HLE-110-02-S-DV-P

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The HLE-110-02-S-DV-P is an application from the range of rectangular connectors - headers, receptacles, female sockets - which has a wide variety of applications. In essence, this application is composed of two parts: a header connected to a receptacle socket. Generally, the headers mounted in the application are equipped with mounting ears, and the receptacle sockets are provided with securing lugs. This makes them suitable for use in many sorts of circuit application.

The primary application of the HLE-110-02-S-DV-P is in the connection of printed circuit boards and other electronic components. The use of headers and receptacles is widespread in this area, since they offer a reliable connection even when under frequent use. This makes them very reliable and durable even in harsh environments.

The HLE-110-02-S-DV-P is designed to operate with two sizes of contact pins; a large pin for power and a small pin for signal. It also has two types of electrical connections; a single pin for each signal connection and two pins for each power connection. This means that it can be used to connect two or more electrical devices together, as well as to distribute signals throughout a circuit. This makes it ideal for control systems, data acquisition systems, and other applications.

The working principle behind the HLE-110-02-S-DV-P is relatively simple. As with most electrical connectors, it works on the principle of electrical contact. When the pin on the header is pressed against the socket on the receptacle, an electrical circuit is created, allowing the current to flow. The quality and integrity of the connection can be assessed by measuring the voltage drop across the connection. The main advantage of using the HLE-110-02-S-DV-P is that it offers a reliable connection, even when frequently-used.

The HLE-110-02-S-DV-P is available in a variety of sizes and configurations, making it suitable for use in a variety of applications. The product also meets the requirements of the industry standards for electromagnetic compatibility, making it suitable for use in many electronic systems. In conclusion, the product is reliable, robust, and highly versatile, offering a wide range of applications.

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