The step-up converters (also known as a boost converters) is an power electronic converter, which is designed to increase the direct voltage (DC) from the source, receiving an appropriately increased DC voltage for the receivers at the output. The main purpose of devices such as DC-DC voltage converters, step-up and step-down converters is to power various types of electronics.
Filament Rosa3D Refill PLA Magic Silk 1,75mm 1kg - Gold-Silver
Index: ROS-24206
- Reduced price
- Promotion
Minicomputer UP Squared V2 2GB RAM + 32GB eMMC Intel Celeron N6210
Index: AAE-24033
- Reduced price
- Promotion
- Reduced price
- Promotion
Converters step-up
Loading...
Step-Up Voltage Regulator U3V16F5 - 5V 2A - Pololu 4941
Pololu step-up converter with an output voltage of 5 V and a capacity of 2 A. The supply voltage is from 1.3 V to 16 V. The minimum starting voltage is 2.7 V. Typical...
Index: PLL-22475
Index: PLL-22475
Step-Up Votage Regulator TPS61023 - Adafruit 4654
Boost type step-up converter with 5 V output voltage and 1 A current capacity. The input voltage should be between 0.5 V and 5.5 V . The minimum input voltage for start-up...
Index: ADA-17202
Index: ADA-17202
Step-Up Voltage Regulator U3V16F12 - 12V 2A - Pololu 4945
Pololu step-up converter with an output voltage of 12 V and a capacity of 2 A. The supply voltage is from 1.3 V to 16 V. The minimum starting voltage is 2.7 V. Typical...
Index: PLL-22473
Index: PLL-22473
Step-Up Voltage Regulator U3V40F12 - 12V 3,5A - Pololu 4016
A step-up converter by Pololu with an output voltage of 12 V and a capacity of 3.5 A. The module is supplied with the voltage from 1.3 V to 12 V (the starting voltage is 2.7 V)....
Index: PLL-20742
Index: PLL-20742
Step-Up Voltage Regulator 50W adjustable 12-35V/6A
Upgrade inverter with adjustable output voltage from 12 to 35 V. The permissible input voltage range is 10 V - 32 V and maximum power is 50 W .
Index: MOD-03728
Index: MOD-03728
Level Booster Breakout - 3V - 5V voltage level converter - STEMMA QT / Qwiic - Adafruit 5649
Level Booster Breakout is a board produced by Adafruit, it has the form of a voltage level converter that allows you to obtain an output voltage of 5 V from an input voltage...
Index: ADA-22546
Index: ADA-22546
DFRobot Step-Up Voltage Regulator V3.0 with AA battery connector DFR0250 - 5V 1A
The system stabilizes the input voltage from 1.8 V to 4.5 V from two AA batteries (big sticks) to 5 V. The maximum output current is 1 A, module size is 65 x 33 mm.
Index: DFR-02985
Index: DFR-02985
Step-Up Voltage Regulator U3V16F6 - 6V 2A - Pololu 4942
Pololu step-up converter with an output voltage of 6 V and a capacity of 2 A. The supply voltage is from 1.3 V to 16 V. The minimum starting voltage is 2.7 V. Typical...
Index: PLL-22472
Index: PLL-22472
Step-Up Voltage Regulator U3V40F5 - 5V 4A - Pololu 4012
Pololu brand step-up converter with an output voltage of 5 V and a capacity of 4 A . The supply voltage ranges from 1.3 V to 5 V (the starting voltage is 2.7 V)....
Index: PLL-20747
Index: PLL-20747
Step-Up Voltage Regulator U1V10F5 - 5V 1,2A - Pololu 2564
Step-up converter with 5 V output voltage. Maximum input current up to 1.2 A. Supply voltage in the range 0.5 V - 5.5 V.
Index: PLL-01891
Index: PLL-01891
Step-Up Voltage Regulator U3V70F12 - 12V 10A - Pololu 2895
Step-up converter with 12 V output voltage. Maximum current up to 10 A. Supply voltage from 2.9 V to 12 V.
Index: PLL-14007
Index: PLL-14007
Converter DC/AC step-up 12/24VDC / 230VAC 300/600W - car - Volt IPS-600 Duo
The IPS-600 Duo Volt Converter allows you to supply devices requiring 230 V AC power from batteries and car systems with 12 V or 24 V DC . The device will work well in...
Index: VLT-16444
Index: VLT-16444
Boost - Step-Up Voltage Regulator - DC 5,5/2,1mm plug - 5-12V 0,7A - Adafruit 2778
Cable with integrated converter step-up boost which provides output voltage of 12 Volts from a 5V supply received from the USB port. The output connector is a DC connector 5,5...
Index: ADA-05292
Index: ADA-05292
Step-Up Voltage Regulator U3V16F3 - 3,3V 2A - Pololu 4940
Pololu step-up converter with an output voltage of 3.3 V and a capacity of 2 A. The supply voltage is from 1.3 V to 16 V. The minimum starting voltage is 2.7 V. Typical...
Index: PLL-22476
Index: PLL-22476
Step-Up Voltage Regulator U3V70F5 - 5V 10A - Pololu 2891
Step-up converter with 5 V output voltage. Maximum current up to 10 A. Supply voltage between 2.9 V and 5 V.
Index: PLL-14003
Index: PLL-14003
Velleman - Step-Up Voltage Regulator with USB socket VMA403 - 5V 0.6 A - 2 pcs.
