Emona Trainer Lab Manual

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Emona Trainer Lab Manual

Emona Trainer Lab Manual Treadmill
Emona 101 Trainer Sample Lab Manual
EMONA plug-in accessory boards (such as EMONA DATEx Telecoms-Trainer and the EMONA FOTEx Fiber optics trainer), these instruments are all merged into one full-screen virtual instrument for the HELEx board known as the HELEx Main soft front panel (SFP). Piano midi files. About Emona Instruments. A leading high-tech engineering company specialising in electronics, electrical, education and additive manufacturing equipment. Also, proudly design and manufacture in Australia, and export world-wide our Emona TIMS telecommunications training systems. Solutions manual emona 101 trainer lab manual f4r730 manual emona ett-202 datex for ni elvis: trainer johnson outboard guide emona telecoms trainer ett-202 foundations of electric cogdell solution manual tims documentation & course material geos earth science lab manual answer emona fotex add-on board - national instruments xvs1100 owners lab. Emona DATEx Lab Manual for NI™ ELVIS I and II Volume 2 - Further Experiments in Modern Analog and Digital Telecommunications. Author: Barry Duncan Technical editor: Carlo Manfredini Issue Number: Vol2 issue 1.1 Published by: Emona Instruments Pty Ltd, 78 Parramatta Road Camperdown NSW 2050 AUSTRALIA. Web: www.emona-tims.com.
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  by Emona Tims   The complete lab manual is designed to teach signals and systems concepts with LabVIEW graphical programming and the NI ELVIS platform, including spectrum analysis, time domain analysis, sampling and aliasing, analog-digital conversion, and discrete-time filters. The manual enables students to patch together continuous time and discrete-time systems in real hardware for circuit theory, digital signal processing and signals and system courses. It can be used to teach topics such as convolution, integration, and perform time domain analysis, sampling and aliasing as well as explore poles and zeros with Infinite impulse response (IIR) systems. The EMONA SIGEx board and comprehensive Lab Manual closely follow the typical curriculum encountered by engineering students and is based on leading textbooks on this topic. Access to the complete volume of the Emona SIGEx add-on board lab manual is provided upon purchase of the product. 
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LEARNING OBJECTIVESStudents develop a comprehensive understanding of abstract signals and systems principles
Students utilize a suite of LabVIEW VIs to generate, view, and record signals from the SIGEx add-on board
Students use NI ELVIS technology to experiment with scaled models of real world systems, allowing students to get a tangible feel for complex systems they will encounter in commercial environnments later on
COURSE ALIGNMENTLevelUniversity
TopicSignal Processing
StyleLaboratory
Prerequisite SkillsBasic knowledge of signal processing
AN INTRODUCTION TO THE NI ELVIS II/+ TEST EQUIPMENT  Students are introduced to the SIGEx soft front panel and ELVISmx instruments used in the experiments.  
AN INTRODUCTION TO THE SIGEX EXPERIMENTAL ADD-ON BOARD  For this experiment students will familiarize themselves with the various instruments available on the SIGEx board and how they are used.  
SPECIAL SIGNALS – CHARACTERISTICS AND APPLICATIONS  Students investigate how signals are distorted when a system's response is affected by inertia, and discover signals that are useful for probing a system's behavior. The lab also introduces how these systems respond to sine wave inputs. Finally, students are guided in creating clipped signals.  
SYSTEMS: LINEAR AND NON-LINEAR  Students discover the special role of sinusoids in linear systems and apply linearity tests to various systems.  
UNRAVELING CONVOLUTION  Students carry out a step-by-step dissection of the convolution process in a discrete-time system.  
INTEGRATION, CORRELATION & MATCHED FILTERS  Students investigate the processes of integration, convolution, correlation, and 'matched filters'. Students see these processes in action with real signals in the time domain and learn their use in practical applications.  
EXPLORING COMPLEX NUMBERS AND EXPONENTIALS  Students learn the fundamentals of complex numbers and the exponential and their significance in signals analysis.  
BUILD A FOURIER SERIES ANALYZER  Students compose arbitrary periodic signals from a series of sine and cosine waves, confirm the Fourier series equation, compute Fourier coefficients of a waveform, and build a Fourier Series analyzer.  
SPECTRUM ANALYSIS OF VARIOUS SIGNAL TYPES  Students use a spectrum analyzer to observe real signals in the frequency domain, and discover important relationships between time and frequency domain characteristics of various classes of signals.  
Emona Trainer Lab Manual Treadmill

