HV9989K6-G

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The HV9989K6-G is a high-density and high-efficiency 9-channel constant current (CC) Light-emitting Diode (LED) driver that is designed to power RGB/RGBW and monochromatic LED applications. It features a wide array of features, such as independent and current matching control, minimum current granularity, up to 60 I/O pins, programmable forward voltage, simple programming, and over-temperature protection. This makes it an ideal fit for a variety of LED lighting applications, from spotlighting, under-cabinet marathoning, and backlighting to architectural applications.

The HV9989K6-G utilizes a constant current principle to control LED current. This enables the device to operate in constant current operating mode, which is necessary for LED lighting applications. It also provides for a high degree of accuracy and consistency when compared with traditional linear current regulation. Furthermore, because the load is effectively decoupled from the power supply, the performance of the LED is not affected by input voltage or load resistance fluctuations. This allows the LED to operate with a wide array of output configurations.

In addition to its high efficiency, the HV9989K6-G also features a unique programmable LED forward voltage selection. This feature allows the user to program the forward voltage of each LED channel in order to achieve the desired lighting effect. This makes it possible to adjust the current in each channel to achieve a desired color and brightness. Furthermore, the device features over-temperature protection, which helps to protect the LEDs from failure due to excessive heat.

By combining these features, the HV9989K6-G is an ideal solution for a variety of LED lighting applications. Its high efficiency and wide array of features make it suitable for architectural and spotlighting lighting, as well as for RGB/RGBW and monochromatic LED applications. Furthermore, its programmable forward voltage selection and over-temperature protection help ensure that the LEDs will remain in optimal working conditions for years to come.

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