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ADP3207 Datasheet PDF

onsemi ADP3207

The ADP3207 uses a multimode architecture to drive the logiclevel PWM outputs at a programmable switching frequency that can be optimized depending on the output current requirement. The part switches between multiphase and single-phase operation to maximize its effectiveness under all load conditions. In addition, the ADP3207 includes a programmable slope function to adjust the output voltage as a function of the load current.
Part No. ADP3207
Datasheet ADP3207 Download
Manufacturer
onsemi
Description 7-Bit Programmable Multiphase Mobile CPU Synchronous Buck Controller
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ADP3207 datasheet page 1 preview

FEATURES

1-, 2-, or 3-phase operation at up to 750 kHz per phase ±8 mV worst-case differential sensing error over temperature Interleaved PWM outputs for driving external high power MOSFET drivers Automatic power-saving modes maximize efficiency during light load and deeper sleep operation Soft transient control reduces inrush current and audio noise Active current balancing between output phases Independent current limit and load line setting inputs for additional design flexibility Built-in power-good masking supports VID on-the-fly 7-bit digitally programmable 0.3 V to 1.5 V output Overload and short-circuit protection with programmable latch-off delay Built-in clock enable output delays CPU clock until CPU supply voltage stabilizes

APPLICATIONS

Notebook power supplies for next generation Intel® processors

GENERAL DESCRIPTION

The ADP32071 is a high efficiency, multiphase, synchronous, buck-switching regulator controller optimized for converting notebook battery voltage into the core supply voltage required by high performance Intel processors.
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