Hideo Okawara's Mixed Signal Lecture Series
- Introduction
- Hideo Okawara’s Mixed Signal Lecture Series
- Frequency/Phase Movement Analysis by Orthogonal Demodulation
- Misc
Introduction
While researching a DSP related topic, Google dug up an excellent article, written by Hideo Okawara, that is just one part of a series of ~53. I was ready for more!
Originally written for Verigy, the series is now hosted by Advantest. But hosting it pretty much where it ends. Each article has a link that’s dedicated to the series, but those Verigy links are now defunct. A search for “Hideo Okawara” using the Advantest websites’s search function will leave you empty handed, though that’s not surprising, corporate website search functions are universally terrible.
This is one of those cases where the tentacles of Google are a blessing: if it exists, chances are that they’ll find it.
Advantest may not think it’s worthwhile to catalog such a great learning resource, but I certainly do, so I spent a good hour trying to find as many links as I could.
The result is below, 7 out of 53 articles are missing. If anyone finds a link to one of the missing ones, let me know!
The articles are usually short, light on math, focus on intuitive understanding of concepts and terminology, and often contain a concerete examples. While the code uses the API of Advantest test equipment, it’s still a good starting point for your own experiments with numpy and scipy.
A great example is Episode 51, which talks about CIC Decimation and FIR Filtering. If I didn’t know any better (and if that article wasn’t written 8 years earlier), I could be tricked into thinking that he copied this FFT plot from one of my blog post!
So here it is for your reading pleasure: Hideo Okawara’s Mixed Signal Lecture Series.
Hideo Okawara’s Mixed Signal Lecture Series
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DSP-Based Testing - Fundamentals 4 - Multi-tone Data Generation
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DSP-Based Testing - Fundamentals 5 - Spectrum Analysis – DFT
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DSP-Based Testing - Fundamentals 6 - Spectrum Analysis – FFT
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10
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15
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DSP-Based Testing - Fundamentals 17 - Another Method in S/N Calculation
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DSP-Based Testing - Fundamentals 18 - Histogram Method in ADC Linearity Test
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19
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DSP-Based Testing - Fundamentals 20 - Effect of Jitters in Sampling Clock and Test Signal
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DSP-Based Testing - Fundamentals 21 - Trend Removal (Part 1)
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DSP-Based Testing - Fundamentals 22 - Trend Removal (Part 2)
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DSP-Based Testing - Fundamentals 24 - AM Waveform Generation
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DSP-Based Testing - Fundamentals 25 - PM & FM Waveform Generation I
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DSP-Based Testing - Fundamentals 26 - Differential/Integral Operations by FFT&IFFT
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DSP-Based Testing - Fundamentals 27 - Multi-tone Under-sampling Conditioning
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DSP-Based Testing - Fundamentals 28 - PM & FM Waveform Generation II (Orthogonal Method)
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DSP-Based Testing - Fundamentals 29 - Precision Waveform Shift
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DSP-Based Testing - Fundamentals 31 - Window in Spectrum Analyses vs. Window in FIR Generation
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32
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33
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34
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DSP-Based Testing - Fundamentals 36 - Filter Response Simulation by F-matrix
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DSP-Based Testing - Fundamentals 37 - F-matrix Simulation TDR
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DSP-Based Testing - Fundamentals 39 - F-matrix Cable Simulation
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40
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DSP-Based Testing - Fundamentals 41 - FM Stereo Waveform Generation
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DSP-Based Testing - Fundamentals 42 - Jitter Calculation by Spectrum
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DSP-Based Testing - Fundamentals 43 - Jitter Estimation from Phase Noise Data
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DSP-Based Testing - Fundamentals 44 - Analog Signal Generation by Digital Pin Driver I
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DSP-Based Testing - Fundamentals 45 - Analog Signal Generation by Digital Pin Driver II
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DSP-Based Testing - Fundamentals 46 - Per-pin Signal Generator
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DSP-Based Testing - Fundamentals 47 - Coherent Waveform Reconstruction
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DSP-Based Testing - Fundamentals 48 - Lagrange Interpolation
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DSP-Based Testing - Fundamentals 49 - S-parameter De-embedding
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DSP-Based Testing - Fundamentals 50 - PRBS (Pseudo Random Binary Sequence)
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DSP-Based Testing - Fundamentals 51 - CIC Decimation and FIR Filter