Intelligent Digitize Emulated Achievement Lab

This intelligent digital electronics training system is a comprehensive, digitized platform designed for learning and experimentation in electrical, electronic, and digital systems.
It integrates a hardware experiment platform, modular experiment units, and software-based simulation tools. The system enables students to perform real-time experiments, analyze results, and simulate electronic circuits using an interactive environment.

System Architecture

• The system consists of three main components:
• Hardware experiment platform
• Experiment modules
• Software platform
• The hardware platform includes built-in measuring instruments and interfaces, while the software provides simulation, control, and analysis tools.

Hardware Platform

• Built-in Instruments

• Digital storage oscilloscope

• Logic analyzer

• Function generator

• Digital multimeter

• Programmable DC power supply

• Operating Modes

• Standalone operation

• Computer-controlled operation via USB interface

Digital Storage Oscilloscope :

• Channels: 2
• Input coupling: AC/DC
• Input impedance: 1 M° °5%
• Maximum input voltage: °50V
• Bandwidth: 25 MHz

**Sampling rate: **

• 2 channels: 125 MSa/s
• 1 channel: 250 MSa/s
• Resolution: 8-bit
• Time base: 4 ns/div to 100 ms/div
• Input sensitivity: 2 mV/div to 10 V/div

Logic Analyzer :

• Channels: 16
• Maximum input frequency: 100 MHz
• Sampling rate: 200 MSa/s
• Input impedance: 100 k°
• Adjustable threshold voltage
• Timing analysis supported

Function Generator :

• Waveforms: Sine, square, triangle, ramp

• Frequency range: 1 Hz to 2 MHz

• Output voltage: up to 20 V peak-to-peak

• Output impedance: 50 °
  Digital Multimeter :

• Voltage (DC/AC): 400 mV to 400 V

• Current (DC/AC): 400 °A to 400 mA

• Resistance: 400 ° to 40 M°

Programmable DC Power Supply :

• Positive output: 0 to 15 V (up to 1.5 A)
• Negative output: 0 to 15 V (up to 0.5 A)

Fixed Power Output :

• °5V and °3.3V

Breadboard :

• 1680 tie points for circuit prototyping
• Communication Interface :
• USB connection for computer control

Extension Unit (Basic Input/Output Elements) :

Includes:

• LED display
• Buzzer
• Digital-to-analog and analog-to-digital circuits
• Encoder
• Data switches
• Potentiometers

Experiment Modules :

Basic Electricity :

• Electrical components and devices
• Magnetic elements and fields
• Electromagnetic principles

Electronic Circuits :

• Diode and waveform circuits
• Rectifier and integrator circuits
• Transistor and amplifier circuits
• Field-effect transistor circuits
• Operational amplifier circuits

Digital Logic Circuits:

• Combinational logic modules
• Sequential logic modules

Experiments :
Basic Electricity :

• Resistor, inductor, and capacitor characteristics
• Ohm–s law
• Kirchhoff–s laws
• AC and DC circuit analysis
• Transient response in RC and RL circuits

Electronic Circuits :

• Diode and Zener diode characteristics
• Rectifier circuits
• Amplifier configurations
• FET and MOSFET circuits
• Feedback amplifiers
• Operational amplifier applications

Digital Logic :

• Logic gates and Boolean operations
• Encoders and decoders
• Multiplexers and demultiplexers
• Flip-flops (RS, JK, D, T)
• Counters
• Shift registers

Software Features:

• Graphical user interface for experiment control
• Virtual instruments matching hardware panel
• Circuit simulation and visualization
• Automatic wiring diagram generation
• Experiment guidance and setup assistance
• Data acquisition and analysis
• Experiment result recording

System Requirements :

• Standard computer system with moderate processing capability
• Minimum 2 GB RAM
• Minimum 500 MB storage space
• Compatible operating system environment

Accessories :

• Experiment manuals
• USB cable
• Connection leads
• Software package

Optional Components :

• Circuit simulation software
• Measurement probes

Computer-Based Training :

• Integration of hardware and software learning
• Real-time experiment simulation
• Data acquisition and analysis tools
• Support for virtual instruments

• Modular digital experiment and learning platform
• Integrated measurement instruments and power supply
• Supports both hardware experimentation and software simulation
• USB-based communication with computer control
• Graphical user interface for experiment setup and analysis
• Separate experiment modules for different subject areas
• Expandable system with extension units
• Real-time data acquisition and visualization