ZIPcores IP Cores for FPGA, CPLD and ASIC ZIPcores IP Cores for FPGA, CPLD and ASIC
ZIPcores IP Cores for FPGA, CPLD and ASIC   ZIPcores IP Cores for FPGA, CPLD and ASIC
ZIPcores IP Cores for FPGA, CPLD and ASIC
Search: Go button Advanced search
ZIPcores IP Cores for FPGA, CPLD and ASIC
10 pixel spacer
ZIPcores home What we do What we provide How it works Testimonials List of cores Contact and Support Request a core
10 pixel spacer
 Fixed-point Mathematics
ZIPcores - Fixed-point Mathematics - 16-bit Arctan Function

Printable version

16-bit Arctan Function

16-bit Arctan Function 

General Description

Function y = atan(x) calculates the inverse tangent of a fraction. It has a high-speed, fully pipelined architecture and uses a polynomial with dynamic coefficients to calculate the result to within 0.00004 radians. Input and output values are 16-bit unsigned fractions.

Key Design Features

- Function y = atan(x)
- Input range between 0 and 1
- Output range between 0 and Pi/4 radians
- Quadratic polynomial with dynamic coefficients
- Input values as 16-bit unsigned fractions
- Output values as 16-bit unsigned fractions
- Accurate to within 0.00004 radians
- High-speed fully pipelined architecture
- 3 clock-cycle latency

Arctan x function

Applications

- Fixed-point mathematics
- Phase measurements in digital communications
- Alternative to using a 64k x 16-bit LUT
- Cheaper than a CORDIC solution

View full product datasheet: 16-bit pipelined ATAN

Details
Spacer
 
SKU SKU9
Price: $500.00

Options
Spacer
 
Quantity 1 (this product is downloadable)

Add to Cart    
Add to wish list


 

Spacer
 
FIFOs, Datapath and Pipeline Elements Peripheral and Communications Interfaces Caches and Memory Management Fixed-point Mathematics IEEE Floating-point Mathematics Digital Signal Processing Digital Modulation Digital Video Processing
10 pixel spacer
ZIPcores footer bar section 1 Copyright © 2008-2010 ZIPcores ZIPcores footer bar section 2
PayPal logo Credit card logos