HM-H176DPWR1-8CP2-TG30L

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HM-H176DPWR1-8CP2-TG30L is a backplane connector from the Hard Metric family. It is manufactured following IEC 60603-2 standards and is rated for high voltage according to IEC 60950-1 safety standard. This connector provides a secure, high power density back-plane connection between printed circuit boards. It also provides high pin count connection, low noise variation, and low crosstalk between transmission lines.

Application Field

HM-H176DPWR1-8CP2-TG30L is suitable for applications in the communications, computer, and consumer electronics industries. This connector is specially designed to provide a fast and reliable interconnection between PCBs. It also provides electrical, thermal, and mechanical reliability in a variety of harsh environment applications. It is suitable for applications that require high-speed and low-crosstalk for large data throughput.

Working Principle

HM-H176DPWR1-8CP2-TG30L is a high-speed, low-crosstalk backplane connector that delivers excellent signal integrity at high frequencies. This connector features dual-beam contact technology to provide high contact reliability with high retention force. The connector also includes a keying system to prevent mis-orientation, as well as a built-in ground plane to reduce crosstalk. The power contact is designed to minimize contact resistance and enable reliable transmission of high power signals. The contact terminals are designed to minimize insertion loss, providing excellent signal transmission. The connector utilizes a high-temperature material to eliminate contact heat rise and ensure reliable operations over a wide temperature range.

In summary, HM-H176DPWR1-8CP2-TG30L is a reliable, high-power density connector solution for applications in the communications, computer, and consumer electronics industries. It provides exceptional electrical, thermal, and mechanical performance in a variety of harsh environment applications. It features high-speed, low-crosstalk contact technology with high contact reliability and a keying system to prevent mis-orientation. The power contacts are designed to minimize contact resistance for reliable transmission of high power signals. Finally, the connector utilizes a high-temperature material to eliminate contact heat rise and ensure reliable operations over a wide temperature range.

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