1 research outputs found
A Novel Truncated Squarer with Linear Compensation Function
A truncated binary squarer is a squarer with a n
bit input that produces a n bit output. The proposed design
minimizes the mean square error of the squarer and results in
a very simple and fast circuital implementation.
The squarer, compared against state of the art circuits,
provides a reduction of the mean square error ranging from
20% to 5%. At the same time, the proposed squarer is able to
reduce the power dissipation, reduce the silicon area occupation,
and increase the maximum working frequency. Implementations
results are provided for a 0.18um technology