HM2P66PDE120N9LF

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Backplane connectors are components that are used to develop high-speed backplane designs for a variety of applications including communications, data processing, defense, and industrial automation. Backplane connectors come in two different varieties: hard metric and standard. This article will focus on the HM2P66PDE120N9LF backplane connector, a hard metric connector, as well as its various applications and working principle.

The HM2P66PDE120N9LF backplane connector is an innovative electrical connector that is suitable for use in rugged high-speed applications in the range of 1-15 GHz. The HM2P66PDE120N9LF features a dual-beam, high-speed pin configuration with optimized contamination control. The HM2P66PDE120N9LF is a zero-footprint, low-profile design that is well suited for embedded systems. It has a robust design with a rugged construction which is well suited for harsh environments.

The HM2P66PDE120N9LF connector is designed for use in systems with high-speed communication data transmission rates of up to 15Gbps. It is designed for hot pluggable applications and is compatible with other standard industry form factors. This connector, with its 1GHz impedance transmission performance, is ideal for applications such as InfiniBand, Fibre-Channel, Ethernet, and Fibre Channel-over-Ethernet (FC-o-E).

The HM2P66PDE120N9LF connector is the perfect solution for applications that require high-speed transfer rates with low crosstalk and high impedance matching. The connector features an integrated signal ground and power ground using either a single or double row connector system. The connector also provides a high performance ground pin that is directionally shielded for noise reduction and better signal integrity. The connector also features an improved shield retention system for secure and reliable connections in high-speed, hard metric applications.

The working principle behind the HM2P66PDE120N9LF backplane connector is relatively straightforward. The connector works by providing an electrical path from the device to the backplane. The connector features a dual beam design that provides a relatively low-loss connection offering excellent signal integrity for high speed applications. The connector contains a number of contacts on both sides of the backplane that are used to transfer power and communication signals from the device to the backplane. The power and signal lines are protected by a rugged and durable metal shielding system that works to prevent interference and noise interference.

The HM2P66PDE120N9LF connector is well suited for applications in telecommunications, data acquisition and storage, industrial automation, and aerospace and defense applications. This robust connector is ideal for high-speed data transfer applications between multiple system resources. The connector offers scalability, making it suitable for high-density, high-performance, and low-cost applications. Furthermore, the design of the HM2P66PDE120N9LF connector ensures reliable operation in harsh environments, even under shock and vibration.

In conclusion, the HM2P66PDE120N9LF backplane connector is an excellent solution for high speed, hard metric applications. This robust connector offers superior signal integrity, low crosstalk, and impedance matching. The connector is suitable for a variety of applications, from telecommunications to industrial automation, and the shielded metal shielding system ensures reliable and secure connections. Furthermore, the design of the HM2P66PDE120N9LF connector provides scalability for high-density and performance applications in harsh environments.

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