3.3V 3.7V 5V to 6V 9V 12V Adjustable StepUp Boost Power Supply Module Voltage Regulator

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$3.72
Weight (g):
1.00
Length (cm):
3.00
Height (cm):
1.00
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Product Overview

Features

  • This is a step‑up power supply module that can convert 2.6‑6V input to 3‑15V output.
  • Easily adjust the output voltage ‑ Just use a suitable screwdriver to rotate adjustable resistance.​
  • High conversion effieiency up to 90%.
  • Made with high quality electonic components, stable performance.
  • Low self power consumption and heat production.

Specifications

  • Features:
  • 1. This is a step-up power supply module that can convert 2.6-6V input to 3-15V output.
  • 2. Easily adjust the output voltage - Just use a suitable screwdriver to rotate adjustable resistance.
  • 3. High conversion effieiency up to 90%.
  • 4. Made with high quality electonic components, stable performance.
  • 5. Low self power consumption and heat production.
  • Specification:
  • Input voltage 2.6-6V, output 3-15V adjustable
  • Maximum input current: 1.4A
  • Long-term working current: 1.2A
  • Conversion efficiency: 79-90%
  • Working frequency: 1.0MHz
  • Start voltage: 2.6V
  • Output current: 10mA
  • Operating temperature: -40-85℃
  • Weight: Approx. 1g
  • Input  Voltage
  • Input  Current
  • Output  Voltage
  • Output  Current
  • 2.8V
  • 0.94A
  • 3V
  • 0.7A
  • 2.8V
  • 1.05A
  • 3.3V
  • 0.7A
  • 3V
  • 0.93A
  • 3.26V
  • 0.7A
  • 2.8V
  • 1A
  • 3.72V
  • 0.63A
  • 3V
  • 1.16A
  • 3.7V
  • 0.77A
  • 3.3V
  • 1A
  • 3.7V
  • 0.74A
  • 2.8V
  • 1A
  • 4.5V
  • 0.52A
  • 3V
  • 1.15A
  • 4.52V
  • 0.62A
  • 3.3V
  • 1.2A
  • 4.5V
  • 0.72A
  • 3.7V
  • 1.2A
  • 4.49V
  • 0.83A
  • 2.8V
  • 1A
  • 5.07V
  • 0.46A
  • 3V
  • 1.13A
  • 5.06V
  • 0.55A
  • 3.3V
  • 1.2A
  • 5.04V
  • 0.66A
  • 3.7V
  • 1.23A
  • 5.02V
  • 0.76A
  • 4.5V
  • 1A
  • 5V
  • 0.79A
  •  
  • 2.8V
  • 1A
  • 6.09V
  • 0.38A
  • 3V
  • 1.12A
  • 6.10V
  • 0.46A
  • 3.3V
  • 1.22A
  • 6.08V
  • 0.54A
  • 3.7V
  • 1.22A
  • 6.06V
  • 0.63A
  • 4.5V
  • 1.2A
  • 6.03V
  • 0.78A
  • 5V
  • 1.3A
  • 6.00V
  • 0.95A
  • 2.8V
  • 0.64A
  • 9.11V
  • 0.17A
  • 3V
  • 0.78A
  • 9.12V
  • 0.22A
  • 3.3V
  • 0.98A
  • 9.14V
  • 0.3A
  • 3.7V
  • 1.20A
  • 9.15V
  • 0.41A
  • 4.5V
  • 1.32A
  • 9.16V
  • 0.56A
  • 5V
  • 1.3A
  • 9.15V
  • 0.63A
  • 6V
  • 1.2A
  • 9.11V
  • 0.71A
  • 3V
  • 0.15A
  • 12.15V
  • 0.03A
  • 3.3V
  • 0.51A
  • 12.18V
  • 0.12A
  • 3.7V
  • 0.87A
  • 12.23V
  • 0.23A
  • 4.5V
  • 1.33A
  • 12.16V
  • 0.42A
  • 5V
  • 1.4A
  • 12.16V
  • 0.5A
  • 6V
  • 1.2A
  • 12.17V
  • 0.53A
  • How to use:
  • With a suitable screwdriver, slowly rotating adjustable resistance.
  •  
  • Applications:
  • MCU Development Board for FPGA/CPLD DUE 8051 AVR C8051 etc
  • PLC  for RS485 Modbus RTU
  • 9-12V network equipment/Router
  • Temperature and humidity sensor
  • LED lighting
  • Instruments and meters
  • 5V 6V 9V 12V relay board
  • Wireless communication equipment
  • 315M 433M Wireless remote controller
  •  
  • Package list:
  • 1 * Step-Up Power Supply Module
  •  
  • Note:
  • This is a voltage converter module, must be noted when using:
  • 1 Input voltage can not be greater than the maximum input range.
  • 2 Output power can not be greater than the maximum load for a long time.
  • 3 Input power must be greater than the output power, because the power consumption of the module itself.
  •  
  • Q & A:
  • Q : Why output voltage is less than the nominal voltage
  • A : Input power supply power is too low.Test the input voltage with a multimeter,a t this time of the input voltage is very low.