510-87-209-17-062101

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Sockets for ICs, transistors, and other components requiring special connections are becoming increasingly important. There are several types of sockets, including 510-87-209-17-062101, which is specialized for ICs, transistors, and devices with extended leads. This type of socket provides more effective contact between the device and the substrate, delivering improved frequency response and power handling capability.

510-87-209-17-062101 sockets are the most common socket type for ICs, transistors, and devices with extended leads. This type of socket works best when used in applications involving single-ended signals, such as low voltage power supplies, clock oscillators, phase-locked loop (PLL) circuits, switching regulators, DC-DC converters, and low voltage logic circuits. They are also used in high frequency applications including low noise amplifiers, voltage-controlled oscillators, filter networks, and radio frequency (RF) modules.

The primary advantage of using the 510-87-209-17-062101 sockets is their ability to provide an efficient and reliable connection between the device and the substrate. This is achieved through the patented coupling method, which reduces contact resistance and reduces overall losses. The connection is further enhanced by the use of high-quality spring contacts, which create an intimate connection between the device and the substrate. This connection helps ensure that the device’s performance is not adversely affected by vibration or thermal shock.

The integrated circuit (IC) socket of the 510-87-209-17-062101 type utilizes a simple snap-fit connection for the device, reducing assembly time and cost. This connection is suitable for a wide range of clock frequencies and operating temperatures, and provides a reliable interface between the device and the substrate. Additionally, the socket components are manufactured from high-temperature plastics, ensuring that the device performs over an extended range of temperatures.

The 510-87-209-17-062101 socket utilizes a novel contact system that allows it to handle frequencies up to 200 MHz. This contact system features a pair of gold-plated balls that are inserted into the contact holes of the socket. As the device is inserted into the socket, the balls compress and make contact with the device’s leads, providing a low contact resistance that is ideal for high frequency applications. The contact force also helps to maintain a reliable connection with the device, even under extreme vibration or thermal shock conditions.

Finally, the 510-87-209-17-062101 socket typically features a self-latching mechanism. This mechanism is designed to prevent unintentional removal of the device from the socket by providing an audible “click” when the device is fully inserted in the socket. The self-latching mechanism also enables easy and quick device replacement in the field, as it eliminates the need for additional tools or parts.

The 510-87-209-17-062101 socket is an ideal solution for applications involving ICs, transistors, and devices with extended leads. Its patented contact system and self-latching mechanism ensure that the device is securely connected and offers superior performance in high-power, high-temperature, and high-frequency applications.

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