ANNEX IV B –LABORATORY REQUIREMENTS
I - ECE LABORATORY
CIRCUITS I
Exercises
Required Equipment
Required
Quantity per
group
Minimum
Required
quantity
1. Familiarization with Electrical
Measuring Instruments
a. characteristics of an analog
ammeter
b. characteristics of an analog
voltmeter
c. Measurement of current and
voltage using analog ammeter
and voltmeter
Circuits Trainer with power supply
Analog DC Ammeter (100 mA dc)
Analog DC Voltmeter (20V dc)
Multimeter
Watt meter
1 set
1 pc
1 pc.
1 pc.
1 pc.
5 sets
5 pcs
5 pcs
5 pcs
5 pcs
2. Analysis of resistive networks
a. characteristics of seriesparallel circuits
b. characteristics and principle of
basic electric circuit laws
c. series, parallel, and seriesparallel circuits.
Circuits Trainer with power supply
Analog DC Ammeter (100 mA dc)
Analog DC Voltmeter (20V dc)
Multimeter
1 set
1 pc.
1 pc.
1 pc.
5 sets
5 pcs
5 pcs
5 pcs
3. Resistance Bridge Circuit
a. Operating principles of
wheatstone bridge circuits
b. Resistance bridge circuits
under balanced condition with
and without strain.
c. Resistance bridge circuits
under unbalanced condition
with strain.
Circuits Trainer with power supply
Analog DC Ammeter (zero centered)
Analog DC Voltmeter (zero centered)
Multimeter
Potentiometer
Strain Transducer
1 set
1 pc
1 pc.
1 pc.
1 pc.
1 pc.
1 pc.
1 pc.
5 sets
5 pcs
5 pcs
5 pcs
5 pcs
5 pcs
5 pcs
5 pcs
4. Mesh Analysis and Nodal Analysis
a. effects of mesh analysis on
multiple active linear sources
in a network
b. linear response at any point in
a mesh circuit
c. effects of nodal analysis on
multiple active linear source in
a network
d. linear response at any point in
a nodal circuit
Computer Unit
Circuit simulation software
1 set
1 pc
5 sets
5 pcs
5. The Superposition Theorem and
Linearity
a. multiple active linear sources
in a network
b. linear response at any point in
Circuits Trainer with power supply
Analog DC Ammeter (100 mA dc)
Multimeter
1 set
1 pc.
1 pc.
5 sets
5 pcs
5 pcs
1
c.
a linear circuit having several
independent linear sources
principle of linearity
6. Thevenin’s and Norton’s
Circuits Trainer with power supply
Theorems
Ammeter (100 mA dc)
a. principles of Thevenin’s
Multimeter
Theorem
b. principles of Norton’s Theorem
c. Relationship between
Thevenin’s and Norton’s
Theorems
1 set
1 pc.
1 pc.
5 sets
5 pcs
5 pcs
7. Feedback and Natural Responses
of RC Circuits with DC Excitation
a. energy-storing devices (like
capacitors)
in DC circuits.
b. charging and discharging
response of a capacitor with
DC excitation.
c. natural and forced responses
of a DC-excited RC circuit.
d. complete responses of a
dynamic RC circuit.
Circuits Trainer with power supply
Function Generator
Oscilloscope
Multimeter
1 set
1 unit
1 unit
1 pc.
5sets
5 units
5 units
5 pcs.
8. Forced and Natural Responses of
RL Circuits with DC Excitation
a. effect of energy-storing devices
(like Inductors) in DC circuits.
b. charging and discharging
responses of an inductor with
DC excitation
c. natural and forced responses
of a DC-excited RL circuit.
d. natural, forced, and complete
responses of a dynamic RL
circuit.
Circuits Trainer with power supply
Ammeter (100 mA dc)
Multimeter
1 set
1 pc.
1 pc.
5 sets
5 pcs.
5 pcs.
9. Forced and Natural Responses of
RLC Circuits with DC Excitation
a. charging and discharging
responses of an inductor with a
capacitor on DC excitation.
b. natural and forced responses
of a DC-excited RL circuit.
c. natural, forced, and complete
responses of a dynamic RC
circuit.
PC
Circuit simulator
1 unit
1 unit
5 units
5 units
The remaining meetings should be
reserved for the presentation of project
and completion of other course
requirements such as practical, oral, or
written examinations, where
applicable.
2
* maximum of 5 students per group and minimum required quantity is based on class size of 25
students
CIRCUITS II
Exercises
1. RMS Value of an A.C. Sinusoidal
Waveform
Required Equipment
Required
Quantity per
group
Minimum
Required
quantity
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
5 units
1 pc.
