICATIONS

SAT-W60 RM-Y804

U.S. Model

RM-Y804

T

erminals:

Dimensions: (w/h/d)

Weight:

Video In (2) Video Out (2) Audio (R/L) In (2) Audio (R/L) Out (2) S-Video In (1) /Out (1) Tel Line (1) Microphone In (1) Printer Port (DB25) (1) VCR Control (1) Digital Audio Out (1) USB Port (2) Satellite In (2) CH3-CH4 Switch (1) VHF/UHF In/Out (1) AC In (1)

430 x 70 x 290 mm (w/h/d)

3/4

(17 x 2

Approx. 4.3 kg (9.4 lbs.)

x 11

1/2

inches)

Power Requirements:

Power Consumption:

Supplied Accessories:

Optional Accessories:

Design and specifications are subject to change without notice.

AC 120V

90 W Max

Remote Control RM-Y804 (1) Size AA Batteries (2) AC Power Cord (1) A/V (Audio/Video) Cable (1) Telephone Cable (1) S-Video Cable (1) T Splitter (1) Coaxial Cable (1) IR Blaster (1) Wireless Keyboard KI-W250 (1) Access Card (1)

Local Antenna ANJ-AA1 Installation Kit ANJ-DS2 Amplifier EAC-DA1 Diplexer EAC-DD1 Voltage Switch EAC-DV2 Satellite Dish Antenna: SAN-24MD1

SAN-18D3

INTERNET TERMINAL

SAT-W60

SAFETY CHECK-OUT

After correcting the original service problem, perform the following safety checks before releasing the set to the customer:

1. Check the area of your repair for unsoldered or poorlysoldered connections. Check the entire board surface for solder splashes and bridges.

2. Check the interboard wiring to ensure that no wires are “pinched” or contact high-wattage resistors.

3. Check that all control knobs, shields, covers, ground straps, and mounting hardware have been replaced. Be absolutely certain that you have replaced all the insulators.

4. Look for unauthorized replacement parts, particularly transistors, that were installed during a previous repair. Point them out to the customer and recommend their replacement.

5. Look for parts which, though functioning, show obvious signs of deterioration. Point them out to the customer and recommend their replacement.

6. Check the line cords for cracks and abrasion. Recommend the replacement of any such line cord to the customer.

7. Check the B+ and HV to see if they are specified values. Make sure your instruments are accurate; be suspicious of your HV meter if sets always have low HV.

8. Check the antenna terminals, metal trim, “metallized" knobs, screws, and all other exposed metal parts for AC Leakage. Check leakage as described below.

Leakage Test

The AC leakage from any exposed metal part to earth ground and from all exposed metal parts to any exposed metal part having a return to chassis, must not exceed 0.5 mA (500 microampere). Leakage current can be measured by any one of three methods.

1. A commercial leakage tester, such as the Simpson 229 or RCA WT-540A. Follow the manufacturers' instructions to use these instructions.

2. A battery-operated AC milliammeter. The Data Precision 245 digital multimeter is suitable for this job.

3. Measuring the voltage drop across a resistor by means of a VOM or battery-operated AC voltmeter. The "limit" indication is 0.75 V, so analog meters must have an accurate low voltage scale. The Simpson's 250 and Sanwa SH-63Trd are examples of passive VOMs that are suitable. Nearly all battery operated digital multimeters that have a 2V AC range are suitable. (See Figure A)

To Exposed Metal Parts on Set

AC

0.15 µF

1.5 k

Ω

Voltmeter (0.75 V)

— 2 —

Earth Ground

Figure A

Connect the VIDEO OUT jacks of your Satelli te Receiver to the A/V input jacks of your VCR using the supplied A/V cable. Then, connect the A/V output jacks of your VCR to the A/V input jacks of your TV using an A/V cable. (Be sure to match the colors on the jacks with the colored plugs on the A/V cable.) Some TVs and VCRs do not have stereo audio, if yours does not, just connect the white A/V cable to the Left output jack.

1c

1b

1a

1b

z Tip

To allow your Satellite Receiver to control the recording functions of your VCR, see page 14.

If your TV and VCR do not have A/V jacks

Connect the VHF(SAT)/UHF OUT jack on the Satellite Receiver to the VHF/UHF input jack on your VCR using coaxial cable. Then, connect the VHF/UHF output jack on your VCR to the VHF/UHF input jack on your TV using a second coaxial cable. Set the CH3/CH4 switch to the channel that does not carry off-air broadcasts in your area.

1c

If your TV and VCR have S-Video jacks

Use an S-Video cable instead of the yellow video connection. S-Video cable is supplied.

Note

With this connection, your input source is channel 3 or channel 4 depending on how you set the CH3/CH4 switch on

Step 4: Connecting the AC Power

Satellite Receiver

Step 5:

— 5 —

1

Step 6:

After checking the DIRECTV Access Card and your Satellite Dish Antenna is installed, you are ready to begin enjoying service.

Call DIRECTV at 1-800-DIRECTV (347-3288) to begin digital satellite programming.

For DIRECTV and UltimateTV operational instructions, please refer to the User Guide.

12

After all other connections are

1

complete, connect the AC Power Cord to the Satellite Receiver. Then connect the AC Power Cord to a power outlet.

Checking the Access Card

Open the access door by applying gentle pressure to the latch and releasing. Make sure the DIRECTV Access Card is firmly inserted into the front left hand slot of the Satellite Receiver. After the DIRECTV Access Card is inserted (correctly), DO NOT remove it unless instructed to do so by your service provider.

Satellite Receiver

1

Activating Your Service

AC Power Cord

to power outlet

1

SAT-W60

Satellite Receiver

Connecting Your Satellite Receiver

15

Advanced Connection: Connecting an Audio System

Advanced Connection: Connecting a Microphone

LIN

E

IN

LIN

E

OU

T

A

U

DIO

OPTICAL

IN

Audio Receiver

Satellite Receiver

If you have a digital or Dolby Digital audio system

Connect the DIGITAL OUT (OPTICAL) of the Satellite Receiver to the optical digital input of your audio system.

1

PUSH

SATELLITE RECEIVER SAT-W60

GUIDE HOME

Satellite Receiver

1

If you have a Microphone

First, remove the cover from the microphone jack, then connect the microphone plug to the Satellite Receiver’s Microphone IN jack.

z Tip

If you connect your Satellite Receiver to a Dolby Digital receiver, set the Dolby Digital option of the Audio display to Auto Select.

z Tip

Check “Help” screen for a list of compatible microphones.

Advanced Connection: Connecting Your IR Blaster

Satellite Receiver

1

— 6 —

VCR (front)

IR Sensor

2

To allow the Satellite

1

Receiver to control your VCR

Connect the IR Blaster to the VCR CONTROL jack on the Satellite Receiver.

In front of the VCR

2

1

"

/

Place the IR Blaster under and

2

to 1

in front of the VCR. The IR Blaster must extend just in front of the infrared sensor of the VCR.

SAT-W60

z Tip

If the infrared sensor is not marked on your VCR, shine a flashlight into the front panel of the VCR to locate the sensor.

