MB400-W28-1AL1

LEDs - Lamp Replacements: MB400-W28-1AL1 application field and working principle

Light-emitting diode (LED) lighting has recently become more affordable and it is rapidly replacing incandescent and fluorescent lights in many areas. LEDs produce light using small semiconductor devices instead of burning a filament or using a tube of gas. LED lights come in a variety of sizes, colors, shape and offer a number of benefits. The MB400-W28-1AL1 LED is an example of such a device and is used in many different applications.

MB400-W28-1AL1 application field:

The MB400-W28-1AL1 LED is a compact, high-intensity device which is used in a variety of applications. It is ideal for use in backlighting and indication applications due to its small form factor, wide viewing angle and high intensity. This device is also suitable for a broad range of automotive, industrial and consumer products such as automotive radios, digital signs, household appliances, and medical equipment.

MB400-W28-1AL1 working principle:

The working principle of an LED is quite simple. An electrical current is passed through a semiconductor material, such as gallium arsenide phosphide (GaAsP). When the current passes through the material, electrons are released, which in turn release energy in the form of photons. These photons are what produce the visible light from the LED.

The MB400-W28-1AL1 LED has a gallium arsenide phosphide chip which is mounted on a yellow aluminium plate on the back of the light. This plate helps guide the light produced by the chip away from the LED and out into the environment. The total radiation angle of a MB400-W28-1AL1 LED is around 120°.

Conclusion

The MB400-W28-1AL1 LED is a small, high-intensity device that is used in a variety of applications. It is suitable for use in backlighting, indication and lighting applications due to its small form factor, wide viewing angle and high intensity. This LED is a great choice for automotive, industrial and consumer products in need of a high-intensity light source.