802-10-008-10-002101

802-10-008-10-002101 is a line of rectangular connectors - headers, male pins, commonly used in a variety of applications. As their name suggests, these connectors are rectangular in shape, making them ideal for mating with square or rectangular-shaped boards, or for creating housings with the correct shape. The technical advantages of rectangular connectors - headers and male pins are improved airflow optimizing assembly costs and eliminating the need for heavy additional packaging.

802-10-008-10-002101 rectangular connectors are constructed of a variety of materials, each of which is designed to satisfy a particular application. Connectors may be constructed of polycarbonate, thermoplastic, stainless steel or other metal alloy variants. The body and pin configurations of the connectors provide improved performance in harsh environmental conditions. Connectors may also be outfitted with special contact designs, such as gold-plated or phosphor-bronze, to maximize contact integrity.

The working principle of 802-10-008-10-002101 is quite simple. When the male pin connector is mated with the female opening on a header, the male pins are inserted into the female opening and the holes line up. Once the mated connection is made, the two pieces fit together perfectly, forming a tight, secure connection suitable for many types of electrical applications.

802-10-008-10-002101 are commonly used in power supply, communications and signal transmission equipment such as PCs, industrial computers, LCDs, and microwave ovens. They are also used in medical applications such as electrocardiograms and ultrasound imaging. In addition, these connectors are also used in robotics and automation applications, due to their high level of contact integrity.

802-10-008-10-002101 prove themselves useful in a variety of applications, especially in harsh environmental conditions. This line of connectors is designed for quick assembly and superior performance, making them a cost-effective and reliable solution for many applications.