14

— 7 —

Using the Remote Control and Basic Functions

19

Muting Press to mute the sound. Press again,

or press VOL +, to restore the sound. (For the TV only)

TV/VIDEO Cycles through the video inputs of

your TV.

TV POWER Turns your TV on and off.

SAT POWER Turns your Satellite Receiver on and

off.

PIP Turns the Picture-in-Picture features of

the Satellite Receiver on and off.

WINDOW Selects the active window while in PIP

mode, allowing you to change the Main or PIP window.(For the Satellite Receiver only)

TV FUNCTION Selects TV feature control.

SAT FUNCTION Selects Satellite Receiver feature

control.

Button Review button.

Button Play button.

Button Forward scan button.

Button Record button.

Button Stop button.

Button Pause button.

Button Replay button.

Button Jump ahead button.

0 – 9 Buttons Select channels or enter numbers in

text boxes.

Adds period to separate major/minor channel numbers.

MENU Opens the TV Main Menu.

EXIT Closes all on-screen displays,

including program guides and menus.

ENTER Activates the selected channel on your

TV.

12 456 789

0

.

3

RM-Y804

CHVOL

SCROLL

INFO

OPTIONS

EXIT

RECENT

TV/WEB

MENU

PIP

POWERMUTING

WINDOW

TV/VIDEO

TV

FUNCTION

SAT

ENTER

MY SHOWS

GUIDE

CODE SET

BACK HOME

.

Satellite Receiver

Advanced Connection: Connecting a Printer

Connecting a printer to your Satellite Receiver enables you to print Web pages and e-mail messages. The Satellite Receiver is not compatible with all printers. Check the on-line instructions for a list of the latest compatible printers.

Satellite Receiver

To print screens

Connect the printer port on the Satellite Receiver to the port on the printer.

Note

Unplug the Satellite Receiver and printer before you begin connecting.

Advanced Connection: Connecting a Camcorder

Satellite Receiver

DB-25 Male

Printer

PUSH

GUIDE HOME

SATELLITE RECEIVER SAT-W60

1

If you have a Camcorder

1

First, remove the cover from the A/V jacks, then, using A/V cables, connect the camcorder’s A/V OUT jacks to the Satellite Receiver’s A/V IN jacks.

Note

If you have a mono camcorder, connect its left audio output to the Satellite Receiver’s AUDIO L (white) jack.

16

SAT-W60

— 8 —

Satellite Receiver

OPTIONS Displays the OPTIONS panel.

RECENT Displays and allows you to access the

SCROLL V/v Buttons

HOME Displays the Web Home or TV Home

BACK Displays the last screen viewed, or

TV/WEB Press the button to switch between TV

Arrow Buttons Move the yellow highlight box to a

MY SHOWS Displays a list of programs that you

INFO Displays information on the program

GUIDE Displays information on available

Button Activates a highlighted link or

VOL +/– Increases and decreases the volume.

CH +/– Moves to the next or previous channel.

CODE SET Used for programming the remote

most recently viewed Web pages and TV channels.

Moves the page up or down when the page is too long to be displayed on the screen.

screen.

hides the on-screen keyboard.

and WebTV modes.

different command or activity on the screen; select different keys when the on-screen keyboard is displayed.

have recorded with your Satellite Receiver.

you are viewing.

programs, including channel, time and date.

command; displays the on-screen keyboard.

control to operate your TV. See page 21 for details.

Satellite Receiver

Troubleshooting

Symptom Possible Cause and remedies

TV POWER button doesn’t turn on TV.

No picture, no sound. Make sure the AC Power Cord is connected.

No sound. If you connected the Satellite Receiver using A/V

Can’t change TV channels while using Web TV se rvic e.

The WebTV service screens disappear after pressing the CHANNEL +/ buttons.

VCR Control doesn’t seem to be working correctly.

The remote control has not been properly programmed. See “Setting up the Remote Control” on page 21. The batteries in the remote control or wireless keyboard could be weak. Check the batteries and replace them if necessary.

Check that the TV/VIDEO switch is set correctly. Make sure the Satellite Receiver is properly connected. If you connected using a S-Video or A/V cables, make sure they are properly connected. If your TV must be se t to a certain c hannel to view other devices to which it is connected, make sure this channel is selected. Check that the correct video input is selected by pressing the TV/VIDEO button. If your TV is not connected using the S-Video or A/V cables, set the CH3-CH4 switch on the back of the Satellite Receiver to the opposite channel to which it is currently set.

cables, make sure the cables are properly connected.

Make sure you select the TV FUNCTION button.

Press the TV/VIDEO button on the remote control until the WebTV screen appears.

–

Check that the IR Blaster is positioned directly in front of the infrared sensor area of your cable box and/or VCR. Follow the on-line instructions in the “Settings” link, accessible from the TV Home page of the WebTV service.

20

26

— 9 —

Symptom Possible Cause and remedies

The Satellite Receiver gets extremely hot.

The Satellite Receiver turns off and on by itself.

The Satellite Receiver will not turn on.

The Satellite Receiver will not connect to the WebTV Network after receiving an upgrade from the Web TV se rvic e.

The Message Indicator light is not working.

Remote control or keyboard is no longer working.

No channels are viewable.

Check the placement of the Satellite Receiver. Place the Satellite Receiver in a location with adequate ventilation. Do not place the Satellite Receiver in a cabinet or on a TV. If the heat is excessive, contact your Sony dealer.

This is often caused by static build up. Turn off the Satellite Receiver and disconnect the AC Power Cord from the power outlet. Then reconnect the AC Power Cord to the power outlet and turn on the Satellite Receiver. If this does not solve the problem, contact your Sony dealer.

Make sure the AC Power Cord is securely connected to the Satellite Receiver and a power outlet.

Turn off the Satellite Receiver and disconnect the AC Power Cord from the power outlet. Then reconnect the AC Power Cord to the power outlet and turn on the Satellite Receiver. You may need to repeat this procedure three or four times to solve the problem.

You can set your Satellite Receiver to check for messages automatically. However, if you check for messages yourself before the Satellite Receiver is set to do so automatically, the Message Indicator may not light until the Satellite Receiver checks again. You may want to consider setting the Satellite Receiver to check for mail when you usually are not connected.

Replace the batteries. Try pressing the SAT FUNCTION button.

Activate your service by contacting DIRECTV at

1-800-DIRECTV (347-3288)

Check the status of your service with UltimateTV at

1-877-ULTIMATE (858-4628)

Other Information

27

SAT-W60

2-1. UPPER COVER REMOVAL

SECTION 2

DISASSEMBLY

3x8 Type2 IT-3

1

1. Remove Two (2) Screws

2. Pull Upper Cover up approximately 3 inches.

3. Slide forward making sure to slide the tabs out of

2-2. HARD DRIVE REMOVAL

1

2

+BVTT 3x6 (S)

the lower case front.

