860-10-020-30-002000

Rectangular Connectors - Headers, Male Pins

A rectangular connector - also known as header, male pin or female receptacle - is a type of electrical connector used primarily in telecommunications, consumer electronics, and medical equipment to connect several devices in order to facilitate communication between them, or for the transmission of a signal to or from other devices. This type of connector is usually made up of a pair of plastic headers, with male pins on the front and female receptacles on the back, and is commonly used in audio, video and data transfer connections.

Connectors Overview

Rectangular connectors are used in a variety of applications, including audio/video, medical testing, automotive, and communications. These connectors come in two main types: male pins, which are designed to fit into female receptacles, and female receptacles, which are designed to accept male pins. Common types of rectangular connectors include D-Sub connectors, D-Twin connectors, HDI pin connectors, HDI male and female connectors, Modular connectors, and HDI dual-pin connectors. The choice of which type to use will depend on the application.

860-10-020-30-002000 Application Field and Working Principle

The 860-10-020-30-002000 rectangular connector is a dual-pin connector commonly used in medical testing and automotive applications. This connector is designed to transfer high-intensity signals like 380-860 mA (amperes) and utilizes plastic headers with male pins and female receptacles. It is an ideal choice for any application requiring reliable power transmission, voltage protection, short circuit detection, waveform distortion prevention, and superior thermal dissipation.

The working principle of the 860-10-020-30-002000 involves two male pins, which are designed to fit into female receptacles, and female receptacles, which are designed to accept the male pins. When the two pins are inserted into the female receptacles, they create a secure and reliable electrical connection. This secure connection is achieved through contact resistance, which is the loss of resistance that occurs when two materials come into contact with each other. This contact resistance allows electricity to flow safely between the two pins, allowing for a reliable power transfer.

Benefits and Potential Issues

The 860-10-020-30-002000 is a reliable and cost-effective option for any application requiring a secure electrical connection. The plastic headers provide excellent corrosion resistance, and the dual-pin connector allows for a better thermal dissipation than other types of connectors. Additionally, because the pins do not require any soldering or crimping, it makes installation quick and easy.

Despite its many advantages, the 860-10-020-30-002000 may have some potential issues. For example, the dual-pin connector does not provide the same amount of voltage protection as some other types of connectors. Additionally, it is not rated for high-frequency use, and may not be suitable for applications that require high-intensity signals.

Conclusion

The 860-10-020-30-002000 rectangular connector is an ideal choice for a variety of applications, including medical testing, automotive, and communications. This connector utilizes dual-pin male pins and female receptacles, and provides excellent corrosion resistance and thermal dissipation. Despite its many advantages, there are some potential issues that may arise, such as voltage protection and high-frequency use.