MTE-DT301-R-24

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The MTE-DT301-R-24 was designed as a light engine module to provide almost any type of lighting. It is a compact device which can be used as an enclosed module or can be used in exposed applications. The module is designed to be used in general lighting applications including decorative lighting, accent lighting, and area lighting. The module is powered by a 12V DC power supply. The device is designed to provide high-efficiency lighting with low power consumption.

Applications: The MTE-DT301-R-24 is suitable for outdoor applications where high power and efficiency are required. It can be used for signage, lighting roadways, and even security cameras. The module is also suitable for indoor applications such as accent, decorative, and area lighting. It is ideal for dimmable applications where dimming is required. The module is also suitable for wet and dry locations.

Working Principle: The MTE-DT301-R-24 works by producing light in the form of an LED beam. The module consists of two chips: one yellow and one green. The yellow chip provides a yellow light beam while the green chip provides a green light beam. The light beams can be combined to produce a range of different colors. Additionally, the module is designed to provide a wide range of light intensities as well as color temperature.The module operates by sending DC power to the two chips. The DC power is then converted into alternating current (AC) by a transformer. The AC is then passed through a bridge rectifier, which then produces a constant DC voltage that is applied to the chips. The chips then produce the light output. The light output can be adjusted by varying the DC voltage applied to the chips, allowing the user to select the desired color and intensity of light.

Conclusion: The MTE-DT301-R-24 is a powerful and efficient light engine module. It can be used in many different applications, both indoor and outdoor. Its two-chip design allows for a wide range of color and light intensity options. The module operates by using a DC voltage, which then is converted into AC and passed through a bridge rectifier, which then produces a constant DC voltage. The strength of the output can be adjusted by changing the voltage applied to the chips.

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