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The LED Lighting - White Application Field and Working Principle of JK3030AWT-00-0000-000A0BL445E

Light Emiting Diode (LED) lighting fixtures have emerged in the past few decades as an efficient and attractive source of illumination for many applications. The JK3030AWT-00-0000-000A0BL445E is a high-power white LED chip from JK Lighting, a well-known manufacturer of LED chips and fixtures. This chip is designed to be used in commercial, residential, and industrial settings.

Description of the JK3030AWT-00-0000-000A0BL445E

The JK3030AWT-00-0000-000A0BL445E is a single 3588 mm2 piece of AlGaInP-based white LED chip. It offers a wide operating temperature range of -40°C to +105°C and maximum output power of 20W. It has a tight lumen tolerance of up to 4.5% and a power efficiency of over 80%, making it a suitable choice for light fittings. Despite its high luminous flux, this chip can be operated for up to 50,000 hours.

The Use of the JK3030AWT-00-0000-000A0BL445E

The JK3030AWT-00-0000-000A0BL445E is a versatile LED chip that can be used in a range of commercial, residential, and industrial applications. It is ideal for use in retail, theatrical and residential lighting fixtures. This chip can also be used in photographic and cinematic lighting systems, as it emits a visually superior, homogeneous light.

In the retail sector, the JK3030AWT-00-0000-000A0BL445E can be used in downlights, spotlights and troffers. Due to its high efficiency and high CRI, this chip can provide excellent lighting in shop windows and other commercial displays. In residential and theatrical settings, this chip can be used in wall washers and water-proof luminaires. It can also be used for architectural lighting projects where the evenness of light distribution is important.

In industrial applications, the JK3030AWT-00-0000-000A0BL445E can be used in high bay lighting, sports lighting and tunnel lighting. Its high power output and long life-time make it an excellent choice for industrial and outdoor lighting. This chip can also be used in streetlights and parking lot lights, due to its high brightness and power efficiency.

Working Principle of the JK3030AWT-00-0000-000A0BL445E

The JK3030AWT-00-0000-000A0BL445E is based on the conversion of electrical energy into light energy via a process known as electroluminescence. This process occurs when electricity is passed through a semiconductor, such as those found in LEDs. The charge carriers, typically electrons or holes, become excited and emit light when the applied voltage reaches a certain threshold level. This light emission is known as electroluminescence. The exact physics of the mechanism vary depending on the type of semiconductor used.

The JK3030AWT-00-0000-000A0BL445E LED chip is based on the AlGaInP semiconductor, which has a wide bandgap that enables the conduction of electricity efficiently. The electrons and holes are injected into the chip\'s surfaces, creating electron-hole pairs that recombine and emit light. The emitted light is then focused through the dome and lens of the LED fixture, producing a wide angle beam.

The JK3030AWT-00-0000-000A0BL445E chip is designed to be used with a specialized driver. This driver adjusts the current and voltage supplied to the chip in order to optimize its performance. The driver provides the necessary current and voltage for the chip to reach its maximum brightness, while at the same time protecting it from current \'spikes\' and other forms of electrical stress.

Conclusion

The JK3030AWT-00-0000-000A0BL445E is a high-power white LED chip from the renowned manufacturer, JK Lighting. The chip has a wide range of applications in commercial, retail, theatrical, residential and industrial settings. It offers a wide operating temperature range and maximum output power of 20W, as well as an impressive 50,000 hours of on-time. The chip\'s high efficiency, brightness and power factor make it ideal for a variety of illumination projects. It is based on electroluminescence using an AlGaInP-based semiconductor, and is designed to be used with a specialized driver in order to maximize its output.

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