D95006-42

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The D9500X-42 is a high-quality, state-of-the-art socket designed specifically for use with integrated circuits, transistors, and related circuit components. This socket is constructed from anodized aluminum and features two rows of contact points composed of precision-machined phosphor bronze. The contacts are then sealed with a transparent resinous material to provide superior protection from ambient moisture, dust, and corrosion.

The main application of the D9500X-42 socket is for direct insert applications on printed circuit boards. This is particularly useful for ICs and transistors as the high-density contact points enable the component to be securely held in place across a large area of the PC board. This allows for better electrical contact and signal transfer while ensuring reliability and operational stability. Furthermore, this socket increases PC board connection points for the ground, power source, or signal source of the mounted component, which can provide improved signal integrity and noise protection.

The working principle of the D9500X-42 is simple and effective. When a component is placed into the socket, the inner contact assembly makes contact with the component’s leg. The force created between the contacts ensures a reliable electrical connection. To enhance the force, two curved springs are situated above and below the contact assembly. These springs exert an outward pressure when activated, which forces the contact assembly further into the component’s leg and increases the overall force of the contact.

The D9500X-42 socket is the perfect solution for those who need a reliable way to mount ICs and transistors onto a printed circuit board. The design of the contact assembly provides superior electrical contact and signal transfer, making it an ideal choice for a wide range of applications. Furthermore, the two curved springs ensure a secure connection, thus reducing the potential for failure due to vibration or shock. It’s no wonder this socket has become the industry standard for high-performance electronic applications.

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