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4 bytes added ,  13 August 2021
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{{Plugin Sidebar 2|
{{Plugin Sidebar  
manufacturer=Tektronix | model=Type S|
|manufacturer=Tektronix  
summary=Diode recovery tester plug-in|
|series=500-series scopes
image=Tek type s.jpg |  
|type=Type S
caption=Type S front view|
|summary=Diode recovery tester plug-in
introduced=1960 |
|image=Tek type s.jpg  
discontinued=1967 |
| caption=Type S front view
series=[[500-series scopes]]|
|introduced=1960  
manuals=
|discontinued=1967  
|designers=
|manuals=
* [http://w140.com/kurt/tektronix_type_s.pdf Type S manual]
* [http://w140.com/kurt/tektronix_type_s.pdf Type S manual]
* [http://w140.com/kurt/tek_type_s_schematics.pdf Type S schematics only]
* [http://w140.com/kurt/tek_type_s_schematics.pdf Type S schematics only]
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* [[Media:tek_type_s_fcp.pdf|Tektronix Type S factory calibration procedure (PDF, OCR)]]
* [[Media:tek_type_s_fcp.pdf|Tektronix Type S factory calibration procedure (PDF, OCR)]]
}}
}}
The '''Tektronix Type S''' is a plug-in for measuring semiconductor diode recovery characteristics.
The '''Tektronix Type S''' is a plug-in for measuring semiconductor diode recovery characteristics. It fits in [[500-series scopes]].
It fits in [[500-series scopes]].
It can be thought of as having two parts, a stimulus subsystem and a measurement subsystem.
It can be thought of as having two parts:
a stimulus subsystem and a measurement subsystem.
The stimulus comes from [[mercury switch]] that drives a [[ECC86|6GM8/ECC86]] tube that operates in a current-steering mode.
The stimulus comes from [[mercury switch]] that drives a [[ECC86|6GM8/ECC86]] tube that operates in a current-steering mode.
The measurement subsystem is a wideband amplifier that converts the single-ended voltage on the diode under test to the  
The measurement subsystem is a wideband amplifier that converts the single-ended voltage on the diode under test to the differential signal that the oscilloscope mainframe takes.
differential signal that the oscilloscope mainframe takes.
One terminal of the diode is grounded.
One terminal of the diode is grounded.


Measurements with the Type S are typically made by applying a current step to the diode while  
Measurements with the Type S are typically made by applying a current step to the diode while observing the voltage across the diode.
observing the voltage across the diode.


The Type S was [[introduced in 1960]] and produced through 1966.
The Type S was [[introduced in 1960]] and produced through 1966.