FG501: Difference between revisions

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{{TM500 | mfg=Tektronix | type=FG501 | function=function generator | class=function generator | image=Tek fg501.JPG | introduced=1972 | discontinued=1993 |
{{TM500 | mfg=Tektronix | type=FG501 | function=function generator | class=function generator | image=FG501 front.jpg | introduced=1972 | discontinued=1981
designers= |manuals=
|designers=Roger Stenbock
* [[Media:070-1431-01.pdf|Tektronix FG501 Manual]] (PDF, OCR)
|manuals=
* [[Media:070-2957-00.pdf|Tektronix FG501A Manual]] (PDF)
* [[Media:070-1431-01.pdf|Tektronix FG501 Manual]] (OCR)
<!--
* [https://w140.com/tek_fg501.pdf Tektronix FG501 Manual (PDF)]
* [https://w140.com/smb/FG501A_SM.pdf Tektronix FG501A Manual (OCR, PDF)]
-->
}}
}}
The FG501 was designed by [[Roger Stenbock]].  It was replaced by the [[FG501A]] in 1981.


The TRIG OUT signal is available on the front panel via a [[BSM|BSM female connector]].
{{BeginSpecs}}
{{BeginSpecs}}
{{SpecGroup | FG501 }}
{{Spec | Frequency | 0.01 Hz to 1 MHz in decade steps}}
{{Spec | Frequency | 0.01 Hz to 1 MHz in decade steps }}
{{Spec | Output     | Max. 20 V<sub>p-p</sub> into high impedance, 10 V into 50 Ω (SN < B130000: 15/7.5 V)}}
{{Spec | Output | Max. 20 V<sub>p-p</sub> into high impedance, 10 V into 50 Ω (SN < B130000: 15/7.5 V)}}
{{Spec | Offset     | Max. ±7.5 V<sub>p-p</sub> into high impedance, 5 V into 50 Ω (SN < B130000: 5/2.5 V) }}
{{Spec | Offset | Max. ±7.5 V<sub>p-p</sub> into high impedance, 5 V into 50 Ω (SN < B130000: 5/2.5 V }}
{{Spec | Signals   | sine, square, triangle, ramp, pulse }}
{{SpecGroup | FG501A }}
{{Spec | Features   |  
{{Spec | Frequency | 0.002 Hz to 2 MHz in eight decade steps }}
{{Spec | Output | Max. 30 V<sub>p-p</sub> (into high impedance) }}
{{Spec | Attenuator | 60 dB in 20 dB steps, 20 dB variable }}
{{Spec | Rise time | 25 ns }}
{{SpecGroup | All models }}
{{Spec | Signals | sine, square, triangle, ramp, pulse }}
{{Spec | Features |  
* voltage controlled frequency input (1000:1 ratio)
* voltage controlled frequency input (1000:1 ratio)
* triggering
* triggering
* variable phase control
* gated output with variable phase control
* symmetry variable from 5—95%
* internal sweep generator, 3 decades, lin/log
}}
}}
{{EndSpecs}}
{{EndSpecs}}
The TRIG OUT signal is available on the front panel via a [[BSM|BSM female connector]].
The Phase control is effective in gated mode to control the starting phase of the generated waveform.


==Links==
==Links==
* [[FG507]] - same specs as FG501A, added internal sweep generator
{{Documents|Link=FG501}}
* [http://www.barrytech.com/tektronix/tektm500/tekfg501.html FG501 @ barrytech.com]
{{PatentLinks|FG501}}
 
==Rear Interface==
* Output: 28A (Common 27A)
* Trigger Output: 27B (Common 28B)
* Gate Input: 24B (Common 25B)
* VCF Input: 21B (Common 22B)


==Pictures==
==Pictures==
===FG501===
<gallery>
<gallery>
FG501 front.jpg
Tek fg501.JPG
Tek fg501.JPG
FG-501-IMG_2733.JPG
FG-501-IMG_2733.JPG
Line 45: Line 42:
</gallery>
</gallery>


===FG501A===
==Components==
<gallery>
{{Parts|FG501}}
Tek fg501a 1.jpg
Tek fg501a 2.jpg
Tek fg501a 3.jpg      | right interior
Tek fg501a 4.jpg      | left interior
Tek fg 501a front.jpg
Tek fg 501a right.jpg  | right interior
Tek fg 501a left.jpg  | left interior
Tek fg 501a rear.jpg  | rear connector
</gallery>

Latest revision as of 22:28, 14 October 2024

Tektronix FG501
function generator
Tektronix FG501

Produced from 1972 to 1981

Manuals
(All manuals in PDF format unless noted otherwise)
Manuals – Specifications – Links – Pictures

The Tektronix FG501 is a function generator plug-in for the TM500 system.

The FG501 was designed by Roger Stenbock. It was replaced by the FG501A in 1981.

