cmo 24 s2008 annex ivb list of laboratory requirements for ece

ANNEX IV B -LABORATORY REQUIREMENTS

I - ECE LABORATORY

CIRCUITS I

Exercises Required EquipmentRequired

Quantity per

group

MinimumRequiredquantity

1. Familiarization with ElectricalMeasuring Instrumentsa. characteristics of an analog

ammeterb. characteristics of an analog

voltmeterc. Measurement of current and

voltage using analog ammeterand voltmeter

Circuits Trainer with power supplyAnalog DC Ammeter (100 mA dc)Analog DC Voltmeter (20V dc)MultimeterWatt meter

1 set1 pc1 pc.1 pc.1 pc.

5 sets5 pcs5 pcs5 pcs5 pcs

2. Analysis of resistive networksa. characteristics of series-

parallel circuitsb. characteristics and principle of

basic electric circuit lawsc. series, parallel, and series-

parallel circuits.

Circuits Trainer with power supplyAnalog DC Ammeter (100 mA dc)Analog DC Voltmeter (20V dc)Multimeter

1 set1 pc.1 pc.1 pc.

5 sets5 pcs5 pcs5 pcs

3. Resistance Bridge Circuita. Operating principles of

wheatstone bridge circuitsb. Resistance bridge circuits

under balanced condition withand without strain.

c. Resistance bridge circuitsunder unbalanced conditionwith strain.

Circuits Trainer with power supplyAnalog DC Ammeter (zero centered)Analog DC Voltmeter (zero centered)MultimeterPotentiometerStrain Transducer

1 set1 pc1 pc.1 pc.1 pc.1 pc.1 pc.1 pc.

5 sets5 pcs5 pcs5 pcs5 pcs5 pcs5 pcs5 pcs

4. Mesh Analysis and Nodal Analysisa. effects of mesh analysis on

multiple active linear sourcesin a network

b. linear response at any point ina mesh circuit

c. effects of nodal analysis onmultiple active linear source ina network

d. linear response at any point ina nodal circuit

Computer UnitCircuit simulation software

1 set1 pc

5 sets5 pcs

5. The Superposition Theorem andLinearitya. multiple active linear sources

in a networkb. linear response at any point in

Circuits Trainer with power supplyAnalog DC Ammeter (100 mA dc)Multimeter

1 set1 pc.1 pc.

5 sets5 pcs5 pcs

1

a linear circuit having severalindependent linear sources

c. principle of linearity

6. Thevenin’s and Norton’sTheoremsa. principles of Thevenin’s

Theoremb. principles of Norton’s Theoremc. Relationship between

Thevenin’s and Norton’sTheorems

Circuits Trainer with power supplyAmmeter (100 mA dc)Multimeter

1 set1 pc.1 pc.

5 sets5 pcs5 pcs

7. Feedback and Natural Responsesof RC Circuits with DC Excitationa. energy-storing devices (like

capacitors)in DC circuits.

b. charging and dischargingresponse of a capacitor withDC excitation.

c. natural and forced responsesof a DC-excited RC circuit.

d. complete responses of adynamic RC circuit.

Circuits Trainer with power supplyFunction GeneratorOscilloscopeMultimeter

1 set1 unit1 unit1 pc.

5sets5 units5 units5 pcs.

8. Forced and Natural Responses ofRL Circuits with DC Excitationa. effect of energy-storing devices

(like Inductors) in DC circuits.b. charging and discharging

responses of an inductor withDC excitation

c. natural and forced responsesof a DC-excited RL circuit.

d. natural, forced, and completeresponses of a dynamic RLcircuit.

Circuits Trainer with power supplyAmmeter (100 mA dc)Multimeter

1 set1 pc.1 pc.

5 sets5 pcs.5 pcs.

9. Forced and Natural Responses ofRLC Circuits with DC Excitationa. charging and discharging

responses of an inductor with acapacitor on DC excitation.

b. natural and forced responsesof a DC-excited RL circuit.

c. natural, forced, and completeresponses of a dynamic RCcircuit.

PCCircuit simulator

1 unit1 unit

5 units5 units

The remaining meetings should bereserved for the presentation of projectand completion of other courserequirements such as practical, oral, orwritten examinations, whereapplicable.

