ELECTRONIC SYSTEMS ENGINEERING TECHNOLOGY TEXAS A&M UNIVERSITY Innovating tomorrow’s products and systems today Krisys Technology Krisys Robot Sensor Board.

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Presentation transcript:

ELECTRONIC SYSTEMS ENGINEERING TECHNOLOGY TEXAS A&M UNIVERSITY Innovating tomorrow’s products and systems today Krisys Technology Krisys Robot Sensor Board and Driver Board Dr. Joseph A. Morgan, P.E.

ELECTRONIC SYSTEMS ENGINEERING TECHNOLOGY TEXAS A&M UNIVERSITY Innovating tomorrow’s products and systems today Intelligence BASYS2 FPGA L Motor R Motor H-Bridge L_Motor_T L_Motor_D R_Motor_T R_Motor_D LED LED_diag Mode_select 3.3V GND SensorR 1 SensorM SensorL 2 3 Sensor Board Battery 3.3V Reg 5V Reg Power

ELECTRONIC SYSTEMS ENGINEERING TECHNOLOGY TEXAS A&M UNIVERSITY Innovating tomorrow’s products and systems today Krisys Sensor Board (KSB) Inductive sensors – analog input Amplifiers Analog comparators Digital output (active low) Krisys Motor Driver Board (KMDB) Voltage regulators 3.3V and 5V Dual H-Bridge motor driver Not Populated

ELECTRONIC SYSTEMS ENGINEERING TECHNOLOGY TEXAS A&M UNIVERSITY Innovating tomorrow’s products and systems today Surface mount and through-hole technology Build or purchase assembled

ELECTRONIC SYSTEMS ENGINEERING TECHNOLOGY TEXAS A&M UNIVERSITY Innovating tomorrow’s products and systems today If a changing magnetic flux flows through a coil of wire, a voltage will be induced in the coil. As you pass a bar magnet through a coil, this creates a changing magnetic field. How else can we create a changing magnetic field?

ELECTRONIC SYSTEMS ENGINEERING TECHNOLOGY TEXAS A&M UNIVERSITY Innovating tomorrow’s products and systems today + Voltage - Current Area Magnetic Field Current

ELECTRONIC SYSTEMS ENGINEERING TECHNOLOGY TEXAS A&M UNIVERSITY Innovating tomorrow’s products and systems today Active Low Digital Out 0 => signal 1 => no signal 1.5V

ELECTRONIC SYSTEMS ENGINEERING TECHNOLOGY TEXAS A&M UNIVERSITY Innovating tomorrow’s products and systems today

ELECTRONIC SYSTEMS ENGINEERING TECHNOLOGY TEXAS A&M UNIVERSITY Innovating tomorrow’s products and systems today Correct information from the sensor board 101 On Middle Sensor 001 Between Left and Middle Sensor 011 On Left Sensor 100 Between Right and Middle Sensor 110 On Right Sensor Control of the wheels Forward Reverse L-TurnR-Turn Use Test Code Left Middle Right