1 pc.
1 pc.
1 pc.
5 pcs.
5 pcs.
5 pcs.
5 pcs.
2. Resistive, Inductive, and
Capacitive Circuits with a
Sinusoidal Excitation
Function Generator
Multimeter (V.O.M.)
AC Ammeter (0 – 100 mA)
2-Channel Oscilloscope
Resistive Load (100 ohms)
Resistive Load (470 ohms)
Capacitive Load (2.2 microFarad)
Inductive Load (100 milliHenry)
1 unit
1 pc.
1 pc.
1 pc.
1 pc.
1 pc.
1 pc.
1 pc.
5 units
5 pcs.
5 pcs.
5 pcs.
5 pcs.
5 pcs.
5 pcs.
5 pcs.
3. Impedance of a Series RLC
Circuit
Function Generator
Multimeter
AC Ammeter (0 – 100 mA)
Resistive Load (100 ohms)
Capacitive Load (2.2 microFarad)
Inductive Load (100 milliHenry)
Practical Inductor ((100 – 200 mH)
1 unit
1 pc.
1 pc.
1 pc.
1 pc.
1 pc.
1 pc.
5 units
5 pcs.
5 pcs.
5 pcs.
5 pcs.
5 pcs.
5 pcs.
4. Impedance and Admittance of a
Parallel RLC Circuit
Function Generator
Multimeter
AC Ammeter (0 – 100 mA)
Resistive Load (100 ohms)
Capacitive Load (2.2 microFarad)
Inductive Load (100 milliHenry)
1 unit
1 pc.
1 pc.
1 pc.
1 pc.
1 pc.
1 pc.
5 units
5 pcs.
5 pcs.
5 pcs.
5 pcs.
5 pcs.
5 pcs.
5. Computer-Aided Software AC
Circuit Analysis Simulation for
Network Theorems
a. Superposition Theorem using
computer-aided software AC
circuit analysis simulation
b. Thevenin’s and Norton’s
Theorems using computeraided software AC circuit
analysis simulation
PC with Computer-Aided Software AC
Circuit Analysis
Function Generator
Multimeter
AC Ammeter (0 – 100 mA)
Resistive Load (1000 ohms)
Capacitive Load (2.2 microFarad)
Inductive Load (100 milliHenry)
Inductive Load (150 milliHenry)
1 unit
1 unit
1 pc.
1 pc.
1 pc.
1 pc.
1 pc.
1 pc.
5 units
5 units
5 pcs.
5 pcs.
5 pcs.
5 pcs.
5 pcs.
5 pcs
6. Power in AC Circuits.
Function Generator
Multimeter
AC Ammeter (0 – 100 mA)
1 unit
1 pc.
1 pc.
5 units
5 pcs.
5 pcs.
Demonstration on the principles
3
of Thevenin’s Theorem
Wattmeter
Resistive Load (100 ohms)
Capacitive Load (100 nanoFarad)
Inductive Load (100 milliHenry)
1 pc.
1 pc.
1 pc.
1 pc.
5 pcs.
5 pcs.
5 pcs.
5 pcs.
7. Balanced Thee-phase Systems
a. balanced wye 3-phase
system
b. balanced delta 3-phase
system
c. Measurement of 3-phase
power using the twowattmeter method.
Test Bed
Purely Resistive Impedance (3,000 ohms)
Multimeter
AC Ammeter (0 – 3 A)
Wattmeter
Balanced 3-Phase Source (220 VRMS at 60
Hz)
1 set
3 pcs.
1 pc.
1 pc.
1 pc.
5 sets
3 pcs.
5 pcs.
5 pcs.
5 pcs.
8. Series Resonance
Function Generator
Multimeter
AC Ammeter (0 – 100 mA)
Resistive Load (1000 ohms)
Capacitive Load (2.2 microFarad)
Inductive Load (100 milliHenry)
1 unit
1 pc.
1 pc.
1 pc.
1 pc.
1 pc.
5 units
5 pcs.
5 pcs.
5 pcs.
5 pcs.
5 pcs.
9. Parallel Resonance
Function Generator
Multimeter
AC Ammeter (0 – 100 mA)
Resistive Load (1000 ohms)
Resistive Load (100 ohms)
Capacitive Load (2.2 microFarad)
Inductive Load (100 milliHenry)
1 unit
1 pc.
1 pc.
1 pc.
1 pc.
1 pc.
1 pc.
5 units
5 pcs.
5 pcs.
5 pcs.
5 pcs.
