CES-104-02-T-D

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Rectangular Connectors which are also referred to as Headers, Receptacles, and Female Sockets form one of the most commonly used computational connectors and are used to connect electrical and data cables in order to facilitate information transfer. One of the most widely used rectangular connectors is the CES-104-02-T-D connector.

The CES-104-02-T-D connector features a unique design that is packed with features and offers excellent signal integrity capabilities. It has a rectangular profile with interlocking steel plates which ensures secure connection without the need for additional fastening methods. The connectors also features a pick-and-place reliability which allows for easy installation and removal of the cables. The CES-104-02-T-D connectors also have an internal strain relief which ensures reduced bend radius and improved performance.

The CES-104-02-T-D connectors are most commonly used in the computer, telecommunications, and medical fields. The connectors are also widely used in industrial applications such as factory automation, machine automation, and control systems. In addition, the connectors have found widespread applications in the automotive and aerospace industries.

In terms of its working principle, the CES-104-02-T-D connector works on a plug-and-socket interface. This means that the sockets are electrically connected to the pins and are therefore able to transfer both power and data signals between devices. The connector also has a unique design which makes it highly compatible with a variety of connector types including headers and receptacles. The connectors also come with an internal strain relief which ensures that the cables remain securely connected even when exposed to high levels of vibration or mechanical stress.

The CES-104-02-T-D connector is one of the most popular rectangular connectors available on the market today. It is perfect for use in the computer, telecommunications, medical, and commercial markets, and is extremely reliable even when exposed to high levels of vibration or mechanical stresses. It also has a unique pick-and-place design, as well as internal strain relief which ensures improved signal integrity.

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