MAX16834AUP/V+

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The MAX16834AUP/V+ is a Low-Voltage, High-Current, Wide-Input-Voltage LED driver suitable for use in low-voltage PMIC applications. The device is designed to drive up to 8 LEDs in parallel, with each LED connected across its own current sense resistor. The device provides over-voltage protection, reverse voltage protection and adjustable output current per LED string. In addition, the MAX16834AUP/V+ features a low-power mode for inactivity, soft-start for safe LED turn on/off, and scratchpad memory for further flexibility.

The MAX16834AUP/V+ is a Pulse-Width Modulation (PWM) LED driver, with its working principle being adjustable to provide different levels of brightness by generating pulses which vary in duration or width. The use of PWM allows the user to set a specific brightness level, allowing them to select the ideal brightness they want in their LED application. This device is designed to provide a regulated current to the LED strings, preventing them from being damaged by over current, over voltage and transient voltage.

The MAX16834AUP/V+ is widely used in low-voltage PMIC applications, such as LED TV backlighting and laptop displays. It is ideal for applications where flexibility and low-voltage operation are needed. In addition, the device provides excellent EMI immunity and up to 90% efficiency.

The MAX16834AUP/V+ is an extremely cost-effective LED driver and is available in fixed and removable packages. It offers many features, such as adjustable and regulated LED current, optimized low-noise operation, and fast transient response. Furthermore, the device complies with RoHS directives and is ideal for many indoor and outdoor lighting applications.

In conclusion, the MAX16834AUP/V+ is a high-performance and cost-effective LED driver suitable for use in low-voltage PMIC applications. It provides adjustable and regulated LED current, EMI immunity, optimized low-noise operation, and fast transient response, and is thus an ideal choice for many indoor and outdoor lighting applications.

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