Basic Communications Experiments Remotely Controlled via Web Browser EACH STUDENT HAS UNIQUE EXPERIMENT UTILIZING EMONA’S FAST, TIME-SHARE TECHNOLOGY ANYWHERE IN CLASS AT HOME SIMULTANEOUSLY ONE HARDWARE UNIT FOR OR MORE STUDENTS 30 REALTIME EXPERIMENT PATCHINIG LIVE WAVEFORM DISPLAY The netTIMS-FreeWire Control Unit is located in your lab or office. Fast and easy implementation. No software to install and no setting up required. Secure access for professor to all ADMIN functions including student records and tracking. Each student can build the experiment of THEIR CHOICE. Any experiment can be built by each student. Students access experiments via their web browser. No software to download: simple USERNAME and PASSWORD access. Professor has web access to the secure Server Administration pages for student set-up, management and monitoring usage. EMONA Distance Learning Solutions EMONA netTIMS-FreeWire
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EMONA Distance Learning Solutions EMONA netTIMS-FreeWire · 2020. 6. 27. · Principles of spread spectrum AM demodulation and SNR Start > Select > Wire > Measure > Explore • START:
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Basic Communications Experiments Remotely Controlled via Web Browser
EACH STUDENT HAS UNIQUE EXPERIMENT
UTILIZING EMONA’SFAST, TIME-SHARE
TECHNOLOGY
T
ANYWHERE
IN CLASS
AT HOME
SIMULTANEOUSLYONE HARDWARE UNIT FOR OR MORE STUDENTS30
REALTIME EXPERIMENT PATCHINIG
LIVE WAVEFORM DISPLAY
The netTIMS-FreeWire Control Unit is located inyour lab or office.
Fast and easy implementation. No software toinstall and no setting up required.
Secure access for professor to all ADMINfunctions including student records and tracking.
Each student can build the experiment of THEIRCHOICE. Any experiment can be built by eachstudent.
Students access experiments via their webbrowser. No software to download: simpleUSERNAME and PASSWORD access.
Professor has web access to the secure ServerAdministration pages for student set-up,management and monitoring usage.
EMONA Distance Learning Solutions
EMONA netTIMS-FreeWire
(c) copyright 202
0 Em
ona Instrum
ents Pty Ltd
net*TIMS-FreeWire R
ev3.1 Specifications are subject to change without notice. Printed in Australia
Intro to netTIMS-FreeWireModeling equationsDSBCS generationProduct demodulationAM method IAM method IIEnvelope detectionArmstrong’s phase modulatorFM - WBFM modulation by VCOFM demo by zero crossingSampling and reconstructionPhase division MultiplexPhase division demultiplex
PWM mod and demodCarrier acquisition by PLLComplex analog messagesPCM encodingPCM decodingASK modulationASK demodulationBPSK modulationBPSK demodulationQPSK modulationQPSK demodulationFSK modulationSignal constellations
Eye patternsThe noise channelLine coding and decodingQAM modulationQAM demodulationBPSK in a noisy passband channelPCM-TDMIntro to PAM-TDMIntro to QASKNoise generation using binary sequencesPrinciples of spread spectrumAM demodulation and SNR
netTIMS-FreeWire - how students wire experimentsStudents patch together experiments with a selection of 22 TIMS modules to build 38+ telecoms experiments.
netTIMS-FreeWire Experiment Capabilities
• SELECT: select MODULES required for the experiment