The National Instruments PXI-8462 is a dual-port CAN interface module compatible with PXI or CompactPCI chassis, featuring an Intel 386EX processor, RTSI synchronization, and configurable power settings for the CAN physical layer.
The National Instruments PXI-8462 is a Double CAN Interface Module designed for both PXI and CompactPCI chassis, offering versatile connectivity through its high-speed port (ISO 11898) and low-speed port (ISO 11519-2). It features DB-9 D-Sub connectors for reliable physical connections and utilizes an RTSI synchronization bus for precise timing and coordination across multiple devices. The module is powered by an Intel 386EX processor and is compatible with NI-CAN software, allowing for efficient communication and control. Power for the CAN physical layer can be sourced internally from the board or externally from the bus link power, giving users flexibility in their system configurations. The low-speed CAN network supports 2 to 32 nodes, requiring one resistor per CAN line for termination. Additionally, energy source control for the CAN physical layer is managed via jumper J5 for the one-port sheets and port one of two-port sheets, and via jumper J6 for port two of the two-port sheets.
Specification
Detail
Manufacturer
National Instruments
Part Number
PXI-8462
Type
Double CAN Interface Module
Compatible Chassis
PXI or CompactPCI
High-Speed Port
Port one (ISO 11898)
Low-Speed Port
Port two (ISO 11519-2)
Connectors
DB-9 D-Sub
Synchronization Bus
RTSI
Processor
Intel 386EX
Software Compatibility
NI-CAN
Power Configuration for CAN Physical Layer
Internally (from the board) or externally (from the bus link power)
Low-Speed CAN Termination
One resistor per CAN line required
Low-Speed CAN Nodes Supported
2 to 32 nodes
Energy Source Control – Jumper J5
For one-port sheets and port one of two-port sheets
Energy Source Control – Jumper J6
For port two of the two-port sheets
Question 1: What are the features and functionalities of the National Instruments PXI-8462 Double CAN Interface Module concerning connectivity, synchronization, processing power, software compatibility, power sourcing, and network support? Answer 1: The National Instruments PXI-8462 Double CAN Interface Module utilizes an Intel 386EX processor, which enhances the device’s communication and control capabilities by providing reliable and efficient processing power necessary for managing data transfers and interactions over the CAN network.
Question 2: What are the key features and specifications of the National Instruments PXI-8462 Double CAN Interface Module, including its compatibility with chassis types, connection ports, processor, software, power sourcing options, and configuration flexibility? Answer 2: The National Instruments PXI-8462 Double CAN Interface Module offers high-speed and low-speed CAN connectivity through ISO 11898 and ISO 11519-2 ports respectively, DB-9 D-Sub connectors for durable connections, RTSI bus synchronization for coordination with multiple devices, an Intel 386EX processor for robust processing power, compatibility with NI-CAN software for effective communication control, flexible power sourcing options from the board or externally, and supports a low-speed CAN network of 2 to
Question 3: What are the key features and connectivity options offered by the National Instruments PXI-8462 Double CAN Interface Module, and how does it facilitate synchronization and power management for CAN networks? Answer 3: The National Instruments PXI-8462 Double CAN Interface Module offers key features such as high-speed and low-speed CAN connectivity compliant with ISO 11898 and ISO 11519-2 standards, respectively, and employs DB-9 D-Sub connectors for robust physical connections. It facilitates synchronization using an RTSI synchronization bus for precise coordination across devices and allows flexible power management for the CAN physical layer, which can be sourced either internally from the board or externally from the bus link power, with energy source
Question 4: What type of processor is utilized in the National Instruments PXI-8462 Double CAN Interface Module, and how does it impact the device’s communication and control capabilities? Answer 4: The National Instruments PXI-8462 Double CAN Interface Module boasts key features such as a high-speed port compliant with ISO 11898, a low-speed port following ISO 11519-2, robust DB-9 D-Sub connectors for reliable connections, and an RTSI synchronization bus for precise multi-device timing, all powered by an Intel 386EX processor. It ensures flexibility in system configurations by allowing power sourcing either internally or externally and supports a low-speed CAN network with 2 to
Question 5: What are the key features of the National Instruments PXI-8462 Double CAN Interface Module, and how does it ensure flexibility and precision in system configurations? Answer 5: The National Instruments PXI-8462 Double CAN Interface Module features a high-speed port compliant with ISO 11898 and a low-speed port compliant with ISO 11519-2, designed for integration with both PXI and CompactPCI chassis, and it includes DB-9 D-Sub connectors for robust physical connections. It is powered by an Intel 386EX processor, supports NI-CAN software for effective communication and control, and offers flexible power sourcing options, with the ability to source power internally
