My 5V rail is 15 amps. Now let's use the 5V rail: 8x hard drives at 0.7 amps of 5V each = 5.6 amps 1x SSD at 1.44 amps of 5V = 1.44 amps 1x optical at 2 amps of 5V (educated guess, it's not ...

To use it as such, you need a USB cable and a 5V power source. In the case of the Arduino Nano, a mini-B USB cable is required. The power source, on the other hand, ...

Connect the GND from the joystick module to the Arduino GND rail, and +5V to the Arduino +5V rail. ... (a pushbutton we won’t be using in this project), and GND and +5V for power.

If so, remember to connect the VCC pin to 5V of the Arduino board to enable the control input pins IN1 and IN2. Also note at this point that, if you want perfect galvanic-isolation, do not link ...

If you would like to build your very own benchtop power supply you might be interested in a DIY tutorial for Supplino. A versatile compact Arduino power supply capable of providing from 4 to 40 ...

The 5V rail on a DEC PDP-11/03 power supply. (Credit: David Lovett) Much of the confusion came down to not really understanding how this PDP-11/03 PSU design works, which isn’t that crazy in ...

Arduino is just an Atmel development board, some C++ libraries and a bootloader. All normal AVR code, even assembly, will work with Arduino. Every time someone uses an Arduino in a project there ...

The circuit pretty much requires that the +5VSB and the regular +5V rail be commoned/connected. ... but I figured I'd throw it out to the hive mind.<BR><BR>My PSU is a 430W antec true-power. ...