16-3625-10

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Rectangular Connectors - Headers, Specialty Pin are used in a variety of applications, and the 16-3625-10 is no different. The 16-3625-10 is a specialized header found on some strip connectors. It is designed for high voltage applications, and has a unique design that allows for fast and easy installation. This connector is commonly used in industrial automation, engineering, medical equipment, automotive, and other electronic applications.

The 16-3625-10 has several advantages for high voltage applications. It is constructed with a two-row construction, which reduces the overall current carrying capacity of the connector. It also has specialized spring pins in each row, which provide superior holding power. Additionally, the headers are made with a metal housing to protect the contact and spring pins from harsh environments. This connector is also designed with a tension release feature, which allows for easy disconnects and short circuits.

The working principle of the 16-3625-10 is based on the physical laws of electricity. The electrical current flows through the copper contacts of the header. The wiring setup determines how the electrical current travels. Electrical current flows through the contacts of the header, making contact with other electrical components. These components then take the current, deliver it to a specified point, and return it back to the contacts of the header.

The 16-3625-10 header is designed to deliver steadiness and reliability, even in extreme conditions. Its two-row construction ensures that the contact pins are uniformly fitted to the mating connectors, providing consistent performance. Furthermore, its spring pins provide superior holding power, meaning there will be less chance of power or connection failure. The metal housing also provides superior protection to the contact pins and spring pins, ensuring that power and data remains uninterrupted during operation.

The 16-3625-10 header can also be used for reverse current and short circuit protection. This feature is enabled by the tension release feature on the headers. When this feature is activated, the electrical flow is disrupted and the circuit is no longer connected. This prevents any further electrical damage or reverse current. Additionally, the tension release feature also reduces the risk of short circuits from occurring during operation.

Overall, the 16-3625-10 is an excellent choice in terms of performance for high voltage applications. Its two-row construction and specialized spring pins provide superior holding power and reliable performance. Its tension release feature also provides reverse current and short circuit protection. Additionally, the metal housing ensures that the contact pins and spring pins remain protected even in harsh environments. The 16-3625-10 header is a great choice for a variety of high voltage electronic applications.

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