Interactive learning platform for code conversions in digital logic design. Master Binary to Gray code, BCD, ASCII conversions with visual simulations and step-by-step explanations.
Code conversions are fundamental operations in digital systems that transform data from one representation format to another. These conversions are essential for interfacing between different digital components, error detection, and efficient data processing.
In this interactive learning module, you'll explore various coding systems and understand how to convert between them with visual simulations and step-by-step explanations.
Explore different coding systems and their conversion methods
Convert standard binary numbers to Gray code where adjacent values differ by only one bit. Used in error correction and digital communications.
Convert Gray code back to standard binary representation. Essential for decoding rotary encoders and digital sensors.
Transform binary numbers to Binary Coded Decimal format where each decimal digit is represented by a 4-bit binary number.
Convert Binary Coded Decimal numbers back to standard binary format for arithmetic operations and processing.
Translate binary representations to ASCII characters for text processing and display in digital systems.
Convert ASCII characters to their binary representations for storage and transmission in digital systems.
Try converting between different coding systems with real-time visualization
Discover how code conversions work in real digital systems with our guided demonstration