- Research Robotics
- Laser Scanners
- 3D Laser Scanning Systems
- Indoor Laser Scanners
- Outdoor Laser Scanners
- Security Laser Scanners
- Safety Laser Scanners (LIDARs)
- Machine Vision
- Action Cameras
- Robotic Hand
- Laser Scanners
- Industrial Robotics
- Hokuyo Optical Data Transmission
- Hokuyo Photo Sensors
- Leuze Electronic
- Industrial Shields
- Autonomous Robotics
Orangutan SVP-1284 Robot Controller (assembled)
The Orangutan SVP-1284 robot controller is a super-sized version of ouhttp://robotsinsearch.com/products/191-metal-gearmotor-37dx52l-mmr popular Orangutan SV, with a built-in AVR ISP programmer, more I/O lines, and more regulated power, and more memory. Based on the new ATmega1284P AVR microcontroller (128 KB flash, 16 KB RAM, 4 KB EEPROM) and featuring higher-power dual motor drivers (2 A continuous per channel), a bigger 16×2 LCD, and a demultiplexer for easy control of up to eight servos, the Orangutan SVP makes a great starting point for your robot or electronics project.
The Orangutan SVP robot controller is a complete control solution for small and medium-sized robots running at 6 – 13.5 V. The module is designed around the powerful Atmel ATmega324PA AVR microcontroller (32 KB flash, 2 KB RAM, and 1 KB EEPROM) or ATmega1284P (128 KB flash, 16 KB RAM, and 4 KB EEPROM) running at 20 MHz and features a full complement of peripheral hardware to support robotics applications: dual motor drivers capable of delivering 2 A continuous (6 peak) per channel, a demultiplexer for easy control of up to eight servos with a single hardware PWM, a removable 16×2 character LCD with backlight, a user trimmer potentiometer, a buzzer for simple sounds and music, three user pushbuttons, and two user LEDs. The board also provides 21 free I/O lines, of which 12 can be used as analog inputs, and two switching buck (step-down) voltage regulators—one for the 5V bus and one adjustable from 2.5 V to 85% of VIN—each capable of supplying 3 A, which means there’s plenty of room and power for adding sensors, servos, and other peripherals.
In addition to the user-programmable ATmega324 or ATmega1284 microcontroller, the Orangutan SVP features an auxiliary PIC18F14K50 MCU that supports the main processor and serves as an integrated AVR ISP programmer, which means that no external programmer is required to use the Orangutan SVP. This auxiliary processor provides a USB connection that allows direct communication with a PC, and its firmware lets it perform several useful tasks in parallel with the main microcontroller. For example, the auxiliary processor can read two quadrature encoders, such as encoders for Pololu wheel 42×19mm or our 37D mm metal gearmotors with encoders, without burdening the main MCU, or those same four inputs could be used as additional analog inputs. The user AVR can read data from the auxiliary MCU over SPI. A USB A to mini-B cable is included with the Orangutan SVP.
The Orangutan SVP is compatible with freely available development software for Atmel’s AVR microcontrollers, including Atmel Studio and the WinAVR GCC C/C++ compiler. We provide an extensive set of software libraries that make it easy to interface with all of the integrated hardware, including the auxiliary microcontroller. Using these libraries, it takes just a few simple lines of code to write to the LCD, read button presses, drive motors, and control servos. These libraries come with a number of sample programs that demonstrate how to use the various components on the Orangutan SVP.
Orangutan SVP fully assembled PCB with pins labeled.
Overall unit dimensions: 3.70" × 2.20"
Input voltage: 6 – 13.5 V
Programmable 20 MHz Atmel ATmega324PA AVR microcontroller with 32 KB flash, 2 KB SRAM, and 1 KB EEPROM (SVP-324 version)
Programmable 20 MHz Atmel ATmega1284P AVR microcontroller with 128 KB flash, 16 KB RAM, and 4 KB EEPROM (SVP-1284 version)
Built-in USB AVR ISP programmer (USB A to mini-B cable included)
2 bidirectional motor ports (2 A continuous per channel, 6 A maximum per channel)
8-output demultiplexer tied to one of the user AVR’s hardware PWMs for easy control of up to 8 servos
21 free I/O lines
17 free I/O lines on the main AVR MCU, of which 8 can be analog inputs
4 input lines on the auxiliary processor, which can be either 4 analog inputs or dual quadrature encoder inputs
2 hardware UARTs
Removable 16-character × 2-line LCD with backlight
Primary 5V switching regulator capable of supplying 3 A
Secondary adjustable (2.5 V – 85% of VIN) buck (step-down) voltage regulator capable of supplying 3 A
Buzzer tied to one of the user AVR’s hardware PWMs
3 user pushbutton switches
2 user LEDs
Power (push-on/push-off) and reset pushbutton switches
Power circuit makes it easy to add extra power buttons and provides a self-shutdown option
Auxiliary processor (connected via SPI) provides:
Battery voltage reading
User trimmer potentiometer reading
Integrated USB connection
In-System-Programming of the main processor
Ability to read two quadrature encoders
Comprehensive user’s guide
Note: The Orangutan SVP is also available as an SVP-324 partial kit or SVP-1284 partial kit that has all of the surface-mount parts pre-soldered and a variety of through-hole parts included separately. The kit versions give you more flexibility to customize your Orangutan SVP for your particular application.
Size: 3.70" x 2.20"
Weight: 2.7 oz
Processor: ATmega1284P @ 20 MHz with auxiliary PIC
RAM size: 16384 bytes
Program memory size: 128 Kbytes
Motor driver: Dual TB6612FNGs
Motor channels: 2
User I/O lines: 211
Max current on a single I/O: 40 mA
Minimum operating voltage: 6 V
Maximum operating voltage: 13.5 V
Continuous output current per channel: 2 A
Peak output current per channel: 6 A
Current sense: 0.85 V/A
Maximum PWM frequency: 80 kHz
Reverse voltage protection?: Y
External programmer required?: N
LCD included?: Y
1 17 on the AVR, of which 8 can be analog inputs. 4 inputs on the auxiliary processor for quadrature encoders or analog.