Panasonic JS-170FR-U20, JS-170FR-U21, JS-170FR-U22, JS-170FR-U24, JS-170FR-U23 Service Manual

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ORDER NO.ISD0110009S0

G20

Service M a n u a l

Front Counter Register

JS-170FR-**

WARNING

This service inform ation i s des igned f or experienced repair tec hnic ians only and is not designed f or us e by the general public. It does not contain warnings or cautions to advise non-technical should be potential dangers in attempting to service a product. Products powered by electricity should be serviced or repaired only by experienced professional technic ians. Any at temp t to servic e or repair t he product or products dealt with in t his service information by anyone c ould result in serious injury or death.

Design and specificati ons are subject to change without notice.

Caution

(1) High voltage is applied to inverter t ransformer, cable and capacit or on the backli ght PCB and back light connec tor shown i n

Fig. 1 below. Do not touch those parts without switc hing off JS-170FR, expect f or probes of osc illoscope or tester for test ing or repairing purpose only.

Fig.1

LCD Unit

Do not touch the parts within this spot, without switching off JS-170FR

Backlight PCB Assy

(2) High voltage (230 V DC) is applied to heat sink (indicated by arrow) on Power Supply PCB Unit shown in the Fi gure bel ow.

Do not touch this part without switching off JS-170FR

Do not touch the parts within this spot, without switching off JS-170FR

Power Supply PCB Unit

Design and specificati ons are subject to change without notice.

International Pentium P O S Series Models are classifi ed according to the system s shown below.

JS-170FR-X1, X2

Type of Specifications

Country Code

X1 Country Code

Code Country or Area

E England GGermany F European A Australia

WTaiwan

U U.S.A, Canda S Scandinavia C Canada

Type of JS-170FR Specifications

Model No.

Specification

change timing

Country Cap Col or

RAM size

(MB)

Battery O/S

(TP, MSR)

Dip SW

Customer

Display

CPU MSR Other

JS-170FR-U20 From begin Yellow 64

↓↓ ↓↓↓↓↓↓↓ ↓

JS-170FR-U22 June,2001 Gray 64

↓↓ ↓↓↓↓↓↓↓↓

JS-170FR-U24 September,2001

JS-170FR-U21 From begin Yellow 64

↓↓ ↓ ↓↓↓ ↓↓↓ ↓

JS-170FR-U23 June,2001 Gray 64

↓↓ ↓↓↓↓↓↓↓↓

JS-170FR-U25 September,2001

JS-170FR-G20 From begin Yellow 16

↓↓ ↓ ↓↓↓ ↓↓↓ ↓ ↓

JS-170FR-G22 July,2001 Friendly Gray 64

↓↓ ↓↓↓↓↓↓↓↓

JS-170FR-G24 September,2001

JS-170FR-G21 From begin Yellow 16

↓↓ ↓ ↓↓ ↓↓↓ ↓ ↓

JS-170FR-G23 July,2001 Friendly Gray 64

↓↓ ↓↓↓ ↓↓↓↓

JS-170FR-G25 September,2001

JS-170FR-E20 From begin Yellow 64

↓↓ ↓↓↓↓↓↓↓ ↓

JS-170FR-E22 June,2001 Gray 64

↓↓ ↓↓↓↓↓↓↓ ↓

JS-170FR-E24 September,2001

USA

Gray 64

USA

Gray 64

Germany

Friendly Gray 64

Germany

Friendly Gray 64

Gray 64

{

DOS 6.22 Gen, 2

{

DOS 6.22 Gen, 2

{

DOS 6.22 Gen, 2

{

DOS 6.22 Gen, 2

{

DOS 6.22 Gen, 2

{

DOS 6.22 Gen, 2

{

N/A Fujitsu, 1/2

{

266MHz Not Standard

{

266MHz Not Standard 120V

{

333MHz Not Standard

266MHz Not Standard

266MHz Not Standard 120V

333MHz Not Standard

{

266MHz Not Standard AC Cable Straight

{

266MHz Standard AC Cable L type

{

333MHz Standard

266MHz Not Standard AC Cable Straight

266MHz Standard AC Cable L type

333MHz Standard

{

266MHz Not Standard

{

266MHz Not Standard

{

333MHz Standard

Model No.

JS-170FR-E21 From begin Yellow 64

↓↓ ↓↓↓↓↓↓↓ ↓

JS-170FR-E23 June,2001 Gray 64

↓↓ ↓↓↓↓↓↓↓ ↓

JS-170FR-E25 September,2001

Specification

change timing

Country Cap Col or

Gray 64

RAM size

(MB)

Battery O/S

{

N/A Fujitsu, 1/2

{

N/A Fujitsu, 1/2

{

N/A Fujitsu, 1/2

(TP, MSR)