2

* maximum of 5 students per group and minimum required quantity is based on class size of 25 students

CIRCUITS II


Quantity per

group


1. RMS Value of an A.C. SinusoidalWaveform

Variable Regulated Power Supply Unit(0 - 20V DC and 0 - 5V AC)Multimeter (V.O.M.)DC Ammeter (0 - 100 mA)AC Ammeter ((0 - 100 mA)2-Channel Oscilloscope)

1 unit

1 pc.1 pc.1 pc.1 pc.

5 units

5 pcs.5 pcs.5 pcs.5 pcs.

2. Resistive, Inductive, andCapacitive Circuits with aSinusoidal Excitation

Function GeneratorMultimeter (V.O.M.)AC Ammeter (0 - 100 mA)2-Channel OscilloscopeResistive Load (100 ohms)Resistive Load (470 ohms)Capacitive Load (2.2 microFarad)Inductive Load (100 milliHenry)

1 unit1 pc.1 pc.1 pc.1 pc.1 pc.1 pc.1 pc.

5 units5 pcs.5 pcs.5 pcs.5 pcs.5 pcs.5 pcs.5 pcs.

3. Impedance of a Series RLCCircuit

Function GeneratorMultimeterAC Ammeter (0 - 100 mA)Resistive Load (100 ohms)Capacitive Load (2.2 microFarad)Inductive Load (100 milliHenry)Practical Inductor ((100 - 200 mH)

1 unit1 pc.1 pc.1 pc.1 pc.1 pc.1 pc.

5 units5 pcs.5 pcs.5 pcs.5 pcs.5 pcs.5 pcs.

4. Impedance Admittance of a andParallel RLC Circuit

Function GeneratorMultimeterAC Ammeter (0 - 100 mA)Resistive Load (100 ohms)Capacitive Load (2.2 microFarad)Inductive Load (100 milliHenry)



5. Computer-Aided Software ACCircuit Analysis Simulation forNetwork Theoremsa. Superposition Theorem using

computer-aided software ACcircuit analysis simulation

b. Thevenin’s and Norton’sTheorems using computer-aided software AC circuitanalysis simulation

PC with Computer-Aided Software ACCircuit AnalysisFunction GeneratorMultimeterAC Ammeter (0 - 100 mA)Resistive Load (1000 ohms)Capacitive Load (2.2 microFarad)Inductive Load (100 milliHenry)Inductive Load (150 milliHenry)

1 unit1 unit1 pc.1 pc.1 pc.1 pc.1 pc.1 pc.

5 units5 units5 pcs.5 pcs.5 pcs.5 pcs.5 pcs.5 pcs

6. Power in AC Circuits.

Demonstration on the principles

Function GeneratorMultimeterAC Ammeter (0 - 100 mA)

1 unit1 pc.1 pc.

5 units5 pcs.5 pcs.

3

of Thevenin’s Theorem WattmeterResistive Load (100 ohms)Capacitive Load (100 nanoFarad)Inductive Load (100 milliHenry)



7. Balanced Thee-phase Systemsa. balanced wye 3-phase

systemb. balanced delta 3-phase

systemc. Measurement of 3-phase

power using the two-wattmeter method.

Test BedPurely Resistive Impedance (3,000 ohms)MultimeterAC Ammeter (0 - 3 A)WattmeterBalanced 3-Phase Source (220 VRMS at 60Hz)

1 set3 pcs.1 pc.1 pc.1 pc.

5 sets3 pcs.5 pcs.5 pcs.5 pcs.

8. Series Resonance Function GeneratorMultimeterAC Ammeter (0 - 100 mA)Resistive Load (1000 ohms)Capacitive Load (2.2 microFarad)Inductive Load (100 milliHenry)

1 unit1 pc.1 pc.1 pc.1 pc.1 pc.

5 units5 pcs.5 pcs.5 pcs.5 pcs.5 pcs.

