104-13-320-41-770000

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Sockets are an important component when specifying interconnect systems between semiconductor devices and PCBs. They provide a physical connection between the terminals of these devices and the board. They also provide electrical contact between each of these terminals and the board. This is why it is essential to select the right socket for the semiconductor device based not only on size or form factor but also on the electrical requirements.

104-13-320-41-770000 sockets are available in many different types and size, and are designed to meet the specific requirements of ICs, transistors and other small electronic components. These sockets are typically compact, enabling them to fit in tight spaces while still ensuring a secure connection between the component and the board. The design of 104-13-320-41-770000 sockets also promotes robust connections between solder joints ensuring a reliable connection.

The leveraged spring pin system that is typically used in 104-13-320-41-770000 sockets enables a strong mechanical connection between the socket and a PCB while also providing secure electrical contact between each of the pins on the component and the board. The resilient pins are precisely angled to ensure secure contact by locking into the IC or transistor lead frame by providing uniform pressure over the entire contact area. This advanced spring pin system also allows for high current and power requirements.

The basic principles of operation for a 104-13-320-41-770000 socket involve the contact of the spring pin with the lead frame of the IC. When a component is inserted into the socket, the spring pins are pressed against the leads of the device, ensuring a reliable connection. As the component is slightly rotated within the socket, the spring pins make a secure connection with the lead frame of the IC through the resilient pins.

The socket housing is also designed to help dissipate heat from devices and protect them from damage during normal operation. They are designed with an insulation material that prevents the transfer of heat from the component to the PCB. The housing also blocks static electricity and offers protection for the device from shock and vibration.

The sockets are also available in a variety of termination styles depending on the application requirements. The most commonly used is the through-hole style which is suitable for a range of applications. These include prototyping, development, consumer electronics, and automotive. Surface mount sockets are also available which have become increasingly popular as they offer a reliable connection in an extremely small form factor.

104-13-320-41-770000 sockets are a great choice for both prototyping and commercial applications. They are highly reliable, offer good electrical and mechanical performance, and provide a secure connection between the component and board. With their small form factor and robust design, these types of sockets are ideal for high-density mounting on PCBs. So, if you are looking for a reliable socket for your ICs, transistors, or other small devices, a 104-13-320-41-770000 socket may be right for you.

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