INCREASE YOUR CAPACITY BY 10x OR MORE

EMONA Instrumentswww.netCIRCUITlabs.com

UTILIZING EMONA’SFAST, TIME-SHARE

TECHNOLOGY

T

INCREASE YOUR EE/EET LAB CAPACITY BY 10x OR MORE

AND COMPLEMENT EXISTING LABS

ANYWHERE

IN CLASS

AT HOME

SIMULTANEOUSLYONE HARDWARE UNIT FOR OR MORE STUDENTS30

TRY NOW – LIVE DEMO UNITS visit www.netCIRCUITlabs.com

netTIMS-FreeWire – Telecoms & Wireless ExperimentsnetCIRCUITlabs – Electronics Experiment Boards

Students connect to thehardware unit via web

browser 24/7: for effective self-paced learning.

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Each student experiences aunique experiment session

via their web browser.

Each student has control of test instruments, pots, switches and

connections, and sees real-time responses of real hardware circuits.

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EASY BROWSER ACCESS FOR STUDENTSand MANAGEMENT FOR PROFESSORS

netCIRCUITlabs CONTROL UNIT with MULTIPLE PLUG-IN BOARDS

netCIRCUITlabs Control Unit connects router, hub orLAN. Lab Experiments board shown not plugged-in.

netCIRCUITlabs experiment accessible via LAN and Internet using PC, laptop and tablet web browser.

At least 30 students can SIMULTANEOUSLY access the netCIRCUITlabs Control Unit. Experiments are available 24 hours a day, 7 days a week.

Each student can select and operate the experiment of THEIR CHOICE. All experiments are available to each and every student.

Students instantly access experiments via their web browser. There is no software to load: only USERNAME and PASSWORD is required.

Professor has instant web access to the secure Server Administration pages for simple student set-up, management and monitoring usage.

Easy to integrate into existing CMS.

The netCIRCUITlabs Control Unit, located in your labor office, and will accept any netCIRCUITlabs LabExperiment board.

One Lab Experiment board can be plugged into theControl Unit at one time.

Fast and easy implementation. No software to installand no setting up required.

Direct web browser access for users.

Secure access for professor to all ADMIN functionsincluding student records and tracking.

2 • EMONA netCIRCUITlabs netCIRCUITlabs.com

The professor’s administration page

netCIRCUITlabs.com EMONA netCIRCUITlabs • 3

netCIRCUITlabs EXPERIMENT BOARDS

REL 1.0 Build Your Own Electronic Circuits Experiments plug-in board

USER CONTROLLED COMPONENTS INCLUDE: 1. Large 2,692 point solderless breadboard with distribution strips and

component breadboarding area.2. 8 x POTENTIOMETERS, User remotely controllable:

7 x 10kR; 1 x 100kR3. 4 x SPST switches, User remotely controllable4. 4 x SPDT switches, User remotely controllable 5. 16 x Oscilloscope inputs, User remotely controllable: 4 x 4 channels6. 16 x DIGITAL outputs (HI/LO signals), User remotely controllable7. Protected triple output DCV power supply: +5V, +12V, -12V

Build 1, 2, 3 or more custom electronic circuits on the one,large breadboard. Deliver each circuits independently.

Quick upload of the circuit schematics.

User controlled components and instruments include:Function Generator, Oscilloscope (4 x 4 channels),Potentiometers, Switches and Digital Logic outputs.

• Schematics of electronic circuits implemented on thebreadboard are displayed to the user.

• 4 User Controlled blocks are also displayed: Function Generator, Potentiometers, Switches andDigital Outputs.

• Electronic circuits implemented on the REL1.0 Breadboard.

• REL1.0 Breadboard plug-in board installed innetCIRCUITlabs Control Unit.

• User selects the circuit to display and experiment with. • Selected circuit is displayed.

REL 1.0 BREADBOARD CIRCUITS

REL 2.0 Circuit Theory Experiments plug-in board

1. Voltage and CurrentMeasurements

2. Series and Parallel ResistanceCircuits

3. Ohm’s Law and the Series Circuits4. Parallel Circuits5. Series-Parallel Circuits6. Kirchhoff’s Laws

7. Thevenin’s Theorem 8. Power9. Alternating Current 10. Capacitors Charge and

Discharge11. RL and RC Circuits12. Second Order RLC Circuits13. Two USER DEFINED circuits

User patches R, L & C circuits, on-screen, in real time.

User has access to full function test instrumentations.

2 professor defined RLC - H1 and H2 - transfer functions



• REL2.0 Circuit Theory plug-in board installed innetCIRCUITlabs Control Unit.

