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Kvaser PCcan HS_HS

关键词: Kvaser,PCcan


简介:Kvaser PCcan HS_HS Kvaser.com/images/Kvaser_produ...
品 牌
产 地
型 号 PXF0546
折 扣 6个以上折扣3%
10个以上折扣5%
26个以上折扣10%
50个以上折扣15%
100个以上折扣25%
其他电询

 

Kvaser PCcan HS_HS

 

 

Hardware

  • The board is a quarter-size (length 135 mm) 8-bit ISA bus board and occupies 64 bytes of I/O space. The base address can be any of 200H, 240H, 300H, and 340H. The interrupt signal on the CAN controllers can be connected - under software control - to any one of IRQ 2/9, IRQ 3, and IRQ 5 on the ISA bus.
  • The original 16 MHz oscillator may be replaced with an oscillator of frequency range 1-24 MHz to obtain the required bit rate on the bus. The PCcan 4xHS board draws approximately 600 mA at 5V.
  • The industry-standard CAN controllers on the PCcan cards are directly accessible to the programmer. This makes the cards suitable for cross-platform development: you can develop your software on your PC and then move it, with a minimum of changes, to your embedded system.
  • The CAN controllers support CAN 2.0 A and 2.0 B (active.) The CAN bus drivers supports the standard, high-speed ISO11898 physical layer.

External Connector

  • The outputs from the CAN circuits are connected to female D-SUB connectors via optocouplers and bus drivers (Philips 82C251, conforming to ISO 11898).
  • The connectors provide the voltage feed for the bus section (optocouplers and driver circuits). Alternatively the PC is used as power source; however this gives no galvanic separation between the computer and the CAN bus.
  • On the PCcan 4xHS card, it is possible to connect all the 4 CAN in/outputs to a common CAN bus, which is also connected to the CAN-connector.

Property

Value

The information herein is subject to change without notice.

 

Galvanic Isolation

Yes

Bitrate

0-1000 kbit/s

Silent mode

Yes

Error frame generation

No

Error frame detection

Yes

Weight

100 g

Timestamp resolution

1

On board buffer

No

Maximum message rate, send

0

Maximum message rate, receive

0

Sound

No

Clock synchronization

N/A