FTR-135-56-S-D-TR

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Rectangular Connectors - Headers, Male Pins, FTR-135-56-S-D-TR has multiple applications, with one of the most common being the use of high-performance field-terminated driving connectors. This type of connector is a combination of two pieces, each with their own specific purpose. The driving connector feature is simple mechanical parts that undergo a force to secure the contact terminals to a PCB board while the backplane connector interconnects the electrical signals. The applications of the FTR-135-56-S-D-TR are wide-ranging, and span many industries. Its working principle draws heavily from established physical science and industrial engineering practices.

One of the more common applications of the FTR-135-56-S-D-TR will be in computer data processing systems, especially those containing microprocessor and logic programming. The connector’s high-performance nature means that it can easily handle the complex fast data transmissions that are involved in efficient computing operations. The electrical and mechanical nature of the connector also helps reduce power consumption and cut down on signal interference, which has become increasingly important with the advent of high-speed networking equipment and other sensitive electronic devices.

In addition to its computer applications, the FTR-135-56-S-D-TR is often used in telecommunications applications. It can provide reliable connections for high-bandwidth endpoints, transition points, and nodes. The connector is also used in signal conditioning and routing applications, such as those found in mobile broadband networks and radio/television broadcasting. Its unique design also makes it one of the few connector types that can endure long-term conditions such as extreme temperatures, humidity, or the transmission of high-voltage signals. This makes it a great choice for outdoor applications, where its robust design can stand up to the elements.

The working principle of the FTR-135-56-S-D-TR is based on several principles of physics and engineering. First, and foremost, the physical force required to drive the pins into the female contact area is mechanically generated. This is usually done using a screwdriver or other physical object that applies a sufficient amount of pressure to ensure that the pins are properly seated. Once the pins are seated, a physical connection is formed between the contacts on the board and the pins on the connector. This physical connection is then used to create the electrical connection that is necessary for data transmission.

In addition to the physical principles used on the connector, electrical principles are also employed. Generally, the electrical principles used are dependent on the type of board and application, but usually involve the transmission of a voltage or current to the connector. This current or voltage is then picked up by the contacts on the board, creating the electrical connection necessary to transfer the signal across the connection. The physical connections and electrical connections can then be combined with other physical components, such as a switch or relay, to perform the desired application.

To summarize, the FTR-135-56-S-D-TR is a high-performance field-terminated driving connector with multiple applications across multiple industries. Its versatility and robust design make it an ideal choice for a variety of applications. The connector combines physical and electrical principles to ensure reliable connections and data transmission, making it a great choice for any application that requires signal and power transmission.

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