Averaging Electronic Circuits

Averaging Circuits

Last Updated: June 02, 2021 01:44 PM

Links to electronic circuits, electronic schematics and designs for engineers, hobbyists, students & inventors:

Parameterized multiplier aids early simulations - EDN Design Ideas03/14/1997 Listing 1 presents a parameterized Verilog behavioral model (not synthesizable) of a 2's complement multiplier that you can easily drop into your system for initial behavioral simulations and for later verification of actual hardware designs. This behavioral multiplier model is intended for initial, fast simulation but not for synthesis. Synthesizable multipliers tend to slow the simulation. This model is most valuable for early system simulations, for evaluating multiplier requirements, and for checking results against the real synthesized multiplier.__ Circuit Design by Tom Balph and Alex Chwu, Motorola, Tempe, AZ

Primer on binary arithmetic rounding - 01/21/99 EDN-Design Ideas NOTE : Page includes several designs. Scroll to find this one. As digital communications and data compression/decompression proliferate, signal-processing functions grow in importance. Whether you’re dealing with hard-wired logic or programmable engines, an understanding of binary-arithmetic rounding is important in getting correct and consistent results. Before we discuss rounding, consider a binary number(Figure 1) Page includes several designs. Scroll to find this one__ Circuit Design by Tom Balph, Motorola SPS, Tempe, AZ

Simplify computer-aided engineering with scientific-to-engineering conversion - 09/30/04 EDN-Design Ideas The simple yet useful formula in This design idea enables conversion from scientific format(for example, 2.2 9], which is typical for CAE(computer-aided-engineering], double-precision output Page includes several designs. Scroll to find this one__ Circuit Design by Alexander Bell, Infosoft International, Rego Park, NY

Averaging Circuits