9. Parallel Resonance Function GeneratorMultimeterAC Ammeter (0 - 100 mA)Resistive Load (1000 ohms)Resistive Load (100 ohms)Capacitive Load (2.2 microFarad)Inductive Load (100 milliHenry)



10. Two-Port Network Parameters Variable Regulated Power Supply Unit(0 - 20V DC and 0 - 5V AC)Multimeter (V.O.M.)AC Ammeter (0 - 100 mA)Resistor (1000 ohms)Resistor (470 ohms)Resistor (680 ohms)Resistor (2,000 ohms)



The remaining meetings should bereserved for the presentation ofproject and completion of othercourse requirements such aspractical, oral, or writtenexaminations, where applicable.


FEEDBACK AND CONTROL SYSTEMS LABORATORY

Exercises Required Equipment RequiredQuantity*


4

1. Control system softwareFamiliarization. Linear ConstantCoefficient Differential Equations

• Computer Workstation• Control System Software

1 set 5 sets

2. Continuous-Time Signalrepresentation. Continuous TimeSystem representation, modeling,generation, retrieval, andinterconnection


1 set 5 sets

3. Time response of first ordersystems.


1 set 5 sets

4. Step response of Second ordersystems and systems of higherorder.


1 set 5 sets

5. Stability and Frequency Response • Computer Workstation• Control System Software

1 set 5 sets

6. Steady-State Analysis error andSystem types


1 set 5 sets

7. Root Locus Analysis and Design ofContinuous-Time Systems


1 set 5 sets

8. ON-OFF, PI, PD, PID, Lead andLag Compensators forContinuous-Time Systems


1 set 5 sets

The remaining meetings should beallotted for the presentation of aproject relating to Feedback andControls, and completion of othercourse requirements such aspractical, oral, or writtenexaminations, where applicable.


SIGNALS, SPECTRA, AND SIGNAL PROCESSING

Exercise Required Equipment RequiredQuantity*


1. Familiarization with SignalProcessing Software

• various SignalProcessing Software

• Computer Workstation• Signal Processing Software

1 set 5 sets

desktop tools• manipulations on

vectors, matrices, andarrays

• Solve systems of linearequations using SignalProcessing Software

2. Introduction to AnalogSignals• Analog signal

manipulation• 3-dimensional (3D)

plotting in SignalProcessing Software


1 set 5 sets

3. Basic Operations andNon-Recursive FilterResponse

• discrete-time signalmanipulation

• impulse response usingconvolution

• non-recursive filters• pole-zero response of a

filter.


1 set 5 sets

4. Familiarization with InfiniteImpulse Response (IIR)and Pole-Zero ResponseFilters


1 set 5 sets

5. Programming in SignalProcessing Software


1 set 5 sets

6. Graphical User Interfacein Signal ProcessingSoftware.


1 set 5 sets

7. Project - Filter DesignImplementation


1 set 5 sets

8. Familiarizationwith Real-Time DSP

• Computer Workstation• DSP processor with software

1 set1 set

5 sets5 sets

The remaining meetingsshould be allotted for thepresentation of a projectrelating to Signal Processing,and completion of other

6

course requirements such aspractical, oral, or writtenexaminations, whenapplicable.


PRINCIPLES OF COMMUNICATIONS LABORATORY

Exercises Required Equipment

RequiredQuantity per

group


1. Communications Circuitsand ServiceConsiderations

a. Pads andAttenuators

b. Passive Filtersc. Lissajous Figures

• DC Source• Multimeter• Practical Electronics Trainer• Connecting Wires• Breadboard• Capacitors, 1 nF• Carbon resistors, 10 kΩ• Oscilloscope• Function Generator• Function Generator Probes• Oscilloscope Probes

1 pc.1 pc.1 pc.1 set1 pc.1 pc.1 pc.1 pc.1 pc.1 pc.1 pc.

5 pcs.5 pcs.5 pcs.5 pcs.5 pcs.5 pcs.5 pcs.5 pcs.5 pcs.5 pcs.5 pcs.

2. Communications CircuitsComputer Simulationsa. Passive Low-pass

Filterb. Active Low-pass Filterc. Bandpass Crystal

Filterd. Bandpass Ceramic

Filtere. Gain Control and AGC

Bandpass CrystalFilter

• Tuned Circuits and Filters Module• Personal Computer

1 pc.1 set.

