Motherboard B59 Main Board User Manual

Motherboard B59 Main Board

Jumper Location Diagram for “B59 V1.X ” Pentium main board

Memory configuration for “B59 V1.X” main board

• System Memory Configuration
  Capacity| DIMM 1| DIMM 2
  ---|---|---
  16MB| 16MB| None
  32MB| 16MB| 16MB
  32MB| 32MB| None
  64MB| 32MB| 32MB
  64MB| 64MB| None
  80MB| 16MB| 64MB
  80MB| 64MB| 16MB
  128MB| 64MB| 64MB
  128MB| 128MB| None
  256MB| 128MB| 128MB
• External Cache RAM Configuration.
  Capacity| SDRAM

Type

| Quantity| Location
---|---|---|---
256KB| 32k x 64| 1pcs| U15
512KB| 64k x 64| 1pcs| U15

Jumper Setting

In order to set up the correct configuration, here is the description about how to set the jumpers to enable/disable or change functions. All jumpers location please refer to jumper location diagram.

• CPU type selection: J4, J10
  CPU| JP4| JP10
  ---|---|---
  1-2| 3-4| 5-6| 1-2| 3-4| 5-6| 7-8
  Pentium 100MHz| Open| Open| Open| Close| Open| Open| Open
  Pentium 120MHz| Close| Open| Open| Open| Open| Open| Open
  Pentium 133MHz| Close| Open| Open| Close| Open| Open| Open
  Pentium 150MHz| Close| Close| Open| Open| Open| Open| Open
  Pentium 166MHz| Close| Close| Open| Close| Open| Open| Open
  IDT C6 180MHz| Open| Close| Open| Open| Open| Open| Open
  IDT C6 200MHz| Open| Close| Open| Close| Open| Open| Open
  Pentium 200MHz MMX| Open| Close| Open| Close| Open| Open| Open
  Pentium 233MHz MMX| Open| Open| Open| Close| Open| Open| Open
  AMD K6/233MHz(AFR)| Open| Open| Open| Close| Open| Open| Open
  AMD K6/266MHz(AFR)

AMD K6-2/266MHz

| Close| Open| Close| Close| Open| Open| Open
AMD K6-2/300MHz| Open| Close| Open| Close| Close| Close| Open
AMD K6-2/350MHz| Open| Open| Open| Close| Close| Close| Open
AMD K6-2/400MHz

AMD K6-3/400MHz

| Close| Open| Close| Close| Close| Close| Open
AMD K6-3/450MHz AMD K6 -2/450MHZ| Close| Close| Close| Close| Close| Close| Open
AMD K6-2/500MHZ

AMD-K6-3/500MHZ

| Open| Close| Close| Close| Close| Close| Open

• CPU Voltage selection:****
  Vcore| JP2
  ---|---
  1-2| 3-4| 5-6| 7-8| 9-10
  1.5| Open| Open| Close| Open| Close
  1.6| Open| Close| Close| Open| Close
  1.7| Open| Open| Open| Close| Close
  1.8| Open| Close| Open| Close| Close
  1.9| Open| Open| Close| Close| Close
  2.0| Open| Close| Close| Close| Close
  2.1| Close| Open| Open| Open| Open
  2.2| Open| Close| Open| Open| Open
  2.3| Close| Close| Open| Open| Open
  2.4| Open| Open| Close| Open| Open
  2.5| Close| Open| Close| Open| open
  2.6| Open| Close| Close| Open| Open
  2.7| Close| Close| Close| Open| Open
  2.8| Open| Open| Open| Close| Open
  2.9| Close| Open| Open| Close| Open
  3.0| Open| Close| Open| Close| Open
  3.1| Close| Close| Open| Close| Open
  3.2| Open| Open| Close| Close| Open
  3.3| Close| Open| Close| Close| Open
  3.4| Open| Close| Close| Close| Open
  3.5| Close| Close| Close| Close| Open
• CMOS data clean function: JP9
  CMOS data| JP9
  ---|---
  Clean| 2-3
  Normal (default)| 1-2
• Disk On Chip address selection: JP12, JP13
  Address| JP12| JP13
  ---|---|---
  0 C C 0 0 H – 0 C D F F H| 1-2| 1-2
  0D000H – 0D1FF H| 1-2| 3-4
  0D400H – 0D5FF H| 3-4| 3-4
  0D800H – 0D9FF H| 1-2| 5-6
  0DC00H – 0DDFF H| 3-4| 5-6
• RS232 Select Jumper: JP5,JP6,JP15,JP16
  RS232 Select| JP5,JP6,JP15,JP16
  ---|---
  Normal (default)| 1-2
  RS232 pin1 use +5V| 3-4
  RS232 pin1 use +12V| 5-6
• Digital I/O (4 Output & 4 Input): J5

  • This main board provide the basic digital I/O signal controller, user can develop the program and extra controller to open and sense of the cash drawer based on the digital I/O function on this main board.
    PIN ASSIGNMENT

    1| GND| 6| Out 1
    2| VDC +12V| 7| IN 2
    3| IN 0| 8| Out 2
    4| Out 0| 9| IN 3
    5| IN 1| 10| Out 3

Digital output programming
The output is TTL Level. The output signal must be TTL compatible.

Example : ( “0” = off      “1” =on )

**Data 00 = Out 0 and Out 1 = “0”**

Data 01 = Out 0 = “1”

Data 02 = Out 1 = “1”

Data 03 = Out 0 and Out 1 = “1”

Digital input programming
The input signal must be TTL compatible.

Example :    If input 206 is [ 0111], then input 3 is “0”,    If input 206 is [0011], then input 3 & 4 are “0”

Read User Manual Online (PDF format)

Read User Manual Online (PDF format)  >>

Download This Manual (PDF format)

Download this manual  >>