116-87-420-41-002101

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The use of electronic sockets provide a secure connection for integrated circuits (IC’s) and transistors. The 116-87-420-41-002101 device is a common type of socket used for this purpose. This type of device is made from a material that is sturdier than plastic or other materials commonly used in the electronics field. The device is employed because of its rugged construction materials and efficient design.

Application Field and Working Principle

This type of socket device is mostly used in consumer electronics, but their applications are diverse. They are used in a variety of projects like computer system architectures, wireless networks, and telecommunication systems. They have also been used in products like video game systems, medical instruments, and factory automation systems. The working principle of the 116-87-420-41-002101 device is relatively straightforward. The socket is designed to fit into the electrical connection point on electronic parts and components. The sockets are connected to a power source and the power flows through the socket and into the component.

The IC socket device consists of two main components. First, there is a base or support structure. This base provides a mounting and holding platform for the pins, which are the other component of the device. The base is made from a polymer material that is both strong and durable. It typically features several slots and arms that can fasten onto the desired component. The pins are inserted into the sockets and serve as electrical contacts when the device is plugged in.

The 116-87-420-41-002101 device is designed for quick installation and easy replacement. Generally, the process of plugging in the device is highly ergonomic, allowing for easy removal as well. Additionally, due to its efficient design, the electrical circuit connection is kept secure by allowing for minimal movement and displacement while the electrical flow remains uninterrupted. The durability of the material makes it a trusted component in many operational systems.

Advantages

One major advantage of using the 116-87-420-41-002101 device is its durability. The rugged construction materials allow it to reduced wear and tear due to excessive vibration, which is common in many operation systems. The base is able to tightly secure the device in place, making it ideal for use in moving parts, like those found in factory automation systems. The electrical contact points are also designed to withstand significant levels of current, making them relatively maintenance free.

In addition to durability, the quick installation and removal of the device are also beneficial, for various projects. Due to the ergonomic design of the device, it can not only be easily installed but also replaced with ease. This makes it a reliable component for development and experimentation. The 116-87-420-41-002101’s ability to stay securely in place while maintaining the flow of electrical current is another major plus.

Disadvantages

One disadvantage of the 116-87-420-41-002101 device is its price. It can often be a costly option for smaller projects. Additionally, the device is limited to use with the IC and transistor types that it was designed for. It is also only effective with power sources that have a certain rating. If these are not met, the device cannot be used.

Conclusion

The 116-87-420-41-002101 is an important device used in many operational systems. Its rugged construction and efficient design make it a valuable component for certain applications. It allows for quick installation and easy removal, making it a reliable choice for replacement or experimentation. Despite some disadvantages, it offers good value to projects needing a secure electrical connection.

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