511-93-238-19-086002

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Sockets for ICs, transistors, and the like are small mechanical devices designed to securely and electrically contact an integrated circuit (IC), transistor, or similar electronic item that has been mounted in an IC, transistor, or other package. The socket makes it easier and more reliable to connect an IC or other unit in a circuit. They are available in many sizes and designs for ICs, transistors, and other electronic components.

Types of Sockets for ICs, Transistors

Sockets for ICs, transistors, and the like come in many shapes and sizes, as well as a variety of types. Some of the most popular features include:

• Perforated-type sockets containing one to four contacts.
• DIP(dual in-line packages) sockets with up to 28 contacts divided into two rows.
• Socket strips that can be used with many ICs.
• Fourteen-pin and sixteen-pin sockets that can be used to make a connection between two ICs.
• Single-contact sockets intended for use with transistors, diodes, and other tiny parts.

Some socket types can accommodate several ICs at once (most commonly called multi-IC modules), so a circuit designer does not need to solder each component into its own location. This saves a lot of time and increases reliability. Other socket types, such as socket strips, are designed to connect multiple components together, such as multiple capacitors or transistors.

511-93-238-19-086002 Application Field and Working Principle

511-93-238-19-086002 sockets can be used in many different applications and are commonly used in circuits involving microcontrollers, computers, cell phones, sensors, and other digital electronic devices. The primary application for this particular socket is to make electrical connections between two circuit boards or different devices, such as connecting an IC and a transistor.  The socket is designed to securely hold the two components in place while soldering, providing a reliable connection.

The socket is made up of small metal pins that are connected to two plastic sockets. In order to use the socket, the IC or other device must be inserted into one of the sockets. The other socket is then pressed over the IC or device, creating a mechanical and electrical connection. The pins create the appropriate electrical connections between the device and the circuit. As the pins are quite small, they can become bent or damaged if the socket is installed incorrectly, leading to unreliable connections or even an open circuit.

Once the socket is in place and the two components are connected, it is safely secured and sealed. Plastic rivets are then used to secure the socket to the board, preventing it from becoming loose. This ensures that the connection between the two components remains stable and reliable, and that the connected device will not be damaged over time. In some cases, heat-shrink tubing is used to further secure the connection and ensure that the pins do not become exposed to the environment.

511-93-238-19-086002 sockets are commonly used in many different types of circuits and can provide reliable connections for both ICs and transistors. They are easy to install and provide the necessary electrical connections between two components with minimal effort. Their small size and secure locking mechanism also make them ideal for protective circuits, as they can be quickly and securely installed without taking up much board space.

The specific data is subject to PDF, and the above content is for reference