87832-5020

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Rectangular Connectors, such as the 87832–5020, are essential components of many types of electronic equipment, including instruments, sensors, and robots. The wide range of available connector options provides flexibility to design engineers in choosing from a variety of sizes, configurations, and performance levels for their application.

The 87832–5020 is classified as a Headers, Male Pins Rectangular Connector type. This variation of a rectangular connector includes two male pin contacts that are often configured on a printed circuit board (PCB). These contacts are also known as pins or terminal pins, and are constructed out of metals such as copper, brass, and nickel for various applications.

Pins or terminal pins in these types of connectors are capable of carrying either power or data signals, depending on the specific application. The pins can also come pre-fitted with various features such as plated finishes, strain relief, and heat-shrink boots to increase their durability. These pins are generally resistant to corrosion and oxidation, making them suitable for both indoor and outdoor settings.

The 87832–5020 is also known as a 2-pin male header connector. It is designed for high reliability, high-endibility, and ease of routing and installation. This rectangular connector model comes with 2mm lead spacing, and it is constructed from UL 94V-0 rated material. It also features a tin-plated finish and is rated for a maximum current of 2.54 amps. The pins, made of copper, are then plated with gold and designed to resist soldering and mechanical shock.

The 87832–5020 is a popular choice for a wide range of industrial and home applications, from consumer electronics to medical devices. This is due to its reliable performance, small size, and affordability. This type of connector can be used in various fields, including medical electronics, power management, communications, and sensors.

The 87832–5020 connector works by having two pins penetrate through the insulation of the conductor they’re connecting. The conductor’s insulation then melts and the pins are bound to the conductor. The melted insulation around the conductor creates an airtight seal that ensures reliable electrical connections between the pins and the conductor. This process helps ensure dependable connections that reduce the risk of shock.

The 87832–5020 is an important part of many electronic equipment applications due to its attributes of being durable, reliable, and inexpensive. It can make an essential contribution to devices or systems that rely on reliable connections for their performance and safety.

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