Acrosser Technology AR-B104D Installation guide

AR-B104D Quick Manual
P/N：220010396-G
1
AR-B104D Quick Manual V1.02
1.Mainboard illustration (Top Side)
JP6
CAN Bus terminal resister select pin
header. J1
PCI BUS connector (PCI-104)
CN2
CAN Bus connector.
JP4, JP5
Operation mode selection.
JP2
Clear SRAM pin header.
CN3
GPIO connector.
JP8
SRAM mode select.
AR-B104D Quick Manual
P/N：220010396-G
2
2.Connector and Jumper Setting Table
1. JP6
CAN Bus terminal resister
select pin header.
2. CN2
CAN Bus connector. 3. JP2 Clear SRAM pin header.
Pin
Description
1-2
120 ohm
resister.
2-3
None.
(default)
Pin
Description
1 CAN High
2 CAN Low
Pin
Description
1-2
Normal
(default)
2-3
Clear SRAM
4. J1 PCI BUS connector (PCI-104)
PIN
define PIN
define PIN
define PIN
define PIN
define PIN
define PIN
define PIN
define
A1
GND B1
SIRQ
A16
AD21 B16
AD20 C1
+5V D1
AD00 C16
GND D16
AD19
A2
VIO B2
AD02
A17
3.3V B17
AD23 C2
AD01
D2
+5V C17
AD22 D17
+3.3V
A3
AD05 B3
GND A18
IDSEL0
B18
GND C3
AD04
D3
AD03 C18
IDSEL1
D18
IDSEL2
A4
CBE0#
B4
AD07
A19
AD24 B19
CBE3#
C4
GND D4
AD06 C19
VIO D19
IDSEL3
A5
GND B5
AD09
A20
GND B20
AD26 C5
AD08
D5
GND C20
AD25 D20
GND
A6
AD11 B6
VIO A21
AD29 B21
+5V C6
AD10
D6
M66EN C21
AD28 D21
AD22
A7
AD14 B7
AD13
A22
+5V B22
AD30 C7
GND D7
AD12 C22
GND D22
AD31
A8
3.3V B8
CBE1#
A23
REQ0#
B23
GND C8
AD15
D8
+3.3V C23
REQ1#
D23
VIO
A9
SERR#
B9
GND A24
GND B24
REQ2#
C9
SB0 D9
PAR C24
+5V D24
GNT0#
A10
GND B10
PERR#
A25
GNT1#
B25
VIO C10
+3.3V
D10
SDONE
C25
GNT2#
D25
GND
A11
STOP#
B11
+3.3V
A26
+5V B26
PCICLK0
C11
LOCK#
D11
GND C26
GND D26
PCICLK1
A12
3.3V B12
TRDY#
A27
PCICLK2
B27
+5V C12
GND D12
DEVDEL#
C27
PCICLK3
D27
GND
A13
FRAME#
B13
GND A28
GND B28
INTD# C13
IRDY#
D13
+3.3V C28
+5V D28
RST#
A14
GND B14
AD16
A29
+12V B29
INTA# C14
+3.3V
D14
CBE2# C29
INTB# D29
INTC#
A15
AD18 B15
+3.3V
A30
-12V B30
REQ3#
C15
AD17
D15
GND C30
GNT3#
D30
GND

AR-B104D Quick Manual
P/N：220010396-G
3
5. JP4, JP5 Operation mode selection.
Operation mode description
JP4 JP5 Description
1-2 1-2 Mode 3
(default)
3-4 1-2 Mode 2
1-3 3-4 Mode 1
3-4 3-4 Mode 0
PCICLK
IDSEL
INT 0
Mode 0
PCICLK0
IDSEL0
A
Mode 1
PCICLK1
IDSEL1
B
Mode 2
PCICLK2
IDSEL2
C
Mode 3
PCICLK3
IDSEL3
D
AR-B104D Quick Manual
P/N：220010396-G
4
6. CN3 GPIO connector.
PIN
DESCRIPTION
PIN
DESCRIPTION
1 GPI0 2 GPI1
3 GPI2 4 GPI3
5 GPI4 6 GPI5
7 GPI6 8 GPI7
9 GPI8 10
GPI9
11
GPI10 12
GPI11
13
GND 14
GND
15
GND 16
GND
17
GND 18
GND
19
GND 20
GND
21
GND 22
GND
23
GPO0 24
GPO1
25
GND 26
GND
27
GPO2 28
GPO3
29
GND 30
GND
31
GPO4 32
GPO5
33
GND 34
GND
35
GPO6 36
GPO7
37
GND 38
GND
39
GPO8 40
GPO9
41
GND 42
GND
43
GPO10 44
GPO11
7. JP8 SRAM mode select.
Pin
Description
1-2
Memory mode
2-3
Disk mode
(default)

