DBL17W2S500G40LF

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The DBL17W2S500G40LF connector is a high-end D-Sub Connector commonly used in telecommunications, automotive, and medical device applications. It is most well known for its mechanical performance and high quality, making it an ideal choice for mission-critical projects. This connector is available in two distinct styles, a male or female option with two signal contacts on each side.

The male DBL17W2S500G40LF connector is designed with an angled contact assembly to ensure a secure connection. The angled contacts help reduce signal loss and improve noise rejection, making it perfect for applications requiring reliable signal transmissions. The female DBL17W2S500G40LF connector has an inner anti-corrosion shield to protect the signal contacts from potential damage from environmental conditions. The inner shield also helps improve impedance control and reduces crosstalk, resulting in superior signal integrity.

The working principle of DBL17W2S500G40LF connectors is based on their hermetic sealing design. By compressing a special elastomer insert on the male connector, a positive, airtight connection is formed between the plug and the receptacle. Thistight seal helps protect against exposure to vibration or extreme environmental conditions. The hermetic seal also ensures a reliable signal transmission by decreasing the potential for signal loss or damage caused by movement or environmental pollution.

When correctly mated, the DBL17W2S500G40LF connector has a robust mechanical rating and the ability to support up to 500V. It also supports a variety of frequency ranges, making it suitable for a broad range of applications. Additionally, the DBL17W2S500G40LF connector has passed a number of stringent tests, making it a reliable option for mission-critical projects.

The DBL17W2S500G40LF connector is an excellent choice for high-end applications in the automotive, medical device, and telecommunications industries. Its angled contacts help reduce signal attenuation and improve noise rejection, while its hermetic design and robust mechanical rating make it well suited for even the most demanding applications. Furthermore, its many tests of reliability make it a trusted choice for mission-critical projects.

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