121-11-304-41-001000

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

Integrated circuits (ICs) and transistors are the center of modern electronics. While older iterations of integrated circuits use the basic technology to their advantage, new advancements in ICs have brought these chips into the forefront of high-tech convenience, enabling applications ranging from medical to automotive applications.

One of the most important additions that have been made to ICs and transistors over the years are sockets. Sockets provide a secure interface between the chip and the PCB, ensuring contact where it is necessary. It also helps in preventing any potential short circuit that could occur otherwise.

The two main types of sockets used for ICs and transistors include:

• Surface Mount Socket
• Through Hole Socket

Surface Mount Socket

Surface mount sockets, commonly seen with “L” or “T” shaped designs, are designed to combine a reliable and stable connection with the surface of the PCB. This type of socket is usually suitable for applications where space is limited, and is especially effective when paired with SMD ICs and transistors. Additionally, there are many variations of surface mount sockets available, and their size, design and materials are chosen according to application requirements.

Through Hole Socket

In contrast to the “L” and “T” shaped surface mount sockets, through hole sockets have a “D” or “U” shaped design. These sockets are specifically designed to fit through a hole in the PCB, and then use a secure connection to carry the current and data. Through hole sockets are more commonly found with larger integrated circuits and transistors.

Working Principle

At its core, any socket works in the same way. The socket provides a connection between the chip or transistor and the PCB, enabling current or data to flow between the two components. The socket acts as an electrical contact or bridge, which is why it has to be extremely reliable and robust.

For any socket to work correctly, reliable contact must be made between the socket and the chip. This is done through the pins or soldering ports. For surface mount sockets, reliable contact is achieved by soldering the pins to the PCB. For through hole sockets, the pins are pressed and secured with the help of solder terminals.

Once reliable contact is made, the current flowing from the chip can then be passed through the socket and onto the PCB. Additionally, different types of sockets come with varying levels of protection to prevent any short-circuit or damage to the chip. Using specialized materials and insulation, the socket ensures that the current is transferred safely and without any excess load.

121-11-304-41-001000 Application Field

The number 121-11-304-41-001000 refers to a specific version of the 121-11 socket series. This series consists of a series of surface mount sockets designed for integrated circuits and transistors. The number assigned to this particular socket helps to identify the type, size and design of the socket itself.

Since the 121-11-304-41-001000 socket is specifically designed for ICs and transistors, it is used in a wide variety of applications. Its small and compact design makes it ideal for use in medical instruments, smartphones and other consumer electronic products. It is also suitable for use in telecommunications equipment and other fields.

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