Dip SW

Customer

Display

266MHz Not Standard

333MHz Standard

CPU MSR Other

JS-170FR-S20 From begin Yellow 64

↓↓ ↓ ↓ ↓↓ ↓↓↓↓

Discontinue June,2001

JS-170FR-F22 June,2001 Gray 64

↓↓ ↓↓↓↓↓↓↓ ↓

JS-170FR-F24 September,2001

JS-170FR-F23 June,2001 Gray 64

↓↓ ↓↓↓↓↓↓↓ ↓

JS-170FR-F25 September,2001

JS-170FR-A20 From begin Yellow 16

↓↓ ↓ ↓↓↓ ↓↓↓ ↓

JS-170FR-A22 June,2001 Gray 64

↓↓ ↓↓↓↓↓↓↓ ↓

JS-170FR-A24 September,2001

JS-170FR-A23 June,2001 Gray 64

↓↓ ↓↓↓↓↓↓↓ ↓

JS-170FR-A25 September,2001

JS-170FR-W20 From begin Yellow 16

↓↓ ↓ ↓↓↓ ↓↓↓ ↓

JS-170FR-W22 June,2001 Gray 64

↓↓ ↓↓↓↓↓↓↓ ↓

JS-170FR-W24 September,2001

Scandinavia

N/A N/A N/A N/A N/A N/A N/A N/A

European

Gray 64

European

Gray 64

Australia

Gray 64

Australia

Gray 64

Tai wan

Gray 64

{

DOS 6.22 Gen, 2

{

DOS 6.22 Gen, 2

{

Fujitsu, 1/2

N/A

N/A Fujitsu, 1/2

{

266MHz Not Standard

{

266MHz Not Standard

{

333MHz Standard

266MHz Not Standard

333MHz Standard

{

266MHz Not Standard

{

266MHz Not Standard

{

333MHz Standard

266MHz Not Standard

333MHz Standard

{

266MHz Not Standard

{

266MHz Not Standard 120V

{

333MHz Standard

AC Cable L type

JS-170FR-W23 June,2001 Gray 64

↓↓ ↓↓↓↓↓↓↓ ↓

JS-170FR-W25 September,2001

JS-170FR-C24 April,2002 Canada Gray 64

JS-170FR-C25 April,2002 Canada Gray 64

Tai wan

Gray 64

{

N/A Fujitsu, 1/2

266MHz Not Standard

333MHz Standard

{

333MHz Standard 120V

120V

Serial Number Control Table for Classified Modifications in the JR-170FR Models

Model Number

Modification Description U20,U21 U22,U23 U24,U25 G20,G21 G22,G23 G24,G25 E20,E21 E22,E23 E24,E25 S20,21

Main board modified

Resistor R430 added 10 kilo-ohms added 01A***** -------- -------- 01A***** -------- -------- 01A***** -------- -------- 01A*****

Constant of resistor

R181 modified

DIMM enhanced From 16 MB to 64 MB 01B***** -------- -------- 01B***** -------- -------- 01B***** -------- -------- 01B*****

Baud rate of customer

display enhanced

Operating System

Power supply modified Manufacturer changed 01D***** -------- -------- 01D***** -------- -------- 01D***** -------- -------- 01D*****

Power supply modified Diffuser panel added -------- -------- 02A***** -------- -------- 02A***** -------- -------- 02A***** --------

CN1 Not implemente d 01 D***** -------- -------- 01D***** -------- -------- 01D***** -------- -------- 01D*****

IDE interface buffer

LAN LSI driver

software version-up

Hard disk enhanced From 3.25 GB to 5 GB -------- 01F***** -------- -------- 01F***** -------- -------- 01F***** -------- --------

LAN driver software Software modified -------- 01J***** -------- -------- 01J***** -------- -------- 01J***** -------- --------

R430 jumper wire imbedded

From 1.2 kilo-ohms to 750 ohms

From 2400 bps to 9600 bps (except G version)

Not pre-installed (except G version)

IC18-23 not implemented

LSI manufacturer demand

01D***** -------- -------- 01D***** -------- -------- 01D***** -------- -------- 01D*****

01A***** -------- -------- 01A***** -------- -------- 01A***** -------- -------- 01A*****

01B***** -------- -------- 01B***** -------- -------- 01B***** -------- -------- 01B*****

01D***** -------- -------- 01D***** -------- -------- 01D***** -------- -------- 01D*****

-------- 01J***** -------- -------- 01J***** -------- -------- 01J***** -------- --------

Lower case modified

(1) Lower case modified

(2)

Battery replacement simplified

Rubber foot frame reinforced

00N***** -------- -------- 00H***** -------- -------- 00F***** -------- -------- 00N*****

-------- -------- 02B***** -------- -------- 02B***** -------- -------- 02B***** --------

Model Number

# Modification Description F22,F23 F24,F25 A20,A21 A22,A23 A24,A25

Main board modified

2 Resistor R430 added 10 kilo-ohms added -------- -------- 01A***** -------- -------- 01A***** -------- -------- --------

