HMTSW-118-22-L-D-385

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Rectangular Connectors - Headers, Male Pins are a type of electrical connectors and are primarily used as a means of interconnecting multiple electrical components within a system. The most common type of this component is the HMTSW-118-22-L-D-385 Header Male Pin Connectors. With this type of connector, two or more mating pins are used to join two separate systems. The primary purpose of using the connector is to provide an electrical pathway between the two systems.

The HMTSW-118-22-L-D-385 connector is a male pin-type header with a black powder coating and a Nickel-plated finish. The pins have a diameter of 1.2mm and a length of 2.1mm. It is suitable for use in high-frequency circuit applications with up to 0.9A current. The connector is UL rated at 125V, and the insulation resistance is rated at 500mohms.

The primary application fields of the HMTSW-118-22-L-D-385 connector are the interconnections of circuit boards and printed circuits. It is mainly used in printed circuit boards, especially in high-density interconnect systems where the signal needs to be kept intact. This connector is also suitable for use in electronic equipment such as computers, communications systems, medical instruments, measuring systems, and household appliances.

The working principle of the HMTSW-118-22-L-D-385 connector is quite simple. When the two pins are mated together, an electrical pathway is formed. This pathway allows electrical signals to travel between the two systems. The pins are also designed to fit snugly together in order to ensure the best possible connection. The pins also feature a locking mechanism in order to ensure that the connection is secure and will not be easily broken.

In conclusion, the HMTSW-118-22-L-D-385 connector is an efficient and reliable means of connecting two systems together. It is suitable for use in a number of different applications where a secure and reliable connection is required. Its ability to keep the signal intact and its locking mechanism make it an ideal choice for many electronic applications.

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