T-175-130

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LEDs - Spacers, Standoffs, are used in many electronic components, from lighting to communications, to provide a structural and electrical connection between components. A common type of LED spacing product is the T-175-130, and this article will discuss its application and working principle.

The T-175-130 is a through-hole spacer that is typically used in applications where multiple LEDs are mounted, such as in a daisy chain configuration. It is designed to provide electrical isolation between the LED pins, reducing the chance of LED shorts and other circuit issues. The product is also designed to reduce heat buildup in LED applications by providing a gap between each LED, allowing heat to dissipate from the components. As well as providing electrical insulation and heat dissipation, the product also helps to keep components close together, making it easier to route wiring and other connections.

The T-175-130 is made of a durable plastic, which is resistant to abrasion and most other types of wear. It is also resistant to corrosion, and is able to withstand temperatures of up to 250°F. The spacer is designed to be mounted onto a PCB, and the pin hole sizes range from 0.15mm up to 0.25mm, making it suitable for a variety of LED pin sizes.

To install the T-175-130, the spacer is mounted onto the PCB, and the LED pins are inserted through the pin holes from the top side of the PCB. Once the pins are in place, the spacer is secured using a force fit pin, which is tightened using a screw driver. This ensures that the spacer is firmly secured to the PCB. Once the spacer is in place, the LED can be connected to the other components on the PCB. The spacer also provides electrical isolation, ensuring that the LED does not pick up stray electrical signals, which can cause issues with other components.

The T-175-130 is a very useful and versatile spacer, and can be used in a variety of circumstances. It is ideal for applications where multiple LEDs are mounted and space needs to be kept to a minimum while maintaining reliable electrical and thermal insulation. The product is easy to install, and can also help to reduce the overall cost of LED applications, by preventing costly circuit failures through improved insulation and heat dissipation.

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