Constant of resistor

R181 modified

4 DIMM enhanced From 16 MB to 64 MB -------- -------- 01B***** -------- -------- 01B***** -------- -------- --------

Baud rate of customer

display enhanced

Operating System

7 Power supply modified Manufacturer changed -------- -------- 01D***** -------- -------- 01D***** -------- -------- -------8 Power supply modified Diffuser panel added -------- 02A***** -------- -------- 02A***** -------- -------- 02A***** 02A***** 9 CN1 Not implemented -------- -------- 01D***** -------- -------- 01D***** -------- -------- --------

IDE interface buffer

LAN LSI driver

software version-up 12 Hard disk enhanced From 3.25 GB to 5 GB 01F***** -------- -------- 01F***** -------- -------- 01F***** -------- -------13 LAN driver s oftware Software modified 01J***** -------- -------- 01J***** -------- -------- 01J***** -------- --------

Lower case modified 14

(1)

Lower case modified 15

(2)

Modifica-

tion No.

1 R430 jumper wire imbedded

Measures against locking up during LAN

communication

3 Brightened CRT connected to VGA output

4 User demand

5 User demand

6 User demand

7 Attainment of stable parts supplier

8 Holding down temperature rise of stainless case

9 Elimination of connector for debugging

R430 jumper wire imbedded

From 1.2 kilo-ohms to 750 ohms

From 2400 bps to 9600 bps (except G version)

Not pre-installed (except G version)

IC18-23 not implemented

LSI manufacturer demand

Battery replacement simplified

Rubber foot frame reinforced

Reason for modification

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

01J***** --------

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

-------- 02B***** -------- -------- 02B***** -------- -------- 02B***** 02B*****

01D*****

01A*****

01B*****

01D*****

--------

00F*****

• How to read serial numbers (starting month of modifying the specifications) Ex.)

Example) 02 A *****

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

01J***** --------

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

W 20,W21 W 22,W23 W 24,W 25

01D*****

01A*****

01B*****

01D*****

--------

00A*****

Production number Production month (A = January) A = January Production year (2002) B = February

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

01J***** -------- --------

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

C24,C25

C = March D = April E = May F = June H = July J = August K = September L = October M = November N = December

10 Elimination of Ultra DMA trouble

11 Ceased production of the part

12 Better marketability

13 TP slowdown

14 User demand

15 Prevention of rubber foot frame from being broken

CONTENTS

1 OVERVIEW................................................................................................................................................1-1

General ........................................................................................................................................................1-1

System Configurations (Example)................................................................................................................1-1

Specifications...............................................................................................................................................1-2

Memory Map ................................................................................................................................................1-6

I/O Port Map.................................................................................................................................................1-7

Interrupt Level ..............................................................................................................................................1-8

Pin assignments...........................................................................................................................................1-9

Appendix B : Dip Switches and Jumpers ...................................................................................................1-16

2 Description of Operation ............................................................................................................................ 2-1

JS-170FR Block Diagram ............................................................................................................................2-1

Description of Main PCB Circuits.................................................................................................................2-2

2.1.1 CPU PENTIUM-II 266MHz or 333MHz (Refer to the page 4-1.) ................................................2-2

2.1.2 Chip set FW82443BX, FW82371EB (Refer to the page 4-1 and page 4-3.)..............................2-2

2.1.2.1 FW82371EB Pin Assignment ..................................................................................................2-3

2.1.2.2 RTC (Real Time Clock) circuit.................................................................................................2-9

2.1.2.3 IDE interface..........................................................................................................................2-10

2.1.2.4 USB interface.........................................................................................................................2-12

2.1.3 Main RAM circuit.......................................................................................................................2-13

2.1.4 BIOS ROM................................................................................................................................2-14

2.1.5 IT8673F circuit..........................................................................................................................2-15

2.1.5.1 IT8673F Pin Assignment.......................................................................................................2-16

2.1.5.2 Serial port (COM1, 2).............................................................................................................2-18

2.1.5.3 Parallel port interface circuit ..................................................................................................2-20

2.1.5.4 FDD interface circuit..............................................................................................................2-21

2.1.5.5 Keyboard controller circuit .....................................................................................................2-23

2.1.5.6 PS/2 mouse controller circuit.................................................................................................2-25

2.1.6 Serial port (COM3, 4)................................................................................................................2-26

2.1.7 VGA circuit (Refer to the page 4-4.).........................................................................................2-28

2.1.7.1 SM710 Pin Assignment .........................................................................................................2-29

2.1.7.2 LCD interface circuit (Refer to the page 4-4.)........................................................................2-33

2.1.7.3 Back-Lite control circuit .........................................................................................................2-34

2.1.7.4 CRT interface ........................................................................................................................2-35

2.1.8 Piezoelectric buzzer circuit .......................................................................................................2-36

2.1.9 Hardware reset circuit...............................................................................................................2-37

2.1.10 Clock.........................................................................................................................................2-38

2.1.11 CPU_POWER ..........................................................................................................................2-39

2.1.12 ETHERNET interface circuit.....................................................................................................2-40

2.1.13 Touch panel interface circuit.....................................................................................................2-41

