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[[File:Ron Olson.jpg|thumb|200px|right|Ron Olson]] | |||
He | {{Person | ||
|Names=Ronald Arthur Olson | |||
|Birth date=February 2, 1926 | |||
|Birth place= | |||
|Death date=February 15, 2017 | |||
|Death place= | |||
|Countries= | |||
|Affiliations=Tektronix;Precision Interconnect;Tyco Electronics | |||
|Wikidata id= | |||
}} designed the [[1A1]] and the [[316]]. | |||
He was project leader on the [[556]] and the [[Z|Type Z plug-in]], which was primarily [[Charlie Rhodes]]’ idea and project. | |||
Later, Ron Olson worked on the [[1480]] series of television waveform monitors. | |||
' | Ron was hired out of Oregon State Grad school for $1.00/hr July 1951. | ||
The [[L|Type L plug-in]] was Ron's first project. | |||
He left Tektronix in 1978 or 79. | |||
After Tek, Ron worked for Precision Interconnect in Portland, which later became part of Tyco Electronics. | |||
Regarding Ron Olson, [[Phil Crosby]] recalls (in January 2021): | Regarding Ron Olson, [[Phil Crosby]] recalls (in January 2021): | ||
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[[Chuck Nolan]] had asked me to work on a dual trace version of the [[515]]. | [[Chuck Nolan]] had asked me to work on a dual trace version of the [[515]]. | ||
I needed to learn about tee coils and Chuck told me to ask Ron. | I needed to learn about tee coils and Chuck told me to ask Ron. | ||
Ron had been in the Navy during WW2, worked as a telephone line installer in central Oregon | Ron had been in the Navy during WW2, worked as a telephone line installer in central Oregon and had gone on to get a physics degree at Reed College. | ||
and had gone on to get a physics degree at Reed College. | |||
He was the first person to acquaint me with the Euler equation. | He was the first person to acquaint me with the Euler equation. | ||
Ron had done the [[L]] unit, a [[K]] unit with a | Ron had done the [[L]] unit, a [[K]] unit with a 10× AC coupled preamp. | ||
Well, he taught me enough about tee coils that I could design with them, | Well, he taught me enough about tee coils that I could design with them, but the dual-trace 515 still couldn't make the required 15 MHz bandwidth, | ||
but the dual-trace 515 still couldn't make the required 15 MHz bandwidth, | mostly because the tubes ([[6BQ7]]s) couldn't have enough Gm at the voltage we had to operate that at (we didn't want to have a +500 V supply). | ||
mostly because the tubes ([[6BQ7]]s) couldn't have enough Gm at the voltage we had to operate that at | |||
(we didn't want to have a + | |||
I became a project manager after doing the [[529]], | The 'scope later appeared as a [[516]], but it was due to the emergence of the [[6GM8]], a frame grid, low Mu twin triode. | ||
and Ron ended up reporting to me, which bothered me. | I later worked with Ron when I joined [[Charlie Rhodes]]'s TV group in 1959, where Ron was doing the amplifier designs for the [[526]] Vectorscope. | ||
I thought, "this guy's been working on vertical amplifiers all the time, | |||
so why don't I have him do something else?". | Ron later did the vertical amplifier design for the [[V]] unit, a dual-trace video plug-in with [[Larry Biggs]] and me. | ||
The V unit was one of those "coulda been, but wasn't" projects that Tek was so good at. | |||
However, by that time, 50 MHz mainframes were in the works, so Ron took much of what he had done on the V unit and designed the 1A1, which was a very successful plug-in. | |||
I became a project manager after doing the [[529]], and Ron ended up reporting to me, which bothered me. | |||
I thought, "this guy's been working on vertical amplifiers all the time, so why don't I have him do something else?". | |||
So Ron did the sweep and digital line selector, using those newfangled integrated circuits. | So Ron did the sweep and digital line selector, using those newfangled integrated circuits. | ||
Later, Ron did much of the [[650]] video amplifiers and the [[1480]]. | Later, Ron did much of the [[650]] video amplifiers and the [[1480]]. | ||
In the late 70s, Ron worked for me designing the large PCB that took the serial data | In the late 70s, Ron worked for me designing the large PCB that took the serial data from the TI9900 CRU (Communications Register Unit) and controlled the operation of the analog/digital front end of the [[1980]] Video Waveform Analyzer. That was kinda tricky in that operations had to occur timed to the video sampling clock at 4*f<sub>sc</sub>, the color subcarrier frequency (PAL or NTSC). | ||
from the TI9900 CRU(Communications Register Unit) and controlled the operation | For example, if we wanted to examine a staircase signal with subcarrier on it, we would program the gain and offset to change so the ADC window would be optimally utilized. | ||
of the analog/digital front end of the [[1980]] Video Waveform Analyzer. | |||
That was kinda tricky in that operations had to occur timed to the video sampling clock at 4* | |||
the color subcarrier frequency (PAL or NTSC). | |||
For example, if we wanted to examine a staircase signal with subcarrier on it, | |||
we would program the gain and offset to change so the ADC window would be optimally utilized. | |||
In that way, we could get 11 bit performance using an 8 bit ADC. | In that way, we could get 11 bit performance using an 8 bit ADC. | ||
Ron had joined Tek in the early 50s and I left the TV group in 1983 to join Tek Labs. | |||
I believe that Ron retired around the same time. I heard that he had died 8 or 9 years ago. | Ron had joined Tek in the early 50s and I left the TV group in 1983 to join Tek Labs. I believe that Ron retired around the same time. I heard that he had died 8 or 9 years ago. Hell of a guy! | ||
Hell of a guy! | |||
</blockquote> | </blockquote> | ||
{{Designer|Ron Olson}} | |||
{{Patents|Ron Olson}} | |||
==Photos== | |||
<gallery> | |||
Ron Olson.jpg | |||
Ron Olson 2.jpg | |||
</gallery> | |||
[[Category:Tektronix people]] | [[Category:Tektronix people]] |