Level	University
Topic	Signal Processing
Style	Laboratory
Prerequisite Skills	Basic knowledge of signal processing

TIME DOMAIN ANALYSIS OF AN RC CIRCUIT  Students will analyze the RC circuit using steps, impulses, exponential pulses, and sinusoids to compare theory and practical results. Students then will synthesize and test an RC network using a 1st order feedback structure.  
POLES AND ZEROS IN THE LAPLACE DOMAIN  Students discover how poles and zeros can be used to visualize frequency responses graphically at a glance, in a minimal-math zone. Students will be able to use this knowledge to intuitively design low order continuous-time responses.  
SAMPLING AND ALIASING  Students explore the relationship between sampling rates and aliasing to gain an intuitive understanding of sampling theorems and best practices for minimum sampling rates.  
GETTING STARTED WITH ANALOG-DIGITAL CONVERSION  Students experiment with the analog to digital conversion using pulse code modulation, learning the decoding process, quantization issues, and reconstruction of the output signal.  
DISCRETE-TIME FILTERS WITH FIR SYSTEMS  Students relate the response of a discrete-time FIR filter to its transfer function, and use the zeros of the transfer function to visualize frequency responses graphically. Students use this knowledge to intuitively design low order discrete-time responses.  
POLES AND ZEROS IN THE Z PLANE WITH IIR SYSTEMS  Students design recursive/IIR discrete-time responses.  
DISCRETE-TIME FILTERS – PRACTICAL APPLICATIONS  Students gain an understanding of the importance of sensitivity and dynamic range issues that arise in the practical implementation of discrete-time filters, as well as explore the issues relating to optimal sampling rate selection.  

