🔹 Analog & Digital Lab
The Analog & Digital Lab equips students with the foundational understanding of electronic signal processing, circuit behavior, and logic systems. It includes hands-on training with oscillators, filters, and logic gate trainers to develop practical skills in analog and digital electronics.
🔸 Oscillators & Filter Circuits
Purpose: Design and analyze frequency-based circuits for waveform generation and signal conditioning.
- RC, LC, and crystal oscillator kits
- Low-pass, high-pass, band-pass, and notch filters
- Op-amp based signal filtering and waveform shaping
- Frequency response and distortion analysis
Applications: Communication systems, signal modulation, audio electronics
🔸 Logic Gate Trainers
Purpose: Demonstrate Boolean logic operations and digital circuit fundamentals.
- AND, OR, NOT, NAND, NOR, XOR, XNOR trainer kits
- Combinational and sequential circuit implementation
- Flip-flop, counter, and multiplexer experiments
- LED indicators and timing analysis for logic validation
Applications: Digital system design, embedded systems, microcontroller logic testing
🔹 Communication Systems Lab
The Communication Systems Lab introduces students to analog and digital transmission techniques using practical training modules. Key experiments include AM/FM modulation-demodulation and fiber optics transmission, offering deep insights into real-world communication networks.
🔸 AM/FM Trainer Kits
Purpose: Understand amplitude and frequency modulation techniques in analog communication.
- AM transmission and demodulation circuits
- FM generation, reception, and tuning experiments
- Frequency spectrum observation using CROs
- Analysis of bandwidth, noise, and signal clarity
Applications: Radio broadcasting, analog data transmission, audio communication systems
🔸 Fiber Optic Communication
Purpose: Study light-based data transmission through optical fibers and measure attenuation & loss.
- Transmitter-receiver fiber optic kits
- LED/Laser source with multimode fiber cable
- Signal distortion, attenuation, and loss experiments
- Hands-on splicing and fiber alignment techniques
Applications: High-speed internet, telecom, networking infrastructure