BUCK-BOOST Datasheet(PDF) - BD8303MUV_15 - Rohm

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BUCK-BOOST Datasheet, PDF

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Searched Keyword : 'BUCK-BOOST' - Total: 196 (1/10) Pages

Manufacturer	Part #	Datasheet	Description
Rohm	BD8303MUV	1Mb/27P	Synchronous Buck-Boost Controller
	BD39001EKV-C	1Mb/56P	Buck-Boost Switching Regulator Watch Dog Timer
	BD8306MUV	1Mb/29P	Integrated 2.0A MOSFET 1ch Buck-Boost Converter
	BD81A44MUV-M	1Mb/39P	4ch White LED Driver with Buck-Boost
	BD39002EFV-C	1Mb/47P	Buck-Boost Switching Regulator Watch Dog Timer
	BD81A24MUV-M	1Mb/40P	4ch White LED Driver with Buck-Boost
	BD81A34MUV-M	1Mb/36P	4ch White LED Driver with Buck-Boost (32 LED Maximum)
	BD81A74EFV-M	3Mb/44P	4ch White LED Driver Built-in Current Driver Buck-Boost and Boost DC/DC Converter for Automotive 8.Oct.2021 Rev.007
	BD81A76EFV-M	2Mb/43P	6ch White LED Driver Built-in Current Driver Buck-Boost and Boost DC/DC Converter for Automotive 25.Nov.2021 Rev.004
	BD81A24EFV-M	3Mb/48P	4ch White LED Driver Built-in Current Driver Buck-Boost and Boost DC/DC Converter for Automotive 21.Sep.2021 Rev.007
	BD81A44EFV-M	3Mb/47P	4ch White LED Driver Built-in Current Driver Buck-Boost and Boost DC/DC Converter for Automotive 12.Feb.2021 Rev.008
	BD81A04AMUV-M	1Mb/37P	4ch White LED Driver with Buck-Boost and Built-in FET (32 LED Maximum)
	BD83070GWL	2Mb/25P	Synchronous Buck-Boost DC/DC Converter with 2 A Switches (VIN = 2.0 V to 5.5 V, 1ch)
	BD8P250MUF-C	3Mb/46P	2.7 V to 36 V Input, 2 A Single Buck DC/DC Converter with Boost Function For Automotive
	BD9G401EFJ-M	1Mb/32P	1ch Buck Converter
	BD8158FVM	302Kb/6P	TFT-LCD Bias Boost Converter
	BU33UV7NUX	1Mb/24P	Synchronous Boost DC/DC Converter
	BD9B300MUV-EVK-101	1Mb/11P	Synchronous Buck Converter
	BD9615MUV-LB	2Mb/33P	1ch Boost DC/DC Controller
	BD8152FVM	355Kb/6P	TFT-LCD Bias Boost Converter

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What is BUCK-BOOST

In electronics, Buck-Boost is a term used to describe a DC-DC converter circuit for power conversion.

Buck-Boost circuits have the ability to step down or boost the input voltage and are one useful form of power conversion.

Buck-Boost circuits are used to maintain the output voltage at a desired level in high or low input voltage situations.

This circuit consists of various electronic components such as inductors, diodes, switches and capacitors.

In Buck mode, the input voltage is high, which serves to reduce the output voltage.

In this mode, the input voltage is periodically cut off using a switch, and energy is stored and supplied as an output voltage through an inductor.

This allows you to lower the voltage.

In Boost mode, the input voltage is lowered to increase the output voltage.

In this mode, the energy stored in the inductor can be supplied to the output voltage using a switch, and the voltage can be increased.

Buck-Boost circuits can flexibly respond to input voltage fluctuations and are used in a variety of applications, including battery charging systems, solar inverters, and electric vehicle charging systems.

This circuit is an efficient and useful electronic component in situations where power conversion and voltage control are required.

*This information is for general informational purposes only, we will not be liable for any loss or damage caused by the above information.

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