110-87-328-41-105191

Sockets for ICs, transistors have been around for decades. In modern day, sockets for ICs, transistors continue to offer essential value for electrical engineers who need reliable and easy-to-use connectors. The application field, form, and the working principle of 110-87-328-41-105191 sockets are explained in this article.

Application field

110-87-328-41-105191 sockets are specially designed for use in circuit settings that require high dependability in signal transmission and low tolerance with external interference. The sockets are constructed with heavy-duty polymer for shock absorbance and side loads, such as in high-temperature applications, and in situations with rapid temperature changes.

These sockets are ideal for use with multiple component types such as Integrated Circuits (ICs) with low insertion force, and static sensitive transistors. These can provide low insertion force and improved distortion behavior for engineers working with thin film thickness components, capacitors, and resistors.

In addition, these sockets are provided with rotary pin connectors. This feature allows engineers to optimize impedance, frequency, and voltage during their experiments without the need to replace sockets.

Form

110-87-328-41-105191 sockets come in two forms. The first is a plastic molded high-temperature, high-strength socket. It is designed for use with large components, such as attenuators, resistors, and capacitors. These can provide protection for components that have very little tolerance for external interference.

The second form of 110-87-328-41-105191 sockets is a connector-based solution. Connectors are perfect for versatile use and multi-connector assemblies. They come in a wide range of sizes and configurations to suit the electrical engineer’s needs. These connectors come with standard threaded interfaces for ultimate flexibility.

Working Principle

The working principle of 110-87-328-41-105191 sockets is based on the theory of electric conduction. In this type of socket, electricity is conducted through the pin connections of the socket. When a component is placed into the socket, desirable contact between the components and the pin connection is established.

This contact enables electricity to pass through the components and connect to the other component, thus forming a complete electric circuit. The connection between the components and the pins is maintained with the help of what is known as a spring finger, which is a feature of these sockets.

When the component is removed from the socket, the spring finger ensures that the pins make contact with the component, and keeps the pin connection steady. This feature helps reduce the chances of electric shock, and ensures that the component is firmly seated in the socket.

The 110-87-328-41-105191 sockets are a useful solution for electrical engineers and hobbyists who need reliable and easy-to-use connectors. They are designed to provide excellent resilience and performance, and can be used in multiple applications including thin film, low insertion force, and static sensitive transistors.