CLT-104-02-L-D-A

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CLT-104-02-L-D-A is a rectangular connector consisting of headers, receptacles, and female sockets, which often used in consumer electronics and communication applications.

Headers come in both vertical and right angle, and integrate three screws which can mount to the board as part of the connector. The male header pins on either side of the connector come in 2mm or 2.54mm pitches, and match the female sockets of the other connector. The connector\'s tension tail construction ensures secure mating and connection.

Receptacles mount to the board like headers, but have a female contact that mates with the header pins. These connectors come with a low-profile design to prevent interference with other boards in the critical space. They integrate a single plastic screws and come with single walls, allowing lower mating forces.

Female sockets are similar to receptacles, but have no screws and may be mounted to the board by soldering. They are used to accommodate small secondary circuit boards which mate with the larger mother board. The female sockets may provide a curing power for additional electricity.

The CLT-104-02-L-D-A is used in a variety of consumer electronics, communication, automotive, and other applications. It can be found in various products such as computer peripherals, automotive wiring, telecoms, linear actuators, motion controllers, automation systems, robotics, and medical equipment.

It functions as both a power and signal connector. In terms of signals, CLT-104-02-L-D-A ensures high signal integrity and speed up to 50 GHz, with low crosstalk between all contacts.

In addition to transmitting signals, it is also capable of supplying power. It is designed with a center-to-center contact design that reduces current loss, and the contact termination points are securely integrated into the board.

The CLT-104-02-L-D-A provides reliable and robust connections even under high stress. Its connectors are able to tolerate vibration and shock, as well as stand up to environmental elements such as heat or cold. This makes it especially useful in consumer electronics and communication applications.

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