CALL US: +34 667 249 415    ZIPcores - Fixed-point Mathematics - Pipelined Square Root with generic width Pipelined Square Root with generic width   General Description Function y = √x is a fully scalable square-root function with configurable data width. Inputs and outputs are unsigned integers. An n-bit input value will generate an output result with n/2 integer bits and n/2 fraction bits. Very useful in digital processing when the magnitude of a vector or complex signal must be calculated. Key Design Features - Function f(x) = √x - Input values as unsigned integers - Output values as unsigned integers - N-bit value -> n/2 integer bits, n/2 fraction bits - Configurable data width - High-speed fully pipelined architecture - Optimization mode for speed/area trade off Applications - Fundamental unit in digital processing functions - Square root of integers and fixed-point values - Magnitude of vectors and complex signals View full product datasheet: Details   SKU SKU22 Price: $500.00 Options   Quantity 1 (this product is downloadable)   Also available in this category Pipelined Divider with generic width 16-bit Arctan Function 16-bit Sine Function Pipelined Square Root with generic width Pipelined Multiplier with generic width and depth 16-bit Cosine Function 4-Quadrant Arctan Function 18-bit Sincos Function

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