313326 PEC Principles of Electronics Communication K Scheme Manual Answers MSBTE All Clear
313326 Principles of Electronics Communication K Scheme Manual Answers| PEC Manual Answers K Scheme MSBTE All Clear
Welcome to MSBTE All Clear, your one-stop resource for acing MSBTE exams! Today, we are presenting the complete manual answers for **313326 Principles of Electronics Communication (PEC)**, specifically tailored to the K Scheme. This article is designed to support MSBTE students by providing accurate solutions to the manual questions, helping you achieve a solid understanding of PEC concepts.
Why Principles of Electronics Communication?
The **Principles of Electronics Communication** (PEC) course is essential for students pursuing electronics and communication fields. This subject covers the foundational principles of signal transmission, modulation techniques, antennas, and wave propagation, providing crucial knowledge for anyone entering the electronics and communication industry. Mastery of PEC not only boosts your academic performance but also lays a strong foundation for advanced studies and careers in telecommunications, networking, and electronics.
At MSBTE All Clear, we understand the challenges that come with complex manual work. That’s why we provide detailed answers for the **313326 PEC Manual**, making it easier for you to grasp the concepts and excel in your exams. Whether you're having difficulty with specific topics or need a structured guide to prepare effectively, our manual answers are here to guide you through every step.
MSBTE K Scheme PEC Manual Answer for 313326 Principles of Electronics Communication
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Practical No. 1
Demonstrate the simplex, half duplex and full duplex communication link using switches, wires and LEDs.
Practical No. 2
Observe the different analog and Digital Signals on CRO and spectrum analyzer in time domain and frequency domain.
Practical No. 3
Observe the AM modulated waveforms generated for different modulating frequencies.
Practical No. 4
Generate AM wave and measure its modulation index for different values of modulating signal amplitude
Practical No. 5
Build and test the AM demodulator circuit
Practical No. 6
Display the AM modulator and demodulator signal using MATLAB Simulink/SCILAB/relevant software for different modulating frequencies
Practical No. 7
est the output of various stages/blocks of the AM receiver.
Practical No. 8
Build and test FM signal using voltage controlled oscillator/IC 566 to frequency deviation and modulation index
Practical No. 9
Display FM signal using simulation software such as MATLAB/SCILAB/ relevant software
Practical No. 10
Demodulate the given FM signal using IC 565 and test the output from the | given input waveforms
Practical No. 11
Test the output of various stages/blocks of the FM receiver .
Practical No. 12
Use simulation software to measure MUF for the given critical frequency and incident angle.
Practical No. 13
Test the performance of given dipole antenna, measure the field strength and | plot the radiation pattern for different length of antenna.
Practical No. 14
Test the performance of given Yagi - Uda antenna
Practical No. 15
Use simulation software to plot the radiation pattern of given antenna.
Conclusion:
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