Basic Electronics Learning System
The only electronics experience that takes you from understanding atoms to a working power supply — with a real oscilloscope, 43 hands-on activities, and the theory that actually explains why it all works.
- 590+ page illustrated handbook — activity-first, self-learner friendly
- Real digital storage oscilloscope (DSO 152) — not a simulation
- 43 activities across 14 topic areas — beginner to intermediate level
- All 25+ components included — nothing extra to buy
- Covers: DC/AC circuits, semiconductors, diodes, filters, rectifiers, logic gates
- Certificate of Completion on finishing all activities
- For Class 11–12 students, UG engineers, makers, and lab coordinators
- Made in India
Most electronics kits give you a breadboard and a "blink an LED" tutorial. This is not that.
The Basic Electronics Learning System is a structured, activity-first learning system built for anyone who wants to genuinely understand electronics — not just follow instructions until something lights up. Every concept is introduced through analogy, derived from first principles, and immediately applied in a hands-on circuit you build yourself.
The system pairs a 590+ page illustrated handbook with a complete component set and a real digital storage oscilloscope. By the time you finish, you won't just know how resistors, capacitors, inductors, and diodes behave — you'll have measured them, seen their waveforms, and built working circuits around them.
This is the foundation that every electronics engineer, robotics builder, and maker needs — and almost nobody actually gets from standard coursework. Finish all the activities and you'll earn an ORCA Robotics Certificate of Completion to show for it.
- Class 11–12 students in Physics or Electronics streams who want to go deeper than the textbook
- Engineering students (ECE, EEE, Instrumentation) in 1st or 2nd year building their fundamentals
- Hobbyists and makers who have been following tutorials but don't understand why things work
- Science teachers and lab coordinators looking for a structured, self-contained lab experience
- Anyone preparing for GATE, JEE, or university practicals in electronics
Across 14 topic areas — from resistor circuits and RC filters to rectifiers, clippers, clampers, Zener regulators, and logic gates. Every activity includes calculations, oscilloscope measurements, and expected results.
- Light sensing circuit with automatic ON/OFF
- LED brightness control using a knob
- Capacitor powering an LED without a battery
- Live charging & discharging curves on the oscilloscope
- Inductor spark effect using a reverse-biased LED
- Measuring a transformer's output with an oscilloscope
- Low pass and high pass filters — built and compared
- AC waveform shaping using clipper circuits
- Waveform shifting using a clamper circuit
- AC to DC conversion using a bridge rectifier
- Smooth DC output using a capacitor filter
- Stable voltage output using a Zener regulator
- Spike protection circuit for sensitive components
- Logic gates built using only diodes and resistors
- Complete DC power supply built from scratch
Everything required for all 43 activities. No additional purchases needed.
| Component | Qty |
| 590+ page illustrated handbook (physical) | 1 |
| Digital Storage Oscilloscope DSO 152 | 1 |
| Multimeter | 1 |
| Breadboard | 1 |
| Resistor Box | 1 |
| Capacitor 100µF | 2 |
| Capacitor 0.1µF | 4 |
| Capacitor 1000µF | 2 |
| Capacitor 220µF | 2 |
| Inductor 100mH | 2 |
| LDR | 1 |
| Diode 1N4007 | 10 |
| Zener Diode 5.1V 0.5W | 4 |
| LEDs | 9 |
| Potentiometer 10K | 1 |
| Push Button | 8 |
| SPDT Switch | 4 |
| Transformer 6-0-6 | 1 |
| Battery 9V | 2 |
| Battery 1.5V | 1 |
| 9V Battery Connector | 2 |
| 1.5V Battery Holder | 1 |
| Alligator Clips | 3 |
| Compass | 1 |
| Wire Stripper | 1 |
| Single Strand Wire | 1 roll |
| Jumper Wires | 5 |
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Do I need prior knowledge?
No. The handbook starts from atomic structure and builds up from there. No background in electronics is assumed.
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Is the oscilloscope a real instrument?
Yes. The DSO 152 is the same type used in electronics labs — not a simulation or toy.
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Are all components included?
Yes. You will need a mains socket for transformer activities only. Everything else is in the box.
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Is this safe for students?
Most activities run on a 9V battery. Transformer activities are clearly marked and require adult supervision. You never work with mains voltage directly.
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How do I get the certificate?
Complete all activities, submit videos via the Google Form included in the handbook, and receive your ORCA Robotics Certificate of Completion.
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How do I contact you?
Instagram: @orca.robotics | Email: info@orcarobotics.in
