CES-124-02-T-D

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CES-124-02-T-D is a type of rectangular connector. It is a type of header, receptacle or female socket, and achieves electrical connections and mechanical stability between cables and printed circuit boards. It is widely used in electronic devices for the purpose of communication, automation, instrumentation and control.

CES-124-02-T-D is a 1 x 4 power connector with 2.54mm pitch and 4.8mm width. It supports 25V/4A current, and the connector material is brass alloy. It features a high retention force range, long operation life and high vibration resistance. It can achieve good sealing performance in a variety of environments, making it suitable for many harsh environment and long-term outdoor applications.

The CES-124-02-T-D rectangular connector consists of a contact module, a shell, a cover and an actuator. The contact module is constructed from a strip of metal molded insulators, and the shell is made of metal material. The cover is made of plastic, and the actuator is used to open and close the connector. The shell and cover provide the mechanical stability and electrostatic shielding, while the actuator and contact module provide the electrical connection.

The working principle of the CES-124-02-T-D rectangular connector is based on the principle of electrical and mechanical connection. The contact module is composed of metal pins which correspond to the contact points of the mating connector. When the connector is mated, the pins make physical and electrical contact with the corresponding contact points, forming an electrical connection. The shell enhances the mechanical strength of the connection, while the cover and actuator provide signal shielding.

CES-124-02-T-D rectangular connectors are widely used in communication, industrial automation, instrumentation and control applications due to their high retention force, long operation life, good sealing performance and high vibration resistance. They are suitable for a variety of harsh environment applications, including outdoor applications, due to their robust design.

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