2.1.14 Magnetic card reader interface circuit ......................................................................................2-42

2.1.15 Cash-Drawer interface circuit ...................................................................................................2-45

2.1.16 Customer display interface.......................................................................................................2-46

2.1.17 Power ON/OFF circuit...............................................................................................................2-47

2.1.17.1 Power ON..............................................................................................................................2-47

2.1.17.2 Power OFF ............................................................................................................................2-48

2.1.17.3 Battery backup circuit ............................................................................................................2-49

2.1.18 GATEARRAY (µPD65884GM-019-BED) (Refer to the page 4-8).............................................2-51

2.1.18.1 Internal functions ......................................................................................................................2-51

2.1.18.2 GATEARRAY Pin Assignment..................................................................................................2-51

2.1.19 Optional interface (Refer to the page 4-5 CN7)........................................................................2-54

3 Test Program and Power Supply Check....................................................................................................3-1

3.1 Voltage checks on the MAIN PWB....................................................................................................3-1

3.2 Oscillation frequency check...............................................................................................................3-2

3.3 POWER switch / FRONT switch check .............................................................................................3-2

3.4 Backup function check.......................................................................................................................3-3

3.5 Current consumption check...............................................................................................................3-4

3.6 BIOS setup.........................................................................................................................................3-4

3.7 Method of diagnostic program starting ..............................................................................................3-9

3.8 Execution of diagnostic services......................................................................................................3-11

3.9 Materials for Reference ...................................................................................................................3-48

4 JS-170FR-**PCB's.....................................................................................................................................4-1

4.1 Main PCB...........................................................................................................................................4-1

4.2 MB PCB ...........................................................................................................................................4-17

4.3 Peripheral PCB................................................................................................................................4-20

5 Body Block.................................................................................................................................................5-1

5.1 Body Block Disassembling Drawing ..................................................................................................5-1

5.2 Body Block Replacement Parts List...................................................................................................5-7

6 Packing ......................................................................................................................................................6-1

6.1 Packing..............................................................................................................................................6-1

1 OVERVIEW

General

This model has the performance equivalent to an IBM-AT machine which uses the Pentium •as a CPU. This model has its unique functions added to it and is provided with an ETHERNET ci rcuit and touch panel as standard. The desired system can be bui lt by adding various optional functions . Its display is of 800 x 600 SVGA specific ations (standard), using a color LCD. It is provided with a 20-digit x 1-line or 2-line fl uoresc ent di splay t ube for c us tom er dis play. In addi tion, it has an interface of up to 2 channels for a Cash Drawer.

System Configurations (Example)

VGA Monitor

150MS

Printer (TM-88)

150DC

CCU

J B

Card Reader 170FR

ISPISP

CCU: Communication Control Unit ISP: In-Store Processor 170FR: Front counter Register 150DC: Dri ve Through Cont rol l er 170CD: Cash Drawer 150MS: Bump Bar 160RD: Remote Display 170MG:Card Reader

170CD

HUB

J B

170MG

160RD

1-1

Specifications

Processor, Chipset and BIOS

♦

CPU Intel Mobile Pentium I I 266MHz or 333 MHz (BGA1) CORE + 1.6V Chipset Intel 440BX/PIIX4E BIOS Phoenix BIOS

Memory

♦

•

Main memory

Capacity 64MB Standard

Slot 168pin DIMM Slot x 2

Type 3.3V SDRAM supported

Note

One 64MB SDRAM is mounted on socket -1 as factory standard.

Each slot can have 16 MB (minimum) to 128 MB (maximum) memory module.

Maximum height of DIMM is 35.65mm.

EDO isn't being supported.

•

L2 Cache (Secondary Cache)

256KB on CPU die

256MB Maximum

One slot occupied by standard memory

•

Video memory

4MB in VGA Controller (Not expandable)

•

BIOS ROM

Capacity 512KB Type Flash memory (Fujits u MBM29F040 or compatible)

♦

Drives

Floppy disk drive Opti on, external One 3.5 type drive unit (1.44MB/720KB) Hard disk drive

♦

Clock

Tolerance Monthly ± 3 minutes (Temperature 25°C)

♦

Back-up Method

•

Real Time Clock (RTC)

Battery Lithium battery, 560mAh Battery life 8 years (need to be changed every 8 years) Retention time 8 years (On condition that unit is turned on for 12 hours per a day)

•

Power supply

Battery Ni-Cd battery, 1200mAh Battery life 2 years(need to be changed every 2 years) Retention time 2 minutes

Standard, internal One 2.5 type EIDE drive unit (4.0GB or more) Option, internal One 2.5 type EIDE drive unit

- On condition that the battery i s fully charged at installat i on (Registers must be powered on for more than 72 hours for full battery charge)

- No display on the LCD during AC off

1-2

♦

Display

•

Crew display

Display unit TFT type LCD with Dual Back Light Resolution 800 x 600 (SVGA) Dot pitch 0.3 mm Display size 12.1 type Contrast adjust Not needed