Key Specifications

Frequency 0.01 Hz to 1 MHz in decade steps
Output Max. 20 Vp-p into high impedance, 10 V into 50 Ω (SN < B130000: 15/7.5 V)
Offset Max. ±7.5 Vp-p into high impedance, 5 V into 50 Ω (SN < B130000: 5/2.5 V)
Signals sine, square, triangle, ramp, pulse
Features
  • voltage controlled frequency input (1000:1 ratio)
  • triggering
  • gated output with variable phase control

The TRIG OUT signal is available on the front panel via a BSM female connector.

The Phase control is effective in gated mode to control the starting phase of the generated waveform.

Links

Documents Referencing FG501

Document Class Title Authors Year Links
Tekscope 1972 V4 N3 May 1972.pdf Article TM500 series - A New Dimension in Plug-in Instrumentation Bob Ragsdale 1972 TM500 system • TM501 • TM503 • FG501 • FG502 • RG501 • PG501 • SG502 • DC501 • DC502 • PS501 • PS502 • PS503
070-2088-00.pdf Book TM500 Series Rear Interface Data Book 1975 AF501 • AM501 • AM502 • DC501 • DC502 • DC503 • DC504 • DC505 • DC505A • DM501 • DM502 • FG501 • FG502 • FG503 • MR501 • PG501 • PG502 • PG505 • PG506 • PG508 • PS501 • PS502 • PS503 • PS503A • PS505 • RG501 • SC501 • SC502 • SG502 • SG503 • TG501
070-2088-01.pdf Book TM500 Series Rear Interface Data Book 1976 AF501 • AM501 • AM502 • AM511 • DC501 • DC502 • DC503 • DC504 • DC505 • DC505A • DD501 • DM501 • DM502 • FG501 • FG502 • FG503 • FG504 • LA501 • MR501 • PG501 • PG502 • PG505 • PG506 • PG508 • PS501 • PS502 • PS503 • PS503A • PS505 • RG501 • SC501 • SC502 • SG502 • SG503 • SG504 • SW503 • TG501 • TR501 • TR502
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

Patents that may apply to FG501

Page Title Inventors Filing date Grant date Links
Patent US 3562464A Cam actuated switch having movable and fixed contacts on circuit board Howard Vollum • Willem H Verhoef • Tony Sprando 1968-10-07 1971-02-09 Cam switches • 2101 • 2701 • 2703 • 432 • 434 • 465 • 475 • 5A15N • 5A18N • 5A20N • 5A21N • 5A38 • 5A45 • 5B10N • 5B12N • 7A15 • 7A16A • 7A18 • 7A19 • 7A24 • 7A26 • 7B10 • 7B15 • 7B50 • 7B51 • 7B52 • 7B53A • 7B50A • 7B70 • 7B71 • 7B80 • 7B85 • 7B87 • 7B92 • 7B92A • 7D01 • 7D12 • 7D15 • 7J20 • 7S12 • 7T11 • 7T11A • AF501 • AM502 • AM503 • DC502 • DC503 • DC504 • DC505 • DM501 • DM502 • FG501 • FG501A • FG502 • FG503 • FG504 • FG507 • PG501 • PG502 • PG505 • PG506 • PG506A • PG508 • TG501 • SC502 • SC503 • SC504

Rear Interface

  • Output: 28A (Common 27A)
  • Trigger Output: 27B (Common 28B)
  • Gate Input: 24B (Common 25B)
  • VCF Input: 21B (Common 22B)

Pictures

Components

Some Parts Used in the FG501

Part Part Number(s) Class Description Used in
151-0261-00 151-0261-00 Discrete component dual PNP transistor AM501 • AM502 • CG5001 • CG551AP • FG501 • FG502 • FG503 • OF150 • OF151 • OF152 • OF235 • OS261 • RM502A • R1140 • R5030 • R5031 • R7912 • 067-0679-00 • 067-0807-00 • 1101 • 1140A • 1141 • 1142 • 1350 • 145 • 1450 • 1480 • 1481 • 1482 • 1485 • 1501 • 1801 • 1900 • 1910 • 1980 • 213 • 26A1 • 26A2 • 2620 • 285 • 3A9 • 3A10 • 3S1 • 3S2 • 3S5 • 3S6 • 432 • 434 • 4501 • 454 • 4601 • 4602 • 4610 • 4612 • 4620 • 4632 • 4634 • 4701 • 475 • 492 • 492A • 492AP • 494 • 494P • 496 • 496P • 5A13N • 5A20N • 5A21N • 5A22N • 5A26 • 5L4N • 502A • 5030 • 5031 • 576 • 690SR • 7A22 • 7A29 • 7B51 • 7B71 • 7J20 • 7L5 • 7S11 • 7S12 • 7912AD
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