MAX8668ETEV+T

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MAX8668ETEV+T is a multi-output integrated PMIC designed for general purpose and power system applications. It is an energy-efficient and cost effective solution for powering small and portable devices. The MAX8668ETEV+T PMIC delivers up to 8 regulated outputs which can be used to power various components such as processors, memory and display controllers. The device is designed to provide high output power with minimal input power and is capable of delivering up to 20A of total output current.The MAX8668ETEV+T PMIC utilizes a combination of linear and switching buck-boost regulators to provide up to 8 regulated outputs. The linear buck-boost regulators convert input voltage to a regulated voltage within a 40V to 160V range. The switching buck-boost regulators are capable of generating an output voltage up to 24V and are well-suited for applications requiring high ripple and noise performance. The device also includes thermal and overcurrent protection, as well as diagnostic status monitoring and fault reporting.The MAX8668ETEV+T provides an ideal solution for powering applications requiring high efficiency and reliable operation. It is designed to minimize power consumption, reduce cost and support a wide variety of applications. The device is configurable for low-noise, low-power and high-frequency operation and can support multiple processors and memory. Additionally, the device integrates power-on-resets and an internal oscillator to support embedded applications with minimal external components.The MAX8668ETEV+T PMIC is an excellent choice for low-power embedded applications that require a reliable power solution. The device provides high efficiency at low output current and supports multiple output voltages. With its integrated diagnostics, thermal protection and fault reporting, it is an ideal platform for powering embedded systems in industrial, consumer and automotive applications. It is a cost-effective and reliable solution for reliable and efficient power management in small and portable devices.

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