5 pcs5 set

3. Amplitude Modulationa. Familiarizationb. Amplitude Modulationc. Reception of AM

signal

• AM Generator Module• AM Receiver Module (AM2961B)• Power Supply, ±15V dc regulated• Two-channel Oscilloscope• Oscilloscope Probes

1 set1 set1 pc.1 pc.1 pc.

5 sets5 sets5 pcs.5 pcs.5 pcs.

4. Automatic Gain Controla. Understand the

purpose of AGC

• AM Generator Module with AGC

function• AM Receiver Module

1 set1 set1 pc.

5 sets5 sets5 pcs.

7

b. Automatic GainControl

• Power Supply, ±15V dc regulated• Two-channel Oscilloscope• Oscilloscope Probes• Multimeter

1 pc.1 pc.1 pc.

5 pcs.5 pcs.5 pcs.

5. Double Sideband andSingle Sideband Systemsa. Double Sideband

Systemsb. Single Sideband

Transmission andReception

• AM Generator Module• AM Receiver Module• Power Supply, ±15V dc regulated• Two-channel Oscilloscope• Oscilloscope Probes• Multimeter

1 set1 set1 pc1 pc1 pc.1 pc1 pc

5 sets5 sets5 pcs5 pcs5 pcs.5 pcs5 pcs

6. Frequency Modulationa. Frequency Modulation

Circuitsb. Basic FM Receptionc. Stereo System using

FDM

• FM Generator Module• FM Receiver Module• Power Supply, ±15V dc regulated• Two-channel Oscilloscope• Oscilloscope Probes• Multimeter

1 set1 set1 pc.1 pc1 pc.1 pc

5 sets5 sets5 pcs.5 pcs5 pcs.5 pcs.

7. Amplitude ModulationComputer Simulations

• Amplitude Modulation Module• Personal Computer (PC) with

Software for Simulation of AM

1 pc

1 pc.

5 pcs

5 pcs

8. Frequency ModulationComputer Simulations

• Frequency Modulation Module• Personal Computer (PC) with

Software for Simulation of AM

1 pc

1 pc

5 pcs

5 pcs

The remaining meetingsshould be allotted for thepresentation of a projectrelating to Principles ofCommunications, andcompletion of other courserequirements such as practical,oral, or written examinations,where applicable.


DIGITAL COMMUNICATIONS LABORATORY

8


1. Introduction to DigitalCommunications

a. Introduction toDigitalCommunications

b. PCM Encoding

PCM and Link Analysis TrainingModule

Personal Computer

1 set

1 pc.

5 sets

5 pcs.

2. Noise Analysis on DigitalCommunication System

PCM and Link Analysis TrainingModulePersonal Computer

1 set1 pc.

5 sets5 pcs.

3. Sampling Theory andAnalog to DigitalConversiona. Sampling Theoryb. Analog to Digital

Conversion

Digital Data Formatting Board ModulePersonal Computer

1 set1 pc.

5 sets5 pcs.

4. Digital Data Formatting Digital Data Formatting Board ModulePersonal Computer

1 set1 pc.

5 sets5 pcs

5. Amplitude Shift Keying ASK Board ModulePersonal Computer

1 set1 pc.

5 sets5 pcs

6. Frequency Shift Keying FSK Board ModulePersonal Computer

1 set1 pc.

5 sets5 pcs.

7. Phase Shift Keying andQuadrature Phase ShiftKeying

PSK Board ModulePersonal Computer

1 set1 pc.

5 sets5 pcs.

8. Error Detection andCorrection

PCM and Link Analysis TrainingModulePersonal Computer

1 set1 pc.

5 sets5 pcs.

The remaining meetingsshould be allotted for thepresentation of a projectrelating to DigitalCommunications, andcompletion of other courserequirements such aspractical, oral, or writtenexaminations, whereapplicable.

