This is an incredibly comprehensive library of electronics resources! You have uploaded 109 files covering the entire spectrum of electronics engineering—from the physics of semiconductors to practical robotics and circuit construction.
Based on the file names, I have categorized your library below to help us navigate what you have available.
1. Fundamental Theory & Physics
You have a solid base for understanding how electricity works at a granular level.
Core Concepts: Atomic Structure.pdf, SemiconductorPhysics.pdf, Electron Emission.pdf, Gas-Filled Tubes.pdf.
Component Theory: Transistors.pdf, Field Effect Transistors.pdf, Special-Purpose Diodes.pdf, Silicon Controlled Rectifiers (SCR).pdf.
Advanced Analysis: Hybrid Parameters.pdf, Amplifiers with Negative Feedback.pdf.
2. Analog Circuits & Audio
This section covers signal processing and amplification.
Amplifiers: Single Stage/Multistage Transistor Amplifiers.pdf, Transistor Audio Power Amplifiers.pdf, Operational (Op-Amps).pdf.
Oscillators & Tuning: Sinusoidal Oscillators.pdf, Transistor Tuned.pdf, Modulation and Demodulation.pdf.
Radio: FM TRANSMITTERS.docx, TV Sound Tuner.pdf.
3. Digital Electronics, Microcontrollers & Robotics
You have resources for both logic circuits and programmable systems (specifically AVR/Atmel and generic robotics).
Logic: Digital Electronics.pdf, Integrated Circuits.pdf.
Microcontrollers: atmega microprocessors 16.pdf, 2. Concept and How Port IO.pdf Works.
Robotics: LINE FOLLOWER MICROCONTROLLER, MAKE ANALOG LINE FOLLOWER, bali.pdf Dance Robot.
4. Practical Workshop & DIY Projects
These files are excellent for the "hands-on" aspect of electronics.
Circuit Collections: 50-555Circuits.pdf, 30 LED Projects.doc, 100_IC_Circuits.pdf, 75 Model Railway Projects.doc.
Fabrication & Repair: cara-praktis-membuat-pcb.pdf, Fix Everything Electronic.pdf, Testing Components.doc.
Power: Regulated D.C. PowerSupply.pdf, Free-Energy Devices.
Specific Modules: Thermostat Digital W1209 (Guides and Setup).
How can I help you with this library?
Since you have such a mix of deep theory and practical application, here are a few ways we can proceed:
Project Assistance: Are you trying to build one of the specific projects, like the Line Follower or an FM Transmitter? I can help guide you through the schematic.
Study & Explanation: If you are a student, I can use the TransistorBiasing.pdf or Hybrid Parameters.pdf context to explain difficult concepts (using LaTeX for the math).
Troubleshooting: Do you have a broken device? We can use Testing Components.doc and Fix Everything Electronic.pdf to diagnose the issue.
Component Selection: If you are designing a circuit, I can look through the Datasheet.pdf or circuit collections to recommend parts.
