DA9292 - High-Performance Multi-Phase DC-DC Buck Converter

Renesas

Key Features

2.2 V to 5.5 V input voltage.
Selectable output voltage range:.
0.3 V to 1.275 V, 5 mV step.
0.6 V to 1.9 V, 10 mV step.
1x 20 A quad-phase converter (52 A peak output current).
2x 10 A dual-phase converters (26 A peak output current).
3 MHz nominal switching frequency.
±1 % accuracy (static).
Fast transient response.
Automatic phase shedding.
Integrated power switches.
Remote sensing at point of load.
I2C compatible inter.

DA9292 high-performance multi-phase dc-dc buck converter by Renesas - Datasheet Preview

Datasheet Details

Part number	DA9292
Manufacturer	Renesas
File Size	2.33 MB
Description	High-Performance Multi-Phase DC-DC Buck Converter
Datasheet	DA9292 Datasheet

Other Datasheets by Renesas

Part Number	Description
DA9210	Multi-Phase 12A DC-DC Buck Converter
DA9211	PMU
DA9212	PMU
DA9213	Multi-Phase 5A/Phase DC-DC Buck Converter
DA9213-A	Auto Grade Multi-Phase 5A/Phase Buck Converter
DA9214	Multi-Phase 5A/Phase DC-DC Buck Converter
DA9214-A	Auto Grade Multi-Phase 5A/Phase Buck Converter
DA9215	Multi-Phase 5A/Phase DC-DC Buck Converter
DA9215-A	Auto Grade Multi-Phase 5A/Phase Buck Converter
DA9217	High-Performance Dual-Phase DC-DC Converter

Full PDF Text Transcription (Reference)

The following content is an automatically extracted verbatim text from the original manufacturer datasheet and is provided for reference purposes only.

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DA9292 High-Performance Multi-Phase DC-DC Buck Converter Datasheet DA9292 is a high-performance Power Management IC suitable for supplying high-current rails in CPUs, GPUs, SOCs in multiple end-applications. The device is capable of supporting up to 52 A of peak current in a compact offering, with fully integrated power devices. DA9292 can be configured as either a 20 A quadphase buck converter or two 10 A dual-phase buck converters. The input voltage range of 2.2 V to 5.5 V makes it suited for a wide range of low voltage systems, including all single cell battery powered systems. The is optimized for a very small footprint – each phase will only need a 0.10 µH inductor. The output voltage is programmable from 0.3 V to 1.275 V in 5 mV steps.