HM2P08PDP285N9L1LF

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Backplane connectors play an essential role in the development of intelligent cars, mobile phones, computers and other electronic devices. In this article, we"ll look at the HM2P08PDP285N9L1LF application field and its working principle.

Introduction

HM2P08PDP285N9L1LF, also known as Hard Metric Standard, is a type of backplane connector that combines the benefits of hard with those of metric. It has eight signal contacts and two feeler contacts, enabling a total of 128 board interconnects. It is widely used in communication systems, including mobile phones, computers, drones, cars, military equipment, etc. This type of connector is designed for reliable operation in high-vibration environments.

Application Field

HM2P08PDP285N9L1LF is compatible with a wide range of connectors which belong to various communication systems, including Sub-1 GHz ZigBee/802.15.4, Cellular/GSM, WiFi/802.11, Bluetooth/802.15, UWB, Z-Wave, and LoRa. With a maximum operating temperature of 109℃ and an operating temperature of -55℃ to +75℃, the HM2P08PDP285N9L1LF is suitable for rugged applications in harsh environments or applications where extremely high temperatures are expected.

The HM2P08PDP285N9L1LF backplane connector is designed for use in the wireless communication devices and other boards for low speed and medium speed communication systems. The connector is able to support up to 128 board connections, which makes it suitable for applications that require high speed connections between boards.

Working Principle

The HM2P08PDP285N9L1LF backplane connector features two sets of contacts – signal and feeler contacts. These contacts are designed to make efficient board connection points that are able to support up to 128 board connections at the same time. The signal contacts are designed to provide a reliable and low-noise connection between the board and the device. The feeler contacts are designed to provide additional support for the board connection for higher speeds.

The connector features an two-part housing which prevents leakage of signals between boards. The two-part housing is designed to be sealed such that no signal can be leaked between boards and the connector can maintain integrity. Additionally, the connector also features a forward-locking mechanism which ensures a secure connection between the board and the device and makes the connection more reliable.

HM2P08PDP285N9L1LF is a robust and reliable board connection connector, making it suitable for a variety of applications in the modern world. With its wide range of features, it is able to support high-speed board connections and meet the ever-changing demands of intelligent devices.

Conclusion

HM2P08PDP285N9L1LF is a type of backplane connector that belongs to the Hard Metric standard. It has two sets of contacts, signal and feeler contacts, and is able to support up to 128 board connections at the same time. It is suitable for a wide range of communication systems and applications that require safe and reliable board connections between devices. With its robust design, including two-part housing and forward-locking mechanism, the HM2P08PDP285N9L1LF is able to meet the demands of high-speed board connections.

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