5V 3A source for minicomputer using FBL2360

Hello,
We will need to power an on-board 5V 3A computer. It appears the 5V pin on the FBL2360 only does 200mA so will not work for this. Will we get reliable power if we use an external step down with a 24V/1.5A pin like DOUT4? We will need this to be very stable so how stable is the 24V pin over transient effects like regeneration? Any other recommendations to get the power output?

Thanks

So what is the manual referring to when it says there is a 24V 1.5A regulated source?
We currently have a DC-DC converter connected to the battery but there are appears to be a source of voltage spiking which has damaged the computer so we are evaluating other options.

To be more clear on our setup, please see the attached drawing. Our mini-computer (RaspPi) uses the 5V output from the DC-DC converter but there have been failures which appear to be as a result of some transient effect (possibly estop switch). Is there any apparent fault? We are using a pretty basic automotive 24V-5V step down:
www.amazon.com/gp/product/B00J3MHRNO/ref...ilpage?ie=UTF8&psc=1

PS: Not shown in the drawing is another battery connection to PwrCtrl that is used as the ON-OFF switch for the system.

Did you fix it now Taakinsi? How did you do it?

I use a similar stepdown converter to get 5v , (also have another one for 12V and one for 18V).

I have issues to get another bldc driver running and some real experts on another forum advised me to use some capacitors paralel over the stepdownconverter. They have to be high quality capacitors for audio/video but i still have to test it...getting a bit tired of asking on several forums how to get things working. That bldc motordriver has died though so i 'm finding a replacement for it.

Also i have arduino's running on them but they have issues...it's hard to get a stable stepdown converter, i wished roboteq could help with that but they don't. I'm not an electrical expert so i just follow advice i get on other hobbyforums for RC .

I use the below item to step down the 24V from the battery:
www.amazon.com/gp/product/B00J3MHRNO/ref...ilpage?ie=UTF8&psc=1

Yes i read that already but you wrote that you had issues with it so i wondered how you fixed those issues?

there have been failures which appear to be as a result of some transient effect (possibly estop switch). Is there any apparent fault?

I discussed that on this thread: electronics.stackexchange.com/questions/...on-for-mini-computer

The general consensus is that it is because of some EMI. Make sure your high current/fast switching wires are well separated from your low-power electronics. I ended up re-wiring for better separation and putting sheet metal sheilding to protect the low power electronics.

Alright, thanks for the explanation and link. I also had my Arduino going erratic from EMI causing damage to other parts.

Also i bought a stepdown converter from ebay (36V to 18V 8A) but when i connected my lawnmower bl-motordriver to it the driver died immediately so i have to replace it which isn't easy.

I just hope that on this forum we can share our problems and solutions without having to go to other forums as well. But i'm disappointed in the help we get from the roboteq-team so we have to help eachother.