Table of ContentsDelta - Sigma and 24 bit recording Delta - Sigma, 24-bit Recorders MUSTAGH RESOURCES LTD. Moving Through This Tutorial The Need for Delta Sigma and 24-bit Recording The Need for Greater Dynamic Range Delta Sigma and Over Sampling 0.40 can be the average of 10 binary bits 0.43 requires more precision and must be estimated by the average of 100 binary bits Quantization Noise - Description Quantization Noise - Graphical Over Sampling and Quantization Noise Delta Sigma and Over Sampling The Delta-Sigma Modulator Numerical example of output The Averaged Output for 100 clock cycles Delta Sigma and Noise Shaping Delta Sigma and Noise Shaping Delta Sigma and Noise Shaping - Frequency Domain Delta Sigma and Noise Shaping - At Low and High Frequencies A Second Order Modulator Delta Sigma and Noise Shaping - Higher Order Modulators Noise Shaping Delta Sigma and Decimation Filtering Delta Sigma and 24-bit Recording Mono-Frequency Test of IFP Instrument Mono-Frequency Test of D-S Instrument Dual-Frequency Test of IFP Instrument Dual-Frequency Test of D-S Instrument Weak Secondary Test of IFP Instrument Weak Secondary Test of D-S Instrument Delta Sigma and Dynamic Range Delta Sigma and Dynamic Range FFT Noise in Single Precision Frequency Domain Process FFT Noise in Single Precision Time Domain Process Delta Sigma and Dynamic Range Delta Sigma and Dynamic Range Delta Sigma and Dynamic Range Delta Sigma and Dynamic Range Delta Sigma and Dynamic Range MUSTAGH RESOURCES LTD. MUSTAGH RESOURCES LTD. |
Author: Norm Cooper
Email: ncooper@mustagh.com Other information: Best experienced with |
