17EBH026SAM200

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The 17EBH026SAM200 is a D-sub Connectors which is widely used in a variety of application fields, such as computers, medical devices, consumer electronics, automotive, communication, and industrial machines. This connector type offers features such as high reliability, good electrical performance and easy use. Its distinctive design has a number of benefits, including stability, high electrical performance, and a wide range of mating options.

The 17EBH026SAM200 D-Sub Connectors consist of two parts: the shell and the contact pins. The shell is the outer part of the connector, which contains the contact pins. This type of connector is used to join two or more electrical components for signals or power transmittance. It is important to have good interaction between the contacts and the shell in order to ensure a reliable connection and to allow the signals to be transferred with minimal losses.

The contact pins of the 17EBH026SAM200 D-Sub Connectors are made of copper or bronze, which are highly conductive and provide excellent electrical performance. The pin profile is designed to increase the contact area and provide a better connection with the mating component. The shell can be made of a variety of materials, such as aluminum, zinc, nylon, or plastic.

The working principle of the 17EBH026SAM200 D-Sub Connectors is based on the concept of electrical induction. When current flows through the connector, a small electric charge is induced in the shell, which creates a contact between the pin and the shell. This contact is used to conduct the signals and power between the two components. This process is known as electrical induction.

The 17EBH026SAM200 D-Sub Connectors can be used in a wide range of applications, including computer peripherals, medical devices, consumer electronics, automotive, communication, and industrial machines. These connectors provide a reliable connection and unbeatable electrical performance. They are also easy to use and maintain, as they don\'t require any complicated procedures. The increased contact area and better contact profile ensure better performance than other types of connectors.

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