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Sockets for ICs, Transistors

D2608-42 is a socket developed by TE Connectivity to optimize the performance of ICs, transistors, and other components. This device is based on a high-frequency, low-resistance, and durable construction to meet the rigorous requirements set by semiconductor manufacturers' demanding standards.

Key Features of D2608-42

• Wide range of compatible ICs and transistors
• Greater signal integrity
• Optimized power delivery
• Unique floating contact design ensures uniform contact force
• Robust and durable construction
• Low contact resistance
• Vibration and shock resistant
• Compact design

Applications of D2608-42

D2608-42 is an essential component for industrial and consumer applications. This product offers reliable and improved performance and is well-suited for applications where fast signal transmission, power delivery, and heat dissipation are essential. It is a versatile product for the reliable assembly of ICs and transistors in many commercial, automotive, medical, and electronic products. Its low contact resistance, high frequency and current carrying capabilities along with its durable design make it suitable for a wide range of products such as power supplies, amplifiers, motor control, fans, telecommunications, computers, gaming, medical, automotive, and consumer electronics.

Working Principle of D2608-42

In order to understand the working principle of the D2608-42 socket, it is important to understand the basics of its design and construction. This device is based on a combination of a floating contact design and a high-frequency, low-resistance, and durable construction. The contact design of this product includes four layers. It consists of pin contacts, an elastomeric pad, a stainless steel spring, and a positive locking system.

The pin contacts of this product are made of beryllium copper and are shaped in a way that offers a smooth and uniform surface. This provides a reliable connection between the socket and the IC/transistor. The elastomeric pad helps to cushion the contacts and provide stable electrical connection. The stainless steel spring helps to ensure uniform contact force even in shock and vibration environments. The positive locking system ensures a secure connection between the socket and the IC/transistor.

The copper-plated tabs and mounting holes on the D2608-42 socket help to provide the maximum signal integrity. The tabs offer a high-frequency and current carrying capability. This allows for higher speeds and more reliable power delivery for ICs and transistors. The mounting holes make it easy to install this socket into a printed circuit board.

The low contact resistance of the D2608-42 socket helps to improve the signal integrity. It also helps to reduce power consumption and extend the life of the IC/transistor. This is especially beneficial for applications that require extended uninterrupted power. The robust construction of this socket is very durable and helps to ensure maximum electrical performance.

The compact design of the D2608-42 socket helps to reduce space and cost. It is less bulky than traditional sockets and fits perfectly in tight places. This allows for efficient assembly and high-density mounting of the components. The robust product design helps to ensure a reliable connection in extreme operational conditions.

Conclusion

The D2608-42 socket is an ideal component for reliable and improved connections between ICs, transistors, and other components. Its floating contact design and robust construction provide excellent electrical performance, power delivery, and signal integrity. Its optimized layout and mounting holes help to provide high-density mounting and allows for assembly in tight places. Its vibration and shock resistant design and low contact resistance provides reliable performance in extreme conditions. The D2608-42 socket is a great choice for a wide range of commercial, automotive, medical, and electronic products where fast signal transmission and power delivery are essential.

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