HM2R02PA5100AALF

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Backplane connectors are electro-mechanical devices which are essential for the interconnection of electronic components. Hard metric backplane connectors are designed to meet the stringent demands of high-speed, high-density communication systems. The HM2R02PA5100AALF is a hard metric backplane connector which provides superior performance in dense configuration applications.

The HM2R02PA5100AALF is a high-performance backplane connector designed for use in demanding applications such as telecom and data communications, as well as other electronic systems. This connector is designed for signal and ground contact arrangements, and supports data rates up to 12 Gbps. It has a high-gigabit density, low profile design, high cycle life and a vibration resistant mechanical structure.

The working principle of the HM2R02PA5100AALF is based on the contact arrangement between the connector and the circuit board. The connector features two rows of mating contacts, pin and socket, which are mounted onto the mating leads of the circuit board. As the connector is inserted into the printed circuit board, the contacts of each row are mated, making electrical contact. When pressure is applied to the latch of the connector, the contacts become firmly secured, forming reliable electrical connections.

The HM2R02PA5100AALF is widely used in the telecom, datacom and storage industries. It is well suited for applications with high-speed, high-density data transfer requirements such as routers, switches, servers and storage systems. It is also suitable for low speed systems such as alarm and control systems. In addition, this backplane connector is suitable for systems operating in harsh environments such as aerospace and automotive applications.

The HM2R02PA5100AALF is an ideal choice for applications requiring superior performance and reliability. This backplane connector is able to provide excellent electrical signal and data integrity, as well as robust mechanical connections. Furthermore, the superior contact stability of the product ensures reliable data transfers in high-density systems. In addition, its superior mechanical integrity provides excellent vibration and shock resistance, making it suitable for harsh environment applications. All these features provide for a high quality, reliable, and long-lasting backplane connector.

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