CLT-109-01-L-D

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CLT-109-01-L-D is a type of rectangular connector that is used for a variety of industrial and commercial applications. It consists of two parts: a header and a receptacle. The header is a device with a series of metallic pins that protrude from its cavity, while the receptacle has a series of contacts that are covered by a plastic insert. This combination allows the device to be used to securely connect two separate electrical circuits with a physical connection.

The CLT-109-01-L-D is commonly used in the fields of industrial automation, communications and data transmission, as well as automotive and aerospace applications. It is also used in medical devices, where its highly reliable and robust design makes it suitable for a wide variety of applications.

The CLT-109-01-L-D is a two-part connector consisting of a header, which has a series of metallic pins that protrude from its cavity, and a receptacle, which has a series of contacts that are covered by a plastic insert. The contacts provide a tight electrical connection, while the pins provide a secure mechanical connection. The pins are aligned with the contacts on the receptacle, and when the two parts are joined together, a secure electrical connection is created.

The CLT-109-01-L-D has a range of features which make it suitable for a wide variety of applications. It has robust design and is capable of withstanding heavy usage. It is highly reliable and has good resistance to vibration, shock, temperature changes, humidity and corrosion. The CLT-109-01-L-D is also resistant to electromagnetic interference and is capable of handling high frequency signals.

The CLT-109-01-L-D is designed for use in a variety of industrial and commercial applications. It is most commonly used for connecting electrical circuits in industrial automation systems, communications and data transmission systems, automotive and aerospace applications, and medical devices. Its robust, reliable design makes it suitable for a wide range of applications, and its resistance to electromagnetic interference enables it to handle high frequency signals.

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