Digital Electronics Tools
Simulate elementary hardware operations: bitwise AND, OR, XOR, NOT, NAND, NOR, XNOR, logical and arithmetic shifts, circular bit rotations, and bit-to-byte storage conversions.
Bit Calculator
Calculate storage sizes, bandwidth rates, bit combinations, and binary data units.
Bit to Byte Converter
Convert data quantities between bits (b) and bytes (B) with exact fractions and decimal equivalents.
Byte to KB/MB/GB/TB Converter
Convert storage sizes across Bytes, Kilobytes, Megabytes, Gigabytes, and Terabytes (both 1000 and 1024 standards).
Binary Bit Shift Calculator
Simulate logical and arithmetic bit shifts (left, right, zero-fill) on binary registers.
Left Shift Calculator
Compute bitwise left shifts (<<) to multiply binary numbers by powers of 2.
Right Shift Calculator
Compute bitwise right shifts (>>) to divide binary numbers by powers of 2.
Arithmetic Shift Calculator
Compute arithmetic right shifts with sign-bit preservation (replicated MSB) for signed integers.
Logical Shift Calculator
Compute logical bit shifts (left and zero-fill right) for unsigned integers and raw bit patterns.
Rotate Left Calculator
Compute circular bit rotation left (ROL) where bits falling off the MSB wrap around to the LSB.
Rotate Right Calculator
Compute circular bit rotation right (ROR) where bits falling off the LSB wrap around to the MSB.
Bitwise AND Calculator
Compute bitwise AND (&) between two binary numbers to mask, clear, and isolate specific bits.
Bitwise OR Calculator
Compute bitwise OR (|) between two binary numbers to set and combine bit flags.
Bitwise XOR Calculator
Compute bitwise XOR (^) to toggle bits, compute parity, and implement basic encryption.
Bitwise NOT Calculator
Compute bitwise NOT (~) to invert all bits in an operand across 8, 16, 32, and 64-bit registers.
NAND Calculator
Compute the universal NAND logic operation (NOT AND) with full truth tables and proofs.
NOR Calculator
Compute the universal NOR logic operation (NOT OR) with full truth tables and circuit proofs.
XNOR Calculator
Compute the XNOR logic operation (Exclusive NOR / Equivalence gate) with complete truth tables.