ESQT-148-02-H-6-375

The ESQT-148-02-H-6-375 is one of a variety of rectangular connectors, which are designed for applications requiring a reliable and secure connection between two electrical components in the circuit. This type of connector is commonly found in telecommunications and digital equipment applications, and allows for a high speed, low loss exchange of information between two electronic components.

The ESQT-148-02-H-6-375 is classified as a header receptacle, a female socket, which is designed to receive the mating end connector of a cable or wire. The terminals of the socket consist of a female contactor that is placed in a hole in the casing, and a matching contactor positioned in the housing of the connector. Inserting the contactor into the corresponding hole in the socket ensures an electrical connection between the two components.

To ensure proper connection and durability, the contacts of the Receptacle are plated with a corrosion resistant material, such as gold or bronze. This plating ensures a secure and reliable connection, and also helps prevent moisture or dirt from entering the connection and compromising the connection or damaging the component. In addition, the contacts are designed to minimize interference and improve performance, with the resulting improved performance reducing data transmission errors.

If the connector design dictates a secure connection at high frequencies, a variety of options are available, such as incorporating inductive elements into the connector design. This increased connection integrity prevents data corruption during transfer, resulting in improved signal quality and performance. Other options include adding a grounding strip, which helps reduce system noise and reduce the risk of electrical shock.

In order to ensure proper operation of the ESQT-148-02-H-6-375, and other similar rectangular socket connectors, user should be familiar with the working principles of the connector. This includes understanding the design parameters required for the particular design, the impact of environmental conditions on the performance of the connector, and the necessary installation procedures to ensure a safe and reliable connection. In addition, users should understand the physical requirements for mounting the connector in various applications, such as the correct size and pitch for mating components.

Rectangular connectors, such as the ESQT-148-02-H-6-375, are an integral part of many electronic systems. By selecting the appropriate connector for the application, and properly following the installation and maintenance procedures, users can ensure the reliable and secure performance of the system.