5 pcs.
5 pcs.
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)
1 unit
1 pc.
1 pc.
1 pc.
1 pc.
1 pc.
1 pc.
5 units
5 pcs.
5 pcs.
5 pcs.
5 pcs.
5 pcs.
5 pcs.
The remaining meetings should be
reserved for the presentation of
project and completion of other
course requirements such as
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
FEEDBACK AND CONTROL SYSTEMS LABORATORY
Exercises
Required Equipment
4
Required
Quantity*
Minimum
Required
quantity
1.
Control system software
Familiarization. Linear Constant
Coefficient Differential Equations
• Computer Workstation
• Control System Software
1 set
5 sets
2. Continuous-Time Signal
representation. Continuous Time
System representation, modeling,
generation, retrieval, and
interconnection
• Computer Workstation
• Control System Software
1 set
5 sets
3. Time response of first order
systems.
• Computer Workstation
• Control System Software
1 set
5 sets
4. Step response of Second order
systems and systems of higher
order.
• Computer Workstation
1 set
5 sets
5. Stability and Frequency Response
• Computer Workstation
• Control System Software
1 set
5 sets
6. Steady-State Analysis error and
System types
• Computer Workstation
• Control System Software
1 set
5 sets
7. Root Locus Analysis and Design of
Continuous-Time Systems
• Computer Workstation
• Control System Software
1 set
5 sets
8. ON-OFF, PI, PD, PID, Lead and
• Computer Workstation
• Control System Software
1 set
5 sets
Lag Compensators for
Continuous-Time Systems
• Control System Software
The remaining meetings should be
allotted for the presentation of a
project relating to Feedback and
Controls, and completion of other
course requirements such as
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
SIGNALS, SPECTRA, AND SIGNAL PROCESSING
Exercise
1. Familiarization with Signal
Processing Software
• various Signal
Processing Software
Required Equipment
• Computer Workstation
• Signal Processing Software
5
Required
Quantity*
1 set
Minimum
Required
quantity
5 sets
•
•
desktop tools
manipulations on
vectors, matrices, and
arrays
Solve systems of linear
equations using Signal
Processing Software
2. Introduction to Analog
Signals
• Analog signal
manipulation
• 3-dimensional (3D)
plotting in Signal
Processing Software
• Computer Workstation
• Signal Processing Software
1 set
5 sets
3. Basic Operations and
Non-Recursive Filter
Response
• Computer Workstation
• Signal Processing Software
1 set
5 sets
4. Familiarization with Infinite
Impulse Response (IIR)
and Pole-Zero Response
Filters
• Computer Workstation
1 set
5 sets
5. Programming in Signal
Processing Software
• Computer Workstation
• Signal Processing Software
1 set
5 sets
6. Graphical User Interface
in Signal Processing
Software.
• Computer Workstation
• Signal Processing Software
1 set
5 sets
Computer Workstation
Signal Processing Software
1 set
5 sets
1 set
1 set
5 sets
5 sets
•
•
•
•
discrete-time signal
manipulation
impulse response using
convolution
non-recursive filters
pole-zero response of a
filter.
7. Project – Filter Design
Implementation
8. Familiarization
with Real-Time DSP
• Signal Processing Software
•
•
• Computer Workstation
• DSP processor with software
The remaining meetings
should be allotted for the
presentation of a project
relating to Signal Processing,
and completion of other
6
course requirements such as
practical, oral, or written
examinations, when
applicable.
* maximum of 5 students per group and minimum required quantity is based on class size of 25
students
PRINCIPLES OF COMMUNICATIONS LABORATORY
Exercises
1. Communications Circuits
and Service
Considerations
a. Pads and
Attenuators
b. Passive Filters
c. Lissajous Figures
Required Equipment
•
Required
Quantity per
group
Minimum
Required
quantity
•
•
•
•
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 set
1 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.
•
•
Tuned Circuits and Filters Module
Personal Computer
1 pc.
1 set.
5 pcs
5 set
3. Amplitude Modulation
a. Familiarization
b. Amplitude Modulation
c. Reception of AM
signal
•
•
•
•
•
AM Generator Module
AM Receiver Module (AM2961B)
Power Supply, ±15V dc regulated
Two-channel Oscilloscope
Oscilloscope Probes
1 set
1 set
1 pc.
1 pc.
1 pc.
5 sets
5 sets
5 pcs.
5 pcs.
5 pcs.
4. Automatic Gain Control
a. Understand the
purpose of AGC
•
AM Generator Module with AGC
function
AM Receiver Module
1 set
1 set
1 pc.
