16-6501-20

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Sockets for ICs, transistors come in different sizes, shapes, and styles designed for a variety of applications. These components are generally constructed with durable metal casing and contacts that allow for their safe usage and connection to external circuitries. The 16-6501-20 socket is an example of such an electrical connection that allows for the quick and reliable implementation of ICs, transistors, and other similar components. In this article, we will explore the application fields and working principle of this socket.

Application Fields of 16-6501-20 Socket

The 16-6501-20 socket is a 3-pin male plug-in connector that is used primarily for boards with ICs, transistors, and other through-hole components. The pins are designed to fit boards with grid patterns as small as 0.05 inch pitch. This allows for the easy implementation of chip carriers and densely packed circuit board designs in the electronic industry. It also has the capability to fit onto the backplane of computers, embedded systems, and telecom equipment, and is suitable for a broad range of uses.

The outer casing of the 16-6501-20 socket is constructed from a Zinc alloy, giving it superior durability and EMI shielding that prevents electrical interference. It has a sleek, low-profile design that does not protrude from the board, making it a suitable option for systems with limited space. Furthermore, this socket comes in both vertical and horizontal orientations, depending on the needs of the device it is used in. Finally, this socket is compliant with the MIL-DTL-22996 Standard, making it suitable for use in high-end military, aerospace, and industrial projects.

Working Principle of 16-6501-20 Socket

The 16-6501-20 socket is constructed in a single-cavity layout, which allows for the secure connection of ICs, transistors, and other through-hole components. This is due to its inner construction, which features three main elements: a spring pin, an insulation material, and a contact. The spring pin is designed with a thin cross-section so that it can securely wedge into the ICs or transistors without causing damage. This also allows for a secure electrical connection between the component and the socket.

The insulation material is in place to protect the socket from any electrostatic interference. This material also prevents any voltage spikes or current surges from damaging the internal components of the device. Finally, the contact is designed to ensure that the electrical signals are transferred from the device to the board with minimal resistance. This reduces the amount of energy loss, making the socket more efficient.

The 16-6501-20 socket is designed with superior performance in mind. Its construction helps to minimize electrical noise while providing reliable and consistent power to the connected devices. This ensures that the signals are accurately transmitted with minimal disruption and signal integrity loss. Overall, this socket has been created for a variety of applications in the electronics industry, allowing for safe and secure electrical connections between components.

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