FlyingRC-LM3150-BEC-V1.0

Detailed introduction:

This design is suitable for powering servos on fixed-wing aircraft models. The default switching frequency is 430kHZ (taking into account both volume and efficiency)

Temperature test data:

1) Room temperature 30 degrees

2) The temperature is the upper MOS tube temperature (higher than other chips)

3) Input 24~23V

4) Output 5.10V

5) Use double-sided heat sinks when testing, as shown in the cover picture

In the case of pure passive cooling:

12A overcurrent protection

9A 100s temperature 120 degrees

8A 170s temperature 120 degrees

7A 240s temperature 120 degrees

6A continuous, temperature 110 degrees

When a small fan simulates air ventilation and heat dissipation:

10A continuous, temperature 70 degrees (no pressure)

Ripple test data:

No current output: 70mV

At 10A output: 170mV

The intermediate change is almost linear, and the effect of ripple can be further reduced by connecting a solid capacitor in parallel at the output end.

Chip purchase details:

In addition to the above devices and RV resistors, please purchase other resistors and capacitors at Uxin Electronics according to the 'nominal value'

The output voltage can be set by changing the RV resistance and inductance for use by the HV servo ( when the voltage output increases, the module will heat up more seriously )

Soldering tips, it is easy to solder the resistors and capacitors of the 0402 package using solder paste and a heating table.