Connect Tech CANpro/104-Plus user manual Gpio Control and Addressing

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CANpro/104-Plus Opto User Manual

GPIO Control and Addressing

GPIO pins on the CANpro/104-PlusOpto are controlled via the GPIOC register within the PLX 9030. The register is located at offset 0x54 from the PLX9030 PCI Base Address. The CANpro/104-PlusOpto ships with all GPIO pins set up as a data output pin by default.

This diagram is taken from the PLX9030 Data Book v1.4.

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CTIM-00052 Revision 0.00 4/23/2009

 

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Contents CTIM-00052 Revision 0.00 April 23 CANpro/104-PlusOptoRevision April 23 Original Document Copyright NoticeTable of Contents Introduction FeaturesCANpro/104-PlusOpto Block Diagram CANpro/104-PlusOpto DiagramsCANpro/104-PlusOpto Board Diagram Installing the CANpro/104-PlusOpto Into Your System Hardware InstallationBefore You Begin Rotary Selection PCI Interrupt, Clock and ID SelectionOhm Termination Jumpers On-Board Jumper ConfigurationDB-9 Frame Ground Connect Slew Rate Control Jumpers10-pin Header Pinouts Connector PinoutsDB-9 Cable Connector Pinouts Pin No Signal Pin No SignalPCI Properties of CANpro/104-PlusOpto Software ConfigurationCan Controller Address Space Can Controller #1 BasicCAN Operating Mode Reset Mode Read WriteCan Controller #2 BasicCAN Page Read Write Can Controller #1 PeliCAN0x113 Can Controller #2 PeliCANCan Controller Interrupts Gpio DetailsGpio Header Gpio Control and Addressing Specifications Certification for CANpro/104-PlusOpto CertificationEmail/Internet Mail/Courier Telephone/Facsimile

CANpro/104-Plus specifications

Connect Tech CANpro/104-Plus is an advanced communication interface designed for high-performance data transfer in embedded systems. This product stands out in the automation, transportation, and industrial control sectors, providing users with a reliable and efficient solution for CAN communication.

One of the primary features of the CANpro/104-Plus is its capability to support multiple CAN channels. This allows for flexible communication options and the ability to interface with various CAN networks simultaneously. The module comes equipped with two isolated CAN channels, which ensures minimized risk of signal interference and enhances data integrity.

The CANpro/104-Plus supports a wide range of CAN protocols, including CAN 2.0A and 2.0B, making it compatible with numerous existing systems. Its support for the more advanced CAN FD (Flexible Data-rate) protocol enables the transmission of larger data packets at higher speeds. This is particularly beneficial for modern applications that demand quick and efficient data communication.

Another significant characteristic of the device is its robust design. The CANpro/104-Plus is built to operate under harsh conditions, with a wide operating temperature range that ensures reliable performance, from -40°C to +85°C. This ruggedness makes it ideal for deployment in challenging environments typical of industrial and automotive applications.

In terms of technology, the CANpro/104-Plus features a high-speed CAN transceiver, which enables fast and reliable communication. Additionally, it includes onboard memory that facilitates buffering of messages, reducing the chances of data loss during high-traffic periods. The interface is also designed for easy integration, featuring support for various development platforms and operating systems such as Linux and Windows.

Connectivity is enhanced through the board’s integration with the PCI-104 form factor. This compact design allows it to fit seamlessly into existing systems without requiring significant changes. It not only saves space but also simplifies the installation process.

Overall, the Connect Tech CANpro/104-Plus delivers a powerful blend of versatility, reliability, and ease of use, making it a preferred choice for engineers and developers seeking to implement effective CAN communication in their systems. Whether it is for industrial automation, vehicle networking, or complex monitoring systems, the CANpro/104-Plus provides the necessary features and resilience to meet the demands of modern applications.