MAX8882EUTJJ+T

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MAX8882EUTJJ+T are voltage regulators from the Linear Voltage Regulators category under PMIC (power-modules). The MAX8882EUTJJ+T series of voltage regulators are designed and manufactured to help provide highly accurate, low-noise power supply solutions. This series of regulators are designed to reduce power dissipation and allow fast and flexible adaptation of the input voltage. These regulators also offer flexibility in setting and updating the voltage regulation levels with preset, single-turn output voltage options.

A line of smart, low-power linear voltage regulators, the MAX8882EUTJJ+T provides precision monitoring, regulation and protection of battery voltages for mobile devices, such as digital still cameras, mobile PCs, PDAs, and cell phones. The Smart Adaptive Voltage Scaling (SAVS) feature of the MAX8882EUTJJ+T series makes the voltage regulation and tracking independent of the input voltage and noise conditions.

The MAX8882EUTJJ+T features low ripple, low noise, low dropout and low quiescent current. It provides superior performance under all operating conditions and also offers over-current and thermal protection. The MAX8882EUTJJ+T also features input voltage range of up to 6V and output voltage range of 1.8V to 5.5V.

The MAX8882EUTJJ +T series of linear voltage regulators provide a flexible solution for smart power system design, enabling low-noise, low-dropout and low-ripple power delivery. By enabling the MAX8882EUTJJ+T to monitor its input voltage, optimize the quiescent current, and adjust its output voltage, any required ratio of input voltage to output voltage can be achieved.

The MAX8882EUTJJ+T is suitable for a wide range of applications, from ultra-low power portable devices to higher power needs such as television receivers. They are also suitable for smart battery management, automotive power supply designs, and high-efficiency power supplies.

The MAX8882EUTJJ+T is designed to be flexible and to adapt to changing demands. This adaptive design allows the IC to be driven by a wide range of battery technologies, including Lithium Ion (Li-Ion) and Nickel-Metal Hydride (NiMH). The MAX8882EUTJJ+T also features an input overvoltage protection, an overcurrent protection, as well as an over-temperature protection, which provides additional safety.

The working principle of the MAX8882EUTJJ+T voltage regulator is based on a voltage-error amplifier (VEA), which compares the voltage at the output of the regulator to a reference voltage. If the voltages differ, the difference is amplified by the VEA. The amplified difference is then used to control the pass transistor of the regulator, which adjusts the output voltage until it matches the reference voltage. This process is known as voltage regulation and is the basis of operation of these regulators.

In summary, the MAX8882EUTJJ+T is suitable for a wide range of applications and provides low-noise, low-dropout and low-ripple power delivery. It also offers input overvoltage protection, over-current and over-temperature protection for added safety. The voltage regulation function is based on a voltage-error amplifier, which compares the voltage at the output of the regulator to a reference voltage and then amplifies the difference. This feature permits precise control of the output voltage.

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