067-0532-00: Difference between revisions
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|introduced=(?) | |introduced=(?) | ||
|discontinued=(?) | |discontinued=(?) | ||
|designers= | |designers=Dennis Braatz; | ||
|manuals= | |manuals= | ||
* [[Media:062-0824-00.pdf|Tektronix 067-0532-00 Manual (062-0824-00)]] | * [[Media:062-0824-00.pdf|Tektronix 067-0532-00 Manual (062-0824-00)]] | ||
**[[Media:062-0824-00 2.pdf|Alternate copy]] | **[[Media:062-0824-00 2.pdf|Alternate copy]] | ||
* [[grwiki:1208-B|General Radio Type 1208-B]] Operating Instructions contain useful information on servicing the VHF oscillator assembly. | * [[grwiki:1208-B|General Radio Type 1208-B]] Operating Instructions contain useful information on servicing the VHF oscillator assembly. | ||
}} | }} | ||
The '''Tektronix 067-0532-00''' is a constant amplitude sinewave generator | The '''Tektronix 067-0532-00''' is a constant amplitude sinewave generator covering the 65 MHz to 500 MHz range. | ||
covering the 65 MHz to 500 MHz range. | There is also an [[067-0532-01]]. The outputs of the -00 and -01 versions both use a [[GR-874]] connector. | ||
The outputs of the -00 and -01 versions both use a [[GR-874]] connector . | |||
[[Bob Beville]] says: | |||
<blockquote> | |||
When bandwidths of scopes were getting higher and higher, the need for a generator to check that bandwidth came up; one that was trusted to be level - that the scope’s bandwidth was rolling down and not the generator's. | |||
That led to a hybrid product with a General Radio jug/cavity oscillator merged with a sampling leveling circuit by [[Dennis Braatz]], another calibration fixture, 067-0532-00, later, -01. | |||
</blockquote> | |||
==Pictures== | ==Pictures== | ||
Latest revision as of 13:44, 4 November 2024
The Tektronix 067-0532-00 is a constant amplitude sinewave generator covering the 65 MHz to 500 MHz range. There is also an 067-0532-01. The outputs of the -00 and -01 versions both use a GR-874 connector.
Bob Beville says:
When bandwidths of scopes were getting higher and higher, the need for a generator to check that bandwidth came up; one that was trusted to be level - that the scope’s bandwidth was rolling down and not the generator's.
That led to a hybrid product with a General Radio jug/cavity oscillator merged with a sampling leveling circuit by Dennis Braatz, another calibration fixture, 067-0532-00, later, -01.
Pictures
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067-0532-00 Front
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067-0532-00 Rear
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067-0532-00 Top
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067-0532-00 Connector
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067-0532-01 Front
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067-0532-01 Right
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067-0532-01 Output
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067-0532-01 Rear