REL2.0 EXPERIMENT CAPABILITIES

• REL2.0 plug-in board showing breadboard area forprofessor defined transfer function RLC circuits.

• Example, RLC circuit - wired up by the student. • Example switched magnetic coupler experiment -wired up by the student.

• The REL2.0 suite of 12 user selectable blocks of R, L, Ccomponents, transformers, volatage and currentsources, current sink and current meter.

REL 2.0 CIRCUIT THEORY


REL 2.1 Basic Analog Circuit Experiments Lab plug-in boardREL 2.1 ELECTRONIC CIRCUITS

1. Voltage divider biasing2. DC quiescent conditions3. AC performance of CE BJT4. Unloaded voltage gain5. Loaded voltage gain6. Cascaded amplifiers7. Max pk-pk output voltage

8. Emitter resistor by-pass voltage

9. Negative feedback10. Differential amp.11. SCR operation12. SCR dimmer13. OTL amplifier

REL 2.2 Op-amp Circuit Experiments Lab plug-in board

1. Dynamic range & slew rate2. Open loop3. Input offset voltage & current4. Common mode5. Inverting amplifier6. Non-inverting amplifier7. Voltage follower8. Summing amplifier9. Differential amplifier

10. The integrator11. The differentiator12. Combined integration &

differentiation13. Squarewave generator14. Duty cycle15. Triangle wave generation16. Sawtooth wave generation

REL 2.2 OP-AMP CIRCUITS



• The 2 stage AC amplifier. • The differential amplifier.

• The differentiator/Integrator. • Sawtooth waveform generator.


REL 3.0 Combinational & Sequential Logic Lab Experiments plug-in board

REL 3.0 LOGIC FUNCTIONS - students patch together real logic elements on-screen, in real time

All the logic functions and connectionsare implemented in an FPGA.



SIGNAL SOURCES: - HI/LO Logic Switches x 8- 8 bit Binary Counter- 4 bit Gray Counter- 4 bit Johnson Counter

OVER 60 GATES & FLIP-FLOPS:2, 3 & 4-input OR gatesX-OR gates2, 3 & 4-input AND gatesInvertersS/R, D & J/K Flip-Flops, InvertersFinite State Machines

STUDY: - Boolean logic and algebra- Combinatorial circuits- Truth tables- Karnaugh Maps- Quine-McCluskey method- Designing Synch & Asynch

sequential circuits- Flip flops- State diagrams- Design of FSM- Registers, Counters, Multiplexers,

Encoders etc- Introduction to HDL (Verilog)

REL3.0 FUNCTIONALITY & EXPERIMENT CAPABILITIES

• Menu of user selectable logic gates and functions. • XOR and AND Gate - wired up by the student.

• SR Flip-Flop using NAND Gates - wired up by the student. • 2 input Multiplexer - wired up by the student.

ANALOG EXPERIMENT SELECTION

FUNCTION GENERATOR

OSCILLOSCOPE & SPECTRUM

EXPERIMENT CONTROL

Dropdownmenu forexperimentselection

Mouse click on-screen toopen and close switches

Drag mouse on-screen tovary potentiometer with highresolution drag mode

Sinewave output

Squarewave output PN sequence output

DC Voltage output

4 channel in-built oscilloscope, plus- Spectrum display- XY display- Waveform Maths, Voltage and Frequency measurement- Easy cursor measurement

Frequency Control

Amplitude Control

HI/LO AmplitudeRange

Variable DCV

Dropdown menu forwaveform selection

Half Sinewave output

Noise Voltage output

Trianglewave output

REMOTE CONTROL OF EXPERIMENTS Analog experiment selection is by drop down menu

Analog circuits include student controllable switches and potentiometers

Digital logic experiments are patched together from a selection of independent gates

Fully self contained, with inbuilt test instruments including oscilloscope, spectrum analyser, cursormeasurements and full function signal generator.

Load and Save Digital Logic Experiment wiring

DIGITAL LOGIC LIVE PATCHINGStudents builddigital logicexperiments byselecting andpatching reallogic gates andfunctions. Over60 independentelements areprovided.


Available from: Emona Instruments Pty Ltd78 Parramatta Road Camperdown NSW 2050 AUSTRALIATel: +61-2-9519-3933 Fax: +61-2-9550-1378URL: www.netCIRCUITlabs.com Email: [email protected]

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Emona netCIRCUITlabsReal hardware labs, controlled via web browser

• Custom Circuits Breadboard• R, L & C Circuit Theory• Transistor Circuits

• Op-amp Circuits• Digital Logic• and more.....

A complete lab of experiments on each Applications Board

INCREASE YOUR CAPACITY BY 10x OR MORE

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