HM2P27PNG340GF

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• Backplane Connectors - Hard Metric, Standard
• HM2P27PNG340GF Application Field and Working Principle

HM2P27PNG340GF is a Hard Metric and Standard connector, introduced by a leading connector manufacturer – Amphenol. It is suitable for category 10 to 12 applications and designed to offer high-speed transmission in a compact form factor.

The HM2P27PNG340GF connector is a blind mate connector made of a stainless steel shell and precision engineered contact. It offers zero mating force and very minimal insertion torques, greatly improving its usability. The connector also comes with optional shielding to ensure maximum EMI protection for high-speed signals. It has a stand-off design that makes it suitable for data transfers up to 12.5Gbps.

The main application of HM2P27PNG340GF connectors is in high-speed data transmissions in electronic data processing and networking applications, such as high-performance computing and network storage devices. The high-speed transmissions and high insertion torques of up to 25Gbps and 2.5Nm respectively make it an ideal solution for demanding environments. The connector also has superior thermal properties and electromagnetic compatibility.

The working principle of the HM2P27PNG340GF connector is simple and straightforward. The connector is designed to make a secure connection between two boards, enabling transmission of high-speed signals. The contact pins of the connector have a unique design which enables them to make a tight connection with minimal insertion force. The pins also provide good electrical contact without oxidation or corrosion, ensuring a reliable connection.

In summary, the HM2P27PNG340GF is a Hard Metric and Standard connector that is suitable for applications requiring high-speed transmission. It offers zero mating force and very minimal insertion torques, and has superior electrical and thermal properties as well. Its working principle is simple and straightforward, where the contact pins provide reliable electrical contact without oxidation or corrosion.

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