HM2P88PM8114GF

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Backplane connectors classify into broad categories: hard metric and standard. In this article, we will take the HM2P88PM8114GF as an example to explain the application field, and its working principle.

The HM2P88PM8114GF is a hard metric 2-row backplane female connector with 88 positions. Hard metric connectors are based on European Version of International Electrotechnical Commission (IEC) publication 1076-4-101, which are primarily used in industrial control applications and robotic applications today. This type of connector has a consistent pitch size of 2.00mm and a standard pinout arrangement.

The HM2P88PM8114GF is widely used in these application fields mainly due to its durability, contact reliability, and superior performance than the standard metric. It also has an automation industry compatibility, which allows for the plug-and-play integration with a variety of machines. Moreover, the hard-metric design provides a robust connection of the motherboard and peripheral components, which enables the system to run more efficiently.

At the hardware level, the HM2P88PM8114GF presents 864 individual contacts which are arranged in two rows. These rows establish the transmission path between the layers of the board and the peripherals. It also comes with a push-pull latching system which provides a secure and reliable connection. This mechanism eliminates the risk of accidental disconnection of the system.

At the electrical level, the HM2P88PM8114GF is able to support a wide range of data transfer rates with a 120Ω differential impedance and a signal attenuation of up to 10dB. This backplane connector is also capable of transmitting up to 5A of current at a maximum operating frequency of 5 GHz, which provides a high speed with minimal impedance mismatch.

In conclusion, the HM2P88PM8114GF is a robust backplane connector designed for harsh industrial control applications and robotic applications. With its high speed, high reliability, and high current capability, its hard metric design ensures the long-term reliability of the system, and provides robust electrical connection and automation industry compatibility.

The specific data is subject to PDF, and the above content is for reference