TS20110C0000G

Terminal Blocks - Headers, Plugs and Sockets are basic components of electronic products, providing a reliable connection between various components. TS20110C0000G is a device designed for connecting two circuits or devices to each other by physically joining them on a terminal block. As a general purpose, the TS20110C0000G is a terminal block that has two pieces of pins with the same pitch, and there are no insulation barriers between them.

TS20110C0000G Application Field

The terminal block provides flexibility in the design process and is used to connect electrical devices with different levels of electricity. Common application fields of the TS20110C0000G include industrial automation, home appliances, control and instrumentation systems, process control systems, LED lighting systems, factory automation systems, audio equipment and general purpose applications. It is also used for mounting, cable connection, connector connection, soldering and machine tools.

TS20110C0000G Working Principle

The working principle of the TS20110C0000G terminal block is a simple one. It is designed to connect two or more circuits or devices together through a physical connection, rather than a soldered connection. By mechanically pressing the two pieces of pins, which have the same pitch, together, the connections are made. This allows the circuits or devices to remain connected without having to rely on a soldered connection.

The TS20110C0000G terminal block is easy to install and remove. It can even be used in applications where the components need to be connected quickly and easily, such as when working with a circuit board. In addition, the device is also very reliable and durable, as it is designed to ensure a stable and secure connection between two circuits or devices.

The TS20110C0000G terminal block is a highly versatile, reliable and economical terminal block which is suitable for a wide range of applications. As a multipurpose and cost-effective solution, it is an ideal solution for many electrical applications.