Arduino Microcontroller Trainer

Description:

System Overview : The training system should consist of the following 7 modules: (Set of Seven Module with Function Generator & DC Power Supply Module)

• 8 Bits LED Circuit: Output data length 8 bits and LED display as data display mode
• 6 Bits PWM LED Circuit: Output data length 6 bits and LED display as data display mode
• 4 Bits Push Button Switch Circuit: Output data length 4 bits and LED display

Arduino Microcontroller I: as data display mode

• 4 Bits DIP Switch Circuit: Output data length 4 bits and LED display as data display mode
• Self-drive Buzzer
• External Drive Buzzer
• Relay Switch Circuit
• 7-segment Display Circuit
• 16 x 8 LED Matrix Circuit: Serial data input mode and 16 x 8 LED matrix display as display mode
• 16 x 2 LCD Displayer: Serial data input mode and 16 x 2 LCD display as display mode

Arduino Microcontroller II :

• 4 x 4 Matrix Keypad: 4 x 4 matrix keypad input mode and 16 x 2 LCD display as display mode
• ADC Circuit: Analog voltage input mode and 16 x 2 LCD display as display mode
• DAC Circuit: PWM input mode and analog voltage output mode
• DS1307 Clock Module and Full Color RGB LEDs

Applications of Arduino Microcontroller (I) :

• Photo Sensor Circuit: Operating wavelength of 500nm ~ 580nm
• Tilt Switch Circuit: Conduction angle of 55° ~ 125°
• Vibration Switch Circuit
• Ultrasonic Sensor and Buzzer
• Temperature and Humidity Sensor Board: 0 ~ 50°C temperature and 20% ~ 90% RH Humidity measurement range

Applications of Arduino Microcontroller (II)

• Magnetic Sensor Circuit: Detects a magnetic field (Sensor mode) and uses a 16 x 2 LCD Display (Display mode) to show data.
• Volume Sensor Circuit: Processes audio (Sensor mode) and utilizes an LED Display (Display mode).
• Alcohol Sensor Circuit: Features a sensitivity of 100ppm.
• Gas Sensor Circuit: Provides a sensitivity of 5000ppm for methane.
• RFID Sensor Circuit: Uses an RFID Tag for input and a 16 x 2 LCD Display for the output display.
• Brushless DC Motor: Push button switch (Input mode) and Brushless DC motor (Output mode) • Forward and Reverse DC Motor: Push button switch (Input mode) and DC motor of forward or reverse (Output mode)

Applications of Arduino Microcontroller (III) :

• Bipolar Stepper Motor: Push button switch (Input mode) and Bipolar stepper motor (Output mode)
• Unipolar Stepper Motor: Push button switch (Input mode) and Unipolar stepper motor (Output mode)
•  Servo Motor: Push button switch (Input mode) and Servo motor of angle (Output mode)

Integrated Applications of Arduino Microcontroller (I)

• 74HC595 shift register circuit
• Infrared human body sensor circuit
• XY joystick circuit and Servo motor

Integrated Applications of Arduino Microcontroller (II)

• Infrared gesture detection circuit
• Infrared remote control circuit
• Countdown timer circuit

Function Generator and DC Power Supply Module. :

• Waveforms: Sine, Triangle, Square, and TTL
• Amplitude: Greater than 10 Vpp (Volts peak-to-peak).
• Impedance: 50Ω ± 10%.
• Duty Control: 30% – 60%.
• Display: 6-Digit LED
• Frequency Range:

1. 10 Hz ~ 100 kHz (distributed across 4 ranges).
2. 100 Hz ~1 MHz (distributed across 4 ranges).

• Frequency Control: Features separate Coarse and Fine Tuning knobs.
• Constant Voltage Output: ±5V, ±12V.
• Variable Voltage Output: OV ” ±15V.
• Power Source: 220 ~ 230V AC, 50Hz, 1 Phase.
• Accessories: Includes standard accessories and a printed operation manual.