+BVTT 3x6 (S)

2

1

3x8 Type2 IT-3

1. Disconnect three (3) cables

2. Remove the three (3) screws from the Hard Drive Bracket

1. Remove Hard Drive

#6-32 x .50

— 10 —

1

2

1

#6-32 x .50

NOTE:

1. Remove the four (4) screws to remove Hard Drive from Bracket

2. Slide Hard Drive from Bracket

SECTION 3

SYSTEM SELF TEST

SELF TEST:

1. From home page go to [settings].

2. Go to [system test]. a. Connect a phone line to the phone jack on the back of the unit. b. Connect both tuners to a SA T signal. c. Make sure that the CAM card is in.

3. Press [Run Test]. This test checks both tuner's signal and that the modem detects a dial tone. Also, it checks that the CAM card is inserted and valid. T est will show the serial number on the card.

4. Go to [Receiver Info] from the same system test menu. This provides the following information on the box:

• Manufacturer: Sony Model number:

• Serial number:

• Client software:

• Boot rom version:

• SSID:

SAT-W60

5. To show the date the box was last upgraded along with the version, select [Upgrades] from the SAT receiver information menu.

6. Go to the settings menu and select [Hooking Up]

7. Go to [Signal Strength] This will show the signal strength for each tuner. It is also possible to change transponder numbers to verify both even and odd transponders.

— 11 —

SAT-W60

FILTERS/

STEREO

AUD. IN

MIC

IN

MIC

PREAMP

DIGITAL

TUNER 2

DIGITAL

TUNER 1

QPSK

DEMODULATOR

QPSK

DEMODULATOR

AV CONNECTORS

VIDEO

DECODER

S-VIDEO

IN

VIDEO

LEDS

UART PORT

SMART CARD

PORT

ID

PORT

VIDEO

OUT

VIDEO

OUT

DIGITAL

VIDEO

DIGITAL

IN

MEMORY

INTERFACE INTERFACE

CPU

LED

GPIO/

RIO

BUS

IR PORT

MODEM

PORT

PRINTER

PORT

LEDS

AUDIO

SOLO2

SMART

CARD 1

ID

SMART

CARD 2

PRINTER PORT

SDRAM CPU FUD

FRONT

PANEL

USB

PORT1

USB

PORT2

USB CONTROLLER

VIDEO

BUFFER

AUDIO

ROM/

FLASH

IDE

PORT

RJ-11DAA

RIO BUS

IR

BLASTER

IN IR

VIDEO

OUT

VIDEO

OUT

STEREO

AUDIO

S-

IR

IN/OUT

PCI BUS

TS1

TS2

RF

MODULATOR

RF OUT

TO TV

CONNECTORS

AV

CODEC

EEPROM

S/P-DIF

AUDIO

OUT

CODEC

S/P-DIF

COMP.

PORT1

ANALOGIIC

AND FEC 1

AND FEC 2

(SATELLITE)

(GPIO)

LNB1

LNB2

LNB - LOW-NOISE BLOCK SIGNAL (FROM SATELLITE DISH)

TS - TRANSPORT STREAM

SATW60-897-BD

4-1. BLOCK DIAGRAM

SECTION 4 DIAGRAMS

— 12 —

4-2. SCHEMA TIC DIAGRAMS

HA Board Schematic Diagram

SWITCH, KEYBOARD

SELECT

D001

1SS119-25TD

SWITCH, KEYBOARD

CN001

9P

WHT

TO MAIN

PC BOARD

UI_BUS<0>

UI_BUS<1>

UI_BUS<2>

UI_BUS<3>

1

2

3

4

5

NA

6

NA

7

NA

8

+5V

9

GND

5V

S001

S002 S003 S004 S005

UP

D003

1SS119-25TD

D002

1SS119-25TD

SWITCH, KEYBOARD

LEFT

1SS119-25TD

5V

D005

D004

SWITCH, KEYBOARD

DOWN

1SS119-25TD

D008 D009

1SS119-25TD 1SS119-25TD

SWITCH, KEYBOARD

1SS199-25TD

D012

D013

GUIDE

SWITCH, KEYBOARD

D007

D006

S008

S009

HOME

5V

RIGHT

1SS119-25TD

(CONTROL)

SAT-W60

D011

D010

B

C

A

S009

D006

D010

D011

[CONTROL]

1

D002

S005

D001

D007

S001

S003

D005

S008

D012

D008

1-680-105-12

171929812

SATW60-897-HA

S002

— 13 —

SAT-W60

C

N

0

5

0

C

0

5

0

S

0

5

0

Q

0

5

0

D

0

5

4

D

0

5

R

0

5

0

R

0

5

2

I

C

0

5

0

18

G

O

1

-

6

8

0

-

1

0

6

-

1

7

1

9

2

9

8

1

2

HB

[POWER]

1

A

HB Board Schematic Diagram

IC050

SBX3071-01

D

C

T

N

C

U

V

1SS119-25TD

RECORD

O

R055

47

CHIP

D050

SLR-325VRT31

RED

D055

1SS119-25TD

D054

1SS119-25TD

SWITCH, KEYBOARD

R053

220

CHIP

SELU5E23C-TP15

S050

5V

D056

5V

D051

SLR-325YCT31

YELLOW

R050 R051 R052

220

CHIP

D053

BLUE

Q050

2SD601A

D052

SLR-325MGT31

GREEN

220

CHIP

DVR

5V

220

CHIP

G

C050

47

16V

CN050

8P

TO MAIN

PC BOARD

IR REC

MESSAGE

CONNECTED

POWER

DVR

+5V

GND

UI_BUS<1>

1

2

3

4

5

6

7

8

B

C

D

(POWER)

E

SATW60-897-HB

F

G

H

— 14 —

— 15 —

D

C

B

A

AUD_VCC

VID_COMP_IN

VID_Y_IN VID_C_IN

GPIO<2>

VID_COMP2_IN AUD_LINEIN2_L AUD_LINEIN2_R

UART_CTS_DB9 UART_RTS_DB9 UART_RXD_DB9 UART_TXD_DB9

MISC_IO (10)

AUD_VCC

VID_COMP_IN VID_Y_IN VID_C_IN SVID_IN_SENSE_N

VID_COMP2_IN AUD_LINEIN2_L AUD_LINEIN2_R

UART_CTS_DB9 UART_RTS_DB9

UART_RXD_DB9

UART_TXD_DB9

MODEM (6)

CPU_EVALI_N

CPU_EVALO_N

CPU_EWRRDY_N

AUD_LINEIN_L AUD_LINEIN_R

AUD_LINEOUT_L

AUD_LINEOUT_R

AUD_LINEOUT2_L

AUD_LINEOUT2_R

AUD_MIC_IN

AUD_MONO_SW AUD_MONO_SW2 AUD_MIC_SENSE

AUD_MIC_SEL_OUT_N

SPD_SDATA

VID_COMP_OUT VID_COMP2_OUT

VID_Y_OUT VID_C_OUT

SVID_SENSE_N

UART_CTS_N

UART_DCD_N

UART_DTR_N UART_RTS_N

UART_RXD UART_TXD

SMC_CLK

SMC_DATA

SMC_RESET_N

SMC_INSERT_N

SMC_PWRENAB_N

SC_CLKDIV<0>

SC_CLKDIV<1>

PIC_IR_CLK

IR_LED_SENSE

LED_DISP<0>

DAA_HOOKSW_N

DAA_LSTAT DAA_SNOOP_N DAA_RING_DET

MOD_SM_LRCLK

MOD_SM_BITCLK

MOD_SM_CLK

MOD_SM_XMTDAT

MOD_SM_RECDAT

MOD_INT

MOD_RESET

SYS_RESET_N

SMC_FIT

PIC_CLK

IR_XMT IR_REC

CPU_EVALI_N CPU_EVALO_N CPU_EWRRDY_N

AUD_LINEIN_L AUD_LINEIN_R AUD_LINEOUT_L AUD_LINEOUT_R AUD_LINEOUT2_L AUD_LINEOUT2_R AUD_MIC_IN AUD_MONO_SW AUD_MONO_SW2 AUD_MIC_SENSE AUD_MIC_SEL_OUT_N

