Electronics Lab Products
DC package board training unit
Code : (CE-11)
The DC (CE-11) unit offers thorough, practical training on the terminology, principles, and practical uses of dc circuits.
Through a well-structured learning program, students gain familiarity with every component of the board.
They acquire the skills to isolate, recognize, and test a series of circuits and to conduct troubleshooting exercises to showcase their proficiency in meeting the course objectives.
The 15 V power supply, channeled through the base unit and its protective circuitry, provides all dc power to the circuit board.
Students diagnose dc circuit faults introduced by the computer or manually by the instructor, who adjusts concealed switches located under a secure cover.
• Understanding the fundamental principles of electrical circuits in both direct current (dc) and alternating current (ac).
• Comprehending Ohm’s law.
• Applying Kirchhoff’s voltage and current laws.
• Utilizing measurement tools such as voltmeters, ammeters, and ohmmeters.
• Solving problems in series and parallel circuits.
• Studying electromagnetism.
• Learning about electrical distribution.
• Analyzing and resolving issues in electrical circuits.
• Exploring the most commonly used electrical components such as power sources, resistors, inductors, capacitors, transformers, switches, relays, and motors.
AC package board training unit
Code : (CE-12)
In this unit (CE-12), there are nine circuit blocks where students engage in different troubleshooting exercises.
These exercises involve identifying and isolating the following circuits:
- Impedance of Generator
- Waveforms of AC/DC
- Angle of Phase
- Inductance and Inductive Reactance
- Transformer
- Capacitance and Capacitive Reactance
- Time Constants of RC
- Wave Shapes of RC/R
• Exploring Magnetism and Creating a Magnet
• Understanding the Function of an Oscilloscope
• Exploring Laboratory Instruments: Oscilloscope, AC Waveform Generator, and AC Amplitude Measurements
• Measuring AC Voltage, Current, and Impedance
• Determining and Adjusting Frequency
• Exploring Inductors, Phase Angle, Series vs Parallel, Inductive Reactance, and Impedance
• Understanding Series and Parallel RL Circuits
• Studying Electromagnets, Solenoids, and Relays
• Exploring Transformer Windings, Mutual Inductance, Turns and Voltage Ratios, and Secondary Loading
• Understanding Capacitors, Series vs Parallel, and Capacitive Reactance
• Studying Series and Parallel RC Circuits
• Exploring RC Time Constants
• Analyzing RC/RL Waveshapes
• Basic Troubleshooting Techniques for the (CE-12) Circuit Board
Transistor package training unit
Code : (CE-13)
The (CE-13) unit enables students to carry out hands-on activities showcasing the principles of transistor amplifiers.
• Exploring Magnetism and Creating a Magnet
• Understanding the Function of an Oscilloscope
• Essential Laboratory Tools: Oscilloscope, AC Waveform Generator, and AC Amplitude Measurements
• Measuring AC Voltage, Current, and Impedance
• Determining and Adjusting Frequency
• Exploring Inductors, Phase Angle, Series vs Parallel, Inductive Reactance, and Impedance
• Analysis of Series and Parallel RL Circuits
• Investigating Electromagnets, Solenoids, and Relays
• Understanding Transformer Windings, Mutual Inductance, Turns and Voltage Ratios, and Secondary Loading
• Exploring Capacitors, Series vs Parallel, and Capacitive Reactance
• Analysis of Series and Parallel RC Circuits
• Understanding RC Time Constants
• Analyzing RC/RL Waveshapes
• Essential Troubleshooting Techniques for the AC 1 Fundamentals Circuit Board
Digital circuit package
Code : (CE-14)
The Digital logic cards package includes a unique set of cards meant to be used with the main unit.
It serves as a great resource for understanding digital logic circuits, characteristics, and functions, by performing experiments with simple logic circuits to teach Boolean algebra.
Flip flops, sequential circuits, and several more advanced applications that utilize them are all showcased.
The package teaches students about the principles, limits, features, and basic circuits of different digital components and how to use them in real circuits.
Laboratory experiments contribute to a better understanding of measurement devices, particularly the logic analyzer.
• Creating AND and OR gates using switches (Switch logic)
• Utilizing 3-input and 4-input logic gates to confirm the truth table for each gate.
• Create practical applications using circuits made with digital logic.
• Testing each block within the 4-bit ALU by confirming its functionality in both logical and arithmetic operations.
• Testing the fundamental memory components like the SR Latch and the Gated SR Latch.
• Testing the D-flip flop with positive triggers to comprehend its design and functionality.
• Testing the functionality of series and parallel resistors and how they are utilized in the process of reading and writing digital bits.
• Testing 10-year counters created with a series of JK flip-flops and AND gates.
• Comprehending the structure of PIC Microcontrollers.
• Acquiring knowledge in programming PIC microcontrollers.
• Testing the GPIOs and utilizing them for LED control.
• Creating a circuit for an 8X8 dot matrix display, with dot matrix manipulation and management handled by a microcontroller unit.
• Testing the functionality of the Flash ADC and the SAR ADC for converting analog signals to digital signals.
Transducer package training unit
Code : (CE-15)
The trainee is led through the circuits and equipment used to connect computer and control circuits to the external environment by the (CE-15) unit.
Within the circuit board, there are eight transducer circuit blocks, an oven used to illustrate temperature transducers, an instrumentation amplifier with adjustable gain, and a Reference Supply circuit block that interfaces with a computer.
Students acquire knowledge about input and output transducers and how physical measurements such as temperature, position, proximity, and force are transformed into electrical signals for detection and processing by computer and control systems.
• An overview of Transducers and the Circuit Board
• Measuring and controlling temperature using RTD and Thermocouple
• Utilizing Capacitance Sensor for touch and position sensing
• Understanding the characteristics of Strain Gauge
• Exploring Bending Beam Load Cell with Strain Gauge
• Principles of Ultrasonic and its application in distance measurement
• Learning about Infrared Transmission/Reception and IR Remote Control
• Measuring force using transducers
• Implementing computerized temperature control and measurement with the Optional 32-Bit Microprocessor Module (91017), 9 V Power Supply (91730), and Flat Ribbon Cable (91627).
• Implementing computerized force measurement with the Optional 32 Bit Microprocessor Module (91017), 9 V Power Supply (91730), and Flat Ribbon Cable (91627).
• Troubleshooting Transducer Circuits
