8829-0-15-01-23-01-10-0

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The 8829-0-15-01-23-01-10-0 application field and working principle pertains to terminals - PC pin receptacles, socket connectors. These terminals - PC pin receptacles, socket connectors are widely used in a variety of markets and applications and are constructed using a two-piece design. The receptacle portion of the terminal is the more visible part of the terminal, often referred to as the body, bushing, or barrel in the electrical and electronic industry. These terms describe the part that houses the pins.

The pins, often called male contacts, are constructed based on the application and design parameters. The pin design often consists of a spring-loaded pin that allows oxidation, temperature variations and tilt angles. They are held in place by a plastic housing. Depending on the application parameters, many different material compositions are utilized in the pin design.

The socket portion of the terminal is typically held in place by a nut or a threaded insert. The socket is designed to accept the pins of the receptacle terminal. The socket portion is also designed to ensure that the pins are firmly held in place. For applications that are expected to tolerate higher temperatures, the socket portion of the terminal is also constructed with heat-resistant material.

Depending on the requirements, terminals - PC pin receptacles, socket connectors can be constructed with various pin sizes and configurations. Depending on the application, the terminal can have one or multiple contacts that are designed to provide multiple connections at once. Different styles of terminals can have more than twenty contacts that are designed to join two or more harnesses together.

The working principle of terminals - PC pin receptacles, socket connectors is relatively simple. When the pins are inserted into the socket, the spring-loaded pin connector in the center of the pin pushes outward and against the walls of the socket. This action locks the electrical connection between the pins and the socket, which is then held in place by the pressure created by the spring-loaded contact.

The size of the terminal also depends on the application. Smaller terminals are used in smaller devices, such as cell phones and tablets, while larger-sized terminals are often used in automotive and industrial applications. Furthermore, the terminals that are designed for larger applications may also feature additional components such as contacts for signal grounds, shields, or safety pins. These extra connections, often called redundant contacts, provide additional connection points that are designed to exceed the original connection requirements.

In terms of connector performance, terminals - PC pin receptacles, socket connectors are designed to meet various industry requirements. They are designed to withstand high current and high frequency applications and to maintain reliable operation in all temperature conditions. Furthermore, terminals are designed to meet all applicable EMI/RFI requirements, ensuring that they are compatible with all electronic products and devices.

Terminals - PC pin receptacles, socket connectors have many advantages over other connection methods. They are highly reliable, providing a strong and secure connection that is designed to last for a long time. Additionally, these terminals are easy to assemble and disassemble for repair or service when necessary. This can reduce downtime and save time when compared to other connection methods. When combined with protection from dust, dirt and high temperature conditions, the use of terminals - PC pin receptacles, socket connectors is the ideal solution for many applications.

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