ELM 1-495

ELM 1-495 is a kind of Light Emitting Diode (LED) that has been designed specifically for use as a spacer and standoff. It is a simple, low-cost plastic LED designed to work in a variety of applications, including lighting up buildings, vehicles, and signs. The device works by sending out a bright, focused beam of light, which can be controlled using the latest high-efficiency light emitting diode technologies.

The working principle behind ELM 1-495 is based on the capacitance-coupled light-emitting diode (CCLED) technology. This technology is widely used in LED lighting products and other LED-based products. The working principle of the CCLED is based on the fact that electric charge can be transferred between two electric double-layers, one on the LED diode, and the other one on the silicon substrate. When electric charge is transferred from one double-layer to the other, light energy is generated.

The primary benefit of ELM 1-495 is that it provides a highly efficient, low voltage, cost-effective solution for many light-emitting applications. It is ideal for applications where only a moderate level of brightness is required, as it has lower power consumption and higher efficiency than other LED LED products. Additionally, the device is highly reliable, with an expected lifetime of over 50,000 hours.

The most common applications of ELM 1-495 are in architectural lighting, signage and display lighting, vehicle lighting, and general industrial lighting. In some cases, the product can also be used as a backlight for LCDs, allowing them to remain readable in dark environments. Additionally, in recent years, the product has been used for a variety of purposes in the medical sector, such as assistive lighting for people with low vision.

In short, ELM 1-495 is a highly efficient, cost-effective light emitting device that provides a reliable source of light for a wide range of applications. It is capable of providing an intense, focused beam of light and is highly reliable, with an expected lifetime of over 50,000 hours. As such, it is an ideal choice for many light-emitting applications.