•

Customer display

Display unit Fluorescent display tube Color Green Number of digits 20 characters (5 x 7dots, 9 x 6 mm) x 2 lines Interface Serial shared with COM3 (TTL level)

♦

Touch Panel

Type Resistive Life Resistive over 10 million times by f inger touch

Interface Serial interface (using internal COM4, TTL level) Size 12.1 type

(It is possible to switch between Customer Display and External COM3 port by software)

(Simulates human finger, Shape of rubber end:R8, Hardness:60°, Load:200g, Frequency:5 Hz)

♦

Local Area Network

Interface Ethernet (10BASE-T/100BASE-TX) Speed 10M /100Mbps Connector 8-pin Modular Jack (RJ-45) Wake on LAN Supported

♦

Magnetic Card Reader (Option:U24/U25 t ype )

Track ISO1/ISO2 Swipe speed 10 - 120 (maximum) cm /s

Maximum swipe speed will be reduced when dual track reader is used. Interface Data is received as keyboard dat a Limitation On MS-DOS, magnetic card reader doesn't work with US B keyboard. Life Over 1 million swipe

♦

Buzzer

Buzzer volume is fixed.

♦

LED

Four status indicators on front panel.

LAN

CARD

1 Power (Green : Running, Red : Stand-by) 2 Hard disk (Light on access ) 3 LAN (Light on LAN activity) 4 Card Reader (Green : Good, Red : Error)

1-3

♦

Expansion Slot (Option)

Either one of the below can be added on main board as an expansion slot.

PCMCIA Slot 1 Type III or 2 Type II (Support PCMCIA/CardBus) PCI Slot 1 PCI Bus Slot

♦

Supply Voltage

Voltage 100V system : AC 90V~132V

Power consumption Approx. 60W Frequency 50/60 Hz

♦

Connectors

No Interface Number Connector type

1 Serial 3 COM1/2 : 9pin D-s ub connector, male

2 Cash Drawer 1 6pin DI N connector, female 3 Parallel 1 25pin D-SUB connector, female 4 Video 1 15pin D-SUB c onnector, female (VGA) 5 LAN 1 8-pin Modular Jack (RJ-45) 6 USB 2 USB Connect or 7 Keyboard 1 6pin mini DIN connector 8 Floppy Disk 1 26pin mini I/O connector

Maximum PCI card size (mm) :

174.63×106.68×(component side 14.48 + rear side 2.67)

200V system : AC 198V~264V Depending on destination, Factory setting, Not changeable

COM3 : 8pin modular connector

NOTE : COM3 is shared with Customer Display interface. (It is possible to switch between Custom er Display and External COM3 port by software)

Floppy Disk

Connectors

See Appendix for pin assignments of each connector.

1-4

♦

Operation Condition

Temperature 5°C - 40°C (41°F - 104°F) Humidity 20% RH - 85% RH (no dew)

♦

Dimension and Weight

Width 250 mm (9.8 inches) (Crew display : 312mm) Depth 320 mm (12.6 inches) Height 365 mm (14.4 inches) with rubber foot Weight Approx. 10 kg

Tilt angle

35°

15°

♦

Material

Case body Stainless steel s heet Top cover ABS

♦

Supported OS

Microsoft MS-DOS, Windows 95, Windows NT Workstation 4.0

♦

Accessory

AC cable 1pc (2.5m)

♦

Safety Standard

Safety Standard............. TÜV

EMI................................FCC Part15 Class A

CISPR Class B CE C-tick

1-5

Memory Map

FFFFFFFF

FFFE0000

FFFC0000

04000000

03C00000

10000000

01000000

(16M)

00100000

000E0000

000D0000

000CC000

000C0000

BIOS ROM

Reserve

Don’t use

Reserve

External RAM (DIMM) (256M)

Option RAM

Main RAM (DIMM)

BIOS ROM (128K)

Reserve

VGA-BIOS

Video RAM (128K)

Same with the area of 000E0000 to 000FFFFF

7FFFF

60000

40000

20000 20000

00000

SystemBIOS

VGA-BIOS

POSDIAG

000A0000

Main RAM (640K)

00000000

Note: BIOS ROM always selects Bank0 after resetting t he hardware.

