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Showing Results For: Boost Converters

Boost Converters

Boost converters or step-up converters are types of switch mode DC-DC converters designed to boost or step up the input voltage from the supplied output voltage. They provide a higher output voltage than the source power supply. Like a buck converter, a boost converter also features two semiconductors, a capacitor, and an inductor for energy storage. 

Input Sources for Boost Converters

The input direct current source to the boost-converters comes from many sources, such as:

  • Batteries
  • Rectifiers (AC from mains supply)
  • Fuel cells
  • Generators (Electric or DC)
  • Solar Panels.

What are the Benefits of Boost Converters?

They offer various advantages, such as:

  • They provide high output voltage with low distortion and low operating duty cycles.
  • Reduce cost and offer to enhance the functionality of the device to be used. 
  • They are also a source of good quality waveforms even in the presence of the line frequency.

Difference Between a Buck and a Boost Converter

The boost converter differs from buck converters in that the output voltage of the boost converter is greater than or equal to its input voltage. 

Where are Booster Converters Used?

They are widely suited for a wide range of applications and devices, such as:

  • Power Amplifier Applications
  • Batteries
  • Consumer Electronics
  • LCD, OLED displays
  • Hybrid Vehicles
  • DC Motor Drives
  • Haptic Displays
  • Mobile Phones
  • Tablets 
  • MP3 Players
  • Adaptive Control Applications
  • Bar-code Scanners
  • Heaters
  • Power Factor Correction Circuits.

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Monolithic Power Systems (MPS)
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MP1542DK-LF-P, Monolithic Power Systems (MPS)
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Maxim Integrated
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MAX859CSA+, Maxim Integrated
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MAX641ACSA+, Maxim Integrated
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LTC3429ES6#TRMPBF, Analog Devices
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MCP16251T-I/CH, Microchip
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NCP1422MNR2G, onsemi
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£ 0.51
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MCP1640T-I/CHY, Microchip
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MP1541DJ-LF-P, Monolithic Power Systems (MPS)
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NJW4814MLE-TE1, Nisshinbo Micro Devices
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MAX631ACPA+, Maxim Integrated
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MCP1640BT-I/CHY, Microchip
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MP3212DQ-LF-P, Monolithic Power Systems (MPS)
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MCP1640DT-I/CHY, Microchip
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MAX1676EUB+, Maxim Integrated
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MAX1932ETC+, Maxim Integrated
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ADM00865, Microchip
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AP1609SG-13, DiodesZetex
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MCP1642B-50I/MS, Microchip
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MAX20472BATCC/V+, Maxim Integrated
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New Items
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LT1961IMS8E#PBF, Linear Technology

LT1961IMS8E#PBF, Linear Technology

SEPIC Regulators, Linear Technology A range of SEPIC DC-DC Converters from Linear Technology which can be used in applications where the output voltage may be either higher or lower than the input voltage. The SEPIC (Single-Ended Primary-Inductor Converter) topology also allows these converters to produce a negative output from a positive input voltage. Some of these switching regulators include features such as multiple outputs, programmable current limit, low battery detection and burst-mode operation. SEPIC (Single-Ended Primary-Inductor Converter) Switching Voltage Regulators, Linear Technology 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 4MHz. The controllers span over several types of configurations from buck (step-down), boost (step-up), buck-boost, forward, Isolated, Inverting and flyback controllers. The Flyback, Forward and Isolated Controllers primary and secondary side provide a solution to help replace the DC/DC bricks that get used in back-plane power conversion.
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MAX856CSA+, Maxim

MAX856CSA+, Maxim

Switching Regulators, Step-Up DC-DC Converters, Maxim Integrated Switching Voltage Regulators, Maxim Integrated
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LT1300CN8#PBF, Linear Technology

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Switching Regulators, LCD/CCD/OLED Bias, Linear Technology Switching Voltage Regulators, Linear Technology 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 4MHz. The controllers span over several types of configurations from buck (step-down), boost (step-up), buck-boost, forward, Isolated, Inverting and flyback controllers. The Flyback, Forward and Isolated Controllers primary and secondary side provide a solution to help replace the DC/DC bricks that get used in back-plane power conversion.
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LT1301CS8#PBF, Linear Technology

LT1301CS8#PBF, Linear Technology

SEPIC Regulators, Linear Technology A range of SEPIC DC-DC Converters from Linear Technology which can be used in applications where the output voltage may be either higher or lower than the input voltage. The SEPIC (Single-Ended Primary-Inductor Converter) topology also allows these converters to produce a negative output from a positive input voltage. Some of these switching regulators include features such as multiple outputs, programmable current limit, low battery detection and burst-mode operation. SEPIC (Single-Ended Primary-Inductor Converter) Switching Voltage Regulators, Linear Technology 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 4MHz. The controllers span over several types of configurations from buck (step-down), boost (step-up), buck-boost, forward, Isolated, Inverting and flyback controllers. The Flyback, Forward and Isolated Controllers primary and secondary side provide a solution to help replace the DC/DC bricks that get used in back-plane power conversion.
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ISL9111EH50Z-T7A, Renesas Electronics

