FTMH-145-03-H-DV-A

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FTMH-145-03-H-DV-A Application Field and Working Principle

FTMH-145-03-H-DV-A is a type of rectangular connector, otherwise known as a header, which is used in a variety of electronic applications. The connector contains two parts – a male pin which plugs directly into a female connector of another device – and a housing to hold the male pin securely.

When used in electronics applications, the FTMH-145-03-H-DV-A male pin connector is typically used in pairs, with each side of the connector plugging into the respective female connectors on another device. The pin itself is made of insulated copper wire and is then connected to the female connector of the device to transfer electrical current.

The important feature of the FTMH-145-03-H-DV-A male pins is that the housing that holds it is sealed with an o-ring so that no moisture or dirt can enter the connection and that it has a high strength and a secure connection.

The FTMH-145-03-H-DV-A rectangular connector is used in a variety of applications, from medical and industrial equipment to automotive and consumer electronics. It can be used to connect and power devices such as sensors, displays, lights, computers, and other electronic components.

The working principle of the FTMH-145-03-H-DV-A male pin connector is relatively straightforward. As mentioned earlier, the connector contains two parts – a male pin and a housing unit which holds the pin securely. When the two are plugged together, the pin creates an electrical connection between the two devices, allowing the current to flow freely between them.

This is why it is essential that the o-ring seal on the male pin connector is in place and secure, as this prevents any moisture or dirt from entering the connection and affecting the flow of current.

In summary, the FTMH-145-03-H-DV-A is an incredibly versatile rectangular connector used in a variety of applications. It is made up of two parts – a male pin and a housing unit – which, when joined, creates a secure and strong electrical connection, allowing the current to flow freely between devices.

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