T-176-350

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LEDs - Spacers, Standoffs, T-176-350 is a versatile electronic component that can be found in almost any electronic system. It is designed to provide a sturdy mounting platform while allowing for reasonable heat dissipation. The component also provides a strong connection between the circuit boards and electronic components mounted to it.

The component is composed of a pair of machined standoffs that are joined at their center. The standoffs have a T-shape, with one side of the “T” having a threaded hole. This hole accommodates a mounting screw, which holds the component securely in place. On the other side of the “T” is a clearance hole which allows for heat dissipation from the component.

The component can be found in many common applications, such as medical imaging equipment, computers, automated industrial equipment and networked security systems. It is also used in robotics and communications equipment. Its rugged construction allows for reliable operation in harsh environments. Its thermal performance ensures that temperatures remain within acceptable ranges even under high stress conditions.

The component’s working principle is relatively simple. By virtue of its shape, the component provides a solid mounting platform while allowing for reasonable heat dissipation. The threaded hole accommodates a mounting screw, which when tightened holds the component securely in place. The other side of the T-shape provides a clearance hole which allows for heat dissipations. The component also features a design that provides maximum contact with the surface upon which it is mounted, ensuring a strong connection.

The component is a versatile electronic component found in numerous electronic systems. It provides a strong mounting platform while providing reasonable heat dissipation capabilities. It can be used in a variety of applications, such as medical imaging equipment, computers, automated industrial equipment and networked security systems. Its thermal performance ensures that it will remain within acceptable ranges even under high stress conditions.

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