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1835LPS4-W-CW application field and working principle

LEDs (Light Emitting Diodes) represent the most energy-efficient and cost-effective lamp replacements on the market. With their strip design, they are suitable for a wide variety of applications, and this is especially true of the 1835LPS4-W-CW LED lamps. The following will discuss the application field and working principle of the 1835LPS4-W-CW LED lamps.

Application Field

The 1835LPS4-W-CW LED lamps are most suitable for replacing traditional linear fluorescent lamps, such as the T5, T8 or T12 fluorescent lamps, in commercial or residential environments. The 1835LPS4-W-CW LED lamps have a wattage of 4W, so they are much more energy efficient than traditional fluorescent lamps. This makes them a perfect replacement for existing lighting systems or for new applications in which energy efficiency is a primary concern. Additionally, the 1835LPS4-W-CW LED lamps have a color temperature of 4100K, so they provide a pleasant white light similar to the light from a natural source, such as sunlight.

Working Principle

The working principle of the 1835LPS4-W-CW LED lamps is simpler than the working principle of a traditional fluorescent lamp. LEDs do not require the same components needed by a fluorescent lamp in order to function. A fluorescent lamp requires an electric current source, a ballast, and a starter. The starter is responsible for initiating an electric arc between two electrodes inside the lamp; this arc lights up the fluorescent coating inside the tube of the lamp. On the other hand, an LED requires only an electric current source in order to emit light, since no gas or other components are necessary for it to produce light. The electric current is supplied to the LED by a diode and produces electrons, which move freely in the device and eventually collide with the crystal lattice structure of the LED\'s semiconductor chip. This produces photons, which in turn generate light.

Conclusion

The 1835LPS4-W-CW LED lamps are an energy-efficient and cost-effective replacement for traditional linear fluorescent lamps, such as T5, T8, and T12 fluorescent lamps. With their strip design, they are suitable for a wide variety of applications, particularly in commercial and residential environments. The working principle of the 1835LPS4-W-CW LED lamps is simpler than the working principle of traditional fluorescent lamps, since they require only an electric current source in order to function.

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