D38999/26FF35PN-UWBSB4

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

The D38999/26FF35PN-UWBSB4 is a high-performance interconnect device mainly used to transmit electrical signals. It is typically found in harsh environment applications that require superior durability, robust shock and vibration, and superior EMI/RFI performance. This article will examine the application field and working principle of D38999/26FF35PN-UWBSB4.

The D38999/26FF35PN-UWBSB4 is commonly used in military and aerospace applications. It is also used in commercial markets, such as the industrial automation and medical fields. This type of connector is available in various size and configuration options to fit various types of applications, including those involving high speed, high temperature, and radio frequency.

The D38999/26FF35PN-UWBSB4 can be used in harsh environments and is designed to provide superior durability and robust vibration and shock protection, as well as EMI/RFI shielding. It uses a two-piece construction that includes a back shell and a contact insert. The back shell typically features a die-cast construction and is made from aluminum or stainless steel. This type of construction ensures the connector is able to withstand harsh environmental conditions.

The contact insert for the D38999/26FF35PN-UWBSB4 is typically made from a nickel-plated contact composed of copper alloy, which provides superior electrical performance, even in high vibration and shock environment. The insert can also be configured with a variety of contact styles, including machined pins and sockets, crimp contacts, and other types of contact arrangements as well.

The D38999/26FF35PN-UWBSB4 also features an EMI and RFI shield that is designed to provide additional environmental protection from electromagnetic interference (EMI). The shield is typically composed of a three-layer construction: a metal case, an inner conductive layer, and an external conductive layer. The metal case features a leakproof design to keep external elements such as dirt, dust, and moisture out. The inner and outer conductive layers provide the necessary levels of protection against EMI and RFI.

The D38999/26FF35PN-UWBSB4 uses both male and female plugs. The contact arrangement is typically based on the customer requirements and can be customized to fit a wide range of applications. For example, it can provide up to 17 high-speed signal contacts, or it can be used for an extensive range of power contacts.

The working principle of the D38999/26FF35PN-UWBSB4 is similar to other types of connectors. It uses a standard method of transmitting electrical signals. The two parts of the connector, the back shell and the insert, are joined together by a series of screws and nuts. The contact insert consists of fixed and movable contacts that are arranged in an array that makes electrical connection and signal transmission possible. The contacts in the contact insert are spring-loaded and are designed to provide superior electrical contact even in harsh environmental conditions.

Once the connector is installed, it functions as a reliable and durable electrical connection between two or more electrical components. The contact insert ensures reliable and stable electrical performance by providing excellent electrical contact between the two sets of contacts. The back shell provides a rigid structure that protects the contact insert from environmental elements such as shock, vibration, and EMI and RFI interference.

The D38999/26FF35PN-UWBSB4 is a high-performance connector designed for harsh environments. It is typically seen in military, aerospace, and medical applications, as well as in industrial automation and other related fields. The connector\'s two-piece construction, EMI/RFI shielding, and contact arrangement combine to make it an excellent choice for high speed, high temperature, and radio frequency applications. Its working principle is also simple: the two-piece connector is able to transmit electrical signals reliably between two components with superior electrical contact and durability.

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