MAX1655EEE

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The MAX1655EEE is a high-performance integrated voltage regulator specifically designed to help extend the battery life of portable electronic products. This device is a member of the MAX1655 family of DC/DC switching controllers. It is customizable, allowing designers to select and optimize the specific design, power delivery, and control parameters associated with their specific application.

The MAX1655EEE has a wide operating range of 2.97 V to 5.5 V, making it especially well-suited for battery-powered applications. The temperature operating range is -20 to +85 °C, ensuring that the device will operate reliably in all temperature and environmental conditions. The device also features an integrated CMOS hour monitoring function, allowing designers to efficiently monitor current conditions.

The MAX1655EEE is an highly efficient voltage converter, providing a maximum output current limit of 5A and a maximum current of 6.5A for heavy loads. The device also features a programmable loop compensation function, allowing designers to easily tailor their designs to their selected controls. This includes things like soft start, overcurrent protection, and remote sensing.

The device also features a low on-resistance NMOS switch for current regulation and low power dissipation. This allows designers to utilize the MAX1655EEE in applications with low component counts, eliminating the need for additional components such as an external voltage regulator. The MAX1655EEE is also designed to be fault tolerant, with protection circuitry that prevents overtemperature conditions and overcurrent conditions.

The MAX1655EEE is a useful device for designers looking to implement low-side power control and low-voltage stepdown voltage regulation. With the MAX1655EEE, designers can easily achieve high efficiency power conversion with minimal component counts, thereby reducing system cost and power consumption. Additionally, the device’s extensive features, versatile control features, and configurable settings make it simple for designers to implement their own custom power solutions.

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