2134397-1

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Sockets for ICs, Transistors are commonly used in a wide range of electronic applications such as industrial control systems, military and aerospace applications, automotive electronics, telecommunications, and consumer electronics. 2134397-1, also known as Mill-Max Pin Field Socket, is a reliable and economical solution for connecting an IC or a transistor to a printed circuit board (PCB).

Types of 2134397-1 Sockets

Mill-Max 2134397-1 sockets are available in two types:

• 2134397-1 Board to Board Mounts
• 2134397-1 Through-Hole Mounts

The Board to Board Mounts are designed to be mounted on the PCB directly. These types of sockets are easy to install and provide reliable high current contact for lead-free soldering. The max current rating is 0.625A max with T Rating of 10 Sec at 0.1A and/or 100 Sec at 0.05A. The 2134397-1 Through-Hole Mounts are designed to be soldered directly onto the PCB.

Features of 2134397-1 Sockets

Mill-Max 2134397-1 sockets offer a wide range of features which include:

• Low profile design
• Simple to install
• High current capacity
• Secure connection
• Heat sink for stable temperature rating
• Available in through-hole and surface mount designs

Applications of 2134397-1 Sockets

2134397-1 sockets are used in various electronic applications such as power supplies, solar panels, computers, electro-mechanical equipment, and industrial automation. The applications for these types of sockets are as follows:

• Automotive Electronics
• Telecommunications
• Computer peripherals
• Industrial Control Systems
• Power Supplies
• Aerospace Applications
• Consumer Electronics

Working Principle of 2134397-1 Socket

The working principle of a 2134397-1 socket is dependent on the type of socket. The Board to Board Mounts use a contact area to provide a secure connection between the socket and the PCB. The Through-Hole Mounts socket uses a threaded hole to provide a secure connection to the PCB.

The 2134397-1 socket works by allowing electrical current to flow between the pins and the PCB when inserted into the socket. The housing is designed to hold the socket in place and keep it from shifting as the socket is inserted into the board. The housing also dissipates heat, allowing the socket to handle higher current levels.

Conclusion

Mill-Max 2134397-1 sockets are a reliable and cost-effective solution for connecting an IC or a transistor to a PCB. These sockets are suitable for a wide range of applications such as industrial control systems, power supplies, automotive electronics, computer peripherals, telecommunications, and consumer electronics. The 2134397-1 sockets work by allowing electrical current to flow between the pins of the socket and PCB when inserted into the socket.

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