Step-up converter with 5 V output voltage and 600 mA maximum current. It is powered from 2.5 V to 5 V. The output is a USB socket, so the circuit can be used as a charger...
Index: VEL-13030
Index: VEL-13030
Step-Up Voltage Regulator U3V16F9 - 9V 2A - Pololu 4944
Pololu step-up converter with an output voltage of 9 V and a capacity of 2 A. The supply voltage is from 1.3 V to 16 V. The minimum starting voltage is 2.7 V. Typical...
Index: PLL-22474
Index: PLL-22474
Step-Up Voltage Regulator U3V70F15 - 15V 10A - Pololu 2896
Step-up converter with 15 V output voltage. Maximum current up to 10 A. Supply voltage from 2.9 V to 15 V.
Index: PLL-14008
Index: PLL-14008
Step-Up Voltage Regulator U1V11F5 - 5V 1,2A - Pololu 2562
Step-up converter with 5 V output voltage. Maximum input current up to 1.2 A. Supply voltage in the range 0.5 V - 5.5 V. The system has a standby mode.
Index: PLL-01893
Index: PLL-01893
Step-Up Voltage Regulator U1V11F3 - 3,3V 1,2A - Pololu 2561
A step-up converter with a 3.3 V output voltage. Maximum input current up to 1.2 A. Supply voltage in the range 0.5 V - 5.5 V. The system has a standby mode.
Index: PLL-01894
Index: PLL-01894
Step-Up Voltage Regulator with USB socket 5V 1,2A
A step-up converter with 5 V output voltage and a maximum current of 1200 mA. It is powered from 2 V to 5 V. The output is a USB socket, so the chip can be used as a mobile...
Index: MOD-03686
Index: MOD-03686
AZO Digital DC/AC Step-Up Voltage Regulator IPS-3200 - 12VDC / 230VAC 3200W - car
The converter allows you to use devices that require AC 230 V using batteries or car installations with DC 12 V . Ideally suited for laptops, USB devices, printers, cash...
Index: AZO-12956
Index: AZO-12956
- Reduced price
- Promotion
Converter DC/AC step-up 12VDC / 230VAC 700/1000W - sinus - Volt IPS-1000
The inverter is a step-up voltage, the input voltage is 12 V DC and the output voltage is 230 V AC. Continuous power is 700 W, maximum instantaneous power is 1000 W . The...
Index: VLT-16440
Index: VLT-16440
Step-Up Voltage Regulator U3V16F15 - 15V 2A - Pololu 4946
Pololu step-up converter with an output voltage of 15 V and a capacity of 2 A. The supply voltage is from 1.3 V to 16 V. The minimum starting voltage is 2.7 V. Typical...
Index: PLL-22470
Index: PLL-22470
See also
How does a step-up converter work?
In the circuit of a typical step-up converter, a transistor key and a diode are used. When the switching transistor conducts, it closes the circuit through the coil and the power source, and the diode in the switching circuit turns on because the voltage at its cathode is higher than at its anode. The basic rule in step-up converters is that the coil operates by maintaining continuity of current due to changes in the magnetic field, and the voltage at the output is always higher than at the input. When the transistor conducts, the current flowing through the coil creates magnetic field energy. When the switching transistor stops conducting, the current flowing from the source through the coil disappears. The previously accumulated magnetic field energy is, in accordance with Faraday's law of induction, changed into a voltage summed with the source voltage, which powers the receiver through a diode and charges the voltage-maintaining capacitor connected in parallel. The keying transistor is controlled by a square wave signal with variable duty cycle (PWM) - the higher the duty cycle of the signal, the higher the voltage at the output of the step-up converter.
High-quality adjustable step-up converters
The U3V70X family of step-up converters from Polou are high-performance converters with synchronously switching regulators that require a minimum voltage of 2.9V. Immediately after switching on, the regulator limits the input current to 10.0A. The converters are equipped with overload, short-circuit and undervoltage protection, and the recommended maximum continuous output current is 6.0A. The output current is proportional to the ratio of the input voltage to the output voltage, which means that the output current decreases as the output voltage from the converter increases. Polou converters also have built-in protection against reverse polarity voltage, thus protecting the receivers. The built-in low power consumption function prevents unnecessary energy loss. The U3V70X family converters are available in a version with a rigid output voltage in variants from 5.0V to 15.0V and in a version with a precisely regulated output voltage in variants from 4.5V to 20.0V, using a 12-turn potentiometer.
Step up converters, also called power electronic converters, are devices that enable increasing the direct voltage (DC) from the source and obtaining at the output (step up converters) a voltage increased by a specific value. Step up converters are extremely important elements of switching power supplies. Selected converter models are equipped with systems that enable control of the output voltage within a specific range. This solution enables stable and safe power supply of power receivers with different supply voltage requirements.
The type, number and maximum power of current receivers depend strictly on the specific type of converter (specifically its current parameters and application). Low- and medium-power receivers can be connected to car converters powered by batteries (the exception is high-power converters powered by high-capacity batteries). Converters in the form of single-board systems allow the connection of current receivers whose voltage and current do not exceed the nominal parameters of the converter.
An unloaded converter connected to a power source consumes the so-called no-load current. The specific consumption value is strictly dependent on the model and electrical parameters of the converter. Low-power devices draw from several dozen to several hundred milliamps. In turn, high-power converters can draw up to several amperes.