5 sets
5 sets
5 pcs.
2. Communications Circuits
Computer Simulations
a. Passive Low-pass
Filter
b. Active Low-pass Filter
c. Bandpass Crystal
Filter
d. Bandpass Ceramic
Filter
e. Gain Control and AGC
•
•
•
•
•
•
Bandpass Crystal
Filter
•
7
•
•
•
•
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 and
Single Sideband Systems
a. Double Sideband
Systems
b. Single Sideband
Transmission and
Reception
•
•
•
•
•
•
AM Generator Module
AM Receiver Module
Power Supply, ±15V dc regulated
Two-channel Oscilloscope
Oscilloscope Probes
Multimeter
1 set
1 set
1 pc
1 pc
1 pc.
1 pc
1 pc
5 sets
5 sets
5 pcs
5 pcs
5 pcs.
5 pcs
5 pcs
6. Frequency Modulation
a. Frequency Modulation
Circuits
b. Basic FM Reception
c. Stereo System using
FDM
•
•
•
•
•
•
FM Generator Module
FM Receiver Module
Power Supply, ±15V dc regulated
Two-channel Oscilloscope
Oscilloscope Probes
Multimeter
1 set
1 set
1 pc.
1 pc
1 pc.
1 pc
5 sets
5 sets
5 pcs.
5 pcs
5 pcs.
5 pcs.
7. Amplitude Modulation
Computer Simulations
•
•
Amplitude Modulation Module
Personal Computer (PC) with
Software for Simulation of AM
1 pc
5 pcs
1 pc.
5 pcs
•
•
Frequency Modulation Module
Personal Computer (PC) with
Software for Simulation of AM
1 pc
5 pcs
1 pc
5 pcs
b. Automatic Gain
Control
8. Frequency Modulation
Computer Simulations
The remaining meetings
should be allotted for the
presentation of a project
relating to Principles of
Communications, and
completion of other course
requirements such as 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
DIGITAL COMMUNICATIONS LABORATORY
8
Exercises
Required Equipment
Required Quantity
per group
Minimum
Required
quantity
1. Introduction to Digital
Communications
a. Introduction to
Digital
Communications
b. PCM Encoding
PCM and Link Analysis Training
Module
Personal Computer
1 set
5 sets
1 pc.
5 pcs.
2. Noise Analysis on Digital
Communication System
PCM and Link Analysis Training
Module
Personal Computer
1 set
1 pc.
5 sets
5 pcs.
3. Sampling Theory and
Analog to Digital
Conversion
a. Sampling Theory
b. Analog to Digital
Conversion
Digital Data Formatting Board Module
Personal Computer
1 set
1 pc.
5 sets
5 pcs.
4. Digital Data Formatting
Digital Data Formatting Board Module
Personal Computer
1 set
1 pc.
5 sets
5 pcs
5. Amplitude Shift Keying
ASK Board Module
Personal Computer
1 set
1 pc.
5 sets
5 pcs
6. Frequency Shift Keying
FSK Board Module
Personal Computer
1 set
1 pc.
5 sets
5 pcs.
7. Phase Shift Keying and
Quadrature Phase Shift
Keying
PSK Board Module
Personal Computer
1 set
1 pc.
5 sets
5 pcs.
8. Error Detection and
Correction
PCM and Link Analysis Training
Module
Personal Computer
1 set
1 pc.
.
5 sets
5 pcs.
The remaining meetings
should be allotted for the
presentation of a project
relating to Digital
Communications, and
completion of other course
requirements such as
practical, oral, or written
examinations, where
applicable.
9
* maximum of 5 students per group and minimum required quantity is based on class size of 25
students
TRANSMISSION MEDIA AND ANTENNA SYSTEM
Exercises
Required Equipment
1. Wave Propagation in a
Transmission Line
Demonstrating the Effects of
Losses, Attenuation and
Standing Waves
•
2. Properties of Half
Wavelength Lines with
Variable Terminations and
some Transmission Line
Applications
•
•
•
•
•
•
•
Required
Quantity per
group
Minimum
Required
quantity
Transmission Line Demonstrator
unit
Function Generator
600R impedance terminator links
1 pc.
1 pc
1 pc
1 pc
5 pcs.
5 pcs.
5 pcs.
5 pcs.
•
Transmission Line Demonstrator
Function Generator
600R terminator
Links
10k terminator
1k8 terminator
50R terminator
110µF terminator
Oscilloscope
1 pc.
1 pc
1 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
3. Software Simulation and
Hardware Modelling of a
Dipole Antenna
•
•
Antenna Trainer
Personal Computer
1 pc.
