This Lab facilitates students to soldering practice, electrical wiring and preparation of PCB, Study and use of electronic
This Lab facilitates students to obtain output waveform's and measure DC output voltage, ripple voltage of the Half-wave rectifier, Full wave rectifier and Bridge Rectifiers with and without filter's obtain the voltage regulation
This Lab facilitates students to verify Logic gate's and realize AND gate's OR, NOT XOR gate's using 2-input NAND and NOR gates, verify combinational Logic circuit's [Half-addler, FULL-adder,
This Lab facilitates students to verifying Analog communication. i.e., [Amplitude modulation and Demodulation, Frequency modulation
This Lab facilitates students to measure L, C, and R values using LCR meters, conducting Experiments on series resonance parallel resonance, Thevenin's theorem,
The Analog Electronics Lab provides students with hands-on experience in designing, building, and analyzing wave shaping circuits such as clippers and clampers, as well as operational amplifier (op-amp) circuits including inverting amplifiers, non-inverting amplifiers, buffers, and summing amplifiers. Through practical exercises and experiments, students gain insight into the behavior of these circuits and their applications in signal processing and analog electronic systems.
The Assembly Language Programming Lab for 8086 Microprocessors offers students an opportunity to familiarize themselves with assemblers like TASM or MASM and to practice writing and executing programs using 8086 assembly language. Through hands-on exercises, students gain proficiency in data transfer instructions, arithmetic and logic operations, branching, and subroutine calls in the context of 8086 microprocessor programming.
The Microwave Components Study Lab provides students with the opportunity to explore and analyze various microwave components, including Rectangular Waveguides and Fixed Attenuators. Through hands-on experiments and discussions, students delve into the principles, characteristics, and applications of these components in microwave engineering.
The Introduction to Microcontroller Programming Lab offers students the opportunity to familiarize themselves with Keil software and microcontroller kits, as well as gain proficiency in basic programming using these tools. Through hands-on exercises and guided discussions, students explore the fundamentals of microcontroller programming and develop essential skills for working with embedded systems.
The Modern Communication Technologies Lab provides students with a platform to delve into various cutting-edge communication technologies and gain practical insights into their operation. Through hands-on activities and discussions, students explore topics such as Global System for Mobile Communication (GSM), Fiber Optic Communication, and PC assembly.