5030: Difference between revisions

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{{Oscilloscope Sidebar |
{{Oscilloscope Sidebar  
title=Tektronix 5030 |
|manufacturer=Tektronix
summary=1 MHz, 10 μV dual-beam scope |
|designers=Val Garuts
image=Tek 5030 10 crop.jpg |
|series=5030  
caption=Tektronix 5030 |
|model=5030
introduced=1969 |
|summary=1 MHz diff-input dual-beam scope  
discontinued=1972 |
|image=Tek 5030 10 crop.jpg  
manuals=
|caption=Tektronix 5030  
|introduced=1969
|discontinued=1972
|manuals=
* [[List of manuals that are needed|Manual needed]] [[Category:Manual needed]]
* [[List of manuals that are needed|Manual needed]] [[Category:Manual needed]]
* ''See [[5031]] for similar manual''
* ''See [[5031]] for similar manual''
* [http://w140.com/tek_r5030_1969_catalog.pdf Tektronix R5030 in 1969 Catalog (PDF)]
* [https://w140.com/tek_r5030_1969_catalog.pdf Tektronix R5030 in 1969 Catalog]
* [[Media:Tek 5030 5031 from Catalog 1970.pdf|Models 5030/5031 in 1970 catalog (PDF, 8 pages)]]
* [[Media:Tek 5030 5031 from Catalog 1970.pdf|Models 5030/5031 in 1970 catalog]]
* [[Media:Tek 5030 eis signature page.pdf|Tek 5030 Engineering Instrument Specification Signature Page]]
* [[Media:Tek 5030 eis signature page.pdf|Tek 5030 Engineering Instrument Specification Signature Page]]
}}
}}
The '''Tektronix 5030''' is a [[dual-beam scopes|dual-beam oscilloscope]] that was [[introduced in 1969]] (no longer listed in the 1973 catalog).  There is a portable benchtop model, the 5030, and a rack-mount version, the R5030.  The sister model [[5031]]/R5031 is an almost identical (analog) storage scope.
The '''Tektronix 5030''' is a [[dual-beam scopes|dual-beam oscilloscope]] that was [[introduced in 1969]] (no longer listed in the 1973 catalog).  There is a portable benchtop model, the 5030, and a rack-mount version, the R5030.  The sister model [[5031]]/R5031 is an almost identical (analog) storage scope.


The 5030s feature differential and current probe (for [[P6021]]) inputs on both channels.  Input ranges are similar to the contemporary [[3A9]] diff/current amplifier plugin but without the variable bandwidth and DC offset controls.  The horizontal deflection system is shared.
The 5030s feature differential inputs on both channels, with additional inputs for 125-turn probes ([[P6021]] or [[P6019]]).  Input ranges are similar to the contemporary [[3A9]] diff/current amplifier plugin but without the variable bandwidth and DC offset controls.  The horizontal deflection system is shared.


The 5031/5030 include a readout system which uses small lightbulb/fiber dot matrix displays external to the CRT, similar to that in the [[576]] curve tracer.  Only the first and last steps on the time/div and volts/div switches are labelled.
The 5031/5030 include a readout system which uses small lightbulb/fiber dot matrix displays external to the CRT, similar to that in the [[576]] curve tracer. Unlike in the [[576]], the twelve [[150-0048-01|lamps]] required for each deflection factor sub-display are driven directly with cam switches.  Only the first and last steps on the time/div and volts/div switches are labelled on the front panel.


{{BeginSpecs}}
{{BeginSpecs}}
Line 24: Line 27:
{{Spec | Noise | < 15 μV / 200 μA }}
{{Spec | Noise | < 15 μV / 200 μA }}
{{Spec | Input impedance | 1 MΩ // 50 pF }}
{{Spec | Input impedance | 1 MΩ // 50 pF }}
{{Spec | Time base | 1 μs/Div to 5 s/Div (1—2—5), magnifier up to × 50}}
{{Spec | Time base | 1 μs/Div to 5 s/Div (1–2–5), magnifier up to ×50}}
{{Spec | CMRR | 100,000:1 to 100 kHz }}
{{Spec | CMRR | 100,000:1 to 100 kHz }}
{{Spec | X input | 20 mV/Div to 500 mV/Div on Ext Horizontal, or Channel 2 in X-Y mode}}
{{Spec | X input | 20 mV/Div to 500 mV/Div on Ext Horizontal, or Channel 2 in X-Y mode}}
{{Spec | CRT | 8 × 10 Div @ 1.27 cm (0.5"), P31 phosphor }}
{{Spec | CRT | 8 × 10 Div @ 1.27 cm (0.5"), P31 phosphor }}
{{Spec | Acceleration | 4 kV }}
{{Spec | Acceleration voltage | 4 kV }}
{{EndSpecs}}
{{EndSpecs}}


==Links==
==Links==
* [http://www.eevblog.com/forum/testgear/interesting-readout-device-in-an-old-tek-r5030-scope/ Interior pictures]
* [https://www.eevblog.com/forum/testgear/interesting-readout-device-in-an-old-tek-r5030-scope/ Interior pictures]
{{Documents|Link=5030}}
{{Documents|Link=R5030}}
{{PatentLinks|5030}}


