BCS-104-TM-S-TE

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The BCS-104-TM-S-TE is a type of rectangular connectors and receptacles that are commonly used in a wide range of applications in a variety of industries. This type of connector is typically used as headers, receptacles and female sockets. Designed with a rugged construction, this connector can handle heavy use in harsh environments.

The BCS-104-TM-S-TE consists of two parts; a header and a receptacle. The header is a male connector which consists of four sets of pin contacts arranged in two rows. The receptacle is the female side of the connector and consists of two rows of stationary contacts. This type of connector also takes advantage of friction-locks for positive latching.

The main application of the BCS-104-TM-S-TE is found in low-power electronic systems where signals need to be exchanged between devices. The connector makes it easy to connect peripheral circuit boards, sensors, and other components in an efficient manner. The exposure of the contacts make it easy to arrange connections, however, this does increase the risk of electronic noise interference.

To minimize interference, the BCS-104-TM-S-TE connector features shielding which helps to reduce the effects of electro-magnetic radiation. The shielding can also provide extra protection from dust and moisture. Additionally, the connector’s friction-lock latching system helps to ensure a secure and reliable connection between the header and the receptacle.

The working principle of the BCS-104-TM-S-TE connector is fairly simple. When the header is inserted into the receptacle, the pins on the header lines up with the contacts on the receptacle. Once all the pins and contacts are aligned, the friction-lock secures the connection and provides a firm grip on the header. This ensures that the connection is secure and reliable.

The BCS-104-TM-S-TE is a versatile and reliable connector that can be used for a range of applications. From connecting circuit boards to sensors and other components, it is ideal for use in low-power electronic systems where a secure and reliable connection is required. Additionally, the connector provides effective shielding from electromagnetic radiation and dust as well as a secure latching mechanism to ensure a secure connection.

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