T-175-100

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LEDs, or \'Light Emitting Diodes\', are widely used today in a variety of applications. LEDs have been used in automotive, consumer and industrial lighting applications for years. However, their use in the space-critical applications is still relatively new, mainly due to their compactness, light weight and low power consumption. One of the most common space-critical applications of LEDs is the T-175-100. This article will look at the application field and working principle of the T-175-100.

The T-175-100 LED spacer is designed for use in precision optics, aerospace, and medical lighting systems. It allows for the placement of LEDs with an extremely precise, safe, and secure bond. By using the T-175-100, designers and engineers can reliably lay out multiple LEDs in close proximity, without risk of shorting out the circuit. This system is ideal for applications requiring LEDs to be placed precisely in tight spaces.

The T-175-100 has several key features that make it ideal for space-critical applications. Its terminal is tapered for secure attachment without risk of shorting out the circuit. It has a low-profile design and is available in many sizes and colors, allowing designers to create a custom solution for specific designs. The spacings are self-aligning, meaning it is easier to place the LEDs exactly where they need to be. It also has an internal mounting block that eliminates the need for additional mounting hardware.

The T-175-100 LED spacer is compatible with all common LED components and can be used with a variety of power sources including colored, white, and UV LEDs. This ensures it has multiple applications beyond the medical and aerospace industries. It has a wide temperature operating range, making it suitable for a variety of conditions. Additionally, the combination of its low profile, tapered terminal, and simple design make it a cost-effective solution for many applications.

The working principle of the T-175-100 LED spacer is simple. The spacers are inward-tapering, the larger end acting as a receiving port for the LED. It can then be secured in place through the terminal block. The spacers have self-aligning fingers that snap the LED into place by utilizing spring-loaded pins. This prevents the LED from slipping and ensures the LED is firmly secured in place while simultaneously preventing short-circuiting in optics, sensors, and other precision circuits.

In conclusion, the T-175-100 LED spacer is an integral part of many space-critical applications. This low-profile and easy-to-use spacer is ideal for precision optics, aerospace, and medical lighting systems due to its self-aligning features and secure connection. With its wide temperature operating range, the T-175-100 turns a once difficult task of placing an LED in a tight space quickly and easily. This spacer\'s simple design, low cost and reliability make it an effective choice for use in many applications.

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