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#1
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I have what appears to be a temperature stabilized oscillator made by
CTS knights inc Sandwich IL Ithas an octal base appears to take two crystals Part# 900-0196. This is about all I know about it. Any other info would be appreciated. Jimmie |
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#2
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JIMMIE wrote:
I have what appears to be a temperature stabilized oscillator made by CTS knights inc Sandwich IL Ithas an octal base appears to take two crystals Part# 900-0196. This is about all I know about it. Any other info would be appreciated. Jimmie GE two way radios had ovens like that in the 1970s or earlier. Bill K7NOM |
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#3
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On Mar 15, 7:45*pm, Bill Janssen wrote:
JIMMIE wrote: I have what appears to be a temperature stabilized oscillator made by CTS knights inc Sandwich IL *Ithas an octal base appears to take two crystals Part# 900-0196. This is about all I know about it. Any other info would be appreciated. Jimmie GE two way radios had ovens like that in the 1970s or earlier. Bill K7NOM Could be , I came by this part in '73. There is a pretty good chance it was from a Lo band VHF unit. Jimmie |
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#4
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On Mar 15, 2:12*pm, JIMMIE wrote:
I have what appears to be a temperature stabilized oscillator made by CTS knights inc Sandwich IL *Ithas an octal base appears to take two crystals Part# 900-0196. This is about all I know about it. Any other info would be appreciated. Jimmie You sure it's actually an oscillator? I have some units that could be like you describe that are just thermostat-controlled ovens for crystals. The oscillator is separate, for the ones I have. Guess you could find out mo check the resistance between each crystal-socket pin and each of the octal base pins (and perhaps if two of the crystal pins are in parallel, sharing a common ground or equivalent). Cheers, Tom |
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#5
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On Mar 17, 6:58*pm, K7ITM wrote:
On Mar 15, 2:12*pm, JIMMIE wrote: I have what appears to be a temperature stabilized oscillator made by CTS knights inc Sandwich IL *Ithas an octal base appears to take two crystals Part# 900-0196. This is about all I know about it. Any other info would be appreciated. Jimmie You sure it's actually an oscillator? *I have some units that could be like you describe that are just thermostat-controlled ovens for crystals. *The oscillator is separate, for the ones I have. *Guess you could find out mo check the resistance between each crystal-socket pin and each of the octal base pins (and perhaps if two of the crystal pins are in parallel, sharing a common ground or equivalent). Cheers, Tom Thanks Tom. You are correct. Leads from the crystal sockets go directly to the octal connector. Jimmie |
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