AA501: Difference between revisions

Latest revision as of 12:09, 4 October 2024

Tektronix AA501
audio analyzer Tektronix AA501 Produced from 1980 to (?) Manuals Tektronix AA501 Instruction Manual Tektronix AA501A Instruction Manual Tektronix PS501, PS503A, and AA501 Specifications (All manuals in PDF format unless noted otherwise)

Manuals – Specifications – Links – Pictures

The Tektronix AA501 is an audio analyzer plug-in for the TM500 system.

It provides automated measurement of THD+N and levels (RMS responding) in the range of 10 Hz to 100 kHz. Harmonics are measured up to 300 kHz. It has four built-in weighting filters and allows the user to loop an external filter in. Option 01 adds intermodulation measurement. Input impedance is 100 kΩ unlike other analyzers with usually 1 MΩ or near-infinite input impedance. Internal THD in the audio band is specified as typically <−95 dB (0.0018 %). Residual THD+N is specified as <−90 dB (<0.0032 %).

It was one of the first, if not the first, audio analyzers capable of fully automatic measurements without requiring manual reference level setting, range selection or frequency fine-tuning. It is ideally combined with the SG505 low distortion oscillator.

The AA501 is two slots wide. It was designed by Bruce Hofer, Rush Hood, Richard Cabot, and Fred Armentrout.

Key Specifications

please add

Links

Documents Referencing AA501

Document	Class	Title	Authors	Year	Links
Tekscope 1980 V12 N2.pdf	Article	New Products		1980	7854 • 468 • AA501 • SG505 • CG551AP • 1900 • 7612D
Tekscope 1980 V12 N3.pdf	Article	Automatic Distortion Analyzer Speeds Distortion Measurements	Bruce Hofer	1980	AA501 • SG505
070-2088-04.pdf	Book	TM500 Series Rear Interface Data Book		1985	AA501 • AF501 • AM501 • AM502 • AM503 • AM511 • DC501 • DC502 • DC503 • DC503A • DC504 • DC505 • DC505A • DC508 • DC508A • DC509 • DC510 • DC5009 • DC5010 • DD501 • DL502 • DM501 • DM501A • DM502 • DM502A • DM505 • DM5010 • FG501 • FG501A • FG502 • FG503 • FG504 • FG507 • FG5010 • LA501 • LA501W • WR501 • MR501 • PG501 • PG502 • PG505 • PG506 • PG507 • PG508 • PS501 • PS502 • PS503 • PS503A • PS505 • PS5010 • RG501 • SC501 • SC502 • SC503 • SC504 • SG502 • SG503 • SG504 • SG505 • SW503 • TG501 • TR501 • TR502 • MI5010 • MX5010 • SI5010

Pictures

Measuring distortion of an SG502
Measuring distortion of an HP239A

@@ Line 1: / Line 1: @@
-{{TM500 | mfg=Tektronix | type=AA501 | function=audio analyzer | class=filter | image=Tektronix-AA501-front.jpg | introduced=1980 | discontinued=(?)
+{{TM500 | mfg=Tektronix | type=AA501 | function=audio analyzer | class=filter | image=Tektronix-AA501-front.jpg | introduced=1980 | discontinued=(?) | an=an
-|designers=
+|designers=Bruce Hofer;Rush Hood;Richard Cabot;Fred Armentrout;
 |manuals=
-*[[Media:AA501-PS501-PS503A.pdf|Tektronix PS501, PS503A, and AA501 Specifications (PDF)]]
+* [[Media:070-2958-00.pdf|Tektronix AA501 Instruction Manual]]
+* [[Media:070-6592-00.pdf|Tektronix AA501A Instruction Manual]]
+* [[Media:AA501-PS501-PS503A.pdf|Tektronix PS501, PS503A, and AA501 Specifications]]
 }}
+It provides automated measurement of THD+N and levels (RMS responding) in the range of 10 Hz to 100 kHz. Harmonics are measured up to 300 kHz. It has four built-in weighting filters and allows the user to loop an external filter in. Option 01 adds intermodulation measurement. Input impedance is 100 kΩ unlike other analyzers with usually 1 MΩ or near-infinite input impedance. Internal THD in the audio band is specified as typically <−95 dB (0.0018 %). Residual THD+N is specified as <−90 dB (<0.0032 %).
-It provides automated measurement of THD+N and levels (RMS responding) in the range of 10 Hz to 100 kHz. Harmonics are measured up to 300 kHz. It has four built-in weighting filters and allows the user to loop an external filter in. Option 01 adds intermodulation measurement. Input impedance is 100 kΩ and unlike other analyzers with usually 1 MΩ or near-infinite input impedance. Internal THD in the audio band is specified as typically <-95 dB (0.0018 %). Residual THD+N is specified as <-90 dB (<0.0032 %).
+It was one of the first, if not the first, audio analyzers capable of fully automatic measurements without requiring manual reference level setting, range selection or frequency fine-tuning.  It is ideally combined with the [[SG505]] low distortion oscillator.
-It was one of the first, if not the first, audio analyzer capable of fully automatic measurements without requiring manual reference level setting, range selection or frequency fine-tuning.  It is ideally combined with the [[SG505]] low distortion oscillator.
+The AA501 is two slots wide.  It was designed by [[Bruce Hofer]], [[Rush Hood]], [[Richard Cabot]], and [[Fred Armentrout]].
-The AA501 is two slots wide.
+{{MissingSpecs}}
-{{MissingSpecs}}
+==Links==
+* [https://www.youtube.com/watch?v=H09SmKoOVys Zenwizard Studios - AA501 Calibration and Alignment]
+* [https://www.youtube.com/watch?v=85fS89rtQ3I Zenwizard Studios - AA501A Repair]
+* [https://www.youtube.com/watch?v=tYgHyt5VblE Zenwizard Studios - AA501A Calibration and Alignment]
+* [https://www.youtube.com/watch?v=RS4gbAgPu3o Zenwizard Studios - AA501 Troubleshooting and Repair]
+* See also [[F7523A1]]
+{{Documents|Link=AA501}}
+{{PatentLinks|AA501}}
 ==Pictures==
 <gallery>
 Tek aa501 close.jpg
-Image:Tektronix-AA501-SG502.JPG|Measuring distortion of an SG502
+Tektronix-AA501-SG502.JPG|Measuring distortion of an SG502
-Image:Tektronix-AA501-HP239A.JPG|Measuring distortion of an HP239A
+Tektronix-AA501-HP239A.JPG|Measuring distortion of an HP239A
 </gallery>
-[[Category:Manual_needed]]