HM2P07PZG1A1N9LF

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Backplane connectors are a type of connector commonly used in many electronic systems and products. They are commonly used in backplanes, the backbone of electrical systems with slots for connecting various other components. Backplane connectors provide the critical connection points that both provide power/data and ensure that signals are properly routed to the right components.This article will discuss the HM2P07PZG1A1N9LF backplane connector in more detail, including its application and working principle.

Application of HM2P07PZG1A1N9LF Backplane Connector
The HM2P07PZG1A1N9LF is a Hard Metric (HM) backplane connector from TE Connectivity. It is designed for applications requiring high speed data transmission such as Telecom/Data, Wireless, Embedded Computing, Automotive, Industrial, and Medical. Its design features an impressive signal count of up to 128 signals in a single row and 64 signals in a double row. The connector also offers a wide range of different housing sizes that fit a variety of board-to-board or cable-to-board applications. It is also available in several mounting options, including Surface Mount, Panel Mount, and Through-Hole mounting.

Working Principle of HM2P07PZG1A1N9LF Backplane Connector
The working principle of the HM2P07PZG1A1N9LF is based on the same principles as other backplane connectors, where the connector’s contacts are divided into two rows, one for power/ground and the other for signal pins. Power and ground contacts are placed at strategic locations along the length of the backplane connector with signals pins arranged between them. This arrangement allows for maximum board utilization and offers superior signal integrity.The HM2P07PZG1A1N9LF’s contacts are configured in two rows with up to 64 pins per row. Each pin is spring loaded to provide reliable contact between the connector and board. The connector is also designed to minimize EMI and crosstalk. The spring-loaded contacts are pre-loaded to ensure constant contact pressure in order to ensure reliable mating and unmating of the board. The design also offers gold plated contacts for improved corrosion resistance.

The connector also features a robust mechanical design that offers durability and stability. It incorporates rigid housing with a phenolic resin material that ensures excellent thermal and abrasion resistance. The design also offers keying with both marks and different combinations of locator pins. The connector’s pins are designed to penetrate the backplane with a maximum insertion force of 0.2lbs.

Conclusion
The HM2P07PZG1A1N9LF is a Hard Metric (HM) backplane connector that is designed for high speed applications. The connector features a robust mechanical design incorporating rigid housing with a phenolic resin material, spring-loaded contacts, and keying with both marks and different combinations of locator pins. The design also provides excellent signal integrity with up to 128 signal pins in a single row and 64 signal pins in a double row. The connector is offered in a variety of mounting options and is ideal for Telecom/Data, Wireless, Embedded Computing, Automotive, Industrial, and Medical applications.

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