HMTSW-104-09-F-S-012-RA

The HMTSW-104-09-F-S-012-RA is a type of Rectangular Connectors—Headers, Male Pins. A rectangular connector is a type of electrical connector used to connect two or more electrical devices, usually on separate printed circuit boards (PCBs). The two most common types of rectangular connectors are the Headers and Male Pins.

HMTSW-104-09-F-S-012-RA Application Field

HMTSW-104-09-F-S-012-RA is an electronic part designed for low voltage applications. It is used for Computer Peripherals devices such as printers and scanners, as well as industrial applications such as factory automation and machine vision equipment. It is especially useful in applications where the physical size and shape are a primary consideration, such as in miniature and handheld electronic devices. The low profile and flat design also makes it ideal for tight spaces.

HMTSW-104-09-F-S-012-RA Working Principle

The HMTSW-104-09-F-S-012-RA is a two-piece component which consists of a male pin header and a female receptacle. The male pin header has an electrical current-carrying pin on one side, and two alignment pins on the other. These alignment pins are designed to provide a tight connection when they are inserted into the receptacle. Inside the female receptacle are contact pins which are connected to a circuit board on the internal side. The contact pins provide a reliable electrical connection between the male and female components.

The HMTSW-104-09-F-S-012-RA is designed to be mounted on a circuit board. The male pin header is soldered onto the board first, and then the female receptacle is mounted over the male pin. The two alignment pins on the male pin header fit into the two channels in the female receptacle, providing a secure connection. As the female receptacle is mounted onto the male pin header, the contact pins within the female receptacle make a reliable electrical connection with the male pin header.

The HMTSW-104-09-F-S-012-RA offers a reliable and secure connection between two or more circuit boards. Its low profile and flat design make it ideal for tight spaces, and its ability to accommodate multiple signals makes it suitable for a wide range of applications.