Department of Electronic Communication Engineering - Facilities

The Electronics Integrated & Simulation Lab trains students in designing, analyzing, and simulating analog and digital circuits using tools like SPICE and MATLAB. It covers operational amplifiers, filters, waveform generators, ADC/DACs, and logic circuits. The lab fosters hands-on learning, circuit troubleshooting, and teamwork for real-world electronics applications and innovation. 

1. Circuit Analysis Laboratory

This lab emphasizes the analysis and validation of electrical networks through experiments on DC/AC circuits, resonance, transient responses, and circuit theorems like Thevenin and Norton. The curriculum incorporates circuit simulation tools for enhanced conceptual clarity and industry-relevant skills.

2. Electronic Devices and Circuits (EDC) Laboratory

Students explore fundamental electrical components such as diodes, transistors, and BJTs, learning to analyze and test device characteristics and build essential circuits. This lab bridges theory with practical understanding of semiconductor devices and their role in electronic circuits.

3. Linear Integrated Circuits (LIC) Laboratory

Focusing on operational amplifiers, timers, regulators, and other analog ICs, this lab equips students to design, test, and troubleshoot analog circuits. Experiments include amplifier configurations, waveform generation, signal conditioning, and timer operation, fostering skills critical in analog electronics.

The labs are meticulously integrated to provide a modular and progressive learning environment where students apply theoretical knowledge experimentally, developing competencies crucial for system design, troubleshooting, and innovation. Project-based assignments encourage teamwork, analytical thinking, and real-world problem solving aligned with industry standards.

Together, these laboratories lay a strong foundation for students’ academic growth and professional success in the dynamic field of Electrical and Electronics Engineering.

Major Components List:

                                                                                                                SERIES MIXED SIGNAL OSCILLOSCOPE

TRIPLE CHANNEL DC POWER SUPPLY

  DIGITAL    MULTIMETER

RESISTIVITY MEASUREMENT SETUP

     MDO4024C MIXED DOMAIN OSCILLOSCOPE

MSO 2012B MIXED SIGNAL OSCILLOSCOPE

 DIGITAL WATTMETER MECO – G

TONGHUI TH2822D HANDHELD LCR METER                            

TEKTRONIX TBS 200B SERIES DIGITAL STORAGE OSCILLOSCOPE

METRAVI OS-3030C OSCILLOSCOPE

 ANALOG WATTMETER MECO-V

LAB 4 – ELECTRONICS INTEGRATION AND SIMULATION LAB                                                                                                             

The Department of Electronics and Communication Engineering at Government College of Engineering has established a state-of-the-art VLSI Design Laboratory at an estimated cost of ₹21 lakhs. The laboratory is equipped with a total of 72 FPGA development boards, including Artix, Arty, Spartan, Kintex, Zybo, and ZED 7 series boards, supported by a 25-user licensed Xilinx Vivado Design Suite. Additionally, the lab houses 5 Analog Discovery Kits featuring a 100 MS/s USB Oscilloscope, Logic Analyzer, and variable power supply units, facilitating analog and mixed-signal design experiments.

This laboratory is actively utilized by undergraduate students during the 5^th and 6^th semesters for the VLSI Design and Low Power IC Design (Core Elective) courses. It also supports mini-projects and final year projects during the 7^th and 8^th semesters, providing a robust platform for hands-on learning and innovation in VLSI and embedded system design.

The Department of Electronics and Communication Engineering at the Government College of Engineering has established a state-of-the-art Digital Signal Processing Laboratory at an estimated cost of ₹60 lakhs. The laboratory is equipped with a total of 34 DSP kits, including both floating-point and fixed-point processors designed for low-power applications. Additionally, the lab houses 15 DSOs with a bandwidth of 70 MHz with Inbuilt 50 MHz Arbitrary Function Generator.

This laboratory is actively utilized by undergraduate students in the 4^th, 5^th, and 6^th semesters for courses such as Digital Signal Processing, DSP Architecture and Programming, and Speech Signal Processing. It also supports mini-projects and final-year projects during the 7^th and 8^th semesters, providing a robust platform for hands-on learning and innovation in signal processing.

The Department of Electronics and Communication Engineering at Government College of Engineering has established a state-of-the-art Communication Systems Laboratory at an estimated cost of ₹24 lakhs. The laboratory is equipped with two 25MHz Arbitrary Function Generator, Dual Channel 100 MHz Arbitrary Function Generator, 54 Function Generators, Communication Trainer Kits ( AM, FM, ASK, FSK, PSK, Delta, Sampling, PCM, TDM, FDM), SMD Rework Station and IC Testers facilitating Communication and Digital signal design experiments.

This laboratory is actively utilized by undergraduate students during the 2^nd ,3rd^h and 4^th semesters for the Engineering Practices, Digital System Design and Communicaiton Systems (Core Elective) courses. It also supports mini-projects and final year projects by providing a robust platform for hands-on learning and innovation in communication ans digital system design.

The Department of Electronics and Communication Engineering at Government College of Engineering has established a state-of-the-art Advanced Communication Laboratory at an estimated cost of ₹ 116 lakhs. The laboratory is equipped with Vector Network Analyzer, Frequency Range : 1 MHz to 20 GHz, Anechoic Chamber, Software Defined RF Scalar Network Analyzer 6 GHz, PA Speaker System with Audio Power Amplifier, Advanced Fiber Optic Communication Trainer Kit, Gunn Oscillator based Microwave Trainer Test Bench, Klystron Tube based Microwave Trainer Test Bench and Microwave Test Bench for the study of Wave Guide Antennas and Radiation Patterns. Additionally, the lab houses Mixed Two Port Vector Network Analyzer. Model: TTR 506A,Frequency Range : 100KHz to 6GHz, 6.2 GHz Realtime Spectrum Analyzer, Frequency Range : 9KHz to 6.2GHz,  8086 Microprocessor Trainer with power supply, 8051 Microcontroller Trainer with power supply and Stepper Motor Controller with Motor / Real Time clock / Keyboard & Display Interface Board / Printer Interface Board / 2 Channel DAC Interface Board / 8 Channel ADC Interface Board experiments.

The Department of Electronics and Communication Engineering at Government College of Engineering has established a state-of-the-art Embedded and IoT Laboratory at an estimated cost of ₹11.3 lakhs. The laboratory is equipped with 150 embedded development boards, including ARM Cortex, Arduino, STM32, and Raspberry Pi platforms. Additionally, the lab features 10 LoRaWAN gateways and 15 different types of sensors, enabling a wide range of IoT-based experiments and applications.

This laboratory is actively utilized by undergraduate students during the 5^th, 6^th and 7^th semesters for the Embedded and IoT Laboratory (ECE), IoT Processor (Core Elective – ECE), and IoT Concepts and Applications (Open Elective – EEE, Mechanical, and Civil) courses. It also supports mini-projects and final year projects in the 7^th and 8^th semesters, offering a dynamic environment for hands-on learning, research, and innovation in embedded systems and IoT technologies.