1-6

I/O Port Map

Address (HEX) Devices used for JS-170FR 0000 - 001F DMA Controller (1) (82371EB) 0020 - 0021 Interrupt Controller (Master) (82371EB) 0022 - 0023 443BX Chip Set (82443BX) 0024 - 0027 Reserve 0040 - 005F Timer Controller (82371EB) 0060 - 006F Keyboard Controller (IT8763F) 0070 - 007F RTC, NMI Mask 0080 7-Segment for POST 0080 - 009F DMA Page Register (82371EB) 00A0 - 00BF Interrupt Controller (Slave) (82371EB) 00C0 - 00DF DMA Controller (2) (82371EB) 00F0•00FF Co-Processor *190 7-segment LED for Test 01F0 - 1F8 Hard Disk (82371EB) 0279 IT8661F 02E0 - 02EF Reserve 02E8 - 02EF (COM4) Reserve 02F8 - 2FF Serial Port COM (2) (IT8763F) 0300 - 031F ETHERNET (RTL8139B) 0320 - 032F JS-170FR System Extension Port 0378 - 037F Parallel Port (1) (IT8763F) 03B0 - 03DF SVGA Cont rol l e r (SM710) 03E8 - 03EF (COM3) Reserve 03F0 - 03F7 Diskette Controller (IT8763F) 03F8 - 3FF Serial Port COM (1) (IT8763F) 0A79 IT8661F 0CF8 - 0CFF 430TX Chip Set (82443BX) 3220 - 3227 Serial P ort COM (3) (PC16552DV) 3228 - 322F Serial Port COM (4) (PC16552DV)

Note: ETHERNET I/O Port Map Not Fixed.

1-7

Interrupt Level

Interrupt Level Description SMI (Power Management) NMI I/O Check, Parity Error, Power Management IRQ 0 Timer Output IRQ 1 Keyboard Output Buffer Full (IT8763F) IRQ 2 8259 Slave Side Interrupt IRQ 3 Serial Port COM (2) (IT8763F) IRQ 4 Serial Port COM (1) (IT8763F) IRQ 5 Reserve IRQ 6 Diskette Controller (IT8763F) IRQ 7 Parallel Port1 (IT8763F) IRQ 8 Real Time Clock (82371EB) IRQ10 Serial Port COM (4) (PC16552DV ) IRQ11 Serial Port COM (3) (PC16552DV) IRQ12 Mouse (IT8763F) IRQ13 Co-processor (CPU) IRQ14 Hard Disk (Primary) (IDE) IRQ15 Hard Disk (Secondary) (IDE)

Note : the jumper of the hardware should change The Interrupt of Power Management.

: ETHERNET Interrupt Level Not Fixed.

1-8

Pin assignments

Serial

COM1

COM2

9 pin D-SUB Male

No IN/OUT Signal

1INCD 2INRD 3OUTTD 4 OUT DTR 5GND 6INDSR 7OUTRTS 8INCTS 9INRI

9 pin D-SUB Male

No IN/OUT Signal

1INCD 2INRD 3OUTTD 4 OUT DTR 5GND 6INDSR 7OUTRTS 8INCTS 9INRI

COM3

8 pin Modular

No IN/OUT Signal

1FG 2OUTRTS 3INRD 4 IN DS R or +5V or CD (Default) 5OUTTD 6 OUT DTR 7GND 8 IN CTS (Def aul t) or Not Connected

1-9

Cash Drawer

Parallel

6 pin DIN Female

No IN/OUT Signal

1 OUT Drawer_Open 2GND 3 IN Drawer_Status 4GND 5 IN Drawer Type 6GND

25 pin D-SUB Female

No IN/OUT Signal

1 IN/OUT STROBE* 2 IN/OUT Data Bit 0 3 IN/OUT Data Bit 1 4 IN/OUT Data Bit 2 5 IN/OUT Data Bit 3 6 IN/OUT Data Bit 4 7 IN/OUT Data Bit 5 8 IN/OUT Data Bit 6

9 IN/OUT Data Bit 7 10 IN ACK* 11 IN BUSY 12 IN PE 13 IN SLCT 14 OUT AUTO FD XT* 15 IN ERROR* 16 OUT INIT* 17 OUT SLCT IN* 18 GND 19 GND 20 GND 21 GND 22 GND 23 GND 24 GND 25 GND

1-10

Video

LAN

15 pin D-SUB Female

No IN/OUT Signal

1 OUT Video_Red

2 OUT Video_Green

3 OUT Video_Blue

4NC

5GND

6 Video GND(Red)

7 Video GND(Green)

8 Video GND(Blue)

9NC 10 GND 11 NC 12 IN/OUT SDA 13 OUT H-Sync 14 OUT V-Sync 15 IN/OUT SCL

8 pin Modular (RJ-45)

USB

No IN/OUT Signal

1OUTTX+

2OUTTX-

3INRX+

4NC

5NC

6INRX-

7NC

8NC

USB Connector

No IN/OUT Signal 1, 5 +5V 2, 6 IN/OUT USB_Data3, 7 IN/OUT USB_Data+ 4, 8 GND

1-11

Keyboard

Floppy Disk

6 pin mini DIN

No IN/OUT Signal

1 IN/OUT Keyboard_Data 2 IN/OUT Mouse_Data 3GND 4+5V 5 IN/OUT Mouse_Clock 6 IN/OUT Keyboard_Clock

26 pin mini I/O Connector

No IN/OUT Signal

1GND 2 IN INDEX* 3+5V 4DRV0 5GND 6 IN DCHG0* 7NC 8NC

9NC 10 +5V 11 OUT MTR0* 12 OUT DIR 13 DENSEL 14 OUT STEP* 15 GND 16 OUT WDATA* 17 GND 18 OUT WGATE* 19 GND 20 IN TRK0* 21 GND 22 IN WRPRT* 23 IN RDATA* 24 GND 25 OUT SIDESEL0 26 NC

