2. Systematic Approach
Understanding the requirements.
Rough outline of design.
Knowledge of components as required.
Simulation and debugging.
Physical realization.
5. PIC
’Peripheral Interface Controller’ by
Microchip.
Programming software-MPLAB by
Microchip
AVR
‘Advanced Virtual RISC’ by Atmel.
Programming software-AVR studio by
Atmel
6. AT89Cxx series by Atmel.
P80C51 or P87V51 by Philips.
ATmega8 or ATmega16 by Atmel.
PIC18Fxxxx by Microchip.
MSP430xxxx by Texas Instruments.
7. Microcontrollers are self sustainable CPUs
with adequate RAM and ROM.
uCs are capable of handling devices up to a
certain complexity.
But are capable of supporting almost all of
our robotics projects.
8. Controllers Peripherals, Drivers , Interfaces
Digital Signal Processors Video and Sound Cards, DAQs
Processors CPUs
9.
10. Piezo-Electric Thermo-Electric
Sound
Ex:Ultrasonic
Temperature
Ex:Thermistor
Pressure
Ex:Pressure Gauge
11. Opto-Electric Chemo-Electric
Light Intensity
and Clarity Chemicals
Ex: LDR, Ex: Gas and
Photo-Diode, Smoke Sensors
Photo-transistor
12. Motive – “SMART”
Intelligent use of
mechanical
phenomenon for
sensing.
Modern Fabrication
processes.
Applications.
13. PRESSURE - ELECTRICITY
Converts Pressure into
voltage.
Converts Voltage into
Pressure.
Converts Alternating
voltage into Vibrations.
Converts Vibrations to
Alternating voltage.
14. A Circuit Biasing the Sensor.
A Circuit Coupling the sensor to Controller.
Ex: An IR LED Sensor Circuit.
15.
16. STEPPER MOTORS HELICAL MOTORS
Precision Control Medium Control
Slow speed Comparatively Fast
Adequate Torque High Torque
17.
18. Multi-meter.
Breadboard.
Power supply DC 5V and/or 12V.
Soldering Iron with Stand.
Soldering wire and De-soldering wire.
Single Strand & Multi-strand wires.
Switches and Connectors.
Devices(LED, R, L, C, Pot., etc).