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The Renesas Synchronous Boost Converter with 1A Switch is provide a power supply solution for single-cell, dual-cell, or three-cell alkaline, NiCd or NiMH battery-powered applications. The device has a typical 0.8V start-up voltage and is capable of supplying up to 5.25V output voltage. Both devices are guaranteed to supply 100mA from a single-cell input and 240mA from a dual-cell input when output is 3.3V. High 1.2MHz switching frequency allows for the use of tiny, low-profile inductors and ceramic capacitors to minimize the size of the solution. 100mA output current Vin 0.9V 240mA output from Vin 1.8V Logic control shutdown (Iq < 1μA) Output voltage up to 5.25V Output disconnect during shutdown Skip mode under light load condition
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NJW4132U2-C-TE1, New Japan Radio

NJW4132U2-C-TE1, New Japan Radio

The New Japan Radio switching regulator IC for boost converter corresponds to high oscillating frequency and wide input range from 4.5 to 40 V. Built in compensation circuit PWM control
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RE46C100S8TF, Microchip

RE46C100S8TF, Microchip

The Microchip piezoelectric horn driver is intended for applications using a self oscillating piezoelectric horn although it can be used in direct drive applications. Feedback control and a driver circuit are provided as well as a horn enable function. Low quiescent current (<100na) Low driver Ron - 20O typical at 9V Wide operating voltage range Compliant Pb free packaging
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MCP1642B-ADJI/MS, Microchip

MCP1642B-ADJI/MS, Microchip

MCP1642 Synchronous Boost Converter The MCP1642 family of devices from Microchip are compact, high-efficiency, fixed-frequency, synchronous step-up DC-DC converters. These regulators are designed for applications powered by alkaline, NiCd, NiMH, Li-Ion or Li-Polymer batteries. Features Up to 96% Typical Efficiency 1.8A Typical Peak Input Current Limit I OUT > 175 mA @ 1.2V V IN , 3.3V V OUT I OUT > 600 mA @ 2.4V V IN , 3.3V V OUT I OUT > 800 mA @ 3.3V V IN , 5.0V V OUT I OUT > 1A @ V IN > 3.6V, 5.0V V OUT Low Start-up Voltage: 0.65V Minimum Operating Input Voltage: 0.35V Maximum Input Voltage OUT Adjustable Output Voltage Range: 1.8V to 5.5V PWM Operation at 1 MHz Shutdown Current (All States): Internal Synchronous Rectifier Internal Compensation Inrush Current Limiting and Internal Soft-Start True Load Disconnect Shutdown (MCP1642B) Input-to-Output Bypass Option (MCP1642D) Low Noise, Anti-Ringing Control Over-temperature Protection
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MCP1624T-I/CHY, Microchip

MCP1624T-I/CHY, Microchip

MCP1623/1624 Synchronous Boost Converter The Microchip MCP1623 and MCP1624 are Adjustable, Fixed Frequency, Synchronous Step-Up DC-DC Converters. Primarily they are designed to offer a compact and highly efficient power supply solution for PIC Microcontrollers in one-, two- and three-cell battery powered applications. The desired output voltage of the device is set by the application of a small external resistor divider. The design allows the regulator to start up without high inrush current or output voltage overshoot from a low 0.65 V input. Combined is a low-resistance N-Channel Boost Switch and Synchronous P-Channel Switch to offer high efficiency. All compensation and protection circuitry is integrated into the device to minimise the required external components. Also featured is a Load Disconnect mode that provides input to output isolation while disabled. This mode consumes less than 1 μA of input current. Features Up to 96% Typical Efficiency 425 mA Typical Peak Input Current Limit Low Start Up Voltage: 0.65 V (typical) @ 3.3 V V OUT , 1 mA Low Operating Input Voltage: 0.35 V (typical) @ 3.3 V V OUT , 1 mA Adjustable Output Voltage Range: 2.0 V to 5.5 V Automatic PFM/PWM Operation – MCP1624 model only PWM-only Operation – MCP1623 model only 500 kHz PWM Frequency Low Device Quiescent Current: 19 μA (typical, PFM mode) Internal Synchronous Rectifier Internal Compensation Inrush Current Limiting and Internal Soft-Start True Load Disconnect Shutdown Current: Low Noise, Anti-Ringing Control Over-temperature Protection
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MAX1760EUB+, Maxim Integrated

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IC REG BOOST ADJ/3.3V 1A 10UMAX
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MAX1676EUB+, Maxim Integrated

MAX1676EUB+, Maxim Integrated

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