SPD_SDATA

VID_COMP_OUT VID_COMP2_OUT VID_Y_OUT VID_C_OUT GPIO<9>

UART_CTS_N UART_DCD_N UART_DTR_N UART_RTS_N UART_RXD UART_TXD

SMC_CLK SMC_DATA SMC_RESET_N SMC_INSERT_N SMC_FIT SMC_PEN_N FUD_GPIO<6> FUD_GPIO<7>

AUD_CLK IR_CLK

IR_OUT IR_IN GPIO<15>

MISC_LED<0>

GPIO<14> GPIO<4> GPIO<5> GPIO<6>

MOD_LRCLK MOD_BITCLK MOD_CLK MOD_SDATA MOD_SDATAIN

RIO_DINT<0> GPIO<14>

SYS_5VRESET_N

CPU (3)

CPU_AD<31..0>

CPU_CMD<8..0>

CPU_VALIDOUT_N

CPU_MODECLK

CPU_EXTRQST_N CPU_RELEASE_N

CPU_VALIDIN_N

CPU_CRESET_N CPU_SRESET_N

CPU_WRRDY_N

MC1_ADDR<10..0>

MC1_DATA<31..0>

MC0_ADDR<10..0>

MC0_DATA<31..0>

FUD_INT_N

CPU_MODEIN

CPU_VCCOK

CPU_INT_N

DIAG_INT_N

CPU_CLK

POWER_OK

SYS_RESET_N

AUD_BITCLK

AUD_CLK AUD_LRCLK AUD_SDATA

AUD_SDATAIN

SPD_SDATA

CPU_AD<31..0>

CPU_CMD<8..0>

CPU_CRESET_N

CPU_INT_N

CPU_MODECLK

CPU_MODEIN

CPU_SRESET_N

CPU_VALIN_N

CPU_VALOUT_N

CPU_EVALI_N

CPU_EVALO_N

CPU_EWRRDY_N

CPU_VCCOK

CPU_WRRDY_N

DAC_COMPAOUT

DAC_CRCBAOUT

DAC_YAOUT

DIV_BCLK

DIV_DATA<7..0>

DIV_HS

DIV_LLC DIV_LRCLK DIV_SDATA

DIV_VS

GPIO<19..0>

ID_DATA

IIC_CLK

IIC_DATA

IR_CLK

IR_IN

IR_OUT

MC1_BS

MC1_CAS_N

MC1_CKE

MC1_CS_N<1..0>

MC1_DQM<3..0>

MC1_RAS_N

MC1_WE_N

MC0_BS

MC0_CAS_N

MC0_CKE

MC0_CS_N<1..0>

MC0_DQM<3..0>

MC0_RAS_N

MC0_WE_N

TITLE=ELMER ABBREV=ELMER LAST_MODIFIED=Tue Mar 21 17:54:28 2000

5678

FUD_INT_N

CPU_AD<31..0>

CPU_CMD<8..0> CPU_VALOUT_N CPU_MODECLK CPU_MODEIN

CPU_EXTRQST_N CPU_RELEASE_N CPU_VALIN_N CPU_VCCOK CPU_INT_N CPU_CRESET_N CPU_SRESET_N CPU_WRRDY_N DIAG_INT_N

CPU_CLK SYS_PWROK SYS_RESET_N

AUD_BITCLK AUD_CLK AUD_LRCLK AUD_SDATA AUD_SDATAIN SPD_SDATA CPU_AD<31..0> CPU_CMD<8..0> CPU_CRESET_N CPU_INT_N CPU_MODECLK CPU_MODEIN CPU_SRESET_N CPU_VALIN_N CPU_VALOUT_N CPU_EVALI_N CPU_EVALO_N CPU_EWRRDY_N CPU_VCCOK CPU_WRRDY_N

DAC_COMPAOUT DAC_CRCBAOUT DAC_YAOUT

DIV_BCLK DIV_DATA<7..0> DIV_HS DIV_LLC DIV_LRCLK DIV_SDATA DIV_VS GPIO<19..0> ID_DATA IIC_CLK IIC_DATA IR_CLK IR_IN IR_OUT MC1_ADDR<10..0> MC1_BS MC1_CAS_N MC1_CKE MC1_CS_N<1..0> MC1_DATA<31..0> MC1_DQM<3..0> MC1_RAS_N MC1_WE_N MC0_ADDR<10..0> MC0_BS MC0_CAS_N MC0_CKE MC0_CS_N<1..0> MC0_DATA<31..0> MC0_DQM<3..0> MC0_RAS_N MC0_WE_N

DRAWING

$Id: body.1.1,v 1.6 1997/05/31 14:06:45 sleat Exp $

SOLO2

(2)

RIO_ADDR<21..0>

RIO_DATA<15..0>

RIO_CE_N<3..2>

RIO_ADDR<21..0>

RIO_DATA<15..0>

RIO_DEN_N<7..0>

RIO_DAK_N<1..0>

RIO_OE_N RIO_WE_N

SYS_RESET_N

MISC_LED<2..0>

MOD_BITCLK

MOD_CLK MOD_LRCLK MOD_SDATA

MOD_SDATAIN

POT_CLK

PP_ACK_N

PP_AUTOFD_N

PP_BUSY

PP_DATA<7..0>

PP_DIR

PP_ERROR

PP_FAULT_N

PP_INIT_N

PP_SELECT

PP_SELIN_N

PP_STROBE_N

RIO_CE_N<3..0>

RIO_DEVIORDY RIO_DINT<7..0> RIO_DRQ<1..0>

RIO_OE_N RIO_WE_N

SMC_CLK

SMC_DATA

SMC_FIT

SMC_INSERT_N

SMC_PEN_N

SMC_RESET_N

SYS_2XCLKIN

SYS_PWROK SYS_DPWROK SYS_RESET_N

SYS_5VRESET_N

SYS_RSWTCH_N

UART_CTS_N UART_DCD_N UART_DTR_N UART_RTS_N

UART_RXD

UART_TXD

VID_DATA<7..0>

VID_HSYNC_N VID_VSYNC_N

MC0_BS

MC0_ADDR<10..0>

MC0_DATA<31..0>

MC0_DQM<3..0>

MC0_RAS_N MC0_CAS_N

MC0_WE_N

MC0_CS_N<1..0>

MC0_CKE

MC1_BS

MC1_ADDR<10..0>

MC1_DATA<31..0>

ROM (5)

