110-83-652-41-001101

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Sockets for ICs, transistors, and other components are a crucial part of integrating advanced integrated circuit (IC) devices into a variety of applications. Socket designs vary in size, configuration, and purpose to meet the needs of the specific application. Socket 110-83-652-41-001101 is a particular type that is commonly used in a variety of applications. This article will discuss the application field and working principle of socket 110-83-652-41-001101.

Application Field

Socket 110-83-652-41-001101 is designed for high-performance applications that require either low-level signal handling or high-temperature operation. This socket is often used in high-performance digital and analog applications including transistors, ICs, and other components. It is highly valued due to its low losses and high temperature capability.

The 110-83-652-41-001101 socket is also widely used in automotive applications. It is designed to handle temperatures of up to 120°C and can easily be used with a wide range of automotive ICs. Additionally, it is featured on many automotive electronic control units (ECUs) and is incredibly reliable in ECU applications.

Socket 110-83-652-41-001101 is also a popular choice for industrial and avionics applications due to its ability to handle high-level signals. It is featured on industrial robotics, flow meters, and networking equipment. In avionics applications, it is often used on aircraft control systems and avionics modules.

Working Principle

The socket 110-83-652-41-001101 uses a combination of direct arrival and contactless technologies to make contact between the IC device and the circuit board. It is designed to fit into standard circuit board designs using a 0.65mm pitch and a 5-row connection interface. This allows for a secure connection that can transfer data at high speeds and can easily be integrated into a variety of applications.

The socket uses spring contacts that are designed to handle high currents (up to 10A) and meet stringent thermal requirements. This allows it to handle high-temperature operations and prevent contact losses that could result from extreme heat. Additionally, the socket\'s contact geometry is designed to minimize crosstalk and ensure accurate signals.

To provide additional protection, the socket is designed with an active venting system that allows heat to easily escape from the device. This ensures that the device is cooled down and prevents any short-circuits or damage due to high temperatures. In addition, the socket has an EMI shielding feature that helps prevent interference from external sources. This allows the socket to work reliably even in applications with high levels of electromagnetic interference.

Final Thoughts

Socket 110-83-652-41-001101 is a reliable and versatile option for a variety of applications. It features a robust design that can handle a wide range of temperatures and can easily be integrated into circuit designs. Additionally, the socket has an active venting system and EMI shielding feature that help ensure that the socket will work reliably in its application. For these reasons, the 110-83-652-41-001101 is a top choice among engineers and is widely used in a variety of applications.

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