Regular Module External RC Receiver Power Supply BEC UBEC-15A 6-12S 23-45V for RC Models
New
Shipping
Standard courier shipping from R30
R30 Standard shipping using one of our trusted couriers applies to most areas in South Africa. Some areas may attract a R30 surcharge. This will be calculated at checkout if applicable.
Check my rate
Check my rate
Ready to ship in
The seller has indicated that they will usually have this item
ready to ship within 15 business days. Shipping time depends on your delivery address. The most
accurate delivery time will be calculated at checkout, but in
general, the following shipping times apply:
Standard Delivery
| Main centres: | 1-3 business days |
| Regional areas: | 3-4 business days |
| Remote areas: | 3-5 business days |
Returns
Get it now, pay later
Seller
Buyer Protection
Product details
Condition
New
Location
International
Bob Shop ID
615153518
Regular Module External RC Receiver Power Supply BEC UBEC-15A 6-12S 23-45V for RC Models
Specification UBEC-15A?
Working voltage: 6-12s (23-45V)
Continuous current 15a
Instantaneous current: 30a/10 seconds
Size: 55*28*5MM
Weight: 36g
Features
2.1 Adopting switching power supply structure design, the frequency of switching power supply main control chip is 300KHz, and it has over-current and over-temperature protection functions,its efficiency is as high as 92%;
2.2? small and light;
2.3 The electronic device is protected by the shielding cover, the output line is equipped with a magnetic ring, which greatly reduces electromagnetic interference and ensures the normal operation of the receiver
2.4 It has a protection function to prevent the polarity of the power supply from being reversed. If the power supply is accidentally reversed, it will not cause UBEC damage
Advantages by comparing with traditional BEC: Compared with the BEC with linear voltage regulator, the advantages of BEC with switching power supply mode are mainly reflected in: when using more than 3 strings (11.1V) batteries, it can greatly reduce the heating of BEC and improve the overall efficiency.
For example: when using 4 strings of lithium batteries, the voltage is about 14.8V in normal use. a??Using the transmission method of linear voltage stabilization, to output a current of 5V/1A, the power supply terminal must also input a current of 1A. So there will be 14.8V??1A= 14.8W power consumption on BEC, but the actual useful output of BEC is only 5V??1A=5W, so the overall efficiency is only 5/14.8= 33.8%, and the power consumption of 9.8W is converted into Heat, so it will cause the BEC to overheat, and the chip will enter the protection state and cannot work; a??Using the switching power supply mode, to output a current of 5V/1A, our actual test shows that the power supply terminal only needs to input a current of 0.38A, that is, 14.8V??0.38A= 5.6W.
Package Included? 1 x UBEC
Specification UBEC-15A?
Working voltage: 6-12s (23-45V)
Continuous current 15a
Instantaneous current: 30a/10 seconds
Size: 55*28*5MM
Weight: 36g
Features
2.1 Adopting switching power supply structure design, the frequency of switching power supply main control chip is 300KHz, and it has over-current and over-temperature protection functions,its efficiency is as high as 92%;
2.2? small and light;
2.3 The electronic device is protected by the shielding cover, the output line is equipped with a magnetic ring, which greatly reduces electromagnetic interference and ensures the normal operation of the receiver
2.4 It has a protection function to prevent the polarity of the power supply from being reversed. If the power supply is accidentally reversed, it will not cause UBEC damage
Advantages by comparing with traditional BEC: Compared with the BEC with linear voltage regulator, the advantages of BEC with switching power supply mode are mainly reflected in: when using more than 3 strings (11.1V) batteries, it can greatly reduce the heating of BEC and improve the overall efficiency.
For example: when using 4 strings of lithium batteries, the voltage is about 14.8V in normal use. a??Using the transmission method of linear voltage stabilization, to output a current of 5V/1A, the power supply terminal must also input a current of 1A. So there will be 14.8V??1A= 14.8W power consumption on BEC, but the actual useful output of BEC is only 5V??1A=5W, so the overall efficiency is only 5/14.8= 33.8%, and the power consumption of 9.8W is converted into Heat, so it will cause the BEC to overheat, and the chip will enter the protection state and cannot work; a??Using the switching power supply mode, to output a current of 5V/1A, our actual test shows that the power supply terminal only needs to input a current of 0.38A, that is, 14.8V??0.38A= 5.6W.
Package Included? 1 x UBEC
