MAX6967AEE+T

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The MAX6967AEE+T is a versatile and powerful Integrated Power Management IC (PMIC) designed for the fast and efficient control of LEDs in various applications such as automotive, television, mobile, industrial, and backlighting. It enables flexibility to customize the control of LEDs with support for independent control of each LED based on a single PWM input, or dynamical control of a large number of LEDs using pulse-width-modulation (PWM). This makes the MAX6967AEE+T a perfect candidate for applications such as LED matrix or strip lighting, audio and video entertainment, automotive, and backlighting.

It is the most advanced LED driver IC so far and is the best candidate for driving a very high number of LEDs in an efficient manner. It offers an advanced PWM signal generation based on a special control engine called Pulse OperatingTM. The Pulse OperatingTM engine is a powerful and advanced solution that allows for very precise LED current control and dynamic LED dimming.

Built with advanced integrated circuits, the MAX6967AEE+T has a sophisticated power-management architecture, a wide input voltage range, a high dimming ratio, and an easy-to-use interface. To make it even better, the integrated circuit comes with two independent pulse-width-modulated outputs and an adjustable voltage output option. This allows for a wide array of LED control options for various applications.

The MAX6967AEE+T is designed for use in automotive, industrial, and backlighting applications. It features a wide input voltage range from 4.5V to 20V, a high dimming ratio up to 32000:1, simultaneous phase-correct and non-phase-correct PWM output configurations, and a flexible output voltage adjustment. This allows the MAX6967AEE+T to be used with a variety of power supplies, including 12V and 24V supplies.

The MAX6967AEE+T is equipped with three core functions: a pulse width modulation (PWM) controller, a high-voltage I/O circuit, and a high-speed input-protection system. The PWM controller consists of an accurate reference voltage, an oscillator, and state machine controllers. The output-voltage adjustments are done externally, but the controller takes care of the remaining current-control and dimming functions. The input-protection system ensures that the chip does not experience any damage in the event of an overvoltage condition. The chip features protection from reverse polarity, overload, under-voltage, and over-temperature.

The power-management features and precise LED dimming control allows the MAX6967AEE+T to be used in applications such as LED strips and LED matrices. LED strips and LED matrices require a high number of LED control, but the MAx6967AEE+T can provide precise control over each LED channel. Additionally, the flexibility of the Pulse OperatingTM engine and the precise control allow for applications such as video and audio entertainment or automotive. The exception is that an external power supply needs to be supplied to the MAX6967AEE+T.

The MAX6967AEE+T is a powerful and flexible IC that can provide precise and dynamic control of LEDs, making it the ideal choice for modern LED matrix and strip applications. Its wide input voltage range, high dimming ratio, and adjustable output voltage makes it a perfect fit for various applications. Its combination of power-management and combination of Pulse OperatingTM engine makes it ideal for driving a high number of LEDs in an efficient and dynamic manner.

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