TL;DR
This paper demonstrates how LabVIEW can be used to simulate and implement an amplitude modulation (AM) communication system, detailing the design of virtual instruments for transmission and reception.
Contribution
It provides a detailed implementation of an AM system in LabVIEW, including the design of specific virtual instruments for transmission and reception.
Findings
Successful implementation of AM system in LabVIEW
Observed waveforms validate system operation
Modulation and demodulation processes are effectively simulated
Abstract
LabVIEW enables engineers to simulate various communication and control systems. LabVIEW helps to create Virtual Instruments (VIs) which are the files with which the user interacts to accomplish the required task. In this paper, the AM system implementation in LabVIEW is explained in detail along with the observed waveforms. The AM system is implemented using two separate VIs i.e. Transmitter_AM.vi and Receiver_AM.vi. Each VI has two parts: Front Panel and the Block Diagram. The Front Panel is usually the interface the user interacts with and observes results. The block diagram contains the blocks used to implement the functionality required for the operation of the VI. The individual blocks in the block diagram are called the sub VIs. The user may or may not need to make changes in the block diagram of the VI during the execution of the LabVIEW program.
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Taxonomy
TopicsExperimental Learning in Engineering