tkahn6 said:How do I even get started with analog/digital circuit design?
Can you recommend any books or lectures I can read or watch?
How did you get started?
Thanks!
berkeman said:Welcome to the PF. Where are you in school? What kits/projects have you built so far?
I'm a broken record when it comes to recommending a cover-to-cover read of "The Art of Electronics" by Horowitz and Hill. Do you have a technical library nearby where you can check out a copy?
tkahn6 said:Thanks!
I'm a Junior in high school. As for my experience, I've stuck with teaching myself computer science for the past few years. Thus, I've built no models nor messed with any kits. However, I am quite familiar with C and have a working knowledge of pointer arithmetic/manipulation (if that helps).
I'm currently on spring break and with a physics book I'm teaching myself electrical physics.
Thanks again for your reply! I'll try and pickup a copy of the book you recommended tomorrow.
It starts with the basics. The two fundamental building blocks are voltage and current. Use the physics book to get a handle on those, and basic resistor circuits. After that an actual electronics book is the way to go, and Horowitz and Hill is widely recognized as the best there is.tkahn6 said:I'm currently on spring break and with a physics book I'm teaching myself electrical physics.
There are many online resources available to learn about analog/digital circuit design. Some popular websites include All About Circuits, Electronics Tutorials, and SparkFun. You can also find textbooks, videos, and tutorials on platforms like Coursera, edX, and YouTube.
The essential components for analog/digital circuit design include resistors, capacitors, inductors, diodes, transistors, and operational amplifiers. You will also need a breadboard, multimeter, and power supply to test and measure your circuits.
When choosing components for your circuit design, it is important to consider their specifications such as resistance, capacitance, and voltage ratings. You should also consider the type of component, whether it is through-hole or surface mount, as well as its compatibility with other components in your circuit.
There are various software tools available for analog/digital circuit design, such as LTspice, CircuitMaker, and Eagle. These tools allow you to simulate and design circuits, test their functionality, and create PCB layouts. They also provide a library of components for easy use in your designs.
To ensure the reliability and functionality of your circuit design, it is important to carefully test and simulate your design before implementing it. You can use simulation software or build a prototype on a breadboard to test the functionality and make necessary adjustments. It is also important to consider factors such as thermal management, noise reduction, and safety precautions when designing your circuit.