MTSW-125-11-S-D-715

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MTSW-125-11-S-D-715 rectangular connectors – headers, male pins have evolved to become a viable alternative to more traditional connection systems. Referred to as “D-Sub” connectors, they offer high-speed, reliable, and cost-effective connectivity solutions.

The MTSW-125-11-S-D-715 rectangular connector is a commonly used feedthrough connector. It is designed to have a maximum of 715 pins and is typically used for applications where greater pin density is needed in a small space. It has an outer jacket for the main housing, which consists of an integral ground shield and cable shield for improved EMI performance. The inner housing is made of plated and gold-plated contacts that are soldered into the printed circuit boards. The locking mechanism lever ensures a secure connection when mated.

The MTSW-125-11-S-D-715 rectangular connector is very well suited for use in electrical systems such as cable routing, power cycling and switching, and current monitoring. The connector is an excellent choice for harsh environments, such as automotive applications, as they can withstand up to 60 cycles of temperature and humidity before degradation. Additionally, this type of connector is the most reliable choice for power cycling and allows for high voltage and current cycling.

The key application areas of MTSW-125-11-S-D-715 rectangular connectors include automotive, medical, industrial, robotic, avionic, Ethernet switching, and telecommunications. It can be used for a wide range of applications including but not limited to: high-speed data transfer, test systems, current monitoring, and cable routing. It can be used in a variety of other markets such as consumer electronics and military/aerospace where fast modern communications protocols are needed.

The working principle of the MTSW-125-11-S-D-715 rectangular connector is quite simple. It uses an array of gold-plated contacts arranged in a pattern resembling a pin field. The pins are soldered onto the printed circuit boards and form an electrical connection when the male and female components are mated. The inner surface of the connectors is laser printable for the user’s convenience. The contacts are insulated to protect against shorts and electrostatic discharge. The locking mechanism ensures a reliable and secure connection when mated.

In conclusion, the MTSW-125-11-S-D-715 rectangular connectors are a cost-effective and reliable alternative to traditional connection systems. They are designed to provide high bandwidth for applications where greater pin densities are required and have the capability to withstand harsh environmental conditions. The working principle is quite simple as the connectors use a pattern of gold-plated contacts arranged in a pin field. The locking mechanism ensures a secure connection when mated and the connector is insulated against shorts and electrostatic discharge.

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