CP2-HB125-A1-FJ

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Backplane connectors are an integral component of any electronic system, providing robust and reliable connection to allow the device to topology, operation, and control the system. Among the many types of Backplane Connectors, Hard Metric-Standard Connectors (HM-SC) have become an increasingly popular solution, and CP2-HB125-A1-FJ is one such distinctive Hard Metric-Standard Connectors.

Unlike most other Hard Metric-Standard connectors, the CP2-HB125-A1-FJ features much lower power consumption and space savings due to a unique reverse-polarity design. This design reduces the wiring complexity and power consumption of the system, and makes the connector ideal for mission-critical applications that require low-loss power connections. Moreover, the CP2-HB125-A1-FJ also features a robust and corrosion-resistant aluminum alloy housing that is designed to withstand high temperatures and designed for durability in harsh industrial environments.

The CP2-HB125-A1-FJ has a variety of uses in many vertical markets, such as high-performance computing, networking, telecommunications, industrial automation, medical, automotive, military, and aerospace applications. The CP2-HB125-A1-FJ is compatible with all International Standard Connectors (ISCs) and is an ideal solution for applications that require a hard metric connector.

In addition, the CP2-HB125-A1-FJ also offers a cost-efficient solution for applications that require data transfer speeds of up to 10 Gbps. The CP2-HB125-A1-FJ is designed to be ideal for hot-pluggable applications, providing superior performance in terms of electrical interconnections and signal integrity. It features a non-blocking duplex transceiving, which ensures maximum data rate and increased system bandwidth.

Regarding the working principle, the CP2-HB125-A1-FJ is an insulated contact mutual-transformation connector that features a pin-connector socket and contact system. This system offers high performance and highly reliable data transfer. The connection has a symmetrical data transfer, which is achieved through two pathways, one for sending data and one for receiving data. The reverse-polarized terminal design ensures a more efficient current flow, which improves the reliability and data transfer speed.

The CP2-HB125-A1-FJ connector is designed to operate in a wide range of temperature and humidity conditions. The connectors are rated for use from -55°C to 125°C, and have a maximum working humidity of up to 80%. This ensures superior performance in any environment.

The CP2-HB125-A1-FJ provides efficient and reliable connections and increased system bandwidth at an affordable cost. The CP2-HB125-A1-FJ\'s reverse-polarization design offers low-loss power connections, while its robust and corrosion-resistant aluminum alloy housing ensures safe and durable system operation in harsh industrial environments. The CP2-HB125-A1-FJ is an ideal choice for mission-critical applications, high-end computing, networking, telecommunications, industrial automation, medical, automotive, military, and aerospace applications.

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