Boost converters typically are devices used to increase the voltage from one end, whilst slowing down the current. How do they work? The boost converter is able to store energy in its inductor and then simultaneously release it at a higher load voltage than was inputted in the beginning making it very useful in speeding up devices. Features and benefits: Use of inexpensive surface mount inductors (making them very cost effective) Low battery detectors included in some models High efficiency in all devices Consistent peak current control to reduce output ripple Electromagnetic interference circuitry Where might I use one? LCD, OLED display supplies Mobile phones MP3 players Haptic displays Portable devices like tablets PDAs Wireless systems Bar-code scanners
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The range of highly integrated high-efficiency switching voltage
regulators from Texas Instruments includes Step-up (Boost), Step-down (Buck), Step-up/down (Boost/Buck) and Inverting types providing efficient solutions for every DC Voltage Regulator application
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Linear Technology product series of synchronous and non-synchronous
internal switching regulator ICs offer high efficiency plus a wide input voltage range and switching frequencies up to 4MHzThe controllers span over several types of configurations from buck (step-down), boost (step-up), buck-boost, ...
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The Offline, AC-DC switching regulators, feature control in
current and voltage mode The NCP105x series are gated oscillator power switching regulators. Applications include robust and highly efficient power supplies, essentially Switch Mode Power Supply (SMPS). Built-in 700 V MOSFETFixed Peak ...
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BD8152FVM are the 1 channel step-up switching regulator
which builds in the low voltage FET Input voltage is 2.5V to 5.5V realizing the low consumption power. High accuracy feedback voltage ±1% is established and the brightness dispersion of TFT-LCD panel ...