9


TRANSMISSION MEDIA AND ANTENNA SYSTEM


Quantity pergroup


1. Wave Propagation in aTransmission LineDemonstrating the Effects ofLosses, Attenuation andStanding Waves

• Transmission Line Demonstrator

unitFunction Generator

• 600R impedance terminator links

1 pc.1 pc1 pc1 pc


2. Properties of HalfWavelength Lines withVariable Terminations andsome Transmission LineApplications

• Transmission Line Demonstrator• Function Generator• 600R terminator• Links• 10k terminator• 1k8 terminator• 50R terminator• 110µF terminator• Oscilloscope

1 pc.1 pc1 pc1 pc1 pc1 pc1 pc1 pc1 pc

5 pcs.5 pcs.5 pcs.5 pcs.5 pcs.5 pcs.5 pcs.5 pcs.5 pcs

3. Software Simulation andHardware Modelling of aDipole Antenna

• Antenna Trainer• Personal Computer

1 pc.1 pc.

5 pcs5 pcs

4. Antenna Arrays • Antenna Trainer• Personal Computer

1 pc.1 pc.

5 pcs.5 pcs.

5. Monopole and MicrowaveAntenna

• Antenna Trainer• Personal Computer

1 pc1 pc.

5 pcs.5 pcs.

6. Introduction toWaveguides

• Microwave Trainer 1 pc 5 pcs

7. Microwave LinkInvestigations using aHorn Antenna

• Microwave Trainer 1 pc 5 pcs

8. Optical FiberDemonstrations,AttenuationMeasurements andApplications

• Fiber Optics Trainer 1 pc. 5 pcs

The remaining meetingsshould be allotted for thePresentation of a Designproject relating toTransmission Lines,Antennas, and WavePropagation, and completion

of other course requirementssuch as practical, oral, orwritten examinations, whereapplicable.


NUMERICAL METHODS

Exercise Required Equipment Required Quantity

per group


1. Error Analysis.Taylor’s Series

ExpansionMacLaurin’s Series

Expansion

PC with Software for mathematicalcomputations and programming

1 set 5 sets

2. Roots of Equations.Graphical Method.

Bracketing methods:Half-interval and

False Position


1 set 5 sets

3. Newton’s Method PC with Software for mathematicalcomputations and programming

1 set 5 sets

4. Polynomial equationsMuller’s methodBairstow’s method


1 set 5 sets

5. Solution to Systems ofLinear Equations


1 set 5 sets

6. Solution to Systems ofNon-linear Equations


1 set 5 sets

7. Interpolation

Divided Difference


1 set 5 sets

8. Numerical Integration PC with Software for mathematicalcomputations and programming

1 set 5 sets

9. Ordinary DifferentialEquations


1 set 5 sets

The remaining meetingsshould be allotted to thecompletion of othercourse requirementssuch as practical, oral, orwritten examinations,where applicable.

11


ELECTRONIC DEVICES AND CIRCUITS


Quantity per

group


1. Diode Characteristics DC Power SupplyAnalog MultimeterDigital Multimeter (DMM)BreadboardOscilloscopeDesktop Computer

1 pc.1 pc.1 pc.1 pc.1 pc.1 pc.

5 pcs5 pcs5 pcs5 pcs5 pcs5 pcs

2. The Diode Limiter Function GeneratorSemiconductor Devices Circuit Boardwith Power SupplyOscilloscopeDigital Multimeter (DMM)Desktop Computer

1 pc.1 pc1 pc.1 pc.1 pc.1 pc.

5 pcs5 pcs5 pcs5 pcs5 pcs5 pcs

3. The Diode Clamper Function GeneratorSemiconductor Devices Circuit Boardwith Power SupplyOscilloscopeDigital Multimeter (DMM)Desktop Computer

1 pc.1 pc.

1 pc.1 pc.1 pc.

5 pcs.5 pcs

5 pcs5 pcs5 pcs

4. Rectifiers and Filters Digital Multimeter (DMM)Function GeneratorOscilloscopeSemiconductor Devices Circuit Boardwith Power SupplyDesktop Computer


1 pc.

5 pcs5 pcs5 pcs5 pcs

5 pcs

5. The Voltage Doubler Digital MultimeterSemiconductor Devices circuit Boardwith Power SupplyFunction GeneratorDigital OscilloscopeDesktop Computer

1 pc.1 pc.

1 pc.1 pc.1 pc.

5 pcs5 pcs

5 pcs5 pcs5 pcs

6. Zener Diode andVoltage Regulation

Digital Multimeter (DMM)BreadboardSemiconductor Devices Circuit boardwith Power SupplyDC SupplyDesktop computer

1 pc.1 pc.1 pc.

