146-87-316-41-035101

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Sockets for ICs, Transistors are used to house and enable electrical communication with a variety of technologies. There are a four-digit code, 146-87-316-41-035101, assigned to the specific sockets intended for Integrated Circuit (IC), transistor as well as other components. This article will elaborate their application field and working principle.For Integrated Circuits, the 146-87-316-41-035101 socket is designed for high performance and offers an efficient connection to the PCB, minimizing the vertical height of the components. They feature enhanced isolation, improved thermal transfer, and precise mechanical and electrical connections. The main purpose of the socket is to provide an external connection, making it ideal for large systems requiring replacement of components that may have been damaged due to continuous use. It also features low-insertion force, which helps reduce the risk of damage to delicate components during replacement.The 146-87-316-41-035101 socket is used for transistors as well. This socket part is designed using a proprietary combination of insulation materials, spring clip contacts, and mechanical retention methods. These methods allow the user to electrically connect the transistor without having to directly solder it. This feature is especially beneficial when working with high-power applications, where soldering would be dangerous or impractical. The socket also allows for quick and secure installation of transistors, eliminating the time and effort needed to connect the component directly to the PCB.Beyond its use for ICs and transistors, the 146-87-316-41-035101 socket is used for a variety of other components, including solenoids and relays. With proper insulation, this socket can be used to limit electrical current and can serve as an efficient alternative to direct soldering. It also provides a reliable connection in environments where dust and dirt may reduce the effectiveness of soldering connections.The working principle of the 146-87-316-41-035101 socket is simple. An electrical conductor is inserted into the socket and creates a contact with the metal pins that make up the spring-loaded contacts of the socket. The metal pins are then held in place by a mechanics retention method. The electrical contact is then secured by a proprietary combination of insulation materials. This creates a barrier between the pins of the socket, ensuring a reliable electrical connection.Overall, the 146-87-316-41-035101 socket provides a wide range of applications for ICs, transistors and other components. Its simple working principle ensures an efficient connection to the PCB, reducing the height of components and eliminating the need for direct soldering. This makes the 146-87-316-41-035101 socket an essential tool for any electronic technician.

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