ROM_ADDR<21..0> ROM_DATA<15..0> ROM_CE_N<3..2> ROM_OE_N ROM_WE_N

ROM_RESET_N

MISC_LED<2..0> MOD_BITCLK MOD_CLK MOD_LRCLK MOD_SDATA MOD_SDATAIN

VID_PIXEL_CLK PP_ACK_N PP_AUTOFD_N PP_BUSY PP_DATA<7..0> PP_DIR PP_ERROR PP_FAULT_N PP_INIT_N PP_SELECT PP_SELIN_N PP_STROBE_N RIO_ADDR<21..0> RIO_CE_N<3..0> RIO_DATA<15..0> RIO_DEN_N<7..0> RIO_DEVIORDY RIO_DINT<7..0> RIO_DRQ<1..0> RIO_DAK_N<1..0>

RIO_OE_N RIO_WE_N SMC_CLK SMC_DATA SMC_FIT SMC_INSERT_N SMC_PEN_N SMC_RESET_N SYS_2XCLKIN SYS_PWROK SYS_DPWROK SYS_RESET_N SYS_5VRESET_N SYS_RSWTCH_N

UART_CTS_N UART_DCD_N UART_DTR_N UART_RTS_N UART_RXD UART_TXD VID_DATA<7..0> VID_HSYNC_N VID_VSYNC_N

This document contains privileged or otherwise legally protected information. Disclosure of this information to anyone other than the recipient is not authorized. You may not read, copy, or otherwise use this document unless you are an authorized representative of a named recipient.

AUD_MIC_SEL_OUT_N

C WEBTV NETWORKS, INC. 1999

ELMER TOP

ENGINEER:

SLEATOR/FULLER

MC1_DQM<3..0>

MC1_CS_N<1..0>

MEM_CLK<3..0>

AUD_LINEIN2_L AUD_LINEIN2_R

AUD_LINEIN_L AUD_LINEIN_R

AUD_IN_SEL

AUD_LINEOUT_L

AUD_LINEOUT_R AUD_LINEOUT2_L AUD_LINEOUT2_R

AUD_MIC_IN

RFU_AUDIO_OUT

AUD_TUNER_L AUD_TUNER_R

AUD_CLK

AUD_BITCLK

AUD_LRCLK

AUD_SDATAIN

AUD_SDATA

GPIO<12> GPIO<13> GPIO<10>

GPIO<1> GPIO<3>

AUD_MONO_SW

AUD_MONO_SW2

SYS_RESET_N

DAC_CRCBAOUT DAC_COMPAOUT

VID_COMP_OUT

VID_COMP2_OUT

VID_COMP_RFU

BLOCK:SET:

MC1_RAS_N MC1_CAS_N

MC1_WE_N

MC1_CKE

DAC_YAOUT

VID_Y_OUT

VID_C_OUT

APPROVED:

MC0_BS MC0_ADDR<10..0> MC0_DATA<31..0> MC0_DQM<3..0> MC0_RAS_N MC0_CAS_N MC0_WE_N MC0_CS_N<1..0> MC0_CKE

MC1_BS MC1_ADDR<10..0> MC1_DATA<31..0> MC1_DQM<3..0> MC1_RAS_N MC1_CAS_N MC1_WE_N MC1_CS_N<1..0> MC1_CKE

MEM_CLK<3..0>

AUDIO (8)

AUD_LINEIN2_L AUD_LINEIN2_R AUD_LINEIN_L AUD_LINEIN_R AUD_EXTIN_SEL

AUD_LINEOUT_L AUD_LINEOUT_R AUD_LINEOUT2_L AUD_LINEOUT2_R AUD_MIC_IN

AUD_RFU AUD_TUNER_L AUD_TUNER_R

AUD_CLK AUD_BITCLK AUD_LRCLK AUD_INDATA AUD_OUTDATA AUD_MIC_SEL_OUT_N AUD_CCLK AUD_CDATA AUD_CS_N

AUD_MUTE AUD_MIC_SEL AUD_MONO_SW AUD_MONO_SW2

SYS_RESET_N

VID_DAC_Y VID_DAC_C VID_DAC_COMP

VID_Y_OUT VID_C_OUT VID_COMP2_OUT VID_COMP_OUT VID_COMP_RFU

DATE:

MEM (4)

AUD_VCC

VIDEO (7)

REVISION:

BLOCK

PAGE: of

REVISION:

SET

PAGE:

1234

AUD_VCC

0.0

13

12345678

D

C

B

A

PVT

of

371

SAT-W60

— 16 —

CFG (12)

CONFIG_BITS<25..0>

REVISION:

BLOCK

PAGE: of

REVISION:

SET

PAGE:

1234

23

12345678

D

C

B

A

0.0

PVT

of

372

5678

RIO_ADDR<4..2>

MISC (11)

POWER_OK

D

DEL_PWR_OK

RES_SW_N

EXP_PWRDISI

EXP_PWRDISO

DIAG_INT_N

ID_DATA

IIC_CLK

IIC_DATA

IR_REC

C

SYS_PWROK SYS_DPWROK

SYS_RSWTCH_N

EXP_PWRDISI EXP_PWRDISO DIAG_INT_N

ID_DATA

IIC_CLK IIC_DATA

IR_IN

CLK (21)

SYS_CLK CPU_CLK FUD_CLK

MEM_CLK<1..0>

AUD_CLK

VID_PIX4XCLK

VID_REF_CLK

AUD_REF_CLK

VCXO0

VCXO1

SYS_2XCLKIN CPU_CLK FUD_CLK MEM_CLK<1..0>

AUD_CLK VID_PIXEL_CLK

VID_REF_CLK AUD_REF_CLK

VCXO0 VCXO1

RIO_DATA<15..0>

RIO_OE_N RIO_WE_N

RIO_DEN_N<2..1>

RIO_DRQ<0>

RIO_DAK_N<0>

RIO_DEVIORDY

RIO_DINT<1>

SYS_5VRESET_N

PP_DATA<7..0>

PP_STROBE_N

PP_ACK_N

PP_BUSY

PP_DIR

PP_ERROR

PP_FAULT_N

PP_INIT_N

PP_SELECT

PP_SELIN_N

PP_AUTOFD_N

UART_CTS_DB9 UART_RTS_DB9

UART_RXD_DB9

UART_TXD_DB9

ADDR<2..0> DATA<15..0> READ_N WRITE_N CE_N<1..0> DMA_REQ DMA_ACK_N

IO_RDY INT_REQ

RESET_N

PPORT (15)

PP_DATA<7..0> PP_STROBE_N PP_ACK_N PP_BUSY PP_DIR PP_ERROR PP_FAULT_N PP_INIT_N PP_SELECT PP_SELIN_N PP_AUTOFD_N

UART_CTS_DB9 UART_RTS_DB9 UART_RXD_DB9 UART_TXD_DB9

IDE (13)

BLK_DTUNER (23)