1-12

PCI Interface

32bit Edge Connector, 5V system

No B side A side

1 -12V TRST#

2 TCK +12V

3GND TMS

4TDO TDI

5+5V +5V

6+5V INTA#

7INTB# INTC#

8 INTD# +5V

9 PRSNT1# Reserved 10 Reserved +5V(I/O) 11 PRSNT2# Reserved/SERIRQ 12 GND GND 13 GND GND 14 Reserved Reserved 15 GND RST# 16 CLK +5V(I/O) 17 GND GNT# 18 REQ# GND 19 +5V(I/O) R eserved/PME# 20 AD[31] AD[30] 21 AD[29] +3.3V 22 GND AD[28] 23 AD[27] AD[26] 24 AD[25] GND 25 +3.3V AD[24] 26 C/BE[3]# IDSEL 27 AD[23] +3.3V 28 GND AD[22] 29 AD[21] AD[20] 30 AD[19] GND 31 +3.3V AD[18] 32 AD[17] AD[16] 33 C/BE[2]# +3.3V 34 GND FRAME# 35 IRDY# GND 36 +3.3V TRDY# 37 DEVSEL# GND 38 GND STOP# 39 LOCK# +3.3V 40 PERR# SDONE 41 +3.3V SBO#

1-13

IDE Interface

No B side A side

42 SERR# GND 43 +3.3V PAR 44 C/BE[1]# AD[15] 45 AD[14] +3.3V 46 GND AD[13] 47 AD[12] AD[11] 48 AD[10] GND 49 GND AD[09] 50 KEY KEY 51 KEY KEY 52 AD[08] C/BE[0]# 53 AD[07] +3.3V 54 +3.3V AD[06] 55 AD[05] AD[04] 56 AD[03] GND 57 GND AD[02] 58 AD[01] AD[00] 59 +5V(I/O) +5V(I/O) 60 ACK64# REQ64# 61 +5V +5V 62 +5V +5V

44pin Flat cable connector 2.0mm pitch

No IN/OUT Signal

1 IN IDERST#

2GND

3IN/OUTDATA7

4IN/OUTDATA8

5IN/OUTDATA6

6IN/OUTDATA9

7IN/OUTDATA5

8IN/OUTDATA10

9IN/OUTDATA4 10 IN/OUT DATA11 11 IN/OUT DATA3 12 IN/OUT DATA12 13 IN/OUT DATA2 14 IN/OUT DATA13 15 IN/OUT DATA1 16 IN/OUT DATA14 17 IN/OUT DATA0 18 IN/OUT DATA15 19 GND 20 -

1-14

No IN/OUT Signal

21 OUT DMARQ 22 GND 23 IN IOW# 24 GND 25 IN IOR# 26 GND 27 OUT *IORDY 28 IN CSEL 29 IN DMACK# 30 GND 31 OUT INTRQ 32 33 IN DA1 34 IN -(MASTER/SLAVE) 35 IN DA0 36 IN DA2 37 IN CS1# 38 IN CS3# 39 OUT DASP# 40 GND 41 +5V 42 +5V 43 GND 44 -

1-15

Dip Switches and Jumpers

Dip Switch 1

Bit Explanation

1 Model identification bit

On : 0 for I/O 324H bit5 Off : 1 for I/O 324H bit5 (Factory setting)

Extended I/O port 324H bit 5 reflects to this setting.

2 Touch panel type

On : Douwa (Carrol Touch) type (Factory setting f or Germany Model only) Off : Fujitsu type (Factory Setting)

Touch panel has two kinds of operating m ode. Set this bit to Off (Fuj itsu type) when you use Windows touch panel driver. For use with McDonald's application, set this bi t to On (Douwa or Carrol Touch type).

3 Circuit for decoding (Magnetic card Swipe Reader : MSR)

On : Circuit 2 (Formerly cal l ed as MAG2) (Factory setting) Off : Circuit 1 (Formerly c al l ed as MAG1)

This model has two circuits (circuit 1 and 2) to decode dat a on magnetic stripe of card. Combi nation of a c i rcuit and a track (a data stream on t he magnetic stripe) is determined by dip switch 1 bit 5/6. (See below) When "Single" i s set by dip switch 1 bit 4, only a c i rcuit set by this bit is used for data decoding. When "Dual" is set by dip switch bit 4, both circ ui t 1 and 2 can be used to decode data. Bit 3 has no effect in this case.

4 Single and Dual circuit (Magnetic card Swipe Reader : MSR)

On : Single (Factory setting) Off : Dual

When this bit is set to "Single", the circuit selected by bit 3 is used to decode data and appli cation receives dat a of a track defined by bit 5/6 through the circuit. "Dual" setting uses both circuit 1 and 2 to decode data and application receives data of two tracks if both are on the card. Only data of existing track is returned to application even if this bit is set to "Dual".

