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BOOST Datasheet, PDF

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Searched Keyword : 'BOOST' - Total: 82 (1/5) Pages
ManufacturerPart #DatasheetDescription
Company Logo Img
Monolithic Power System... 		MP1541 Datasheet pdf image
246Kb/8P		 1.3MHz Boost Converter
MP1541 Datasheet pdf image
317Kb/8P		 1.3MHz Boost Converter
MP3209 Datasheet pdf image
397Kb/11P		 1.4MHz, 350mA Boost Converter
MP3900 Datasheet pdf image
281Kb/13P		 High Efficiency Boost Controller
EV3900DK-00B Datasheet pdf image
223Kb/4P		 High Efficiency Boost Controller
EV0077 Datasheet pdf image
151Kb/4P		 1.3MHz Low Power Boost Converter
EV3209DJ-00A Datasheet pdf image
137Kb/4P		 1.3MHz 350mA Boost Converter Evaluation Board
EV3216DJ-00A Datasheet pdf image
190Kb/4P		 1.3MHz, 36V Boost Converter Evaluation Board
EV3900DK-00F Datasheet pdf image
188Kb/4P		 High Efficiency Boost Controller EV Board
EVQ3425-L-00A Datasheet pdf image
195Kb/4P		 Boost Converter With a 55V, 3.5A Switch
EV0059 Datasheet pdf image
247Kb/4P		 MP1567: Buck Boost Lumileds White LED Driver
EV3908DK-00B Datasheet pdf image
260Kb/5P		 High Efficiency Synchronous Boost Converter EV Board
EV3306-G-00A Datasheet pdf image
256Kb/6P		 700kHz Synchronous Boost WLED Driver Evaluation Board
EV3414-J-00A Datasheet pdf image
275Kb/5P		 1.8A, 1MHz Synchronous Boost Converter Evaluation Board
EV3418-J-00A Datasheet pdf image
507Kb/6P		 400mA, 1.2MHz Sychronous Boost Converter Evaluation Board
EV3425DL-00A Datasheet pdf image
187Kb/4P		 Boost Converter With a 55V, 3.5A Switch
EV3120EJ-00A Datasheet pdf image
193Kb/4P		 1.2A, 1.1MHz Synchronous Boost Converter Evaluation Board
EV3412EJ-00A Datasheet pdf image
149Kb/4P		 1.1A Synchronous Boost White LED Driver Evaluation Board
MP1542 Datasheet pdf image
485Kb/10P		 700KHz/1.3MHz Boost Converter with a 2A Switch
EV1542DK-00A Datasheet pdf image
197Kb/4P		 700KHz/1.3MHz Boost Converter with a 2A Switch

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What is BOOST

In electronics, BOOST is often used as a term used for power conversion and voltage amplification.

BOOST refers to a power conversion circuit that amplifies an input voltage to a higher output voltage.

This circuit is often implemented as a DC-DC converter or switching regulator.

The BOOST converter stores the input voltage into a charging inductor and then uses a switch to transfer the stored energy to the output.

When the switch closes, the charged energy flows to the output, making the output voltage higher than the input voltage.

This achieves power amplification and allows power to be supplied to electronic components or circuits that require higher voltages.

BOOST circuits are used in a variety of electronic components and applications. Its main uses are:

Power Supply: BOOST converters are used to provide sufficient voltage to electronic devices that use low voltage power sources.

For example, in mobile devices or wireless sensor systems that run on batteries, a BOOST circuit can be used to amplify the voltage to ensure reliable operation.

Inverter: BOOST circuits can also be used in inverter circuits that convert DC input to AC output.

Inverters are used in solar power systems or uninterruptible power supplies (UPS) and amplify DC voltage to create AC power.

LED lighting: BOOST circuits are used in LED lighting systems to provide the proper voltage to the LEDs.

LEDs often operate at low voltages, but a BOOST converter can be used to amplify the input voltage to the voltage required for LED operation to provide bright light.

Therefore, BOOST is a term used in the field of electronic components for power conversion and voltage amplification.

BOOST converters are used to supply stable power to various electronic devices and circuits through voltage amplification.

*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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