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CSA8000: Difference between revisions
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|caption=Tek CSA8000 with modules | |caption=Tek CSA8000 with modules | ||
|introduced=(?) | |introduced=(?) | ||
|discontinued=2023 | |discontinued=(2023) | ||
|designers= | |designers= | ||
|manuals= | |manuals= | ||
* [[Media:071-0438-03.pdf|Tektronix CSA8000 TDS8000 Service Manual Version 1]] (OCR) | * [[Media:071-0438-03.pdf|Tektronix CSA8000/TDS8000 Service Manual Version 1]] (OCR) | ||
* [[Media:071-0438-04.pdf|Tektronix CSA8000 TDS8000 Service Manual Version 2]] (OCR) | * [[Media:071-0438-04.pdf|Tektronix CSA8000/TDS8000 Service Manual Version 2]] (OCR) | ||
* [[Media:071-1745-02.pdf|Tektronix CSA8200 TDS8200 Specifications and Performance Verification]] (OCR) | * [[Media:071-1745-02.pdf|Tektronix CSA8200/TDS8200 Specifications and Performance Verification]] (OCR) | ||
}} | }} | ||
'''Tektronix | The mainframes of the '''Tektronix TDS8000 / CSA8000 series''' are equivalent-time sampling oscilloscopes that accept sampling modules of the 80Exx or 80Cxx families, enabling electrical sampling up to 70 GHz, optical sampling in various wavelengths, and time-domain reflectrometry up to 50 GHz. Auxiliary modules of the 80Axx series extended the functionality to further special applications. With an iConnect dongle and a TDR module, the TDS8000 scopes are enabled to work as pulse based vector network analyzers. | ||
The | The series was discontinued in 2023 with the DSA8300, until now the last and final iteration of electrical sampling scopes made by Tek. | ||
==Mainframes== | ==Mainframes== | ||
| Line 31: | Line 27: | ||
==Modules== | ==Modules== | ||
Electrical sampling: | Electrical sampling: | ||
* 80E01 | {{2ColBegin}} | ||
* 80E02 | * [[80E01]] – 50 GHz bandwidth, one input channel | ||
* 80E03 | * [[80E02]] – 12.5 GHz bandwidth, two input channels | ||
* 80E06 | * [[80E03]] – 20 GHz bandwidth, two input channels | ||
* 80E07 | * [[80E06]] – 65 GHz bandwidth, one input channel | ||
* 80E09 | * [[80E07]] – 30 GHz bandwidth, two input channels | ||
* 80E11 | * [[80E09]] – 60 GHz bandwidth, two input channels | ||
* [[80E11]] – 70 GHz bandwidth, two input channels (A single-channel version, the 80E11X1, was available briefly as a custom job) | |||
{{2ColEnd}} | |||
TDR Samplers: | TDR Samplers: | ||
* 80E04 | {{2ColBegin}} | ||
* 80E08(B) | * [[80E04]] | ||
* 80E10(B) | * [[80E08]](B) | ||
* [[80E10]](B) | |||
{{2ColEnd}} | |||
Optical Samplers: | Optical Samplers: | ||
* 80C01 | {{2ColBegin}} | ||
* 80C02 | * [[80C01]] | ||
* 80C03 | * [[80C02]] | ||
* 80C04 | * [[80C03]] | ||
* 80C05 | * [[80C04]] | ||
* 80C06 | * [[80C05]] | ||
* 80C07(B) | * [[80C06]] | ||
* 80C08(B/C) | * [[80C07]](B) | ||
* 80C09 | * [[80C08]](B/C) | ||
* 80C10 | * [[80C09]] | ||
* 80C11 | * [[80C10]] | ||
* 80C12 | * [[80C11]] | ||
* [[80C12]] | |||
{{2ColEnd}} | |||
Auxiliary modules: | Auxiliary modules: | ||
* 80A01 | {{2ColBegin}} | ||
* 80A02 | * [[80A01]] – Trigger prescale preamplifier module'' | ||
* 80A05 | * [[80A02]] – EOS/ESD protection module'' | ||
* 80A06 | * [[80A05]] – Clock recovery module'' | ||
* [[80A06]] – Pattern sync module'' | |||
{{2ColEnd}} | |||
==TekProbe Sampling== | ==TekProbe Sampling== | ||
With the introduction of the TDS8000 series, a special version of the TekProbe-L3 interface was created, the TekProbe-Sampling interface. | With the introduction of the TDS8000 series, a special version of the TekProbe-L3 interface was created, the TekProbe-Sampling interface. | ||
Different to the previous "dumb" sampling plugins of the 'S-' or 'SD-' series, the sampling modules of the 80 series have more in common with TekProbe level 3 probes like the P7000 series probes. With their own internal microcontroller and intelligence they feature a much more comprehensive set of | Different to the previous "dumb" sampling plugins of the 'S-' or 'SD-' series, the sampling modules of the 80 series have more in common with TekProbe level 3 probes like the P7000 series probes. | ||
With their own internal microcontroller and intelligence, they feature a much more comprehensive set of calibration constants, compensation features and became even somewhat "hot-swap" capable within the DSA8300. | |||
==Links== | ==Links== | ||