MAX17595ATE+T Integrated Circuits (ICs)

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The MAX17595ATE+T application field consists of PMIC (Power Management Integrated Circuit) – AC/DC Converters and Offline Switchers. This device is a highly integrated, low-voltage, low-power PMIC that provides complete AC/DC and offline switcher conversion solutions. The MAX17595ATE+T has extremely low power consumption and is designed to operate over a wide input voltage range. It is ideal for applications such as portable electronics, PDAs, laptops, TVs and general-purpose AC/DC and offline switcher conversions.

The MAX17595ATE+T is a robust, high-efficiency, and low-noise PMIC design. It is specifically designed for applications where low power consumption is critical. It is designed to maintain a clean output signal, while providing an extremely low drift current, and a wide input voltage range. It features several features including smart voltage regulation, thermal protection, and adaptive current and power limiting. The MAX17595ATE+T is also designed for reliable system-level performance and is protected from overload, over temperature, over voltage, under voltage, input under voltage lockout (UVLO), output over-current protection (OCP), and output over-voltage shutdown (OVS).

The MAX17595ATE+T features an onboard microcontroller that provides a high level of integration. The microcontroller includes a host of system control features including adjustable output voltage, hysteresis for voltage set points, soft start and shutdown, pre-charge and post-charge, slew rate limitation, current limiting and thermal protection. The microcontroller provides a low jitter clock input and can be used with a wider range of microprocessors and operating systems. The device also offers a serial peripheral interface (SPI) to communicate with the microcontroller.

The MAX17595ATE+T working principle is based on a high speed, low noise, synchronous rectified AC/DC converter. A control circuit is used to regulate the output voltage and the input current to maintain a constant output voltage. The control circuit includes an adjustable hysteresis and slew rate detection circuits which are used to adjust the output voltage, current, and frequency in response to the changing input voltage. The MAX17595ATE+T also features an active AC line sensing circuit to maintain a constant output voltage during loss of input voltage. The MAX17595ATE+T utilizes a low-noise power switch which can deliver a maximum current of 5A and a peak voltage of 60V. The device is protected from over temperature insult, over voltage, under voltage, and other events.

The MAX17595ATE+T has a wide range of applications including AC/DC and offline switcher conversion solutions. It is designed to operate over a wide input voltage range and maintain an extremely low power consumption. The device offers a low-noise power switch which can deliver a maximum current of 5A and a peak voltage of 60V, as well as an onboard microcontroller with a host of system control features. Additionally, the device is protected from overload, over temperature, over voltage, under voltage, input UVLO, output OCP, and output OVS. The MAX17595ATE+T is ideal for applications such as portable electronics, PDAs, laptops, TVs and general-purpose AC/DC and offline switcher conversions.

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