ESHF-120-01-L-D-SM-LC

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ESHF-120-01-L-D-SM-LC type connectors are rectangular connectors consisting of headers, male pins, and female sockets. This type of connector is most commonly used for signal connections in electronic circuits.

The part number of the connector indicates the style of header, the number of pins, the gender of the pins, the spacing of the pins, and the type of cable used. The ESHF-120-01-L-D-SM-LC connector has a single row of 120 pins, with the male pins on the header and the female sockets on the cable. The pins are spaced at 1.00mm intervals, and the cable is shielded. This configuration allows for the use of a larger array of pin connections, while still maintaining a compact package size.

The ESHF-120-01-L-D-SM-LC connector is designed for signal connections in a variety of different electronic systems. It is used particularly in applications where board-to-board connections are required, such as automotive, communications, computer, and consumer electronics. It is also used in the aerospace industry, as the high-density configuration allows for the use of complicated switching systems, such as those found in flight control systems.

In order to properly function and make reliable connections, the ESHF-120-01-L-D-SM-LC type connector must be installed properly. The header must be securely fastened to the PCB, while the female sockets must be properly aligned with the male pins when plugged in. Properly aligning the pins ensures that they make contact with the correct contacts in the cable, and that all of the connections are properly made. Additionally, in order for the cable connections to be reliable, the shielding of the cable must make contact with the ground pins on the header.

The ESHF-120-01-L-D-SM-LC connector is designed to ensure that signals are transmitted reliably and without interference between devices. Its high density configuration ensures that a larger amount of signals can be simultaneously passed. Additionally, the use of the shielded cable ensures that the signals experience minimal interference from the environment.

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