6-5 Circuit and Track (Magnetic card Swipe Reader : MSR)

bit6/5 is Off/Off : Circuit 1 expects JIS-II (J apan), circuit 2 expects ISO2 (J IS-I track2, Japan). bit6/5 is Off/On : Circ ui t 1 expects ISO1 (JIS-I trac k1, Japan), circuit 2 expects JIS-II. bit6/5 is On/Off : Circuit 1 expects ISO2, circuit 2 expects ISO1. bit6/5 is On/On : Circuit 1 expects ISO1, circuit 2 expects ISO2.

Combination of these bits tells circ uit to decode specified track data. For example c ircuit 1 decodes only ISO1 and circuit 2 decodes only IS O2 i f bi t 6/5 is On/On. If IS O2 dat a i s input to circuit 1, it is treated as an error.

1-16

Dip Switch 2

Bit Explanation

1 Address control for extended I/O

On : Software can enable/disable access to extended I/O ports. (Factory setting) Off : Extended I/O is always enabled.

When this bit is s et to On, software can enable/ disable access to extended I/O ports (320H-32DH) by output data to 32FH. Setting this bit to Off always enables ac cess to extended I/O. Software can't disable ac cess to extended I/O through 32FH. System initiali zes hardware to disabling extended I/O if thi s bit is s et to On. But BI OS setup f inally determi nes initial state of accessibilit y, enable or disable.

2 Reserved for future

Off : (Factory setting)

Extended I/O 32DH bit5 reflects to t his s ett ing. This bit i s res erved for f uture enhanc em ents and any func ti ons are not currently assigned to this bit.

4-3 Signal to open drawer

bit4/3 is Off/Off : 217ms bit4/3 is Off/On : 145ms (Factory setting) bit4/3 is On/Off : 108ms bit4/3 is On/On : 72ms

These bits define the period to activate signal for drawer open. Do not change thes e bi ts unless electrical specification of the drawer is modified in fut ure.

5 Type of customer display

On : Dual line type Off : One line type

This bit is used to get t ype of cust omer dis play, one line type or dual. This bit actuall y reflects the st atus of di p switc h 2 bit5. Setting this switch to OFF returns 1 to this bit.

Extended port 32DH bit0 reflects to t his bit. This bit should be set to indicate the customer display type actually connected if application program has a capability to adjust data for each display type.

6 Reserved for future

Off : (Factory setting)

Extended I/O 32DH bit1 reflects to t his s ett ing. This bit i s res erved for f uture enhanc em ents and any func ti ons are not currently assigned to this bit.

8-7 Type of LCD

bit7/6 is 11 : VGA (640x480) 10 : SVGA (800x600) 01 : XGA (1024x768) 00 : Reserved. Bit8/7 is Off/Off : VGA (640x480) (Factory setting) Bit8/7 is Off/On : SV G A (800x600) Bit8/7 is On/Off : XGA (1024x768) Bit8/7 is On/On : Reserved.

Extended port 32DH bit6/7 reflects to these bits.

1-17

Jumper pins

Jumper numbers and pin numbers are printed on the main board. Direction of the jumpers follow the direction of printed numbers.

1 23

Pin Explanation JP1 VGAC

JP2 Power fail interrupt

JP3 COM3 IRQ

JP4/5/6 Control signal of COM3

JP7 CPU I/O voltage

JP8 CPU GTL voltage

JP9 Power control

1-4 Short, 2-3 Short : 640x480 (Factory sett i ng) 1-4 Short, 2-3 Open : 1024x768 1-4 Open, 2-3 Short : 800x600 1-4 Open, 2-3 Open : 1280x1024

This jumper sets t he type of connected LCD to VGA cont rol l er.

1-2 Short : NMI (Factory setting) 2-3 Short : SMI

This jumper defines the type of interrupt by power fail.

1-2 Short : IRQ11 (Factory setting) 2-3 Short : IRQ4

This jumper sets I RQ (i nterrupt) number used by COM3 UART.

This jumper defines functions of some cont rol l i nes on 8-pin modular connector of COM3. See table below for combination of pi ns.

1-2 Short : +2.5V (Factory setting) 2-3 Short : Reserved.

Short : GTL=CORE voltage (Factory se t ting) Open : Reserved.

Short : Boot by main power switc h Open : Boot by front power switch (Factory s et ting)

1-18

Signal on COM3 connector

JP4 Explanation 1-2 Short Pin8 is CTS (Factory setti ng) 2-3 Short Pin8 is Ground. CTS is always act i ve.

JP5 JP6 Explanation 1-2 Short 2-3 Short Pin4 is DCD. DSR is always active. (Factory setting) 2-3 Short 2-3 Short Pin4 is DSR. DCD is always inactive. 1-2 Short 1-2 Short Pin4 is fixed to +5V. DSR is always acti ve and DCD i s inactive. 2-3 Short 1-2 Short Pin4 is f i xed to +5V. DSR and DCD are always inactive.

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