Transistor Biasing Configurations - Part 2
Explore transistor biasing configurations, load lines, quiescent current, and gain through practical breadboard tests in this informative electronics tutorial.
SparkFun According to Pete - Voltage Regulators
Explore voltage regulators with SparkFun's Pete Dokter, covering voltage dividers, zeners, linear regulators, max current, and power dissipation in embedded electronics.
Trying New ESP32 Battery Designs
Explore two new ESP32 battery designs to improve mailbox sensor battery life. Learn about sleep modes, test setups, and results for extending battery duration in IoT projects.
Designing a Simple 5-Step Sequencer From Scratch
Learn to build a simple 5-step DIY sequencer using a 4017 decade counter. Covers circuit design, CV and gate outputs, and LED indicators. Perfect for synth enthusiasts and electronics hobbyists.
Physics Summary: Circuits - Chapter 21
Explore key concepts in electrical circuits, including Ohm's law, resistors, DC circuit analysis, and RC circuits. Gain practical understanding of current, voltage, and resistance relationships.
DIY VCO - The Analog Oscillator Core Anyone Can Build
Learn to build an analog oscillator core for synthesizers using basic components. Covers electricity basics, buffers, voltage concepts, and hands-on construction for DIY enthusiasts and audio hobbyists.
Physics 4B - Voltage Divider Problem from OpenStax University Physics
Explore voltage divider concepts through a step-by-step problem solution, enhancing understanding of electrical circuits and potential difference calculations.
Using an Arduino with Python - Modeling a Volt Meter in VPython
Learn to create a real-time 3D voltmeter model using Arduino and Python. Combine hardware interfacing with software visualization for an interactive electronics project.
Measure DC Voltage and Current with Arduino
Learn to measure DC voltage and current with Arduino, covering basic principles, voltage dividers, external references, and current sensors like Hall Effect and INA219.
Using an Arduino with Python - Visual Display of Measured Voltage in Visual Python
Create a voltage divider with Arduino and Python, visualize real-time voltage measurements in 3D using Visual Python, and learn data processing techniques for accurate voltage representation.