CO<7..0> ERROR_N DVALID

BCLK FSTART

PCLK

FUD_GPIO<1>

B

PCI_AD<31..0>

PCI_C_BE_N<3..0>

PCI_FRAME_N

PCI_IRDY_N

PCI_TRDY_N

PCI_STOP_N

PCI_DEVSEL_N

PCI_PAR

PCI_REQ_N<3..0> PCI_GNT_N<3..0>

PCI_SCLK

CPU_AD<31..0>

CPU_CMD<8..0>

CPU_VALIN_N

A

CPU_VALOUT_N

CPU_EVALI_N

CPU_EVALO_N

CPU_EWRRDY_N

CPU_WRRDY_N CPU_RELEASE_N CPU_EXTRQST_N

FUD_INT_N

FUD_CLK

SYS_RESET_N

AD<31..0> C_BE_N<3..0>

FRAME_N IRDY_N TRDY_N STOP_N DEVSEL_N PAR

REQ_SLOT_N<3..0> GNT_SLOT_N<3..0>

PCI_CLK SYSAD<31..0>

SYS_CMD<8..0> VALIDIN_N VALIDOUT_N FUD_VALIDIN_N FUD_VALIDOUT_N PRE_WRT_RDY_O_N WRT_RDY_N REL_N EXTREQ_N

INTR CLK RESET_N

FUD (16)

TRANS0_DATA<7..0>

TRANS0_ERROR

TRANS1_DATA<7..0>

TRANS1_ERROR

MPEG_VCXO_CTL0 MPEG_VCXO_CTL1

VID_GND

TRANS0_RDY

TRANS0_SYNC

TRANS0_CLK

TRANS1_RDY

TRANS1_SYNC

TRANS1_CLK

PIXEL_CLK

AUDIO_CLK

GPIO<7..0>

AUD_GND

IIC_CLK IIC_DATA

SYS_RESET_N

FUD_GPIO<2>

IIC_CLK IIC_DATA

VID_REF_CLK AUD_REF_CLK

VCXO0 VCXO1

FUD_GPIO<7..0>

DRAWING TITLE=ELMER ABBREV=ELMER LAST_MODIFIED=Sun Jun 18 13:00:57 2000

DEMOD_RESET

INT_N

IIC_DATA

SYS_RESET_N

P32VA_2

LNB_PWR1IIC_CLK XCTR3OUT1 XCTR2OUT1

LCLK1

BLK_DTUNER1(24)

CO<7..0> ERROR_N DVALID

BCLK FSTART

PCLK

DEMOD_RESET

INT_N P32VA_2

IIC_CLK IIC_DATA

LNB_PWR1 XCTR3OUT1 XCTR2OUT1

LCLK1

This document contains privileged or otherwise legally protected information. Disclosure of this information to anyone other than the recipient is not authorized. You may not read, copy, or otherwise use this document unless you are an authorized representative of a named recipient.

ELMER TOP

ENGINEER:

SLEATOR/FULLER

RIO_CE_N<3..0>

RIO_ADDR<21..0>

IIC_CLK

IIC_DATA

DIV_DATA<7..0>

DIV_LLC

DIV_HS DIV_VS

DIV_BCLK DIV_LRCLK DIV_SDATA

VID_COMP_IN

VID_COMP2_IN

VID_Y_IN VID_C_IN

RFU_AUDIO_OUT VID_COMP_RFU

SYS_5VRESET_N

FUD_GPIO<3>

GPIO<0>

AUD_IN_SEL

AUD_MIC_SENSE

MSB

LSB

BLK_TUNER (14)

IIC_CLK IIC_DATA

DIV_DATA<7..0> DIV_LLC DIV_HS DIV_VS

DIV_BCLK DIV_LRCLK DIV_SDATA

VID_COMP_IN VID_COMP_IN_2 VID_Y_IN VID_C_IN

RFU_AUDIO RFU_VIDEO

SYS_RESET_N CCVALID

VID_DEC_RST_N AUD_IN_SEL AUD_MIC_SENSE

C WEBTV NETWORKS, INC. 1999

BLOCK:SET:

DATE:

APPROVED:

5678

1234

— 17 —

RIO ENABLES

D

CPU INTERRUPTS

CPU_INT<0>: CPU INTERRUPT FROM SOLO2

CPU_INT<2>: FUD2 INTERRUPT

CPU_INT<4>: DIAG INTERRUPT

0 FREE 1 HARD DISK REGISTER SET 1 2 HARD DISK REGISTER SET 2 3 FREE 4 FREE 5 FREE 6 FREE 7 FREE

RIO_DINT<7..0> MAPPING 0 FREE

1 DISK 2 FREE 3 FREE 4 FREE 5 FREE 6 FREE 7 FREE

SOLO2 GPIO MAP IIC DEV ADDRESS MAP

GPIO<0> BT835 RESET GPIO<1> SYS_AUD_MUTE GPIO<2> SVIDEO_IN SENSE GPIO<3> AUD_MIC_SEL * GPIO<4> DAA_LSTAT * GPIO<5> DAA_SNOOP_N * GPIO<6> DAA_RING_DET GPIO<7> FREE GPIO<8> FREE GPIO<9> SVIDEO_SENSE GPIO<10> SYS_AUD_CS_N GPIO<11> FREE GPIO<12> SYS_AUD_CCLK GPIO<13> SYS_AUD_CDATA * GPIO<14> DAA_HOOKSW_N GPIO<15> IR BLASTER LED SENSE GPIO<16> UI_BUS<0> GPIO<17> UI_BUS<1> GPIO<18> UI_BUS<2> GPIO<19> UI_BUS<3>

ADDR DEVICE 0X18 DIGITAL TUNER

0X1A DIGITAL TUNER 1

0X88 BT835 VIDEO DECODER 0XA0 AT24C01A EEPROM

D

* GPIO’S NEEDED ONLY FOR SOFT MODEM.

C

FUD2 GPIO MAP

GPIO<0> FREE GPIO<1> DTUNER INT GPIO<2> DTUNER1 INT GPIO<3> BT835 "CLOSED CAPTION" INTERRUPT GPIO<4> LED BLUE (RECORD INDICATOR) GPIO<5> USB INTERRUPT GPIO<6> SC_CLKDIV<0> GPIO<7> SC_CLKDIV<1>

B

PCI_AD<31..0>

FUD_GPIO<5>

SYS_RESET_N

PCI_GNT_N<1>

PCI_FRAME_N

A

PCI_IRDY_N PCI_TRDY_N PCI_STOP_N PCI_PAR

PERR_N

SERR_N PCI_SCLK PCI_REQ_N<1> PCI_C_BE_N<3..0> PCI_DEVSEL_N

USB (17)

AD<31..0> SMI_N

RST_N GNT_N

FRAME_N IRDY_N TRDY_N STOP_N PAR PERR_N SERR_N SCLK REQ_N C_BE_N<3..0> DEVSEL_N

DRAWING TITLE=ELMER ABBREV=ELMER LAST_MODIFIED=Tue Mar 21 17:54:55 2000

BT835 GPIO MAP

GPIO<0> MIC SENSE (ACT HI IF AUD_MIC_SEL ACTIVE; ACT LO IF AUD_MIC_SEL INACTIVE) GPIO<1> FREE GPIO<2> FREE GPIO<3> RFU_BYPASS GPIO<4> FREE GPIO<5> AUDIO EXTIN SELECT GPIO<6> FREE GPIO<7> FREE

