MAX17116ETG+T

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The MAX17116ETG+T is a special purpose voltage regulator from Maxim, one of the market leaders in power management integrated circuits (PMICs). This device combines high efficiency, low power consumption, and small package size for applications requiring high-current outputs. Its features and specifications make it ideal for portable and power sensitive applications requiring optimized power delivery.

Applications

The MAX17116ETG+T is primarily designed for high-current applications such as point-of-load (POL) regulators, DC/DC converters, switch-mode power supplies, and other high-current applications. This device can deliver up to 120mA of output current in a very small package size. It is capable of operating over a wide input voltage range, making it suitable for use in battery-powered or wall-powered systems.

Features and Benefits

The MAX17116ETG+T offers many features and benefits, including:

• High Efficiency: The MAX17116ETG+T is capable of up to 96% efficiency when operating at 120mA of output current, making it very suited for power sensitive applications.
• Wide Input Voltage Range:The MAX17116ETG+T is designed to work over a wide input voltage range from 2V to 5.5V, which lends it to applications powered by either battery or wall power.
• High Accuracy:The MAX17116ETG+T provides a tight voltage regulation accuracy of ±3%, making it suitable for high power-delivery applications.
• Small Package Size:The MAX17116ETG+T comes in a very small package size, just 1mm x 5mm. This makes it ideal for portable applications requiring optimized power delivery.

Working Principle

The MAX17116ETG+T voltage regulator combines a high-accuracy voltage reference and a linear driver to accurately regulate the output voltage. It is designed to regulate a wide range of input voltages up to 5.5V efficiently. The wide input voltage range and the high-accuracy voltage regulation make the MAX17116ETG+T suitable for power sensitive applications.

The MAX17116ETG+T works by detecting the input voltage, and then adjusting the output to regulate the desired output voltage. This is achieved with a linear feedback loop that uses the voltage reference to generate the feedback voltage. In this way, the MAX17116ETG+T is able to accurately regulate the output voltage with very little power loss.

The MAX17116ETG+T is designed to operate with very little power consumption. This makes it suitable for portable and power sensitive applications. In addition, the device does not require any externally-programmed components for regulation, which makes it ideal for embedded applications.

Conclusion

The MAX17116ETG+T is an excellent choice for applications requiring optimized power delivery and high efficiency. Its wide input voltage range, high accuracy, and small package size make it suitable for both portable and power sensitive applications. The device is capable of regulating a wide range of input voltages up to 5.5V with very little power consumption. The MAX17116ETG+T has become a popular choice for embedded and portable applications requiring high-current outputs and optimized power delivery.

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