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87402-150 application field and working principle

Rectangular Connectors - Headers, Male Pins

87402-150 is a rectangular connector, commonly referred to as a header, that has male pins within the plug. It has a 2.50mm pitch with 50 positions. It is commonly used for internal and external connectable connections. The male pins are typically terminated with either wires, soldered onto printed circuit boards, or crimped onto terminals. The 87402-150 headers are designed for pairing with a compatible female mating connector.

The 87402-150 male header is constructed with metal for an increased robustness and conductive performance. It has a single-piece construction with a retention clip to hold the connected wires securely in place. The header also has plastic beveled ends to make connection for wires easier.

The 87402-150 connectors are designed to have a polymer plastic insulation sleeve located inside the connector to prevent short circuits. It is rated for current of up to 10A, depending on the application. The entire connector is rated for up to 153V AC/DC. The total operating temperature range is -25°C to +150°C.

87402-150 connectors are used extensively in a variety of industries and applications. Some common applications are test and measurement equipment, medical equipment, and industrial automation equipment. The versatile connector can be used for power, digital, and analog signals.

The 87402-150 male connector is commonly used with a female receptacle connector. The two connectors are designed to fit together and create a secure connection. The electrical contacts on the male pins are designed to slide into the metal contacts on the female receptacle. The two pieces are held in place through friction and electrical connection. Wrong insertion is prevented with the added use of polarization.

The 87402-150 connector is a popular choice for reliable connections with minimal signal noise and crosstalk. Its wide range of industrial usage and high performance make it an ideal choice for many applications.

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