067-0500-00: Difference between revisions
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The Tektronix 067-0500-00 (also known as 3M1) is a calibration fixture for adjusting the normalizing capacitor | The '''Tektronix 067-0500-00''' (also known as [[3M1]]) is a calibration fixture for adjusting | ||
behind the plug-in connector in [[560-series scopes]]. | the normalizing capacitor behind the plug-in connector in [[560-series scopes]]. | ||
It consists of a Schmitt trigger that is driven from | It consists of a Schmitt trigger that is driven from | ||
a single-ended input coming from a BNC connector on the front panel. | a single-ended input coming from a BNC connector on the front panel. | ||
| Line 11: | Line 12: | ||
to produce clean transient response in the normalized scope. | to produce clean transient response in the normalized scope. | ||
==Manuals== | |||
* [[Media:062-0806-01.pdf|Tektronix 067-0500-00 Manual (-01) (PDF)]] | |||
* [[Media:062-0806-00.pdf|Tektronix 067-0500-00 Manual (-00) (PDF, OCR)]] | |||
==Pictures== | |||
<gallery> | |||
067-0500-00_front.jpg | |||
067-0500-00_schem.jpg | |||
067-0500-00_insides.jpg | |||
</gallery> | |||
[[Category:Calibration fixtures]] | |||
[[Category:560 series plugins]] | |||
Revision as of 11:41, 7 March 2019
The Tektronix 067-0500-00 (also known as 3M1) is a calibration fixture for adjusting the normalizing capacitor behind the plug-in connector in 560-series scopes.
It consists of a Schmitt trigger that is driven from a single-ended input coming from a BNC connector on the front panel. The Schmitt trigger produces balanced output signals with controlled source impedance. The normalizing capacitor is adjusted using a procedure similar to adjusting probe compensation. When adjusted correctly, the voltage division ratio formed by the plug-in's output impedance and the mainframe's input impedance should be a real value which does not change across the specified frequency range of the scope. After the scope is normalized using the 067-0500-00, other plug-ins can be adjusted to produce clean transient response in the normalized scope.
