Hello all. I just was approved for this group and was given instructions to post here to provide an introduction.
I am an electrical engineer by training and have spent the majority of my engineering career with HP (including Agilent and now Keysight). I've worked on multiple product lines ranging from microprocessor emulators to logic analyzers to oscilloscopes. In my day job I'm working with other measurement scientists on test methods for 128GBit/s to 1.6TBit communication standards. Funny, in my spare time, I really get excited when I see nice flat performance out past 20KHz. They are really quite different worlds. Nevertheless, I've been building out my personal portfolio of audio band test equipment and have spent time most recently engaged in high-end cassette deck restorations. It was my era so I'm still fascinated by how some of the TOTL machines respond to alignments, component updates, and recalibration.
Cheers.
I am an electrical engineer by training and have spent the majority of my engineering career with HP (including Agilent and now Keysight). I've worked on multiple product lines ranging from microprocessor emulators to logic analyzers to oscilloscopes. In my day job I'm working with other measurement scientists on test methods for 128GBit/s to 1.6TBit communication standards. Funny, in my spare time, I really get excited when I see nice flat performance out past 20KHz. They are really quite different worlds. Nevertheless, I've been building out my personal portfolio of audio band test equipment and have spent time most recently engaged in high-end cassette deck restorations. It was my era so I'm still fascinated by how some of the TOTL machines respond to alignments, component updates, and recalibration.
Cheers.