1 pc.
5 pcs
5 pcs
4. Antenna Arrays
•
•
Antenna Trainer
Personal Computer
1 pc.
1 pc.
5 pcs.
5 pcs.
5. Monopole and Microwave •
Antenna
•
Antenna Trainer
Personal Computer
1 pc
1 pc.
5 pcs.
5 pcs.
•
•
6. Introduction to
Waveguides
•
Microwave Trainer
1 pc
5 pcs
7. Microwave Link
Investigations using a
Horn Antenna
•
Microwave Trainer
1 pc
5 pcs
8. Optical Fiber
Demonstrations,
Attenuation
Measurements and
Applications
•
Fiber Optics Trainer
1 pc.
5 pcs
The remaining meetings
should be allotted for the
Presentation of a Design
project relating to
Transmission Lines,
Antennas, and Wave
Propagation, and completion
10
of other course requirements
such as 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
NUMERICAL METHODS
Exercise
Required Equipment
Required Quantity
per group
Minimum
Required
quantity
PC with Software for mathematical
computations and programming
1 set
5 sets
2. Roots of Equations.
Graphical Method.
Bracketing methods:
Half-interval and
False Position
PC with Software for mathematical
computations and programming
1 set
5 sets
3. Newton’s Method
PC with Software for mathematical
computations and programming
1 set
5 sets
4. Polynomial equations
Muller’s method
Bairstow’s method
PC with Software for mathematical
computations and programming
1 set
5 sets
5. Solution to Systems of
Linear Equations
PC with Software for mathematical
computations and programming
1 set
5 sets
6. Solution to Systems of
Non-linear Equations
PC with Software for mathematical
computations and programming
1 set
5 sets
7. Interpolation
PC with Software for mathematical
computations and programming
1 set
5 sets
8. Numerical Integration
PC with Software for mathematical
computations and programming
1 set
5 sets
9. Ordinary Differential
Equations
PC with Software for mathematical
computations and programming
1 set
5 sets
1. Error Analysis.
Taylor’s Series
Expansion
MacLaurin’s Series
Expansion
Divided Difference
The remaining meetings
should be allotted to the
completion of other
course requirements
such as practical, oral, or
written examinations,
where applicable.
11
* maximum of 5 students per group and minimum required quantity is based on class size of 25
students
ELECTRONIC DEVICES AND CIRCUITS
Exercises
Required Equipment
Required
Quantity per
group
Minimum
Required
quantity
1. Diode Characteristics
DC Power Supply
Analog Multimeter
Digital Multimeter (DMM)
Breadboard
Oscilloscope
Desktop Computer
1 pc.
1 pc.
1 pc.
1 pc.
1 pc.
1 pc.
5 pcs
5 pcs
5 pcs
5 pcs
5 pcs
5 pcs
2. The Diode Limiter
Function Generator
Semiconductor Devices Circuit Board
with Power Supply
Oscilloscope
Digital Multimeter (DMM)
Desktop Computer
1 pc.
1 pc
1 pc.
1 pc.
1 pc.
1 pc.
5 pcs
5 pcs
5 pcs
5 pcs
5 pcs
5 pcs
3. The Diode Clamper
Function Generator
Semiconductor Devices Circuit Board
with Power Supply
Oscilloscope
Digital Multimeter (DMM)
Desktop Computer
1 pc.
1 pc.
5 pcs.
5 pcs
1 pc.
1 pc.
1 pc.
5 pcs
5 pcs
5 pcs
Digital Multimeter (DMM)
Function Generator
Oscilloscope
Semiconductor Devices Circuit Board
with Power Supply
Desktop Computer
1 pc.
1 pc.
1 pc.
1 pc.
5 pcs
5 pcs
5 pcs
5 pcs
1 pc.
5 pcs
Digital Multimeter
Semiconductor Devices circuit Board
with Power Supply
Function Generator
Digital Oscilloscope
Desktop Computer
1 pc.
1 pc.
5 pcs
5 pcs
1 pc.
1 pc.
1 pc.
5 pcs
5 pcs
5 pcs
Digital Multimeter (DMM)
Breadboard
Semiconductor Devices Circuit board
with Power Supply
DC Supply
Desktop computer
1 pc.
1 pc.
1 pc.
5 pcs
5 pcs
5 pcs
1 pc.
1 pc.
5 pcs
5 pcs
4. Rectifiers and Filters
5. The Voltage Doubler
6. Zener Diode and
Voltage Regulation
12
7. BJT Characteristics
and Biasing
Digital Multimeter (DMM)
Semiconductor Devices Circuit board
with Power Supply
Desktop computer
1 pc.
