117-43-652-61-105000

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Sockets for ICs, Transistors are divided into two primary categories: integrated circuits (ICs) and transistors. Each type of socket is used to accommodate and connect to either an IC or transistor. 117-43-652-61-105000 application field and working principle can be classified in this group of sockets.

Sockets for ICs

Integrated circuit (IC) sockets provide a simple and convenient method of interconnecting printed circuit boards and components within an electronic system, allowing for high speed, low power, and reliable operation without soldering. These products are mainly used to facilitate easy testing and replacement of single or multiple ICs. Furthermore, IC sockets are designed for use with a variety of IC types, for instance: DIP (dual in-line package) sockets, PLCC (plastic legged chip carrier) sockets, SOP (small-outline package) sockets, QFP (quad-flat package) sockets, BGA (ball grid array) sockets, and more.

117-43-652-61-105000 Application Field

The 117-43-652-61-105000 socket is a DIP (dual in-line package) socket. It’s for use in an electronic system for testing and/or replacing a single integrated circuit (IC). The 117-43-652-61-105000 socket is suitable for use with an IC measuring up to 8mm in length and 5mm in width, but supports a wide range of IC types such as high-speed transient signal or sensitive signal IC (including RS485 IC). This DIP socket features a rated failure prevention tension of 0.5-2.5N, and can operate between -40°C to +105°C, making it ideal for a broad range of applications. The socket\'s contact is made of phosphor bronze, and each terminal has a Nichrome plated spring contact.

117-43-652-61-105000 Working Principle

The 117-43-652-61-105000 socket uses a dual in-line package (DIP) to provide easy and reliable connection with an integrated circuit (IC). The socket features two rows of double-leaded pins in a standard 0.1” spacing. The IC must first be inserted into the socket, making sure that its leads are aligned with the contacts. Then, a mounting clip is fastened onto the socket to secure the IC in place. The IC’s leads are then connected to the circuit board via thru-hole plating. The physical connection between the IC and socket is mechanically secure, providing reliable contact.

Sockets for Transistors

Transistor sockets are used to mount and test bipolar transistors, FETs (Field Effect Transistors), JFETs (Junction Field Effect Transistors), and MOSFETs (Metal Oxide Semiconductor Field Effect Transistors). Like IC sockets, transistor sockets provide easy and reliable connections between the integrated circuits and the printed circuit board. This allows the transistor to be easily removed and replaced for testing and repair. The coverage of socket types is extensive, with products available for mounting NPN and PNP power transistors, NPN small power transistors, five-legged power transistors, four-legged power transistors, dual Darlington transistors, and dissipation power transistors.

117-43-652-61-105000 Application Field

The 117-43-652-61-105000 socket has been specifically designed to mount NPN/PNP power transistors using either leadless or through-hole technology. The socket features a base material, such as plastic or ceramic, over which leads are embedded for secure connections. The mounting clip provided with the socket ensures secure mechanical connection and reliable contact between the socket and the transistor. The socket’s rated failure prevention tension is 0.5-2.5N.

117-43-652-61-105000 Working Principle

Once a power transistor is inserted into the 117-43-652-61-105000 socket, the included mounting clip is secured onto the socket to ensure a tight fit between the socket and the transistor. The leads of the socket provide a direct connection between the transistor and the circuit board, either via leadless or thru-hole technology. This direct connection ensures a secure mechanical connection and a reliable electrical connection between the socket and the transistor, eliminating the need for soldering.

In conclusion, 117-43-652-61-105000 application field and working principle can be classified in the group of sockets for ICs and Transistors. Sockets for ICs and Transistors provide a convenient method of interconnecting a variety of components and printed circuit boards within an electronic system. For ICs, sockets provide the benefit of being able to easily test and replace single or multiple ICs. For Transistors, sockets provide the benefit of being able to mount and test various types. The 117-43-652-61-105000 socket provides these benefits for NPN/PNP power transistors, and features a rated failure prevention tension of 0.5-2.5N.

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