CommScope's MATLAB based DPD technology enables wireless base stations to operate efficiently.
| Date | Contributor | Description | Rating |
|---|---|---|---|
| 12 Jan 2012 | Linda Webb |
This article describes how CommScope engineers use MATLAB® and Simulink® to characterize power amplifiers and their distortion, model and simulate digital predistortion designs, and verify hardware implementations. |
| Tag | Applied By | Date/Time |
|---|---|---|
| digital predistortion | jianfeng | 14 Jan 2012 at 5:51pm |
| magnitude transfer function | Linda Webb | 12 Jan 2012 at 1:17pm |
| doherty amplifier | Linda Webb | 12 Jan 2012 at 1:17pm |
| dpd model | Linda Webb | 12 Jan 2012 at 1:17pm |
| modeling | Linda Webb | 12 Jan 2012 at 1:17pm |
| waveforms | Linda Webb | 12 Jan 2012 at 1:17pm |
| matlab optimization | Linda Webb | 12 Jan 2012 at 1:17pm |
| phase transfer function | Linda Webb | 12 Jan 2012 at 1:17pm |
| filter design and analysis tool | Linda Webb | 12 Jan 2012 at 1:17pm |
| type 2 distortion | Linda Webb | 12 Jan 2012 at 1:17pm |
| type 1 distortion | Linda Webb | 12 Jan 2012 at 1:17pm |
| distortion | Linda Webb | 12 Jan 2012 at 1:17pm |
| dpd | Linda Webb | 12 Jan 2012 at 1:17pm |
| digital predistortion | Linda Webb | 12 Jan 2012 at 1:17pm |
| simulink | Linda Webb | 12 Jan 2012 at 1:17pm |
| matlab | Linda Webb | 12 Jan 2012 at 1:17pm |
| rf power amplifiers | Linda Webb | 12 Jan 2012 at 1:17pm |