WD-100S4V-VF-N-PE-T45

The WD-100S4V-VF-N-PE-T45 has a unique set of features that set it apart from traditional rectangular connectors, making it ideal for reliable and complex board-connector applications. This connector is an edge-type connector that can be used in arrays, mezzanine, and board-to-board configurations.

Design and Specifications

The WD-100S4V-VF-N-PE-T45 is a two-piece connector that is designed for a maximum current of 5 Amps. It is constructed of tin-plated copper and has a rated voltage of 250 Volts. The contact pitch measures 0.1 inch and features a mating depth of 1.27 mm. The contact material is phosphor bronze while the insulator material is UL94V-0 rated.

Features and Benefits

The WD-100S4V-VF-N-PE-T45 provides features that make it stand out from other connectors. It features an E-Z clip mating system, which enables easy installation and pull-out strength of 1.2 lbs. per contact. The connector also includes keyed design feature to reduce the potential for misconnections. The patented integrated pin design allows for low vSWR and high resistance to flexure.

Application

The WD-100S4V-VF-N-PE-T45 can be used in a variety of applications including data, signal, and power transmission. The connector is ideal for reliable and complex applications in board-to-board, mezzanine, and array configurations. The connector is also suitable for demanding applications such as telecommunications, automotive, military, and aviation systems.

Working Principle

The WD-100S4V-VF-N-PE-T45 utilizes a two-piece design consisting of an array interface board and an edge-type connector. The array interface board contains a signal path that is connected to the mating connector and an array of contacts. The edge-type connector features a series of channels designed to guide the contacts into the array. The connector is mated by pressing the connector into the interface board until the contacts are secured.

Conclusion

The WD-100S4V-VF-N-PE-T45 is an innovative and reliable rectangular edge-type connector that provides a variety of features, including low vSWR and high resistance to flexure. It is suitable for a wide range of applications, including board-to-board, mezzanine, and array configurations. It is a reliable solution for any number of demanding applications.