HM2P66PK5114GFLF

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 are an integral part of today’s electronic circuit boards. They help keep components held securely in place and allow for high speed signals to pass between two boards. HM2P66PK5114GFLF backplane connectors are a type of hard metric connector that is compatible with both the IEEE 1384 and the JEDEC backplane standards. The two standards specify different types of electrical, mechanical, and environmental characteristics.

HM2P66PK5114GFLF are also known as Hard Metric Connectors. As the name implies, they are designed to meet demands of higher data rates and higher pin counts. The Hard Metric connector is taller than a standard backplane connector and utilizes a much higher pin count. The connector has two rows that each contain 66 pins. The spacing between the two rows is 1.2 mm which is small enough to securely hold the wires and contacts in place even during vibration. The housing of the connector is made from die cast aluminum and the spring loaded latch mechanism ensures that the connnector is securely mated and provides excellent EMI/RFI protection.

In their applications, HM2P66PK5114GFLF connectors provide a great amount of flexibility in interconnecting boards. They are often used in high speed data applications such as communication systems, storage systems and networking equipment. They also find application in mezzanine boards and other high density, high speed interconnections. Their ability to deliver both power and signal makes them excellent solutions for applications where these two features are required.

HM2P66PK5114GFLF backplane connectors also have a number of different working principles. They use the same basic principle as a standard backplane connector — they are used to connect two circuit boards and enable the passage of signals between them. However, the different configuration ensures that a much higher data rate and number of pins can be used. The pin count has been increased to 66 per row, with 0.5 mm spacing between the contacts to accommodate the greater speed requirement.

The latch mechanism of the HM2P66PK5114GFLF connector also work differently from standard connectors. The latch has a double spring design which ensures that the connectors are securely mated and makes it difficult for them to come apart. The latch also has an anti-vibration feature which helps maintain the connection even when vibration or shock are present. This is critical for applications where high speed data rates and high pin counts are needed.

HM2P66PK5114GFLF connectors are a viable solution for many applications that require high speed data transfer. They are designed to meet the IEEE 1384 and JEDEC backplane standards and have a much higher pin count than standard connectors. Their double latch mechanism helps them to stay securely mated and the anti-vibration feature ensures that the connection remains even when vibration is present. With their flexibility and robustness, HM2P66PK5114GFLF connectors are a great choice for high speed data applications.

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