0738101201

Backplane Connectors - Housings

The 0738101201 Backplane Connectors – Housings are the perfect choice for those seeking an effective and reliable way to quickly and easily connect backplane connectors to devices. This specific connector is one of the most popular in the market, as it features a powerful, reliable, and efficient setup. It’s designed for high-speed applications such as those used in long haul applications, and it is known for its low-loss, high data-rate throughput.

Not only is it reliable, but it is also very space-saving. Its reduced size means it has a smaller footprint, which is great for tight spaces. Not to mention, the board-to-board connection is significantly reduced as a result. This connector also features high pin count and its attractive mechanical design ensures easy routing.

Application Field

The 0738101201 backplane connectors are designed for high speed applications such as Ethernet links. It’s also one of the most reliable solutions for interconnecting buses, backplanes, and hybrid boards. Beyond that, it’s perfect for those seeking an efficient way to connect serial data lines, test systems, component sockets, and relay systems.

This connector is used in a wide range of industries, including automotive, electrical, and telecommunications. It can also be used in networking systems, joystick controllers, medical scanners, and analytical equipment. No matter what the application, this connector is the go to choice for reliable and efficient data transmission.

Working Principle

The 0738101201 backplane connectors are designed to provide a reliable, high-speed link between electronic devices. The connector works to reduce PCB satellite losses and provide optimal data throughput.

The connectors are designed with a crimp and press-fit terminations to ensure sturdy, reliable connections. This ensures that the entire system remains safe and secure, regardless of the temperature or environment. Additionally, the super-fine contact pitch reduces crosstalk and optimizes signal integrity.

The body of the connector is resistant to harsh chemicals and oils and is designed for optimal thermal cycling. It offers higher retention forces and helps ensure that the connection remains intact, even under stress. The housing is designed to provide improved shielding protection and features different levels of anti-corrosion capability.