FROM THE SUCUNIT DOC

SERIAL/MODEM SMARTCARD GPIO

-------------- ----------------- ------------UART_RXD (I) SMC_DATA (IO) GPIO[0] (IO) UART_TXD (O) SMC_CLK (IO) GPIO[1] (IO) UART_DTR_N (O) SMC_PEN_N (O) GPIO[2] (IO) UART_RTS_N (O) SMC_RESET_N (O) GPIO[3] (IO) UART_CTS_N (I) SMC_INSERT_N (I) GPIO[4] (IO) UART_DCD_N (I) SMC_FIT (I) GPIO[5] (IO)

BLOCK:SET:

DATE:

APPROVED:

GPIO<19..16>

MISC_LED<2..0>

FUD_GPIO<4>

IR_IN

UI (20)

UI_BUS<3..0>

LED_DISP<2..0> LED_BLUE

IR_REC

This document contains privileged or otherwise legally protected information. Disclosure of this information to anyone other than the recipient is not authorized. You may not read, copy, or otherwise use this document unless you are an authorized representative of a named recipient.

C WEBTV NETWORKS, INC. 1999

ELMER TOP

ENGINEER:

SLEATOR/FULLER

BLOCK

SET

REVISION:

33

PAGE: of

REVISION: PAGE:

12345678

B

A

0.0

PVT

of

373

SAT-W60

— 18 —

+3_3V

R0219

4.7K 603

R0218

4.7K

D

C

B

A

603

R0217

4.7K 603

R0216

4.7K 603

REMOVED R0215

REMOVED R0214

R0213

10K

603

R0212

10K

603

R0211

10K

603

R0210

10K

603

REMOVED R0209

REMOVED R0208

REMOVED R0207

R0206

10K

603

REMOVED R0205

R0204

10K

603

R0203

10K

603

REMOVED R0202

REMOVED R0201

REMOVED R0200

NOTES:

SOLO2 POWER PARTITIONS

VSS = OUTPUT BUFFER GROUNDS VSS2 = CORE LOGIC GROUNDS VSS3 = INPUT BUFFER GROUNDS VDD = CORE LOGIC AND OUTPUT BUFFER POWERS VDD3 = INPUT BUFFER POWERS (IN SOLO2.5,

GPIO<19..0>\I

19

5%

18

5%

17

5%

16

5%

13

5%

12

5%

11

5%

10

5%

+3_3V

6

5%

4

5%

3

5%

SOLO_VSS \R 17 SOLO_VSS \R 29 SOLO_VSS \R 37 SOLO_VDD \R 17 SOLO_VDD \R 29

THESE PINS WILL BE NAMED VDD2 AND WILL BECOME CORE LOGIC POWERS)

+3_3V

R0227

5%

10K

603

R0226

5%

10K

603

R0225

5%

10K

603

R0224

5%

10K

603

R0223

5%

10K

603

R0222

5%

10K

603

R0221

1%

5.62K 603

R0220

5%

10K

603

SERPENTINE LENGTH FOR 750 PS DELAY: ~4.5 INCH

SYS_2XCLKIN\I

1

R0299 0 5% 603

2

PLL_BYPASS

3

PLL_DVD PLL_DGN

PLL_VAA

PLL_AGD

7

6

5

4

3

2

1

0

Y3

AB1

NC

V6

AB2

RIO_DINT<7..0>\I

R0280

10K

603

R0281

10K

603

TP0204 TP_75 TH

TP0202 TP_75 TH

PLL_DVD PLL_DGN DAC_NC<1..0> VSS3<16..0> VSS2<28..0> VSS<36..0> VDD3<16..0> VDD<28..0> PLL_VAA PLL_AGD

RIO_DRQ<0>\I

5%

RIO_DRQ<1>\I

5%

8

7

6

5

3

1

0

SOLO_VSS

TP0205 TP_75 TH

TP0203 TP_75 TH

TEST_SCANEN

TEST_MODE<3..0>

SYS_RSWTCH_N\I

SYS_PWROK\I

SYS_DPWROK\I

RIO_DRQ<1..0>\I

RIO_DINT<7..0>\I

RIO_DEVIORDY\I

PP_SELECT\I

PP_FAULT_N\I

PP_ERROR\I

PP_BUSY\I

PP_ACK_N\I

POT_CLK\I

PLL_BYPASS

MOD_SDATAIN\I

MOD_CLK\I

DIV_LLC\I DAC_YVBS DAC_VREF

DAC_CRCBVBS DAC_COMPVBS

CPU_VALOUT_N\I

CPU_MODECLK\I

CPU_EWRRDY_N\I

CPU_EVALO_N\I

AUD_SDATAIN\I

AUD_CLK\I

CMD_TWIZZLE<6..0>CPU_CMD<8..0>\I

6

5

4

3

2

PRESERVES HISTORIC SIGNAL FLOW

1

WHILE MAKING IT EASY TO CONNECT FUD TO THE CPU

0

5678

+3_3V

+5V

TEST_MODE<3..0>

R0233

3

5%

10K

603

R0232

2

5%

10K

603

R0231

1

5%

10K

603

R0230

0

5%

10K

603

E11 D17

TEST_SCANEN TEST_MODE<3..0>

B3

SYS_RSWTCH_N

AA1

SYS_PWROK

AA2

SYS_DPWROK

AC2

SYS_2XCLKIN RIO_DRQ<1..0> RIO_DINT<7..0>

A26

RIO_DEVIORDY

B17

PP_SELECT

D15

PP_FAULT_N

C16

PP_ERROR

B16

PP_BUSY

A16 C15

PP_ACK_N

D12

POT_CLK

AA3

PLL_BYPASS

A20

MOD_SDATAIN

B20

MOD_CLK

R26

IR_IN\I

B2

A6 C6 B6 D9

Y4

J3 H4

J4 A11

IR_IN DIV_LLC DAC_YVBS DAC_VREF DAC_CRCBVBS DAC_COMPVBS CPU_VALO_N CPU_MODECLK CPU_EWRRDY_N CPU_EVALO_N AUD_SDATAIN AUD_CLK

