EHT-108-01-S-D-SM-LC-09

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EHT-108-01-S-D-SM-LC-09 is a rectangular connector from the Headers, Male Pins series. It is designed to be used in applications requiring the routing of power, signal, data, and other information between two or more components or devices.

This connector is built with a 0.1 inch spacing configuration, making it compatible with 0.1 inch through-hole mounting. It has a standard physical housing that consists of a male pin header and an outer ring. The male pins are arranged in a staggered array, with each pin having a maximum current rating of 2 Amps. The pins are made of gold-plated copper for enhanced electrical conductivity. Additionally, the pins are also flat on both sides for longer life and reliable connection.

EHT-108-01-S-D-SM-LC-09 is widely used in different industries. It is often used in consumer electronics, instrumentation, medical, automotive, aviation, and telecommunications. This connector is suitable for both through-hole and surface mount applications, making it highly versatile.

In terms of working principle, EHT-108-01-S-D-SM-LC-09 is connected in two parts. First, the pins are inserted into the female-header socket on the PCB board. Then, the outer sleeve is used to hold the pins in place until the board is soldered in place. The pins are secured to the board by crimping or soldering, depending on the application.

Since it is designed for use in a variety of applications, this connector demonstrates good resistance to shock, vibration, and temperature extremes. Additionally, it meets applicable UL 94V-0 flame-resistance requirements. It is also RoHS compliant for safer, more environmentally friendly operations.

EHT-108-01-S-D-SM-LC-09 is a rectangular connector from the Headers, Male Pins series that can be used for a wide variety of applications. It is built with a 0.1 inch spacing configuration, making it compatible with 0.1 inch through-hole mounting. Gold-plated copper pins offer enhanced electrical conductivity, while the pins are also flat on both sides for longer life and reliable connection. The connector is connected in two parts, with the pins inserted into a female header socket, and the outer sleeve used to hold the pins in place until the board is soldered in place. It is capable of withstanding shock, vibration, and temperature extremes, while meeting applicable UL 94V-0 flame-resistance requirements.

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