HSHM-S110B3-5AP1-TG30

In the electronic industry, backplane connectors are widely used to connect between parts of a circuit board, enabling data transfer between them. The HSHM-S110B3-5AP1-TG30 is a type of backplane connector in the Hard Metric and Standard category. This article will discuss the application field and working principle of the HSHM-S110B3-5AP1-TG30.

The HSHM-S110B3-5AP1-TG30 is mainly used in industries such as communication networks, industrial automation equipment, medical networks, digital television broadcasting systems, and more. It is a single-row, double sided backplane connector with type TG30 pins, capable of supporting up to 30 connections with a single connector. This connector offers superior performance and reliability, allowing for high speed data transmission with minimal signal interference.

The working principle of the HSHM-S110B3-5AP1-TG30 involves a series of steps. First, when the connectors are connected, mechanical locking ensures a certain level of stability. Then, four contact points are made using two pairs of gold-plated contacts, providing electrical contact while maintaining a secure connection. Finally, when all the connections are made, the signal is transmitted through the pins from one connector to the other.

The HSHM-S110B3-5AP1-TG30 is a single-row, double sided backplane connector designed for a wide range of applications. It offers superior performance and reliability, and is capable of supporting up to 30 connections with a single connector. The working principle of the connector involves making four contact points using two pairs of gold-plated contacts, ensuring a secure connection that allows for high speed data transmission with minimal signal interference.

In conclusion, the HSHM-S110B3-5AP1-TG30 is a backplane connector that is part of the Hard Metric and Standard category. This connector is mainly used in communication networks, industrial automation equipment, medical networks, digital television broadcasting systems and more. It offers superior performance and reliability, and its working principle involves making four contact points using two pairs of gold-plated contacts. It is capable of supporting up to 30 connections with a single connector, allowing for high speed data transmission with minimal signal interference.