DBE25SA190A197

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The DBE25SA190A197 is a special type of D-Sub Connector. It is made from material to withstand pressure and high temperature, which makes it an ideal connector for a wide variety of applications. The DBE25SA190A197 has a large set of features and is specifically designed for use in high-performance applications requiring robust and reliable connectors.

The DBE25SA190A197 is a commonly used plug-in connector that provides a robust connection between two electrical lines or circuits. It is an ideal solution for many applications, including automotive, telecom and military systems. The connector is made of nickel-plated brass with PTFE and polychloroprene insulation, making it highly resistant to electrical and environmental interference. The connector is also available with a variety of termination styles depending on the application.

The primary advantage of the DBE25SA190A197 is its superior performance in a wide range of operating conditions. Its great temperature range allows for usage in extreme temperatures, including cryogenic and hot-end applications. The contact retention force is also high enough to ensure a reliable connection every time. The connector also offers excellent noise immunity from EMI, making it suitable for applications where noise is a concern. Additionally, the contact design provides flexible termination options, allowing the connector to fit a wide variety of circuit boards.

The DBE25SA190A197 is easy to install, with a simple push-lock system that securely attaches the connector to a PCB. It also features an internal strain relief mechanism that prevents cable damage. The D-SUB design also allows for a flexible connection that facilitates a wide range of applications. The connector is highly reliable, with a durable design that will withstand harsh environments and shock exposure.

The DBE25SA190A197 is a perfect choice for use in demanding environments such as automotive, medical, military, aerospace, and industrial control. Its superior performance, robust construction, and wide operating temperature range make it suitable for applications requiring reliable connections. Additionally, its easy-to-use design and reliable operation make it an ideal choice for applications that demand high quality and reliable performance.

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