MTSW-110-10-F-S-511-RA

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The MTSW-110-10-F-S-511-RA series connectors are classified as rectangular connectors - headers, male pins. These male pins are designed for grounding, connecting and transferring signals. They are commonly used in printed circuit boards, are printed directly into the board in order to create electrical connections between internal components. The MTSW series of headers are equipped with a latching system which ensures a robust connection even in high vibration environments.

These rectangular connectors are well-suited for use in space-saving designs as they offer a compact and lightweight solution. They are available in a variety of male pin sizes from 2mm to 5mm, with a pin number of 2 - 10 and a current rating of 2A @ 50V AC.

The connectors have a basic insulation voltage of 1000V and a contact resistance of 5mΩ. The materials used for their construction are nylon and gold-plated brass, ensuring superior electrical performance and corrosion resistance. The dimensions of MTSW series rectangular connectors include a length of 10mm, a width of 5.1mm and a height of 5.7mm.

MTSW-110-10-F-S-511-RA connectors have various applications such as in telecommunications, computers, automotive and industrial electronics. In addition, these rectangular connectors can also be used in domestic appliances, audio/video equipment, consumer electronics, medical equipment and lighting control.

The working principle of MTSW-110-10-F-S-511-RA is simple. It is necessary to insert the male pin into the female socket, where the contact springs ensure a secure connection. It is important to ensure that the contact spring is making a positive and secure connection so that the signal is successfully transferred. The latching system also ensures that the connection is secure and maintained.

The MTSW-110-10-F-S-511-RA series of rectangular connectors are designed for high reliability and superior performance. They offer a simple and effective way of integrating electrical signals into the board from both internal and external components. Their compact design makes them an ideal solution for space-saving applications.

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