Select a country to view accurate codes specific to its electrical standards. Identify circuit colors for safe wiring. Access detailed guidelines for international compliance. Save and share configurations for future reference.
The app is a mind mapping tool that helps users generate, visualize, and structure ideas. It supports floating topics, sidebars, and photo attachments, and can export maps in multiple formats.
The app functions as a reflective light meter using the phone's camera. It offers professional measurements for flash and color temperature when combined with Lumu Power hardware, providing exposure parameters and light analysis.
The app offers 7,329 exercises to learn life and death skills in the game of Go. Users can practice calculating liberties and various classical shapes.
Simulate hard drive failures to understand loss scenarios. Explore virtual hard drive components and failure processes. Learn about methods through interactive visuals.
Allows users to calculate resistor values using color codes and SMD codes. It includes tools for Ohm's Law, reactance, resonance, and voltage dividers. Users can determine resistor ratios, series/parallel combinations, and LED resistor needs.
Display animations with customizable themes like bubbles, water waves, and circuit boards. Activate effects automatically when without opening the . Choose from various visual styles for a personalized experience.
Take photos or upload images of tasks. The scans and processes the image to provide AI-powered answers in a chat format. Ask follow-up questions or request explanations directly in the chat.
Calculate component values for Op Amp, 555, RC Filter, and Resistor Divider circuits. Decode resistor and capacitor codes. Compute power, resistance, current, and voltage using Ohm's Law and Power Calculators.
Practice chords with interactive diagrams and multiple finger placements. Learn chord progressions and build songs. Tune with built-in tuner. Record and playback practice sessions. Sync progress with cloud storage.
Detect and measure fields using the device's magnetometer. Identify objects by strength and proximity. Record and view data over time. Compare readings to baseline values for accuracy.