FTSH-118-01-TM-MT-TR

The FTSH-118-01-TM-MT-TR is a type of rectangular connector that utilizes headers and male pins. This type of connector is commonly used in a variety of applications, such as in electronics, telecommunications, and automotive industries.

The FTSH-118-01-TM-MT-TR features a unique design that enables them to carry both power and signal connections. It has two rows of header pins and two rows of male pins. The header pins are designed to attach to the header and are securely held in place with a single screw. The male pins are designed to be inserted into the female connector and tightened by the screw.

The design also features a unique locking mechanism that makes it impossible to disconnect the connector without the use of a special tool. This helps to ensure that the connection is secure and reliable. Additionally, the FTSH-118-01-TM-MT-TR utilizes an insulation protection to protect it from moisture, dust, and other environmental hazards.

The FTSH-118-01-TM-MT-TR is also widely used in military and aviation applications. Due to its high performance and reliability, it is able to withstand extreme environmental conditions and maintain a secure connection between two components. This makes it ideal for applications where reliable connections are essential.

The working principle of the FTSH-118-01-TM-MT-TR is relatively simple. When the connector is connected, the male pins are pressed into the female RF connector, creating an electrical connection. The locking mechanism then ensures that the connection remains secure. In order to disconnect the connection, a special tool is required to unlock the locking mechanism.

Overall, the FTSH-118-01-TM-MT-TR is a versatile rectangular connector that is suitable for a variety of applications. It offers an efficient and reliable connection, as well as an insulation protection to protect it from external hazards. It is designed to provide reliable connection in a variety of harsh environments and is a reliable choice for applications that require reliable connections.