1 pc.
1 pc.
1 pc.
5 pcs
5 pcs
5 pcs
5 pcs
8. Small-signal Amplifier
a. Common-Base
b. Common-Emitter
c. Common-Collector
Digital Multimeter (DMM)
Transistor Amplifier Circuit board with
Power Supply
Function Generator
Oscilloscope
1 pc.
1 pc.
5 pcs
5 pcs
1 pc.
1 unit
5 pcs
9. JFET Fundamentals
Digital Multimeter (DMM)
FET Fundamentals Circuit board with
Power Supply
Function Generator
Oscilloscope
1 pc.
1 pc.
1 pc.
1 pc
1 pc
5 pcs
5 pcs
5 pcs
5 pcs
5 pcs
10. JFET Amplifier
Digital Multimeter (DMM)
FET Fundamentals Circuit board with
Power Supply
Function Generator
Oscilloscope
1 pc.
1 pc.
1 pc
1 pc
5 pcs
5 pcs
5 pcs
5 pcs
The remaining meetings
should be allotted for
the presentation of a
project related to
Electronics, and
completion of other
course requirements
such as 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
ELECTRONIC CIRCUIT ANALYSIS AND DESIGN
Exercise
Required Equipment
Required
Quantity per
group
Minimum
Required
quantity
1. BJT Frequency Response
Digital Multimeter (DMM)
Transistor Power Amplifiers Ckt. board
Function Generator
Oscilloscope
1 pc.
1 pc.
1 pc.
1 pc
5 pcs
5 pcs
5 pcs
5 pcs
2. JFET Frequency Response
Digital Multimeter (DMM)
Transistor Power Amplifiers Ckt. board
1 pc.
1 pc.
5 pcs
5 pcs
13
Function Generator
Oscilloscope
1 pc.
1 pc
5 pcs
5 pcs
3. Cascaded Amplifier
a. Direct Coupled
b. RC Coupled
c. Transformer Coupled
Digital Multimeter (DMM)
Transistor Amplifier Circuit board
Function Generator
Oscilloscope
1 pc.
1 pc.
1 pc.
1 pc
5 pcs
5 pcs
5 pcs
5 pcs
4. Power Amplifier
a. Single-ended
b. Push-pull
Digital Multimeter (DMM)
Transistor Power Amplifier Circuits Ckt.
board
Function Generator
Oscilloscope
1 pc.
1 pc.
1 pc.
1 pc
1 pc
5 pcs
5 pcs
5 pcs
5 pcs
5 pcs
5. Differential Amplifier
Digital Multimeter
Function Generator
Digital Oscilloscope
Operational Amplifier Circuit Board
1 pc.
1 pc.
1 set
1 pc.
5 pcs
5 pcs
5 sets
5 pcs
6. Inverting and Non-inverting
Operational Amplifiers
Digital Multimeter
Function Generator
Digital Oscilloscope
Operational Amplifier Circuit Board
1 pc.
1 pc.
1 set
1 pc.
1 pc.
5 pcs
5 pcs
5 sets
5 pcs
5 pcs
7. Operational Amplifier
Applications
Digital Multimeter
Function Generator
Digital Oscilloscope
Operational Amplifier Circuit Board
1 pc.
1 pc.
1 set
1 pc.
1 pc.
5 pcs
5 pcs
5 sets
5 pcs
5 pcs
1. Feedback Amplifier
Digital Multimeter (DMM)
Transistor Feedback Circuits Ckt. board
Function Generator
Oscilloscope
1 pc.
1 pc.
1 pc.
1 pc.
1 pc.
5 pcs
5 pcs
5 pcs
5 pcs
5 pcs
2. Square Wave Oscillators
Digital Multimeter
DC Power Supply
Digital Oscilloscope
Breadboard
1 pc.
1 pc.
1 set
1 pc.
