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H-TYPE (AR/PR) rectangular connectors are mainly used in the electronics industry. They are designed primarily for applications involving high-frequency signals and are increasingly being utilized in high-speed, high-performance communication equipment, mobile phone handsets, computers, office automation equipment, medical instruments and aviation applications. AR and PR connector types are available, both with male pins.

H-type connectors have a wide variety of applications due to their superior performance characteristics, which include high speed transmission, low cross-talk interference, minimal reflection and no ground shift. One of the most common applications of H-type connectors is the transmission of high-frequency data or power signals between electronic components. They are also used to connect to printed circuit boards, sensors, actuators, and other electronic devices to help facilitate their efficient operation.

H-type connectors are typically composed of an assembly of two parts: the male pins and the female receptacle. The male pins are inserted into the female receptacle, which forms a secure connection between the two parts. The male pins have an external threading, which allows them to be securely tightened without the use of tools. Additionally, the male pins are surrounded by a shielding layer that helps reduce crosstalk interference.

A characteristic of H-type connectors is that the female receptacle has two sets of guide rails that are designed to ensure that the male pins are properly seated when inserted into the female receptacle. This allows for accurate insertion and reliable connection. Additionally, the female receptacle is curved to help reduce cable strain. The female receptacle also includes a sealing ring that prevents moisture and foreign particles from entering the connector.

The working principles of H-type connectors are quite simple and straightforward. The male pins are inserted into the female receptacle in a way that ensures a secure connection. The female receptacle\'s guide rails ensure that the male pins are properly seated in the female receptacle. Additionally, the female receptacle\'s sealing ring prevents the ingress of moisture and foreign particles. Once the male pins are properly seated, they can be tightened with a tool to ensure that the connection is secure and reliable.

H-type connectors have become the go-to choice for applications involving high-frequency data and power transmission, as they are designed to provide reliable and secure connections. Additionally, H-type connectors are relatively easy to use, as their working principles are quite straightforward. As a result, H-type connectors are becoming increasingly popular among electronics engineers and hobbyists alike.

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