1 pc.1 pc.

5 pcs5 pcs5 pcs

5 pcs5 pcs

12

7. BJT Characteristicsand Biasing

Digital Multimeter (DMM)Semiconductor Devices Circuit boardwith Power SupplyDesktop computer



8. Small-signal Amplifiera. Common-Baseb. Common-Emitterc. Common-Collector

Digital Multimeter (DMM)Transistor Amplifier Circuit board withPower SupplyFunction GeneratorOscilloscope

1 pc.1 pc.

1 pc.1 unit

5 pcs5 pcs

5 pcs

9. JFET Fundamentals Digital Multimeter (DMM)FET Fundamentals Circuit board withPower SupplyFunction GeneratorOscilloscope

1 pc.1 pc.1 pc.1 pc1 pc

5 pcs5 pcs5 pcs5 pcs5 pcs

10. JFET Amplifier Digital Multimeter (DMM)FET Fundamentals Circuit board withPower SupplyFunction GeneratorOscilloscope

1 pc.1 pc.1 pc1 pc


The remaining meetingsshould be allotted forthe presentation of aproject related toElectronics, andcompletion of othercourse requirementssuch as practical, oral,or writtenexaminations, whereapplicable* maximum of 5 students per group and minimum required quantity is based on class size of 25 students

ELECTRONIC CIRCUIT ANALYSIS AND DESIGN

Exercise Required EquipmentRequired

Quantity per

group


1. BJT Frequency Response Digital Multimeter (DMM)Transistor Power Amplifiers Ckt. boardFunction GeneratorOscilloscope

1 pc.1 pc.1 pc.1 pc


2. JFET Frequency Response Digital Multimeter (DMM)Transistor Power Amplifiers Ckt. board

1 pc.1 pc.

5 pcs5 pcs

Function GeneratorOscilloscope

1 pc.1 pc

5 pcs5 pcs

3. Cascaded Amplifiera. Direct Coupledb. RC Coupledc. Transformer Coupled

Digital Multimeter (DMM)Transistor Amplifier Circuit boardFunction GeneratorOscilloscope

1 pc.1 pc.1 pc.1 pc


4. Power Amplifiera. Single-endedb. Push-pull

Digital Multimeter (DMM)Transistor Power Amplifier Circuits Ckt.boardFunction GeneratorOscilloscope

1 pc.1 pc.1 pc.1 pc1 pc


5. Differential Amplifier Digital MultimeterFunction GeneratorDigital OscilloscopeOperational Amplifier Circuit Board

1 pc.1 pc.1 set1 pc.

5 pcs5 pcs5 sets5 pcs

6. Inverting and Non-invertingOperational Amplifiers

Digital MultimeterFunction GeneratorDigital OscilloscopeOperational Amplifier Circuit Board

1 pc.1 pc.1 set1 pc.1 pc.

5 pcs5 pcs5 sets5 pcs5 pcs

7. Operational AmplifierApplications

Digital MultimeterFunction GeneratorDigital OscilloscopeOperational Amplifier Circuit Board

1 pc.1 pc.1 set1 pc.1 pc.

5 pcs5 pcs5 sets5 pcs5 pcs

1. Feedback Amplifier Digital Multimeter (DMM)Transistor Feedback Circuits Ckt. boardFunction GeneratorOscilloscope

1 pc.1 pc.1 pc.1 pc.1 pc.


2. Square Wave Oscillators Digital MultimeterDC Power SupplyDigital OscilloscopeBreadboard

1 pc.1 pc.1 set1 pc.