NI ELVIS II/II+ The NI Educational Laboratory Virtual Instrumentation Suite (NI ELVIS) is a versatile laboratory platform that enables educators to teach over 20 different courses across science and engineering departments. The NI ELVIS integrates 12 common lab instruments including an oscilloscope, function.. Learn more 
LabVIEWSkyrim special edition beyond reach. Dragon ball tenkaichi tag team download. LabVIEW is systems engineering software for applications that require test, measurement, and control with rapid access to hardware and data insights. Learn more 
Emona SIGEx Add-on Board The Emona SIGEx Add-on Board is a plug and play board designed for the NI ELVIS platform that enables students to learn signals and systems in a hands-on approach. Learn more 
Required SoftwareDownload Academic Software, Learn About Software LicensingNI LabVIEW (Requires license)
NI LabVIEW Modulation Toolkit Download (Requires license)
NI LabVIEW MathScript RT Module Download (Requires license)
NI ELVISmx 14.0 or later Download Download
Required HardwarePurchase Engineering Education ProductsNI ELVIS II / II+ - View Specifications
Emona SIGEx Add-on Board 
These labs have related concepts that can expand student experience.
 Fiber Optic Communications Labs for Emona FOTEx Add-on Board 
 Telecommunications Labs for Emona DATEx Add-on Board 
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  by Emona Tims   In this lab students will become familiar with the block diagrams and the modules on the EMONA Communication Board that are used for building communication systems. They will also learn how to use the various NI ELVIS III instruments to generate signals and take measurements. Students will connect various communication blocks and then investigate the signal characteristics. 
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TIME DOMAIN ANALYSIS OF AN RC CIRCUIT  Students will analyze the RC circuit using steps, impulses, exponential pulses, and sinusoids to compare theory and practical results. Students then will synthesize and test an RC network using a 1st order feedback structure.  
POLES AND ZEROS IN THE LAPLACE DOMAIN  Students discover how poles and zeros can be used to visualize frequency responses graphically at a glance, in a minimal-math zone. Students will be able to use this knowledge to intuitively design low order continuous-time responses.  
SAMPLING AND ALIASING  Students explore the relationship between sampling rates and aliasing to gain an intuitive understanding of sampling theorems and best practices for minimum sampling rates.  
GETTING STARTED WITH ANALOG-DIGITAL CONVERSION  Students experiment with the analog to digital conversion using pulse code modulation, learning the decoding process, quantization issues, and reconstruction of the output signal.  
DISCRETE-TIME FILTERS WITH FIR SYSTEMS  Students relate the response of a discrete-time FIR filter to its transfer function, and use the zeros of the transfer function to visualize frequency responses graphically. Students use this knowledge to intuitively design low order discrete-time responses.  
POLES AND ZEROS IN THE Z PLANE WITH IIR SYSTEMS  Students design recursive/IIR discrete-time responses.  
DISCRETE-TIME FILTERS – PRACTICAL APPLICATIONS  Students gain an understanding of the importance of sensitivity and dynamic range issues that arise in the practical implementation of discrete-time filters, as well as explore the issues relating to optimal sampling rate selection.  
NI ELVIS II/II+ The NI Educational Laboratory Virtual Instrumentation Suite (NI ELVIS) is a versatile laboratory platform that enables educators to teach over 20 different courses across science and engineering departments. The NI ELVIS integrates 12 common lab instruments including an oscilloscope, function.. Learn more 
LabVIEWSkyrim special edition beyond reach. Dragon ball tenkaichi tag team download. LabVIEW is systems engineering software for applications that require test, measurement, and control with rapid access to hardware and data insights. Learn more 
Emona SIGEx Add-on Board The Emona SIGEx Add-on Board is a plug and play board designed for the NI ELVIS platform that enables students to learn signals and systems in a hands-on approach. Learn more 
Required SoftwareDownload Academic Software, Learn About Software LicensingNI LabVIEW (Requires license)
NI LabVIEW Modulation Toolkit Download (Requires license)
NI LabVIEW MathScript RT Module Download (Requires license)
NI ELVISmx 14.0 or later Download Download
Required HardwarePurchase Engineering Education ProductsNI ELVIS II / II+ - View Specifications
Emona SIGEx Add-on Board 
These labs have related concepts that can expand student experience.
 Fiber Optic Communications Labs for Emona FOTEx Add-on Board 
 Telecommunications Labs for Emona DATEx Add-on Board 
 Educator Community |
 Access My Courses |
 Bookmarks |
  by Emona Tims   In this lab students will become familiar with the block diagrams and the modules on the EMONA Communication Board that are used for building communication systems. They will also learn how to use the various NI ELVIS III instruments to generate signals and take measurements. Students will connect various communication blocks and then investigate the signal characteristics. 
 Download Lab 
LEARNING OBJECTIVES
After completing this lab, students will be able to:Use the NI ELVIS III Oscilloscope and Function Generator.
Describe the basic functionality of individual circuit modules on the board.
Patch together these modules to model block diagrams and build systems.
REQUIRED SKILLSBasic proficiency using ELVIS III Instruments
Basic knowledge of AC signals.
Emona Communications Board for NI ELVIS III Application board for the NI ELVIS III developed to teach introductory digital and analog communications topics using a completely hands-on approach. Learn more 
NI ELVIS III Engineering laboratory solution for project-based learning that combines instrumentation and embedded design with a web-driven experience, delivering a greater understanding of engineering fundamentals and system design. Learn more 
Required SoftwareDownload Academic Software, Learn About Software LicensingNI ELVIS III Soft Front Panel Support - Install Instructions
Measurements Live - Access
Required HardwareEmona 101 Trainer Sample Lab ManualPurchase Engineering Education ProductsNI ELVIS III - View User Manual & Specifications
Emona Communications Board- View User Manual & Specifications
Instructor resources are available. Get access 