Electronics Experimental Cards
(EC112)
Electronic Circuits I (EC112.01)
- Constructing the BJT amplifier basic configuration circuits: CE: common-emitter, CC: common collector- CB: common base. Circuits.
- Observing the characteristics and the differences between the configurations: current-gain, voltage-gain, power gain, input and output impedances.
Electronic Circuits II (EC112.02)
- Exploring the MOSFET amplifier basic configuration circuits: CS: common-source, CD: common drain - CG: common gate.
- Discovering the Characteristics and comparisons among the different configurations: current-gain, voltage-gain, power gain, input and output impedances.
Electronic Circuits III (EC112.03)
- Building JFET Common source and Common drain amplifiers.
- Investigating the response to load of a constant current source using FETs or bipolar transistor.
- Introduction to the functioning of a constant current source
Electronic Circuits IV (EC112.04)
- Constructing Push-pull amplifier circuits using Bjts.
- Investigation of an FET with DC and AC negative feedback
- Adjusting the operating point of a push-pull amplifier circuit using an oscilloscope
- Measuring and minimizing the crossover distortions of a push-pull amplifier
Electronic Circuits V (EC112.05)
- Experimenting Multi-staged amplifier (gain and frequency response) with different resistive capacitive and direct feedback options.
- Discovering the influence of the different feedback loops (R,RC) on the gain of the amplifier.
- Constructing a differential amplifier using BJTs and learning about their common mode operation , offset adjustment , operating point adjustment.
- Control of a differential amplifier with symmetrical and asymmetrical voltages
- Exploring the Darlington Circuit & learning about it’s applications.
Electronic Circuits VI `(EC112.06)
- Discovering the differences between power amplifier classes from the aspect of conduction period, power consumption & distortion.
- Constructing circuits for Class A , B , C and AB amplifiers and experimenting their respective characteristics.
- Using a monostable multivibrator as a switch denouncer for mechanical switches.
- Electronics Experimental Cards (EC112)
- Hard copy user manual
- Card holder (MMS103) With Advanced Computer Interface Base Unit with Built-in Power Supply (MMS100)
- Card holder (MMS103) With Computer Interface Base Unit with Built-in Power Supply (MMS101)
- Bench Power Supply Unit (MMS102) (Customer to provide oscilloscope, function generator, multimeter)
Dive into the captivating world of electronics with our Electronic Circuits Educational Cards! This set of 6 meticulously crafted cards is perfect for learners of all levels, offering clear explanations and engaging visuals to help you understand the core concepts of electronic circuits. From fundamental components to advanced amplifier designs, these cards cover a wide range of topics, making complex ideas approachable and practical. These cards go beyond the basics, offering insights into more advanced concepts like MOSFETs and BJTs as amplifiers, JFETs, differential pairs, and multi-stage amplifiers. By exploring these topics, you’ll gain a deeper understanding of how modern electronic devices amplify and control signals, laying the groundwork for designing and troubleshooting complex circuits.
- The experimental Cards include 6 different cards that are compatible with the card holder (MMS103).
- The cards contain a variety of amplifier configurations that include multiple types of Bipolar , MOSFET & JFET Transistors in addition to multistage & differential amplifier
- Reinforce theory and techniques taught in the classroom through experiments and projects in the laboratory.
- Through the package ,the student can perform over 18 experiments using the package and verify the results of the experiments theoretically throughout the user manual.