HM2P70PME124GL

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Backplane Connectors – Hard Metric, Standard

HM2P70PME124GL connectors are widely used in the electronics industry due to their robust construction, reliable performance, and ability to withstand extreme temperatures. These hard metric connectors are one of the most reliable components when it comes to high speed data transfer, great mechanical performance, and low cost. This article will provide an overview of the HM2P70PME124GL application field, working principles, and the advantages of using these kinds of connectors.

Application Field of HM2P70PME124GL Connectors

HM2P70PME124GL connectors are used to interconnect printed circuit boards (PCBs), and can be employed for parallel, serial, and multiplexed connections. They are the most common type of backplane connectors used in industrial applications. Common applications of HM2P70PME124GL connectors include automotive, military, aerospace and medical applications, among others. These connectors can also be used for high-speed, high-reliability applications such as telecommunications and networking.

Working Principles of HM2P70PME124GL Connectors

HM2P70PME124GL connectors use a special stacking technique called pin-in-socket. This technique involves the insertion of connector pins into laminated contact layers that are embedded in the connector body. The contact layers act as an insulation barrier between the pins and the socket. Stacking of the contact layers increases the contact force of the connector. The contact layers feature a ramp-shaped profile to ensure stable engagement of the connector pins and the contact layers. This helps to ensure a reliable connection and good contact. The connector also features an intimidating profile to ensure secure locking of the pins in the contact eyes.

Advantages of HM2P70PME124GL Connectors

Apart from their robust construction, HM2P70PME124GL connectors offer several advantages over other types of backplane connectors. These include high-speed operation, superior signal integrity, reliable operation in extreme temperatures, and low contact layers. Additionally, HM2P70PME124GL connectors are compliant with a variety of modern standards, such as IEC-61045-8:2020 and IEEE 1613-2016. The connectors are also RoHS-compliant for EMI, RFI, and ESD protection.

HM2P70PME124GL connectors are also cost-effective, featuring a layered construction that results in high contact density while requiring fewer parts. The connectors also have a small footprint, allowing them to be used in tight spaces that are difficult to navigate with other types of backplane connectors.

HM2P70PME124GL connectors are also highly reliable, featuring a superior performance in extreme temperature environments. The connectors are designed for a wide range of humidity and vibration levels, and are also resistant to dust and moisture.

Conclusion

HM2P70PME124GL connectors offer a reliable connection in demanding applications, due to their robust construction, reliable performance, and ability to withstand extreme temperatures. These connectors feature pin-in-socket stacking for increased contact force, and an intimidating profile to ensure secure locking of the pins in the contact eyes. They are also compliant with a variety of modern standards, including IEC-61045-8:2020 and IEEE 1613-2016. Additionally, HM2P70PME124GL connectors are cost-effective, have a small form factor, and are highly reliable. These features make them one of the most popular backplane connectors used in industrial applications.

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