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Description: The PicoBuck LED Driver is an economical and easy to use driver that will allow you to control and blend three different LEDs on three different channels. Power in supplied to the PicoBuck with a wide range of input voltages (6v to 20v) connected to the VIN header and three inputs for each driver channel (labeled IN1, IN2, and IN3) driven with standard 3.3v or 5v logic.
This PicoBuck supports PWM control so long as the signal is above a minimum of ~1.5V and each LED is driven to ~350mA.
Note: If you’re going to use screw terminals, this board uses two different sizes. Check the related products for both sizes you’ll need.
Note: The PicoBuck LED Driver was made in collaboration with Ethan Zonca. A portion of each sale is given back to him.
Based on 6 ratings:
1 of 1 found this helpful:
Only thing that would be nicer is if it didn’t turn on while controller is off
I used the PicoBuck to drive three 13106 3W LEDs and it works perfectly.
this little guy works really well and was even smaller than i’d figured. and was so easy to use with the PWM outputs from my netduino to control one channel each of RGB. my only complaint is that those resistors are surface mounted. would be nice to have an easier route to replace them for those of us without the skills/gear to work with them.
I use the PicoBuck LED driver with the high power LEDs on my 4WD robot and seems to be the right fit for it. I plan to use the PWM feature in the future. AC/.
This is a nice compact with three LED current drivers at 350mA each. There is also a digital control input for each to switch it On/Off or Pulse Width Modulate the LED. As another reviewer commented the pins are on strange spacings. The power inputs and outputs aren’t 0.1" spacing, they’re 0.15". The signal inputs are strange too, GND and IN1 have a 0.1" spacing and IN2 and IN3 have a 0.1" spacing but between IN1 and IN2 it’s closer to 0.15". Since most of the connectors I have are on 0.1" this is a little inconvenient but if you’re just soldering wires it makes no difference. Also the Buck LED driver has a resistor that sets the current at 350mA. I think the chip and many LEDs are capable of 1A. Since the resistor is a small 0603 package it is difficult to change it to increase the current if desired. 350mA is quite brite, just curious to see what an Amp looks like!
0 of 2 found this helpful:
I asked some questions according the board, tried it 3 times and didn’t get any answer. So the Resume: product ok - Contact and communication extrem bad / nothing. So i will buy never here.
Hello, It appears that we received an email from you on April 15, and replied to you the same day. We tried to answer all of your questions in that email. That’s the last we heard from you. I’m sorry you were not satisfied with our technician’s response.