ELM 3-1.150

Light emitting diodes – spacers, standoffs, also known as LED, are extremely small light bulb-like devices that are used in a range of applications. They are composed of light-emitting diode (LED) chips, optical lenses or reflectors, a transparent substrate and an anodized metallic body. By their nature, they are extremely rugged, making them an ideal choice in tough environmental applications. The ELM 3-1.150 is a light emitting diode spacer that is suitable for use at medium power levels and is typically used in automotive and industrial applications.

The ELM 3-1.150 is a low power spacer that offers a medium power level of illumination and flexibility for applications such as automotive, broadcast and industrial. It is designed to reduce waste, increase energy efficiency and offer substantial savings in both capital and production costs. This high efficiency diode spacer is also suitable for automotive tail-lighting applications and displays.

The ELM 3-1.150 offers various advantages for lighting applications, such as superior thermal resistance, minimal heat generation and maximum efficacy. The low power requirement of the ELM 3-1.150 enables it to be used in a variety of applications, as it is capable of operating at temperatures as low as -20°°C with no degradation in performance. In addition, its superior light quality means it emits consistent brightness over its entire operating lifetime. The ELM 3-1.150 also offers longer operating life than most of its competitors, with an average life span of 40 to 50 thousand hours.

The ELM 3-1.150 works by emitting a stream of electrons that are arranged in a semiconductor crystal. These electrons travel in a particular path and when they collide with an atom or group of atoms, energy is emitted in the form of photons, which in turn create a light source. This is known as diode spacer operation and is used in many types of LED lighting applications. The ELM 3-1.150 can be used for a variety of lighting applications, such as interior and exterior lighting, signage, traffic signals, and automotive and industrial applications.

The advantages of the ELM 3-1.150 are clear – it offers high efficiency, low power requirement, superior thermal resistance, minimal heat generation and maximum efficacy. In addition, its superior light quality means it emits consistent brightness over its entire operating lifetime. Its versatility makes it a great choice for those who need a reliable and robust diode spacer for their applications.