==Pictures==
==Pictures==
Line 59: Line 65:
==Schematics==
==Schematics==
<gallery>
<gallery>
File:Tek r5030 sweep.png|Sweep schematic
Tek r5030 sweep.png|Sweep schematic
</gallery>
</gallery>
==Components==
{{Parts|5030}}


[[Category:5030 series scopes]]
[[Category:5030 series scopes]]
[[Category:Dual beam scopes]]
[[Category:Dual beam scopes]]

Latest revision as of 00:07, 18 June 2024

Tektronix 5030
1 MHz diff-input dual-beam scope
Tektronix 5030

Produced from 1969 to 1972

Manuals
Manuals – Specifications – Links – Pictures

The Tektronix 5030 is a dual-beam oscilloscope that was introduced in 1969 (no longer listed in the 1973 catalog). There is a portable benchtop model, the 5030, and a rack-mount version, the R5030. The sister model 5031/R5031 is an almost identical (analog) storage scope.

The 5030s feature differential inputs on both channels, with additional inputs for 125-turn probes (P6021 or P6019). Input ranges are similar to the contemporary 3A9 diff/current amplifier plugin but without the variable bandwidth and DC offset controls. The horizontal deflection system is shared.

The 5031/5030 include a readout system which uses small lightbulb/fiber dot matrix displays external to the CRT, similar to that in the 576 curve tracer. Unlike in the 576, the twelve lamps required for each deflection factor sub-display are driven directly with cam switches. Only the first and last steps on the time/div and volts/div switches are labelled on the front panel.

Key Specifications

Bandwidth DC to 1 MHz (5 kHz limit switchable)
Deflection 10 μV/Div to 10 V/Div or 1 mA/Div to 200 mA/Div (1—2—5)
Noise < 15 μV / 200 μA
Input impedance 1 MΩ // 50 pF
Time base 1 μs/Div to 5 s/Div (1–2–5), magnifier up to ×50
CMRR 100,000:1 to 100 kHz
X input 20 mV/Div to 500 mV/Div on Ext Horizontal, or Channel 2 in X-Y mode
CRT 8 × 10 Div @ 1.27 cm (0.5"), P31 phosphor
Acceleration voltage 4 kV

Links

Documents Referencing 5030

Document Class Title Authors Year Links
Tekscope 1970 V2 N2 Apr 1970.pdf Article A Dual-beam Family 1970 5030 • R5030 • 5031 • R5031 • C-70

Documents Referencing R5030

Document Class Title Authors Year Links
Tekscope 1969 V1 N5 Oct 1969.pdf Article Introducing the New Generation 1969 7000-series scopes • 7504 • 7704 • 7A11 • 7A12 • 7A13 • 7A14 • 7A16 • 7A22 • 7S11 • 7M11 • 7B50 • 7B51 • 7B70 • 7B71 • 7T11 • R5030 • 7000 series readout system • Miniature relays • Cam switches • Industrial Design • T7500 • T7700 • P6052 • P6053 • C-50 • C-51 • 204-2
Tekscope 1970 V2 N2 Apr 1970.pdf Article A Dual-beam Family 1970 5030 • R5030 • 5031 • R5031 • C-70

Patents that may apply to 5030

Page Title Inventors Filing date Grant date Links
Patent US 3453403A Power selection device Eldon Hoffman 1966-08-18 1969-07-01 115 • 140 • 141 • 141A • 144 • 145 • 146 • 147 • 148 • 149 • 149A • 230 • 284 • 286 • 453 • 454 • 491 • 520A • 521A • 522 • 545B • 547 • 556 • 561B • 564B • 568 • 576 • 611 • 647A • 2101 • 2601 • 5030 • R5030 • 5031 • R5031 • 7503 • 7504 • 7704 • 7704A • 7904 • R7903
Patent US 3618130A High efficiency regulated oscillator circuit having a substantially sinusoidal waveform Val Garuts 1969-07-28 1971-11-02 5030 • 5031

Pictures

  • 5030 (catalog image)

    5030 (catalog image)

  • R5030

    R5030

  • Display detail (5031)

    Display detail (5031)

  • Detail of fiberoptic readout module

    Detail of fiberoptic readout module

Schematics

  • Sweep schematic

    Sweep schematic

Components

Some Parts Used in the 5030

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
155-0028-00 155-0028-00 • 155-0028-01 • 155-0042-00 • 155-0042-01 • 155-0042-02 • 155-0042-03 Monolithic integrated circuit Miller integrator and delay pickoff 5030 • R5030 • 5031 • R5031 • 1401 • 1401A • 1480 • 1481 • 1482 • 1485 • 26G1 • 26G2 • 26G3 • 314 • 335 • 432 • 434 • 4701 • 5B10N • 5B12N • 5B31 • 5B40 • 5B42 • 5S14N • 7B52 • 7B53A • 7B53N • 7L12 • 7L13 • 7L14 • 7L18 • 7S14 • AN/USM-281C • RG501 • Telequipment D63 • Telequipment DM63
155-0029-01 155-0029-01 Monolithic integrated circuit Trigger 26G1 • 26G2 • 26G3 • 4701 • 5030 • R5030 • 5031 • R5031 • 5B10N
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