5 pcs5 pcs5 sets5 pcs

3. Familiarization with DigitalCircuits

DC Power SupplyVOMDigital OscilloscopeDigital Circuit Training Module

1 pc1 pc1 pc1 set

5 pcs5 pcs5 pcs5 sets

The remaining meetings shouldbe allotted for the presentationof a project related toElectronics, and completion ofother course requirements suchas practical, oral, or written

examinations, where applicable* maximum of 5 students per group and minimum required quantity is based on class size of 25 students

INDUSTRIAL ELECTRONICS


Quantity per

group


1. Filters Filter Experimental ModuleOscilloscopeMultimeterDC SupplyFunction Generator

1 set1 set1 pc1 pc1 pc

5 sets5 sets5 pcs5 pcs5 pcs

2. Voltage Multiplier Filter Experimental ModuleOscilloscopeMultimeterDC SupplyFunction Generator


5 sets5 sets5 pcs5 pcs5 pcs

3. Voltage Regulator Filter Experimental ModuleOscilloscopeMultimeterDC SupplyFunction Generator


5 sets5 sets

5 pcs5 pcs5 pcs

4. DC Characteristics ofThyristors and otherSwitching Devices

MultimeterOscilloscopeSignal GeneratorRegulated, variable DC power supplySCRsTRIACsUJTsCapacitorsResistorsPotentiometersBreadboardSPST SwitchesLampDC Motor

1 pc.1 pc.1 set1 pc.2 pcs2 pcs2 pcs2 pcs2 pcs2 pcs2 pcs2 pcs2 pcs1 pc

5 pcs5 pcs5 sets5 pcs10 pcs10 pcs10 pcs10 pcs10 pcs10 pcs10 pcs10 pcs10 pcs5 pcs

5. Thyristors and PhaseControl Circuits

MultimeterOscilloscopeSignal GeneratorRegulated, variable DC power supplySCRsTRIACsUJTsCapacitorsResistors

1 pc.1 pc.1 set1 pc.2 pcs2 pcs2 pcs2 pcs2 pcs

5 pcs5 pcs5 sets5 pcs10 pcs10 pcs10 pcs10 pcs10 pcs

15

PotentiometersBreadboardSPST SwitchesLampDC Motor

2 pcs2 pcs2 pcs2 pcs1 pc


7. Optoelectronic Devices OscilloscopeFunction GeneratorMultimeterLEDLaser DiodePhotodiodePhotodetectorPower Supply

1 pc1 pc1 pc2 pcs2 pcs2 pcs2 pcs1 pcs

5 pcs5 pcs5 pcs10 pcs10 pcs10 pcs10 pcs

5 pcs

8. Transducers andTransmitters

MultimeterOscilloscopeSignal GeneratorRegulated, variable DC supplyTransducer and Transmitter TrainingModule

1 pc.1 pc.1 unit1 pc.1 set

5 units5 pcs.5 pcs.5 pcs1 set

9. Programmable controllers -PLC Basics

PC WorkstationPLC Training Module with simulationsoftware for PLC

1 unit1 set

5 units5 sets

10. PLC timers, counters, andapplications

PC WorkstationPLC Training Module with simulationsoftware for PLC

1 unit1 set

5 units5 sets

The remaining meetingsshould be allotted for thepresentation of a projectrelated to Electronics, andcompletion of other courserequirements such aspractical, oral, or writtenexaminations, whereapplicable.


LOGIC CIRCUITS AND SWITCHING THEORY


Quantity per

group


1. The Truth Table of BasicLogic Gates

DC Power SupplyVOMDigital OscilloscopeSolderless Breadboard

1 pc1 pc1 pc1 pc


2. De Morgan’s Theoremand Universal Logic Gates

DC Power SupplySolderless Breadboard

1 pc1 pc

5 pcs5 pcs

3. The Binary Adder Circuits DC Power SupplySolderless Breadboard

1 pc1 pc

5 pcs5 pcs

4. SynthesizingCombinational Circuits


1 pc1 pc

5 pcs5 pcs

5. Octal Keypad and SevenSegment Display


1 pc1 pc

5 pcs5 pcs

6. The RS and JK Flip Flops DC Power SupplySolderless BreadboardDigital OscilloscopeFunction Generator

1 pc1 pc1 pc1 pc


7. Binary Counters DC Power SupplySolderless BreadboardDigital OscilloscopeFunction Generator

1 pc1 pc1 pc1 pc


8. The 74194 Universal ShiftRegister

DC Power SupplySolderless BreadboardFunction Generator

1 pc1 pc1 pc

5 pcs5 pcs5 pcs

The remaining meetingsshould be allotted for thepresentation of a projectrelating to Logic Circuits andSwitching Theory, andcompletion of other courserequirements such aspractical, oral, or writtenexaminations, whereapplicable.