5 pcs
5 pcs
5 sets
5 pcs
3. Familiarization with Digital
Circuits
DC Power Supply
VOM
Digital Oscilloscope
Digital Circuit Training Module
1 pc
1 pc
1 pc
1 set
5 pcs
5 pcs
5 pcs
5 sets
The remaining meetings should
be allotted for the presentation
of a project related to
Electronics, and completion of
other course requirements such
as practical, oral, or written
14
examinations, where applicable
* maximum of 5 students per group and minimum required quantity is based on class size of 25
students
INDUSTRIAL ELECTRONICS
Exercises
Required Equipment
Required
Quantity per
group
Minimum
Required
quantity
1. Filters
Filter Experimental Module
Oscilloscope
Multimeter
DC Supply
Function Generator
1 set
1 set
1 pc
1 pc
1 pc
5 sets
5 sets
5 pcs
5 pcs
5 pcs
2. Voltage Multiplier
Filter Experimental Module
Oscilloscope
Multimeter
DC Supply
Function Generator
1 set
1 set
1 pc
1 pc
1 pc
5 sets
5 sets
5 pcs
5 pcs
5 pcs
3. Voltage Regulator
Filter Experimental Module
Oscilloscope
Multimeter
DC Supply
Function Generator
1 set
1 set
1 pc
1 pc
1 pc
5 sets
5 sets
5 pcs
5 pcs
5 pcs
4. DC Characteristics of
Thyristors and other
Switching Devices
Multimeter
Oscilloscope
Signal Generator
Regulated, variable DC power supply
SCRs
TRIACs
UJTs
Capacitors
Resistors
Potentiometers
Breadboard
SPST Switches
Lamp
DC Motor
1 pc.
1 pc.
1 set
1 pc.
2 pcs
2 pcs
2 pcs
2 pcs
2 pcs
2 pcs
2 pcs
2 pcs
2 pcs
1 pc
5 pcs
5 pcs
5 sets
5 pcs
10 pcs
10 pcs
10 pcs
10 pcs
10 pcs
10 pcs
10 pcs
10 pcs
10 pcs
5 pcs
5. Thyristors and Phase
Control Circuits
Multimeter
Oscilloscope
Signal Generator
Regulated, variable DC power supply
SCRs
TRIACs
UJTs
Capacitors
Resistors
1 pc.
1 pc.
1 set
1 pc.
2 pcs
2 pcs
2 pcs
2 pcs
2 pcs
5 pcs
5 pcs
5 sets
5 pcs
10 pcs
10 pcs
10 pcs
10 pcs
10 pcs
15
7. Optoelectronic Devices
Potentiometers
Breadboard
SPST Switches
Lamp
DC Motor
2 pcs
2 pcs
2 pcs
2 pcs
1 pc
10 pcs
10 pcs
10 pcs
10 pcs
5 pcs
Oscilloscope
Function Generator
Multimeter
LED
Laser Diode
Photodiode
Photodetector
Power Supply
1 pc
1 pc
1 pc
2 pcs
2 pcs
2 pcs
2 pcs
1 pcs
5 pcs
5 pcs
5 pcs
10 pcs
10 pcs
10 pcs
10 pcs
5 pcs
8. Transducers and
Transmitters
Multimeter
Oscilloscope
Signal Generator
Regulated, variable DC supply
Transducer and Transmitter Training
Module
1 pc.
1 pc.
1 unit
1 pc.
1 set
5 units
5 pcs.
5 pcs.
5 pcs
1 set
9. Programmable controllers –
PLC Basics
PC Workstation
PLC Training Module with simulation
software for PLC
1 unit
1 set
5 units
5 sets
10. PLC timers, counters, and
applications
PC Workstation
PLC Training Module with simulation
software for PLC
1 unit
1 set
5 units
5 sets
The remaining meetings
should be allotted for the
presentation of a project
related to Electronics, and
completion of other course
requirements such as
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
LOGIC CIRCUITS AND SWITCHING THEORY
Exercises
Required Equipment
16
Required
Quantity per
group
Minimum
Required
quantity
1. The Truth Table of Basic
Logic Gates
DC Power Supply
VOM
Digital Oscilloscope
Solderless Breadboard
1 pc
1 pc
1 pc
1 pc
5 pcs
5 pcs
5 pcs
5 pcs
2. De Morgan’s Theorem
and Universal Logic Gates
DC Power Supply
Solderless Breadboard
1 pc
1 pc
3. The Binary Adder Circuits
DC Power Supply
Solderless Breadboard
1 pc
1 pc
5 pcs
5 pcs
4. Synthesizing
Combinational Circuits
DC Power Supply
Solderless Breadboard
1 pc
1 pc
5 pcs
5 pcs
5. Octal Keypad and Seven DC Power Supply
Segment Display
Solderless Breadboard
1 pc
1 pc
5 pcs
5 pcs
6. The RS and JK Flip Flops
DC Power Supply
Solderless Breadboard
Digital Oscilloscope
Function Generator
1 pc
1 pc
1 pc
1 pc
5 pcs
5 pcs
5 pcs
5 pcs
7. Binary Counters
DC Power Supply
Solderless Breadboard
Digital Oscilloscope
Function Generator
1 pc
1 pc
1 pc
1 pc
5 pcs
5 pcs
5 pcs
5 pcs
8. The 74194 Universal Shift
Register
DC Power Supply
Solderless Breadboard
Function Generator
