SDS104-PRW2-M62-SN00-1

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

D-sub connectors are a type of electrical connectors designed for computer and data communications applications. The SDS104-PRW2-M62-SN00-1 is one such connector, designed primarily for use in automotive applications.

The SDS104-PRW2-M62-SN00-1 is a right-angle D-sub connector with a male pin type and the SDS series features insulation displacement technology (IDT). It is a 2-piece metal shell design manufactured from durable copper alloy and plated with a protective gold finish. This particular connector is designed to accommodate a maximum of 26 AWG wire and has a maximum pin voltage rating of 120V. With the addition of a 63A contact rating, this connector is rated for usage up to a maximum of 1A of current.

The working principle of this type of connector is simple. First, a wire is inserted into the front end of the connector, which has been pre-punched. The wire is then placed in contact with the pre-set contact pressure contact in the rear metal shell. A spring force is then applied to the rear of the connector, applying pressure to the contact and creating an electrical connection. This contact pressure helps create a reliable connection with minimal noise, and provides a tight and secure connection that will withstand even severe vibration or physical shock. In addition, the interior components remain tightly sealed even when subjected to moisture or debris-containing environments, ensuring that the entire system remains protected and operational.

The SDS104-PRW2-M62-SN00-1 connector is ideally suited for use in automotive applications including sensors, microcontrollers, and switches. It is also suitable for use in a wide range of other applications such as signal processing, communications systems, and data acquisition. As such, this rugged and reliable connector is an excellent choice for those needing to ensure optimal performance and reliable connections in harsh environments.

The specific data is subject to PDF, and the above content is for reference