100-290-201

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Backplane connectors were developed during the 1970s to allow for increased data speeds & interconnection between digital subsystems. Since then, the technology has undergone numerous upgrade cycles that have seen the connectors shrink in form factor & increase in contact density. The backplane connector family has evolved to suit different applications & most consist of two parts:the contact & the housing. The contact not only passes the signal between two points, it also provides a mechanical connection between the mounting hardware & the circuit board. Because backplane connectors have multiple contacts, the contact area must be large enough to ensure a secure connection. Contacts in backplane connectors are available in a wide range of configurations & sizes to accommodate the demands of the application.

100-290-201 Application Field and Working Principle

The 100-290-201 backplane connector is a modular system that consists of a contact element, a mounting frame, and a plug housing. The contact element is composed of two layers of steel alloy with five or six contact points. It has a total contact area of 11.6mm and is suitable for soldering directly to the printed circuit board (PCB). The mounting frame is made of nylon with mounting features to keep the connector secure in the housing. The plug housing has two equivalents that are used together to create the connector. It can house up to three contacts and is available in standard and high-density options.

In terms of application, the 100-290-201 backplane is suitable for use in a wide range of backplane applications including data and signal applications, drive and memory designs, and mezzanine and switching applications. It also serves as a reliable connection choice for chip-on-board and a variety of other interconnect solutions. Its high speed signal capability and low signal crosstalk makes it the perfect choice for applications that require a high level of performance. In terms of operation, the 100-290-201 backplane connector works by transferring an electrical connection between two points. The contact points are usually soldered to the PCB and then a mating connector on the other side is plugged into the housing, creating a secure connection. The contact in the 100-290-201 backplane is made from durable and reliable materials to ensure that it can carry the electrical currents without any glitching or interference. The mounting frame helps to keep the connector secure in the housing and provide a reliable hold. Together, these features make the 100-290-201 a reliable choice for various backplane applications.

The 100-290-201 backplane connector is a reliable choice for a wide range of backplane applications. Its high-speed signal capability and low crosstalk performance make it the perfect choice for applications that need a secure and reliable connection. Its contact structure is composed of two layers of steel alloy with five or six contact points, and provides a durable and reliable connection every time. The mounting frame and plug housing work together to provide the necessary strength and reliability. All in all, the 100-290-201 is a reliable solution that provides an effective and reliable connection for various backplane applications.

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