1 pc
1 pc
1 pc
5 pcs
5 pcs
5 pcs
5 pcs
5 pcs
The remaining meetings
should be allotted for the
presentation of a project
relating to Logic Circuits and
Switching Theory, and
completion of other course
requirements such as
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
MICROPROCESSOR SYSTEMS
Exercises
Required Equipment
17
Required
Quantity per
group
Minimum
Required
quantity
1. Familiarization with
Microprocessor System
Microprocessor Trainer
1 pc
5 pcs
2. LED Matrix Character
Generator
Microprocessor Trainer
I/O Board
I/O Board
1 pc
1 pc
1 pc
5 pcs
5 pcs
5 pcs
3. Data Transmission and
Reception through I/O Boards
Microprocessor Trainer
I/O Board
1 pc
1 pc
5 pcs
5 pcs
4. Stepper Motor
Microprocessor Trainer
I/O Board
Stepper Motor
1 pc
1 pc
1 pc
5 pcs
5 pcs
5 pcs
The remaining meetings
should be allotted for the
presentation of a project
related to Microprocessor
Systems, and completion of
other course requirements
such as 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
ENERGY CONVERSION
Exercises
1. Familiarization with
Photovoltaic/Solar Cells
• Characterize different loadings
with different sources of light
input.
• Characterize solar cell thermal
behavior.
• Characterize operation of solar
cell in series and parallel
configurations.
1. Characterization of Photovoltaic
cells
• Battery charger operation
• power supply regulation
Equipment
VOM
Photovoltaic light source or incandescent
lamps, day light lamp, halogen lamp.
Rheostat
LED array
Digital Thermometer (contactless)
DC to DC converter
Lithium Rechargeable Battery
Light meter
Switching power supply/charger
solar panel kits
Peltier/Thermoelectric modules
3. Characterization of electrical output
of peltier/thermoelectric module with
heat energy input.
4. Evaluation of the operation of
peltier/thermoelectric modules with dc
source, solar cell source, and heat
18
Required
Quantity per
group
2 pcs
1 set
Minimum
Required quantity
10 pcs
5 sets
2 pcs
1 set
1 pc
1 pc
2 pcs
1 pc
1 pc
2 pcs
1 set
10 pcs
5 sets
5 pcs
5 pcs
10 pcs
5 pcs
5 pcs
10 pcs
5 sets
source
5. Characterization of operation of
peltier/thermoelectric modules in
series and parallel configurations
6. Transformer Characteristics
7. Characteristics of a DC generator
8. Characteristics of a DC Motor
9. AC generator Characteristics
Transformer
Mechanical LED Hand Flashlight
DC motor
DC generator
AC generator
Motor-Generator set.
VOM
Tachometer
Variac
Variable Frequency Controller Module
2 pcs
1 pc
1 pc
1 pc
1 pc
1 pc
1 pc
1 pc
1 pc
1 pc
10 pcs
5 pcs
5 pcs
5 pcs
5 pcs
5 pcs
5 pcs
5 pcs
5 pcs
5 pcs
The remaining meetings should be
allotted to the completion of other
course requirements such as
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
DATA COMMUNICATIONS
Exercises
1. Transmission Media – Data
Communication Standards
(ex. EIA/TIA )
2. Link Layer – Data
Communication Standards (Ex.
Ethernet, IEEE 802.11)
3. Basic LAN connection – Wire
and Wireless Environment
4. WAN Connections using
Routing Protocols (ex. PPP,
Frame Relay, ISDN, RIP,
OSPF)
Required Equipment
Required
Quantity per
group
Minimum
Required
quantity
1 unit standard bundle for Data
Communication and Networking Laboratory
Course consisting of at least:
Integrated Services Routers
Wireless Router
Switches
PC with operating system and Networking
Software
PC Server
5. Network Layer – Addressing,
Segmentation and Routing
(IPv4 and IPv6)
6. Transport Layers – TCP, UDP
and DCCP
7. Application Layer Services –
( ex. HTTP FTP, DNS, DHCP)
8. Converged Technologies –
19
1 set
1 server
5 personal
computers
Data Voice and Video in a
Packet Switched Network
9. Network and Performance
Experiments using Network and
Protocol Analyzers
The remaining meetings should
be allotted for the completion of
other course requirements such
as 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
20