SWH.3S.303.CLLPV

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 SWH.3S.303.CLLPV is a versatile circular connector-adapter that is designed for improved reliability and robustness when interfacing electrical equipment to other devices. This mode of connector-adapter is used to bridge two wire circuits, making it ideal for signal and digital communication applications. It is also suitable for connecting components on PCB’s where space is at a premium.

Application Field

The SWH.3S.303.CLLPV is a common connector-adapter because of its durable design and ability to provide correct electrical parameters when interfacing with different types of electrical equipment. It is typically used in applications where two circuits must be bridged – for example, in telecommunications and data communications. It is also used in industrial automation and control panels, and in applications such as aircraft, where space and weight are a premium and the connector must be able to deliver a reliable connection.

Working Principle

The SWH.3S.303.CLLPV circular connector-adapter comprises three parts – the mating circuit which has three terminals connected to each other, an inner sleeve and an outer shell. The inner sleeve is made from plastic or metal and contains the electrical contacts. The outer shell protects the inner sleeve and mating circuit from environmental factors and physical damage.

To connect two wire circuits, the end of a wire is inserted into the inner sleeve and the outer shell is then threaded over the wire, then twisted and locked into place using a nut. The electrical parameters of the connection are determined by the size of the contact points on the mating circuit and the length of the wire. The shorter the wire, the higher the resistance and the lower the voltage will be.

The connector is designed to be reliable and durable with a low insertion loss. It is also designed to withstand high vibration and shock, as well as extreme temperatures. The connector is not susceptible to EMI/RFI interference, and is designed to meet a variety of international safety and quality standards.

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