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LICHIFIT 5V 3A UBEC Fully Shielded Anti- Interference UBEC 3A Max 5A Switching Power Supply ESC BEC RC Helicopter Accessories

KWD 5

Brand
LICHIFIT
Weight
20 g
1 +

Special Features

  • The 3A-UBEC is a switch-mode DC-DC regulator supplied with a 2-6 cells lithium battery pack (or 5-18 cells NiMh /NiCd battery ) and it outputs a consistent safe voltage for your receiver, gyro and servos. It is very suitable for RC helicopter
  • A metal shield covers almost all the electronic components, and a specially made filter is attached with the output wires to significantly reduce the electromagnetic interference.
  • The working status is shown by an indicator (LED), lights when the output is in normal range.
  • Battery polarity reversal protection, if the power supply is accidentally reversed, it will not cause damage to the UBEC.
  • The switching power supply structure is designed, the frequency of the switching power supply main control chip is 300KHz, and it has the functions of over-current and over-temperature protection, and the chip efficiency is as high as 92%.

Description

Specifications:
Output Voltage: 5V or 6V (Changeable with an output-voltage select switch )
Continuous Output Current: 3 Amps
Input: 5.5V-26V (2-6 cells lithium battery pack or 5-18 cells NiMh /NiCd battery)
Size: 42mm (L) * 24mm (W) * 11mm (H)

Compared with BEC with linear regulation, the advantages of BEC with switching power supply are mainly reflected in:
1. When using more than 3 strings (11.1V) batteries, it can greatly reduce BEC heating and improve the overall efficiency. (For example, when using 4 strings of lithium batteries, the voltage is about 14.8V during normal use.)
2. Using the transmission linear voltage regulation method, In order to output a current of 5V/1A, a current of 1A must also be input to the power supply side. Therefore, there will be 14.8V×1A= 14.8W power consumption on the BEC, but the actual useful output of the BEC is only 5V×1A=5W, so the overall efficiency is only 5/14.8= 33.8%, and the other 9.8W power consumption is converted into heat, so it will cause the BEC to overheat, and the chip will enter the protection state and cannot work; Using the switching power supply method, to output a current of 5V/1A, our actual test shows that only 0.38A of current needs to be input on the power supply side, that is, 14.8V×0.38A= 5.6W of power, so the overall efficiency is 5/5.6=89.3%.

Package includes:
1x 3A-UBEC

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