ESQT-113-02-GF-D-525

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Application Field and Working Principle of ESQT-113-02-GF-D-525 Rectangular Connectors - Headers, Receptacles, Female Sockets

Rectangular connectors, also known as headers, receptacles, and female sockets, are used to route signals between circuits. They come in a variety of sizes and shapes, each designed for a specific function and purpose. ESQT-113-02-GF-D-525 rectangular connectors are an example of a type of rectangular connector used for transmitting electric signals.

Design

ESQT-113-02-GF-D-525 rectangular connectors are designed to have a maximum current rating of 5A and a maximum voltage of 700 V. The pins of the connector are constructed of gold flashed over tin plated brass, with an electric insulation of molded glass filled phenolic. The connectors are designed with an insulation resistance of 200 Mohm and dielectric strength of 3500 VDC.

Application Field

ESQT-113-02-GF-D-525 rectangular connectors are suitable for applications that require transmission of electrical signals between two or more circuits. Common applications include interfacing between PCBs, power transfer from one circuit to another, and connecting external equipment to a main circuit board. The connectors are also frequently used for data transmissions such as RS-232 serial communications, CANBUS, and I2C.

Working Principle

The working principle of ESQT-113-02-GF-D-525 rectangular connectors is fairly simple. The pins of the connector are inserted into the corresponding holes of a receiving connector. When the pins are inserted, an electrical connection is made between the two connectors and electric signals can flow between the pins of the two connectors. This connection can be disrupted by disconnecting the two connectors.

Conclusion

ESQT-113-02-GF-D-525 rectangular connectors are a type of connector designed for transmitting electric signals. The connectors are suitable for applications that require transmission of signals between two or more circuits, such as power transfer, data transmission, interfacing, and connecting external equipment to a main board. The working principle of the connectors is simply the connection made between the pins of two connectors when inserted together, allowing the transmission of electric signals. Knowing the application field and working principle of such connectors is important for anyone designing or making use of an electronic device.

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