+3_3V

L0203

BK2125HS601

SM

L0202

BK2125HS601

SM

CSYNC FSW

MC0_DATA<31..0>

$Id: solo.mpl,v 1.30 1997/05/21 10:31:53 lyang Exp $

+3_3V

DRAWING TITLE=BLK_SOLO2 ABBREV=BSL2 LAST_MODIFIED=Mon Apr 10 12:33:20 2000

R0228

5%

1K

603

R0240

5%

10K

603

R0237

5%

10K

603

EMPTY

R0238

5%

10K

603

EMPTY

C0224

0.1UF 20% 50V CERM 805

VID_VSYNC_N VID_HSYNC_N

VID_DATA<7..0>

UART_TXD

UART_RXD UART_RTS_N UART_DTR_N

UART_DCD_N

UART_CTS_N

SMC_RESET_N

SMC_PEN_N

SMC_INSERT_N

SMC_FIT

SMC_DATA

SMC_CLK

RIO_DATA<15..0>

RIO_CE_N<3..0>

RIO_ADDR<21..0>

PP_STROBE_N

PP_SELIN_N

PP_DATA<7..0>

PP_AUTOFD_N

MC1_DATA<31..0>

IR_OUT IR_CLK

IIC_DATA

IIC_CLK

ID_DATA

GPIO<19..0>

DIV_VS

DIV_SDATA

DIV_LRCLK

DIV_HS

DIV_DATA<7..0>

DIV_BCLK

CPU_CMD<6..0>

CPU_AD<31..0>

R0261

5%

10K

603

SYS_RESET_N\I

SYS_5VRESET_N\I

MOD_SDATAIN\I

MOD_CLK\I

PLL_DVD

C0225 10UF 20% 10V CERM 1210

PLL_DGN

A8

VID_VSYNC_N\I

A9

VID_HSYNC_N\I VID_DATA<7..0>\I

C17

UART_TXD\I

D18

UART_RXD\I

B18

UART_RTS_N\I

A18

UART_DTR_N\I

C18

UART_DCD_N\I UART_CTS_N\I

AE1

SMC_RESET_N\I

AD2

SMC_PEN_N\I

AD3

SMC_INSERT_N\I

AF1

SMC_FIT\I

AF3

SMC_DATA\I

AC3

SMC_CLK\I RIO_DATA<15..0>\I

RIO_CE_N<3..0>\I

RIO_ADDR<21..0>\I

B15

PP_STROBE_N\I

D16

PP_SELIN_N\I PP_DATA<7..0>\I PP_AUTOFD_N\I MC1_DATA<31..0>\I MC0_DATA<31..0>\I

A19

IR_OUT\I

R25

IR_CLK\I

A3

IIC_DATA\I

A2

IIC_CLK\I

AC4

ID_DATA\I GPIO<19..0>\I

E3

DIV_VS\I

G4

DIV_SDATA\I

G2

DIV_LRCLK\I

F2

DIV_HS\I DIV_DATA<7..0>\I

F3

DIV_BCLK\I CMD_TWIZZLE<6..0> CPU_AD<31..0>\I

RIO_DEVIORDY\I

PRESERVES HISTORIC SIGNAL FLOW

DIV_BCLK\IAUD_BITCLK\I

DIV_LRCLK\IAUD_LRCLK\I

DIV_SDATA\IAUD_SDATA\I

VID_VDD

R0298

603

R0297

603

1%2K

VID_VSS

U0201 PADS_ONLY BGA

SYS_RESET_N SYS_5VRST_N

SPD_SDATA

RIO_DEN_N<7..0>

RIO_DAK_N<1..0>

MOD_SDATA MOD_LRCLK MOD_BITCLK

MISC_LED<2..0>

MC1_WE_N

MC1_RAS_N

MC1_DQM<3..0>

MC1_CS_N<1..0>

MC1_CAS_N

MC1_ADDR<10..0>

MC0_WE_N

MC0_RAS_N

MC0_DQM<3..0>

MC0_CS_N<1..0>

MC0_CAS_N

MC0_ADDR<10..0>

DAC_YAPVS

DAC_YAOUT DAC_CRCBAPVS DAC_CRCBAOUT

DAC_COMPAPVS DAC_COMPAOUT

DAC_APVD1

DAC_APVD0

CPU_WRRDY_N

CPU_VCCOK CPU_VALI_N

CPU_SRESET_N

CPU_MODEIN

CPU_INT_N

CPU_EVALI_N

CPU_CRESET_N

AUD_SDATA

AUD_LRCLK

AUD_BITCLK

This document contains privileged or otherwise legally protected information. Disclosure of this information to anyone other than the recipient is not authorized. You may not read, copy, or otherwise use this document unless you are an authorized representative of a named recipient.

ELMER SOLO2

ENGINEER:

SLEATOR/FULLER

A1 AE2 A12

SPD_SDATA\I

B25

RIO_WE_N RIO_OE_N

PP_INIT_N

PP_DIR

PLL_MPO

PLL_LP

MC1_CKE

MC1_BS

MC0_CKE

MC0_BS

RIO_WE_N\I

C24

RIO_OE_N\I

RIO_DEN_N<7..0>\I RIO_DAK_N<1..0>\I

A15

PP_INIT_N\I

A17

PP_DIR\I

AC1

PLL_MPO

V5

PLL_LP

B21

MOD_SDATA\I

C21

MOD_LRCLK\I

A21

MOD_BITCLK\I MISC_LED<2..0>\I

AD23

MC1_WE_N\I

AE24

MC1_RAS_N\I MC1_DQM<3..0>\I MC1_CS_N<1..0>\I

AA25

MC1_CKE\I

AC23

MC1_CAS_N\I

AF24

MC1_BS\I MC1_ADDR<10..0>\I

AD8

MC0_WE_N\I

AE9

MC0_RAS_N\I MC0_DQM<3..0>\I MC0_CS_N<1..0>\I

AD13

MC0_CKE\I

AD9

MC0_CAS_N\I

AD10

MC0_BS\I MC0_ADDR<10..0>\I

C8

VID_VSS

A5

DAC_YAOUT\I

B5

VID_VSS

E9

DAC_CRCBAOUT\I

F9

VID_VSS

C7

DAC_COMPAOUT\I

B4

VID_VDD

A4

VID_VDD

H3

CPU_WRRDY_N\I

R3

CPU_VCCOK\I

W1

CPU_VALIN_N\I

V1

CPU_SRESET_N\I

Y2

CPU_MODEIN\I

R2

CPU_INT_N\I

F1

CPU_EVALI_N\I

U3

CPU_CRESET_N\I

B12

AUD_SDATA\I

B11

AUD_LRCLK\I

C11C12

AUD_BITCLK\I

C WEBTV NETWORKS, INC. 1999

BLOCK:SET:

APPROVED:

R0262

47

603

R0282

47

603

DATE:

1%1.62K

C0214

0.1UF 20% 50V CERM 805

SYS_RESET_N\I

5%

SYS_5VRESET_N\I

5%

TP0206 TP_75 TH

DAC_YVBS

DAC_CRCBVBS

DAC_COMPVBS

+5V

C0219 10UF 20% 16V CERM 1210

10M 603

2.2K

4.7K

BLOCK

SET

R0229

EMPTY

R0235

603

R0236

603

1234

C0213

0.1UF 20% 50V CERM 805

EMPTY

5% 1/16W

TK

VID_VDD

C0215

220PF 5 %

CERM50V

C0216

220PF 5 %

CERM50V

C0217

220PF 5 %

CERM50V

IIC_CLK\I

5%

IIC_DATA\I

5%

REVISION:

PAGE: of

REVISION: PAGE:

12345678

DAC_VREF

EMPTY

TP0207 TP_75 TH

0.0

12

PVT

of

374

D

C

B

A

sony SAT-W60 Service Manual

TABLE OF CONTENTS

DISASSEMBLY

SYSTEM SELF TEST