MAX17632CATE+T

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The MAX17632CATE+T is a high-performance, low-noise integrated switching Regulator that is designed for portable and battery-operated applications. This device integrates many of the components typically found in a switching regulator circuit such as MOSFETS, current sense, compensation and control loop elements. The integrated MOSFETS are P-channel and N-channel type which are ideal for restricting power loss and providing efficient current regulation. The integrated current sense amplifiers optimizes power circuit design by providing precise currents for the MOSFETs and also enable system compliance with official power-saving specifications.

The MAX17632CATE+T is a step-up/step-down DC-DC switching Regulator that is a fixed frequency, current mode design. This Regulator has an internal osstimer, Schmitt Trigger-activated comparator, internal N- and P-channel drivers, controlled on-time generator, and 100% duty cycle limiter. This Regulator also has an adjustable soft-start that is identified with the LOAD pin and is easily adjustable by setting a low-value capacitor. The MAX17632CATE+T operates from an input voltage range of 3.0 V to 8.0 V and provides a regulated output from 0.950 V to 5.5 V at up to 2 A.

The MAX17632CATE+T utilizes advanced control techniques that allow for a wide range of operating modes such as Switching Frequency, Slew, Voltage Slope, and Maximum Duty Cycle. In order to ensure a clean output, the device also uses advanced protection circuitry that prevents over-current, over-temperature, under-voltage, and over-voltage conditions. To provide an accurate, reliable output voltage, the device uses a precision voltage reference and a programmable feedback gain. This ensures that the output voltage remains within ±1% of the set-point.

The MAX17632CATE+T is ideal for use in power management applications such as notebook computers, mobile phones, PDAs, digital cameras, MP3 players, and battery-powered peripherals. The high performance and low power dissipation of this device make it an excellent choice for applications that require small form-factor and high efficiency. By deploying the MAX17632CATE+T, system designers can achieve a robust, reliable, and cost-effective solution that is able to provide a power supply with excellent output performance.

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