Tactile Membrane Swith With Connector

Tactile Membrane Switch with connector is its added feature of a connector. This makes it easy to connect with other components, giving product designers more flexibility and versatility when integrating it into their designs. The connector adds value to the product, making it user-friendly and adding convenience to the end-users.

Tactile Membrane Switch with Connector is incredibly easy to install, making it a popular choice among manufacturers and designers alike. Simply connect the switch with your desired components, and you're ready to use it.

Tactile membrane switch with connector is a type of switch widely used in electronic equipment. It consists of a very thin elastic film, usually made of polyester and other materials. Membrane switches are usually used in industrial, medical, household and other equipment, so as to be used to complete the operation of the switch by touching the membrane.

Specifically, the working principle of the membrane switch can be divided into the following steps:

1. Contact: When the user touches the film switch lightly, the finger will press on the film, which will cause the film to sag inward and make the adjacent metal contacts contact each other.

2. Conduction: When the metal contacts contact, a path is formed, and current can flow through the metal contacts, thus realizing the conduction of the circuit.

3. Disconnection: When the user stops applying pressure, the film returns to the initial equilibrium state and the separation state, and the current cannot pass through the metal contact, thus realizing the disconnection of the circuit.

The advantages of tactile membrane switch with connector include simple structure, small volume, light weight and long service life. At the same time, because the working principle is basically light touch, it can also realize the functions of touch and sensitivity adjustment. By optimizing the structure of thin film material and metal contact, thin film switch can achieve wear resistance, waterproof and corrosion resistance, so as to better adapt to various application scenarios.