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- CAN Card for CPCI Interface
- Functions and Features
- Specifications
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- CAN-bus Analyzer and Recorder
- CANREC Over-Length Data and Waveform Recording Analyzer|CANScope CAN Bus Analyzer |CANalyst Application Protocol Analysis Tool |
- Industrial CAN Card and Converter
- CAN Card for USB|Ethernet-to-CAN module|CAN Card for PCI|WiFi to CAN Module|CAN Card for CPCI Interface |Serial Port to CAN Module|CAN Card for PCIe Interface|CAN Card for MiniPCIe|
- CAN Network Expansion and Protection
- Isolation gateway switch|CAN Fiber Converter|Fault tolerant CAN conversion board|Connector and lightning protector|
- CAN Data Acquisition Module
- CANopen protocol module|iCAN protocol module|
- CANopen and DeviceNet Protocol Device
- CANopen Master Card Series|CANopen slave module|DeviceNet master card|DeviceNet slave module|
- CAN Teaching and Experimental Development Platform
- CANOpenEDALab teaching and scientific research platform|iCAN teaching and experimental development platform|
CAN Card for CPCI Interface
The CPCI-9820I CAN card is fully compliant with PICMG2.1R2.0 specifications, comes with a high-performance CAN interface card of 2-channel CAN interfaces. By plugging the CAN card for CPCI into IPC, it can be connected to the CAN network to acquire and process data.
The interface card is an industrial-grade product, is equipped with a magnetic coupling isolation module which can avoid grounding circulation damage and has such powerful antistatic and anti-surge functions that it is still usable in extreme environments. It has high communication speed and instantaneity.
The CAN card support Win2000/XP/WIN7/WIN8/WIN10 operating systems.
Product Selection
| Models | CPCI-9820I | CPCI-9820I-6U |
|---|---|---|
| Pictures |  |  |
| Features | High speed and low latency | High speed and low latency |
| CAN channels | 2 channels | 2 channels |
| Interface type | DB9 port | DB9 port |
| Electrical isolation | √ | √ |
| Industrial grade | √ | √ |
| Data reception capability | 14000 frames/second (each channel) | 14000 frames/second (each channel) |
| Data transmission capability | 4000 frames/second (each channel) | 4000 frames/second (each channel) |
| Windows system drive | supported | supported |
| Linux system drive | supported | supported |
| Vxworks drive | supported | supported |
Stable, Reliable and Widely Applicable
The CAN interface of this series has been proven to be reliable and stable by stringent verification and it has been widely applied to high-speed railways, metros, aerospace, navigation, etc. The application of railway computer interlocking system is shown in the following picture.
2-Channel 2500V DC Electrical Isolation
2-channel CAN interface with 2500VDC electrical isolation and ±8KV electrostatic discharge
130,000-frame Super Buffer with no Frame Loss
High-performance type with full-load reception capability at any Baud rate; 130,000-frame super buffer with no frame loss as the top priority
Compliant with CAN2.0B Specification
CAN protocol is fully compliant with CAN2.0B specification and ISO11898-1/2 and compatible with CAN2.0A. Users can choose CANBridge-1054 to support fault-tolerant CAN standard of ISO11898-3.
CAN Baud Rate Can Be Set at Random within 1Mbps
CAN Baud rate can be set at random in the range of 5kbps to 1Mbps.
Supports Various Development Environments
It has effective and easy secondary development function and supports various development environments such as VC, C#, Labview, LINUX etc.
Powerful CANtest Testing and Analyzing Software
1．Select device Baud rate, channel number and operating mode to start CAN card.
2．Perform automatic reception after startup. A single-frame transmission can be achieved in a basic operation. Users can set continuous storage for long-term testing.
3．For advanced operations, 100 frames can be predefined; the transmission counts and intervals can also be set.
Secondary Development Function Library
All CAN cards from ZHIYUAN Electronics share the same PC secondary development function library (supporting major development environments like VC, VB, C#, LINUX, Labview, LabWindows and Delphi 7), and users can freely switch interfaces just by modifying device types.
