MAX16800ATE/V+T

The MAX16800ATE/V+T is a PMIC, particularly a LED driver.

The MAX16800ATE/V+T is a highly efficient and cost-effective, integrated power management integrated circuit (PMIC) designed to provide a complete and self-contained power solution to drive arrays of multi-colour LEDs with colour temperatures ranging from 2700K – 6500K.

The MAX16800ATE/V+T can be used in a variety of applications where LEDs need to be switched at high frequencies due to their low power consumption. Examples of such applications include architectural, automotive, and other industrial lighting. The MAX16800ATE/V+T is also suited for general lighting applications where the faint light from single die LEDs is difficult to detect such as medical lighting.

The working principle of the MAXIM 16800ATE/V+T relies on pulse-width modulation or PWM. This is a method of changing an electrical signal’s duty cycle to control the intensity of the light produced. This is done by switching the current to the LEDs at very high frequencies so that they produce light at levels specified by the user. The frequency needs to be high enough so that the light output is not noticeably affected by the switching frequency.

The core of the device consists of an integrated regulator and charge pump that provides the regulated power to the LED drivers. The device also contains protection circuitry to guard against thermally-induced over-voltage and under-voltage conditions. This ensures that the LEDs do not receive too much energy and are not damaged due to overheating.

The MAX16800ATE/V+T is an efficient and cost effective LED driver that is able to control LED brightness and color temperature from a single chip. It is a robust design that provides protection features against over-voltage and under-voltage conditions, making it suitable for a variety of applications.