9 | | A switch-mode power supply that will accept +6v to +24v battery input and generate the +5v required by the Pi. Overcurrent protection is provided (but it is not protected against reverse polarity...maybe next spin...please be careful and observe the polarity markings on the battery connector!) |
10 | | Active level shifters adapt the +3v3 input/output levels required by the Pi to the +5v input/output levels required by many sensor and controller modules. |
11 | | A multi-channel PWM generator that will allow the Pi to control up to 5 motors (DC motor controllers or servo motors) |
| 9 | * A switch-mode power supply that will accept +6v to +24v battery input and generate the +5v required by the Pi. Overcurrent protection is provided (but it is not protected against reverse polarity...maybe next spin...please be careful and observe the polarity markings on the battery connector!) |
| 10 | * Active level shifters adapt the +3v3 input/output levels required by the Pi to the +5v input/output levels required by many sensor and controller modules. |
| 11 | * A multi-channel PWM generator that will allow the Pi to control up to 5 motors (DC motor controllers or servo motors) |
16 | | 2x DC motor controller (nominally the L298N dual motor controller but can use any) |
17 | | 9 degrees of freedom (9DOF) sensor: accelerometer, gyroscope, magnetometer |
18 | | Ultrasonic rangefinder |
19 | | 3x servo motors |
20 | | 2x wheel encoders (or can be used for general-purpose I/O) |
21 | | 2x digital I/O |
| 16 | * 2x DC motor controller (nominally the L298N dual motor controller but can use any) |
| 17 | * 9 degrees of freedom (9DOF) sensor: accelerometer, gyroscope, magnetometer |
| 18 | * Ultrasonic rangefinder |
| 19 | * 3x servo motors |
| 20 | * 2x wheel encoders (or can be used for general-purpose I/O) |
| 21 | * 2x digital I/O |