TMM-118-01-G-S-RA-011

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The rectangular connector TMM-118-01-G-S-RA-011 is specifically designed for joining two electrical devices together and conducting an electrical current. It is a component of a rectangular electric connector system and consists of two components; the header and the male pins. The header is a rectangular frame-like component which houses the male pins. This particular product has been designed to allow pass-through of low permeability or low-emission signals, such as signal or audio currents.

The rectangular connector TMM-118-01-G-S-RA-011 also facilitates transmission at a high speed to allow data, audio, and video signals to travel without disruption. This connector is especially useful in the medical and therapeutic radiation machines where the data and emission signals must be accurate and consistent.

The working principle of the rectangular connector TMM-118-01-G-S-RA-011 is based on a simple concept of leading current from one point to another with complete reliability. The male pins of the connector can be located in the header, with their contact points touching the side with the corresponding optimal impedance. This ensures that a low electrical current can flow from the male pins to the other side with minimal disruption. Moreover, the current is also able to flow in both directions leading to an increase in efficiency.

The rectangular connector TMM-118-01-G-S-RA-011 is mainly used in medical and therapeutic radiation machines. It is used to connect electrical components within the machine and provide an optimal electrical signal to the parts requiring it, as well as to protect the machine from any electrical glitch. Moreover, it is also used in small domestic appliances, electronic gadgets, and integrated circuits.

The rectangular connector TMM-118-01-G-S-RA-011 is perfect for the purpose of reliable transmission and protection from any external disturbances. This is because it provides conductivity at a high speed and low impedance. Moreover, its well-made design ensures that it is able to withstand any shock or damage due to its resilient outer walls. This makes it an ideal choice for any need where the transmission of current is required.

The specific data is subject to PDF, and the above content is for reference