hi, ich habe das PDB heute per post bekommen. und was soll ich sagen ich bin begeistert... beim auspacken hatte ich zuerst sorgen das das PDB zu groß ist für meinen ZMR250. Aber bei genaueren betrachten ist mir aufgefallen das man den äußeren rand vom PDB herausbrechen kann, wodurch es erheblich kleiner wird. und sich nun perfekt mit dem frame verschrauben lässt. die Lötpunkte vom PDB sind ausreichend groß so das man die kabel super verlöten kann. zwei 5volt BECs sind ebenfalls auf dem board verbaut, so das sich um die stromverteilung mit dem board keine sorgen mehr machen muß. also einfach perfekt

hi, ich habe das PDB heute per post bekommen. und was soll ich sagen ich bin begeistert... beim auspacken hatte ich zuerst sorgen das das PDB zu groß ist für meinen ZMR250. Aber bei genaueren betrachten ist mir aufgefallen das man den äußeren rand vom PDB herausbrechen kann, wodurch es erheblich kleiner wird. und sich nun perfekt mit dem frame verschrauben lässt. die Lötpunkte vom PDB sind ausreichend groß so das man die kabel super verlöten kann. zwei 5volt BECs sind ebenfalls auf dem board verbaut, so das sich um die stromverteilung mit dem board keine sorgen mehr machen muß. also einfach perfekt

hi, ich habe das PDB heute per post bekommen. und was soll ich sagen ich bin begeistert... beim auspacken hatte ich zuerst sorgen das das PDB zu groß ist für meinen ZMR250. Aber bei genaueren betrachten ist mir aufgefallen das man den äußeren rand vom PDB herausbrechen kann, wodurch es erheblich kleiner wird. und sich nun perfekt mit dem frame verschrauben lässt. die Lötpunkte vom PDB sind ausreichend groß so das man die kabel super verlöten kann. zwei 5volt BECs sind ebenfalls auf dem board verbaut, so das sich um die stromverteilung mit dem board keine sorgen mehr machen muß. also einfach perfekt

Design of the PDB is not the most convenient one, i would prefer to have "+" and "-" pads for ESCs to be located near each other. Also, 5V BEC capacity is rather limited, i would not advise to connect more than a flight controller and a FPV camera to it, otherwise it will overheat. // Не самая удобная платка для распределения питания, мне бы больше подошло, чтобы площадки "+" и "-" для подключения ESC были рядом. Кроме того, мощность регулятора на 5В не очень велика, не стОит подключать к нему что-то большее, чем контроллер и FPV-камеру, иначе он начинает ощутимо перегреваться.

Design of the PDB is not the most convenient one, i would prefer to have "+" and "-" pads for ESCs to be located near each other. Also, 5V BEC capacity is rather limited, i would not advise to connect more than a flight controller and a FPV camera to it, otherwise it will overheat. // Не самая удобная платка для распределения питания, мне бы больше подошло, чтобы площадки "+" и "-" для подключения ESC были рядом. Кроме того, мощность регулятора на 5В не очень велика, не стОит подключать к нему что-то большее, чем контроллер и FPV-камеру, иначе он начинает ощутимо перегреваться.

Design of the PDB is not the most convenient one, i would prefer to have "+" and "-" pads for ESCs to be located near each other. Also, 5V BEC capacity is rather limited, i would not advise to connect more than a flight controller and a FPV camera to it, otherwise it will overheat. // Не самая удобная платка для распределения питания, мне бы больше подошло, чтобы площадки "+" и "-" для подключения ESC были рядом. Кроме того, мощность регулятора на 5В не очень велика, не стОит подключать к нему что-то большее, чем контроллер и FPV-камеру, иначе он начинает ощутимо перегреваться.

The both 5V regulators are in parallel. One of them will suck current from the other one if they are not ideally matched. To split cut the track on the back side. Then you can use one for the receiver, gps, etc., the gadgets that need clean power supply ant the other one for the noisy devices- FC, camera, telemetry... The decoupling capacitors are missing- need to add 100n at the input and 2x 100n at the outputs. In general looks nice and solid done.

The both 5V regulators are in parallel. One of them will suck current from the other one if they are not ideally matched. To split cut the track on the back side. Then you can use one for the receiver, gps, etc., the gadgets that need clean power supply ant the other one for the noisy devices- FC, camera, telemetry... The decoupling capacitors are missing- need to add 100n at the input and 2x 100n at the outputs. In general looks nice and solid done.

The both 5V regulators are in parallel. One of them will suck current from the other one if they are not ideally matched. To split cut the track on the back side. Then you can use one for the receiver, gps, etc., the gadgets that need clean power supply ant the other one for the noisy devices- FC, camera, telemetry... The decoupling capacitors are missing- need to add 100n at the input and 2x 100n at the outputs. In general looks nice and solid done.

board its nice and small. good to fit under the frame as I did. However this board is a little bit tricky because all VCC and all GND are all together. This can be annoying to solder ESC wires.

board its nice and small. good to fit under the frame as I did. However this board is a little bit tricky because all VCC and all GND are all together. This can be annoying to solder ESC wires.

board its nice and small. good to fit under the frame as I did. However this board is a little bit tricky because all VCC and all GND are all together. This can be annoying to solder ESC wires.

Looks really good, the pads look solid and able to handle a sufficient current (havent had any noticable problems so far so assume they really are). A little on the thick side but as thin as it could be with the BEC. very happy.

Looks really good, the pads look solid and able to handle a sufficient current (havent had any noticable problems so far so assume they really are). A little on the thick side but as thin as it could be with the BEC. very happy.

Looks really good, the pads look solid and able to handle a sufficient current (havent had any noticable problems so far so assume they really are). A little on the thick side but as thin as it could be with the BEC. very happy.

This pdb can handle up to 40a. The 5v bec works great for powering a FC. Highly recommend, especially for the price.

This pdb can handle up to 40a. The 5v bec works great for powering a FC. Highly recommend, especially for the price.

This pdb can handle up to 40a. The 5v bec works great for powering a FC. Highly recommend, especially for the price.

Looks good!

Looks good!

Looks good!

2 decent sized 5v regulators so you get easily 3 amps maybe more. runs all your stuff. only a couple grams. buy it.

2 decent sized 5v regulators so you get easily 3 amps maybe more. runs all your stuff. only a couple grams. buy it.

2 decent sized 5v regulators so you get easily 3 amps maybe more. runs all your stuff. only a couple grams. buy it.

Very easy to solder esc.

Very easy to solder esc.

Very easy to solder esc.

real thin so you have to know what you want

real thin so you have to know what you want

real thin so you have to know what you want