News

• Update 12.12.2024:
  Adapted downloadable Matlab file: supports the use of optimized modulators in the Matlab Schreier DS Toolbox
• Update 15.07.2024:
  Added new reconstruction filters for I-DS ADCs, bugfixes
• Update 22.07.2023:
  Added inner transfer functions and noise suppression factors support for lowpass DS/I-DS ADCs, bugfixes
• Update 25.04.2022:
  Added FIR DAC support for CT SD/I-SD ADCs, bugfixes
• Update 15.01.2021:
  New server hardware, CT/DT I-SD ADC support, bugfixes
• Update 06.07.2018:
  Initial support for DT incremental and lowpass ΣΔ modulators.
• Update 14.02.2018:
  Improved bandpass support incuding subsampling and new resonator models.
• Update 21.11.2016:
  Initial support for CT bandpass ΣΔ modulators
• Update 08.10.2015:
  Multiple DACs with individual waveforms, more ELD compensation techniques, bugfixes and interface improvements

Uni Ulm Sigma-Delta Synthesis Environment

The Uni Ulm Sigma-Delta Synthesis Environment is a web-based design environment for ΣΔ ADCs based on a heuristic search. I comprises tools for lowpass and bandpass ΣΔ modulators as well as incremental ΣΔ ADCs. For continuous-time modulators, it allows the direct design of the modulator including non-idealities within extremly short response times. There is no need of a subsequent transformation from discrete-time to continuous-time.

This environment is freely available at no charge (see Terms of Use for more information)!

Go to CT Synthesis Tool	Go to DT Synthesis Tool

If you use this synthesis environment, please remember to reference our publications!