182-037-113R431

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D-Sub connectors are manufactured in a wide variety of sizes and configurations, including contact counts ranging from three to more than 200 pins, power and coaxial applications, high-density mounting options, and hermetically sealed connectors. Among a variety of D-Sub connectors, 182-037-113R431 is a 7-pin miniature female connector widely used in the medical, instrument and telecommunication industries.

182-037-113R431 has many unique features that make it a reliable and robust connector. It features machined contacts, a positive shorting spring and a thermoplastic insulator. Its machined contacts ensure reliable electrical connections, and its shorting springs create a secure connection that is capable of providing power up to 5A. Thermal plastic insulators also provide insulation and mechanical stability.

The primary application field of 182-037-113R431 is medical, instrument and telecommunications industries. This connector can be used in air and underwater devices. It can also be used in harsh environments, as it is equipped with both stainless steel and aluminum shell materials. The stainless steel shell material allows it to be resistant to corrosion.

The working principle of 182-037-113R431 is quite simple. It consists of two components, a cylindrical female connector and a tubular male connector. The female connector features a central contact surrounded by six other contacts. The male connector features two pins for signal and two pins for power. When the components are joined, the central contact creates a central electrical connection and the six surrounding contacts form a connection bridge for signal and power connections. This connection bridge then transfers power and signals via the pins on the male connector.

182-037-113R431 is a reliable and robust connector that offers a wide range of applications and working principles. It is used in a variety of industries, including medical, instrument and telecommunication. Its features, including machined contacts, shorting springs and thermoplastic insulators, make it a powerful and reliable connector. Its working principle is also quite simple, and it allows for reliable electrical signals and power transmission.

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