FTSH-104-04-F-MT-TR

The FTSH-104-04-F-MT-TR is a type of plastic rectangular connector with headers and male pins. It is most commonly used for connecting two typically-sized electrical components such as Female headers to Male sockets. This component is designed to provide a secure connection between two electrical components, with its rectangular shape allowing it to fit into tight areas. Its unique design optimizes the connection between the male pins and the header parts making it ideal for high-vibration and shock-resistance applications. It is also known for its durability under extreme temperatures and conditions.The FTSH-104-04-F-MT-TR has a wide variety of applications including telecommunications, automated control systems, and medical devices. It is particularly popular for use with an audio system as it provides improved signal integrity over traditional audio connectors. The FTSH-104-04-F-MT-TR has several different working principles. One of these is the pin/contact principle, which is used to protect the electrical connection and keep it in place under vibration. The mechanism uses a spring-loaded pin in a contact slot in order to secure the connection. Another working principle is the quick-connect principle, where parts are simply snapped together without the need for additional components such as screws or clips. This allows for easy and fast installation and requires minimal effort. The last working principle of the FTSH-104-04-F-MT-TR is the transfer-mating principle which is used in order to reduce the frequency of errors. It works by having a mating and transfer connector that prevents damage to the contacts by locking them in place with a secure connection. In conclusion, the FTSH-104-04-F-MT-TR is a popular type of plastic rectangular connector with headers and male pins used primarily for connecting two typically-sized electrical components. It is designed to be durable, vibration-resistant and shock-proof, and can be used in a variety of applications such as audio systems and medical devices. Finally, it utilizes three different working principles - a pin/contact principle, a quick-connect principle and a transfer-mating principle - to ensure the quality of each connection.