MAX16932CATIU/V+

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The MAX16932CATIU/V+ is an advanced DC/DC switching controller designed to maximize efficiency in a wide range of applications. It features dual-channel synchronous rectification and a comprehensive feature set designed to optimize user circuit topologies. The integrated gate driver and selectable circuitry allow the designer to select the most cost effective solution for any application.

The MAX16932CATIU/V+ is a DC/DC switching controller optimized for high efficiency applications. It features fully integrated dual-channel synchronous rectification, allowing the full voltage swing from process corner to process corner. The use of constant on-time (COT) controls with an input voltage range of 4.5V to 14V and an output voltage range of 0.6V to 3V make the controller ideal for applications such as point-of-load regulation, portable applications, and powering denser, smaller form factor designs.

The MAX16932CATIU/V+ integrates several features such as programmable output voltage, power tracking, UVLO, over-voltage, and over-current protection, which makes it extremely flexible. It is designed to allow the user to optimize performance according to the specific application. The default setup is designed to provide optimum efficiency under light load conditions.

The MAX16932CATIU/V+ also has a wide input voltage range and low minimum on-time and pulse frequency, making it ideal for powering high-frequency digital loads. Its integrated gate driver provides improved EMI performance, allowing easier design and certification. The device also features an embedded oscillator, which eliminates the need for an external oscillator and helps reduce cost and board space.

The MAX16932CATIU/V+ is a cost effective DC/DC switching controller designed to maximize efficiency and flexibility in a wide range of applications. Its integrated gate driver and selectable circuitry allow the designer to select the most cost effective solution for any application. Its wide input voltage range, low minimum on-time, and embedded oscillator make it ideal for powering high-frequency digital loads and powering denser, smaller form factor designs.

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