MICROPROCESSOR SYSTEMS


Quantity per

group


1. Familiarization withMicroprocessor System

Microprocessor Trainer 1 pc 5 pcs

2. LED Matrix CharacterGenerator

Microprocessor TrainerI/O BoardI/O Board

1 pc1 pc1 pc

5 pcs5 pcs5 pcs

3. Data Transmission andReception through I/O Boards

Microprocessor TrainerI/O Board

1 pc1 pc

5 pcs5 pcs

4. Stepper Motor Microprocessor TrainerI/O BoardStepper Motor

1 pc1 pc1 pc

5 pcs5 pcs5 pcs

The remaining meetingsshould be allotted for thepresentation of a projectrelated to MicroprocessorSystems, and completion ofother course requirementssuch as practical, oral, orwritten examinations, whereapplicable.


ENERGY CONVERSION

Exercises EquipmentRequired

Quantity per

MinimumRequired quantity

1. Familiarization withPhotovoltaic/Solar Cells• Characterize different loadings

with different sources of lightinput.

• Characterize solar cell thermalbehavior.

• Characterize operation of solarcell in series and parallelconfigurations.

VOMPhotovoltaic light source or incandescentlamps, day light lamp, halogen lamp.RheostatLED arrayDigital Thermometer (contactless)DC to DC converterLithium Rechargeable BatteryLight meterSwitching power supply/chargersolar panel kitsPeltier/Thermoelectric modules

2 pcs1 set

2 pcs1 set1 pc1 pc2 pcs1 pc1 pc2 pcs1 set

10 pcs5 sets

10 pcs5 sets5 pcs5 pcs


5 sets1. Characterization of Photovoltaic

cells• Battery charger operation• power supply regulation

3. Characterization of electrical outputof peltier/thermoelectric module withheat energy input.4. Evaluation of the operation ofpeltier/thermoelectric modules with dcsource, solar cell source, and heat

source5. Characterization of operation of peltier/thermoelectric modules in series and parallel configurations6. Transformer Characteristics7. Characteristics of a DC generator

8. Characteristics of a DC Motor

9. AC generator Characteristics

Transformer 2 pcs 10 pcsMechanical LED Hand Flashlight 1 pc 5 pcsDC motor 1 pc 5 pcsDC generator 1 pc 5 pcsAC generator 1 pc 5 pcsMotor-Generator set. 1 pc 5 pcsVOM 1 pc 5 pcsTachometer 1 pc 5 pcsVariac 1 pc 5 pcsVariable Frequency Controller Module 1 pc 5 pcs

The remaining meetings should be allotted to the completion of other course requirements such as practical, oral, or writtenexaminations, where applicable.


DATA COMMUNICATIONS


Quantity per

group


1. Transmission Media - DataCommunication Standards(ex. EIA/TIA )

1 unit standard bundle for DataCommunication and Networking LaboratoryCourse consisting of at least:

Integrated Services RoutersWireless RouterSwitchesPC with operating system and Networking

SoftwarePC Server

1 set1 server5 personalcomputers

2. Link Layer - DataCommunication Standards (Ex.Ethernet, IEEE 802.11)

3. Basic LAN connection - Wireand Wireless Environment

4. WAN Connections usingRouting Protocols (ex. PPP,Frame Relay, ISDN, RIP,OSPF)

5. Network Layer - Addressing,Segmentation and Routing(IPv4 and IPv6)

6. Transport Layers - TCP, UDPand DCCP

7. Application Layer Services -( ex. HTTP FTP, DNS, DHCP)

8. Converged Technologies -

Data Voice and Video in aPacket Switched Network

9. Network and PerformanceExperiments using Network andProtocol Analyzers

The remaining meetings shouldbe allotted for the completion ofother course requirements suchas practical, oral, or writtenexaminations, where applicable.


cmo 24 s2008 annex ivb list of laboratory requirements for ece

Documents

dc excitationa

ma dcmultimeter1 set1

power supplyanalog dc

dcexcited rc circuit

linear circuit

dcexcited rl circuit

centeredanalog dc voltmeter

ma dcanalog dc voltmeter