Microprocessor Interface Peripheral Device
- The 8255A(PPI) control.
- General I/O control..
- Include with I/O pins.
- The research of I/O control.
- Study purpose:
- The 8255A control by program.
- The I/O simulation.
- The I/O control connect with MDA-001.
- Switch input and LED control.
- Verify LED to program simulation.
- The research of I/O control.
- Study purpose:
- The LED ON/OFF control by program.
- The switch input control by program.
- The I/O simulation.
MDA-002 Voltage Control Trainer
- The illumination control of lamp using microcomputer.
- Control method : Phase control using photo SCR.
- Changed the illumination control by program.
- The research of electric power control.
- Study purpose:
- Phase control of A.C voltage.
- The illumination control of lamp by software.
- The control of photo SCR and photo interrupter.
- LED-matrix controled to micro computer.
- Display to figure, characters Etc.
- Changed the color control by program.
- The research of sign board structures.
- Study purpose:
- The Control of LED-matrix.
- Various display control by software.
- 32 × 7 LED matrix display.
- Dot-matrix controled to micro computer.
- Display to figure, characters Etc.
- Changed the color control by program.
- The research of sign board structures.
- Study purpose:
- The Control of dot-matrix.
- Various display control by software.
- 16 × 16 dot matrix display.
- Dot-matrix controled to micro computer.
- Display to figure, characters Etc.
- Changed the color control by program.
- The research of sign board structures.
- Study purpose:
- The Control of dot-matrix.
- Various display control by software.
- 64 × 16 dot matrix display.
- Stepping motor controled to micro computer.
- Speed and position control of stepping motor.
- The research of stepping motor structures.
- Include with a ruler.
- Study purpose:
- Control the stepping motor.
- The stepping motor control by software.
- Speed and position control of stepping motor by the program.
- DC motor control to micro computer.
- Speed and position control of DC motor.
- The research of DC motor structures.
- Include with a ruler
- Study purpose:
- Control the DC motor.
- DC motor control by software.
- Speed and position control of DC motor by the program.
- DC motor controled to micro computer.
- Speed and position control of DC motor.
- The research of elevator structures.
- The 1 ~ 4 floor control by program.
- Study purpose:
MDA-012 Stepping Motor Unit
- Stepping motor controled to micro computer.
- Speed control and position control of stepping motor.
- The research of stepping motor structures.
- Study purpose:
- Control the stepping motor.
- stepping motor control by software.
- Speed and position control to simple hardware.
- The relay control by micro computer.
- The control of relay sequence.
- The research of relay structures.
- Study purpose:
- Control the relay.
- Relay simulation control by software.
- LED control to relay.
- Uses 8bit A/D converter, with a resolution of 8bits.
- Uses advanced A/D conversion technique, the conversion time 100㎲
- Includes input voltage range selector, selectable 0~ 5V or -2.5V ~ +2.5V.
- Includes 4-input multiplexer, with each input selectable from the micro processor.
- Two operating modes for A/D operation, stand-alone mode or handshake mode selectable by a built-in hardware switch.
- Includes three power supplies(+5V, +12V, -12V) on the panel.
- Provides software for A/D conversion application, such as digital storage scope.
- Uses 8bit D/A converter, with the typical setting time is 100ns.
- Can be connected to computer, and functioned as a programmable waveform generator.
- Output voltage polarity can be selected, with the output voltage range, 0 ~ 5V or -2.5V ~ +2.5V.
- Includes three power supplies(+5V, +12V, -12V) on the panel.
- Provides software to generate triangle waveform 150㎐, 72㎐.
MDA-026 Traffic Light Control Trainer
- Uses 16 LEDs (Green, Yellow, Red, Arrow) to simulate the traffic conditions of 4 direction traffic signals.
- Includes 2 push buttons for pedestrian to cross the street.
- Micro processor can be used to adjust the sequence and timing of traffic signals based on pedestrian and vehicle flow.
- Micro processor chooses the optimal traffic signal timing based on road priorities and traffic conditions.