CCC CHASSIS CPCI-10-D2 CompactPCI (cPCI) Rack/Chassis

CCC CHASSIS CPCI - 10 - D2 is a rack/chassis based on the Compact PCI (cPCI) bus standard with the following features and application scenarios:

Features

Rugged mechanical structure: It uses Eurocard connectors, supports standard 3U and 6U board sizes, and has excellent shock resistance. The Compact PCI card is firmly fixed to the chassis, supported by rails at the top and bottom, and the front panel fastening device securely fixes it to the surrounding rack. The card and slot are tightly connected through pinhole connectors, which can ensure a long-lasting connection in severe shock and vibration environments1.

Good heat dissipation design: Considering the heat dissipation requirements of equipment in industrial environments, effective heat dissipation structures such as heat dissipation channels and fans are designed to ensure that the boards and other equipment in the chassis remain within the appropriate temperature range during long-term operation, improving the stability and reliability of the system.

Support hot-swap function: Allows the board to be inserted or removed while the system is running without turning off the system power, which facilitates equipment maintenance and upgrades, reduces system downtime, and improves system availability and maintainability.

Rich interface resources: It provides multiple Compact PCI slots to accommodate boards with multiple functions, such as processor boards, communication boards, data acquisition boards, etc., to meet the needs of multiple function integration in different industrial application scenarios. The backplane can be designed for 3.3V or 5V VIO operation, supporting boards with different voltage standards.

Application scenarios

Industrial automation control: It can be used to build industrial automation control systems, connect various industrial sensors, actuators and other equipment, and achieve precise control and monitoring of the production process.

Communication field: It is suitable for communication base stations, network switches and other communication equipment to provide stable physical support and electrical connection for communication boards to ensure the reliable operation of communication systems.

Transportation: In the fields of signal control of rail transportation, train monitoring systems, traffic signal control of intelligent transportation, video monitoring, etc., it can work stably under harsh environmental conditions to ensure the safety and efficient operation of transportation systems.

Medical equipment: In medical equipment such as medical imaging equipment, medical monitoring systems, etc., it can meet the requirements of equipment for high reliability, stability and multi-module integration, and provide strong support for medical diagnosis and treatment.