AR-B104D Quick Manual
P/N：220010396-G
5
4.AR-B104D Digital I/O, SRAM disk & CAN bus Module
AR-B104D is a PCI-104 super I/O module which equipped with CAN bus, SRAM disk and digital
I/Os on a single module.
Features
1x 2KV isolated CAN bus. Support 2.0A and 2.0B protocol.
Time stamp of CAN message
1MB battery backup SRAM disk. Supports disk and memory modes.
12x optical isolated digital inputs. Support counter mode.
12x 500 mA current sink digital outputs. Support pulse generator mode.
Linux and Windows 2000, XP Software Development Kit (SDK).
Specifications
General
Bus interface 1. PCI 104
2. PCI 2.0 Compliant
SRAM disk 1. Capacity: 1M Bytes
2. Battery backup
3. Operation mode:
A. Memory Mode
B. Disk Mode
C. Mode selection through Jumper (factory
default disk mode)
Digital Input 1. 12 optical isolated channels
2. Operating mode:
A. General digital input
B. Counter mode
3. Programmable de-bounce time (0 ms to
255ms, 1 ms resolution).
4. Support Change of State interrupt
5. Response time: 20 uS + de-bounce time
6. Response time: OPTO (delay time + OPTO
rising time = 20uS) + debounce time. Default =
16.02ms.
7. Trigger: rising trigger or falling trigger
8. Signal Type:
A. Open/Ground switch input
AR-B104D Quick Manual
P/N：220010396-G
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B. Digital Logic
i. Logic High: 3V to 28V
ii. Logic Low: 0V to 1.5V
9. Maximum input frequency 10KHz (duty =
50%).
Counter 1. All digital input support counter mode
2. 12 x independent 16-bit counters
3. Connect to all digital inputs
4. Operation Mode:
a. Count to number interrupt.
b. Read and clear
c. Read on the fly
d. Auto stop counting after programmable
constant state interval(Interrupt active
after programmable constant state
interval Resolution: 1ms, and 100ms)
Digital Output 1. 12 channels
2. Output Type: Open drain MOSFET driver
3. Output voltage range: 5V to 30V
4. Sink Current: maximum 500mA each channel
5. Power on initial state: MOSFET off
6. Support pulse generator
A. Programmable cycle time, duty cycle and
number of cycles. User defines on and off
periods (maximum 8-bit for on and off
period value).
B. Maximum 65535 cycles
C. RUN & STOP command
D. Programmable time unit: 1 ms, 100ms
and 1 second
Timer 1. 12 x independent 16-bit timers
2. Support Time Out Interrupt
3. Programmable time unit: 1 ms and 100ms
CAN bus 1. 1 x CAN bus
2. 2KV isolation
3. Support both CAN 2.0A and 2.0B protocol
4. Programmable baud rate: from 5K bps
Maximum 1M bps or user-defined baud rate
5. Time stamp of CAN message

AR-B104D Quick Manual
P/N：220010396-G
7
6. API library for user development
7. CAN bus device status query
8. Device driver for Windows 2000/XP/XPe and
Linux
Maximum card Maximum 2 cards can be stacked up in one system
Software 1. Windows XP, XPe and Linux device driver and
API
2. Windows XP, XPe and Linux demo program
3. User interface for DIO, SRAM and CAN bus in
Linux and Windows XP embedded
Mechanical
Dimension 90.17 x 95.89mm (3.55”x3.775”)
Operating Temp. 0
o
C to 60
o
C (32~140
o
F)
Storage Temp. -20~85
o
C (-4~185
o
F)
Relative Humidity 0 to 90% @ 40°C, non-condensing ( 95% @ 40°C, Non-Condensing by
request)
EMC & Safety
EMC CE, FCC