πŸ”¬ Virtual Electronics Laboratory

Experience real equipment control with zero latency simulation

127 Experiments Completed Today
15 Active Users
99.9% Uptime
πŸ“Ή Live Equipment Feed - UMD Remote Lab
720p β€’ 60fps
Keysight E36312A Triple Output 14:23:45
CH1 - Main Output
Voltage 0.00 V
Current 0.00 A
Power 0.00 W
CH2 - Auxiliary
Voltage +5.00 V
Current 0.12 A
Power
Output
CC Mode
Remote
Voltage
Current
Tektronix MSO58 - 1 GHz
Freq: 1.00 kHz
Vpp: 5.00 V
Vavg: 2.50 V
Period: 1.00 ms
1V/div
1ms/div
0V
Fluke 87V Industrial Multimeter
0.000 V DC
60.0 Hz
AUTO
DC
HOLD
MIN/MAX
Rigol DG4162 Function Generator
Channel 1
Hz
V
V

πŸ“ˆ Real-Time Data Analysis

Samples 1,240
Rate 1 kS/s
Resolution 16-bit
Duration 00:00

βš™οΈ Interactive Circuit Designer

PS 1kΞ© LED
Total Resistance 1.00 kΞ©
Expected Current 5.00 mA
Power Dissipation 25.0 mW

πŸŽ“ Interactive Lab Guide

πŸš€ Getting Started with VISTA Lab

1
Select Your Equipment

Choose from our available instruments: Power Supply, Oscilloscope, Multimeter, or Signal Generator

2
Load an Experiment

Pick from pre-designed lab exercises or create your own custom experiment

3
Configure Settings

Adjust voltage, current, frequency, and other parameters using the intuitive controls

4
Start Recording

Begin your experiment and watch real-time data visualization and analysis

πŸ§ͺ Available Experiments

Ohm's Law Verification

Measure voltage and current relationships across different resistors

Beginner
RC Time Constant

Analyze capacitor charging and discharging characteristics

Intermediate
Diode Characteristics

Plot I-V curves for different types of diodes

Intermediate
Op-Amp Circuits

Explore operational amplifier configurations and applications

Advanced

πŸ”§ Common Issues & Solutions

Connection Lost to Equipment

Check your internet connection and refresh the page. The system will automatically reconnect.

No Data Being Recorded

Ensure the equipment output is enabled and you've clicked "Start Experiment".

Measurements Seem Incorrect

Verify your circuit connections and check that all equipment is properly configured.

⚠️ Safety Guidelines

⚑
Electrical Safety

All equipment is remotely controlled with built-in safety limits. Maximum voltages are capped at safe levels.

πŸ›‘οΈ
Equipment Protection

Current limiting and over-voltage protection prevent damage to instruments and circuits.

πŸ“Š
Data Security

Your experimental data is securely stored and only accessible to your team members.

Demo Notice: This is a demonstration interface. In the full VISTA system, you'll control real laboratory equipment with comprehensive safety monitoring and emergency stops.