MAX8710ETG+T

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The MAX8710ETG+T, a commercial-grade and automotive-grade High-Efficiency Synchronous Buck controller, is a power management integrated circuit (PMIC) for a Voltage Regulator – Special Purpose. This chip is capable of regulating output voltages from 1.0V up to 5.5V from a simple 2-wire input voltage source with efficiency as high as 95%.

The MAX8710ETG+T is equipped with input and output capacitors, a sense resistor, a limit resistor, and various other components, providing a very reliable power supply design for a variety of applications. Application fields for the MAX8710ETG+T include portable and home digital appliances, automotive electronics, automotive and industrial power system, and audio and medical equipment.

The working principle of the MAX8710ETG+T is straightforward. It utilizes a synchronous rectification control method, meaning it uses an external switch to control both the input and output voltage, improving efficiency. The chip also provides a voltage-mode pulse-width modulated (PWM) solution and a current-mode PWM solution, giving the user the flexibility to meet various needs. The PWM operating frequency is adjustable and can be set up to 815kHz.

The MAX8710ETG+T’s special features provides protection against thermal shutdowns and auto-restarts, short-circuits and surge overloads, as well as over-voltage and under-voltage conditions, making it an ideal solution for those that require reliable, adjustable and efficient voltage regulation.

In summary, the MAX8710ETG+T is a high-efficiency synchronous buck controller designed as a power management integrated circuit (PMIC) for Voltage Regulator – Special Purpose. It has a wide application field, is capable of regulating output voltages of up to 5.5V with 95% efficiency, and has protection against thermal shutdowns, short-circuits and surge overloads, and over-voltage and under-voltage conditions. It utilizes synchronous rectification control and is adjustable to up to 815kHz.

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