800-10-030-10-001101

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Rectangular connectors, commonly referred to as headers, male pins, and female pins, are a type of electrical connector used in electrical and electronic equipment. Headers provide a means of mechanical and electrical connection between two pieces of equipment, enabling them to be connected together. Male pins connect to female pins and together provide an electrical connection between the two pieces of equipment that can be disconnected when needed. Headers are used in a variety of applications, from consumer electronics to industrial equipment. In this article, we will discuss the 800-10-030-10-001101 application field and working principle.

The 800 series header connector is a Durable, performant header connector designed for a wide range of signal and power applications. It features dual-row construction with up to 16 pins per row, so it can easily accommodate large amounts of data. Its high current rating of up to 5 Amp per row makes it ideal for carrying larger currents in applications including industrial machinery, automotive systems, and appliance electronics. Its low mass design ensures a secure fit in a wide range of tight spaces, and its zinc alloy housing provides additional shielding and strain relief.

The 800 series header provides a reliable connection for both digital and analog signals in industrial and commercial applications. It supports both vertical and horizontal mounting, and its corrosion-resistant, gold-plated contacts ensure reliable connections. The header is also able to withstand high temperatures up to 350° F (177° C) and its connectors are rated for more than 10,000 mating cycles. This ensures that the connection remains intact over the long term and can handle the demands of industrial applications.

The 800-10-030-10-001101 offers a robust connection system in a compact package that can be used in a wide range of applications. The contact points are rated for up to 5A and feature a Zinc Alloy housing for additional shielding and strain relief. The wide body design allows for a secure fit in tight spaces and offers an improved signal transmission. It also supports both vertical and horizontal mounting. The gold-plated contacts are corrosion-resistant and ensure a reliable connection over multiple mating cycles.

The 800-10-030-10-001101 application field includes, but is not limited to, automotive and home appliance electronics, industrial machinery, commercial equipment, and telecommunications systems. In automotive and home appliance electronics, the header is typically used to connect power and control circuits as well as sensors and other components. In industrial machinery, it is often used to connect motors and relays to control circuits. In commercial equipment, the header provides a reliable connection for both digital and analog signals such as those used in automated systems and other equipment.

The working principle of the 800-10-030-10-001101 is quite simple. The female pin and male pin sections are placed together and secured with a locking mechanism. When the two sections are connected, an electrical connection between the two pieces of equipment is established. This connection can then be used to send or receive signals or power to the connected devices.

In conclusion, the 800-10-030-10-001101 is a robust connection system that is ideal for a wide range of signal and power applications. It is a durable, performant header connector that is rated for up to 5 Amp per row and can withstand temperatures up to 350° F (177° C). It features zinc alloy housing for additional shielding and strain relief, and supports both vertical and horizontal mounting. The gold-plated contacts are great for providing a reliable connection over multiple mating cycles. Its application field encompasses automotive and home appliance electronics, industrial machinery, commercial equipment, and telecommunications systems. Its working principle is also quite simple, relying on a connection created by two sections of female and male pins that are secured together with a locking mechanism.

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