5T1A: Difference between revisions
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* [http://w140.com/tek_fcp/tek_type_5t1a_factory_cal_proc.pdf Tektronix 5T1A Field Recalibration Procedure (PDF)] | * [http://w140.com/tek_fcp/tek_type_5t1a_factory_cal_proc.pdf Tektronix 5T1A Field Recalibration Procedure (PDF)] | ||
* [[Media:050-0419-00.pdf|Modification Note Documenting Replacement of 152-0074-00 Tunnel Diode with 152-0381-00 (PDF)]] | * [[Media:050-0419-00.pdf|Modification Note Documenting Replacement of 152-0074-00 Tunnel Diode with 152-0381-00 (PDF)]] | ||
* [[Media:Tek 5t1a irb no ocr.pdf|Tektronix 5T1A Instrument Reference Book (PDF, needs OCR)]] | |||
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The '''Tektronix 5T1A''' is a timing plug-in [[introduced in 1963]] for the [[661]] | The '''Tektronix 5T1A''' is a timing plug-in [[introduced in 1963]] for the [[661]] | ||
Revision as of 09:07, 27 May 2019
Template:Plugin Sidebar 2 The Tektronix 5T1A is a timing plug-in introduced in 1963 for the 661 sampling oscilloscope.
It is an improved version of the 5T1. The job of the 5T1A is to produce three signals: the sampling pulse, the horizontal sweep, and the blanking signal. The input to the 5T1A is a trigger signal. The trigger can arrive from any of four sources:
- internally from the trigger pick-off in a 4S1 plug-in
- externally via a GR-874 connector on the front panel of the 5T1A
- from the calibration oscillator in the 661, via the multi-pin plug-in connector
- free-running
Each of these modes is suited to some measurement scenarios. In the case of internal triggering, the signal goes from the trigger pick-off in the 4S1 to a coaxial interconnect that passes through the 661, connecting the sampling unit to the timing unit.
Triggering in the 5T1A is accomplished using five 1N3129 20 mA tunnel diodes.
Pictures
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Trigger schematic
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Fast Ramp schematic
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Staircase Generator schematic
