Filtering, spectral processing and digital frequency conversion for industrial sensing and radio front ends. Exact configurations are reviewed before delivery.
The hosted lab runs selectable 8, 16, 32, 64, 128 and 256-tap symmetric FIR configurations with low-pass, band-pass and moving-average responses. Choose measured 24 GHz drone/bird ADC clips or synthetic calibration. Recorded data retains its original 2.56 MS/s sample rate. Complete output is checked against independent integer convolution; an 132-case MATLAB fir1/filter configuration matrix also passes. Spectra use software analysis. Explore a recorded radar example immediately, pause or scrub the captured samples, inspect shared-scale spectrograms and compare two filters using identical inputs. New experiments require a sixty-minute protected trial.
EXPERIMENTAL 8 / 16 / 32 / 64 / 128 / 256 taps · one channel · signed 16-bit samples and coefficients · 36-bit sum
Try the sensing labScope filtering, decimation and channelization for the actual rate and word widths.
Review exact spectral and frequency-conversion components. These stages are outside the current FIR lab.
The experimental configuration has functional simulation evidence. Routed performance, independent design cross-validation and silicon qualification remain pending. Historical family figures do not qualify this configuration.
Tell us the sample rate, precision, channels, interfaces, device and acceptance workload. We review configuration, licence and delivery scope before quoting.
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