26633601RP2

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The 26633601RP2 is a type of Rectangular Connector - Headers, Male Pins, and has wide application in many fields. It is designed for electrically interconnecting two circuits without the need for direct physical contact. By utilizing mechanical pressure and contact force at the mating ends of the male and female connectors, the 26633601RP2 yields an efficient method of transmitting current in a wide array of applications.

The 26633601RP2 has a set of 4 pins, which snap into place easily in order to create an electrical connection. These pins are then locked into place using a snap-lock mechanism that holds them securely, allowing them to carry a large amount of current with minimal loss. The connector’s design also ensures mechanical stability and superior electrical performance. It is also designed with a rejection feature which prevents mating with wrong pins.

The 26633601RP2 is used in various electronics applications including automotive, industrial, and aerospace. It is designed to work reliably in wide range of temperature, humidity, and vibration conditions. It is often found in computers, communications systems, industrial control systems, aircraft avionics, automotive systems, medical equipment, and many other fields.

The 26633601RP2 works on the principle of electrical resistance. When two mating connectors are pressed together, contact is made at the pins and the electrical resistance between them increases. This resistance is then used to create a solid connection that will last even under severe vibration and thermal expansion. The pins are designed to create a strong mechanical contact between circuit boards or back planes.

The 26633601RP2 is an ideal solution for a wide range of applications that require reliable electrical contact without having to directly touch the components. It is designed to be durable and reliable, ensuring safe and efficient transmission of electrical current. Its features also make it a secure solution to prevent wrong mating, ensuring the products and applications that use it remain safe and compliant.

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