7612D: Difference between revisions

76 bytes added ,  24 January 2022
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{{Oscilloscope Sidebar |manufacturer=Tektronix |
{{Oscilloscope Sidebar  
series=7000-series scopes |
|manufacturer=Tektronix  
designers= |
|series=7000-series scopes  
model= 7612D |
|model=7612D
summary=200 MS/s sampler |
|summary=200 MS/s sampler
image=US Tektronix 7612D Front1.jpg|
|image=US Tektronix 7612D Front1.jpg
caption=7612D with [[620]] Monitor|
|caption=7612D with [[620]] Monitor
introduced=1980 |
|introduced=1980
discontinued=1988 |
|discontinued=1988
manuals=
|manuals=
* [http://w140.com/tek_7612d.pdf Tektronix 7612D Manual (PDF)]
* [[Media:070-2387-00.pdf|Tektronix 7612D Manual]]
* [http://w140.com/tek_7912_and_related_digitizer_docs.pdf 7912 and related digitizer docs]
* [http://w140.com/tek_7912_and_related_digitizer_docs.pdf 7912 and related digitizer docs]
* [[Media:45W-4299-3.pdf|Tektronix 7612D Programmable Digitizer Product Brochure]]
* [[Media:45W-4299-3.pdf|Tektronix 7612D Programmable Digitizer Product Brochure]]
}}
}}
The '''Tektronix 7612D''' is a digitizer that takes [[7000-series plug-ins]].
The '''Tektronix 7612D''' is a digitizer that takes two vertical [[7000-series plug-ins]], typically the digitally programmable [[7A16P]]s.


It has a vertical bandwidth of 80 MHz.  The sample rate is 200 Msamples/s.
It has a vertical bandwidth of 80 MHz.  The sample rate is 200 Msamples/s.
It uses an electron-bombarded semiconductor sensor ([[T7610]] tube) as the digitizer, a form of [[scan converter]].
It uses a [[T7610|T7610 tube with an electron-bombarded semiconductor sensor]] as the digitizer, a form of [[scan converter]].


{{BeginSpecs}}
{{BeginSpecs}}
{{Spec | Sampling Clock | 200 MHz ±0.0035% }}
{{Spec | Sampling Clock | 200 MHz ±0.0035% }}
{{Spec | Sampling Rate | 1 S/s - 200 MS/s }}
{{Spec | Sampling Rate | 1 S/s 200 MS/s }}
{{Spec | Bandwidth | 90 MHz }}
{{Spec | Bandwidth | 90 MHz }}
{{Spec | Resolution | 8 bit }}
{{Spec | Effective number of bits |  
{{Spec | Effective number of bits |  
* 7.8 @ 300 kHz
* 7.8 @ 300 kHz