You signed in with another tab or window. Reload to refresh your session.You signed out in another tab or window. Reload to refresh your session.You switched accounts on another tab or window. Reload to refresh your session.Dismiss alert
Spark edited this page Aug 17, 2015
·
10 revisions
All electronics on the robot are powered by the engine battery and alternator. Power from the battery is broken out in a junction box located under the seat to the six leg controllers, two hip controllers, and console.
The alternator can provide 200A.
Leg Controller power analysis
Total: 2.8A at 12V (5.2A in error condition)
Beaglebone runs on 5V and draws max 2W - 160mA @12V
Each solenoid draws 1.2A
Max 2 solenoids on at once
In error conditions up to 4 solenoids could be active
Hip Controller power analysis
Total: 4A at 12V (7.6A in error condition)
Beaglebone runs on 5V and draws max 2W - 160mA @12V
Each solenoid draws 1.2A
Max 3 solenoids on at once for normal operation
In error conditions up to 6 solenoids could be active
Console power analysis
Total: 11A
Network Switch draws 1A at 12V
Main Computer
Beaglebone runs on 5V and draws max 2W - 160mA @12V
Main Computer cape draws minimal power
Engine Controller
Beaglebone runs on 5V and draws max 2W - 160mA @12V
Each pump bypass solenoid draws 1.2A
Max 2 solenoids on at once
Auxiliary power
AC inverter for laptop draws 7.5A @12V for a 90 Watt adapter