98423-G61-25ULF

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Rectangular Connectors are a type of electrical connector which are often used for interconnections among electrical devices or components. The 98423-G61-25ULF is one type of such connection. This rectangular connector is composed of one header component, one spot for the mating component, and three male pins. It is designed with a robust construction to ensure reliable connection for a multitude of applications.

Application of 98423-G61-25ULF

The 9843-G61-25ULF is suitable for a range of applications such as power supplies, communication systems, industrial systems, and consumer electronics. This product is typically chosen for its high power rating, superior connection quality, and compatibility with a wide range of industrial standard products. It also has a high temperature range and excellent protection against thermal shock, making it suitable for extreme environmental conditions. Additionally, this product provides superior electromechanical properties, allowing for optimum connection quality throughout the lifespan of the product.

Working Principle of 98423-G61-25ULF

The working principle of 98423-G61-25ULF relies on making a secure electrical connection between the pins of the header and the mating component. To ensure reliable connection, this product is constructed with multiple layers of insulation between the pins and the mating component. This insulation layer provides an electrical barrier which prevents any leakage of current from one pin to another. Additionally, the three secured pins ensure a robust connection with an even distribution of current, eliminating any risk of over or under-loading of individual pins.

Conclusion

The 98423-G61-25ULF is a powerful, reliable electrical connector suitable for a variety of applications through its robust construction and multiple layers of insulation. It is designed to provide optimum connection quality as well as protection against extreme environmental conditions. Through its three secured pins, this product is capable of providing an even distribution of current, eliminating any risk of over or under-loading of individual pins.

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