5030: Difference between revisions
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{{Oscilloscope Sidebar | | {{Oscilloscope Sidebar | ||
|manufacturer=Tektronix | |||
summary=1 MHz | |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'' | ||
* [ | * [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 | * [[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]] | |||
}} | }} | ||
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 | 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}} | ||
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{{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 ( | {{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== | ||
* [ | * [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 46: | Line 53: | ||
Tek_5030_9.jpg | Tek_5030_9.jpg | ||
Tek_5030_10.jpg | Tek_5030_10.jpg | ||
Tek-5030-catalog.jpg | 5030 (catalog image) | |||
Tek r5030.jpg | R5030 | |||
Tek-5031-display3.jpg| Display detail (5031) | |||
Tek-5031-fiberoptic-readout.jpg | Detail of fiberoptic readout module | |||
Tek r5030 fl.jpg | Tek r5030 fl.jpg | ||
Tek r5030 fr.jpg | Tek r5030 fr.jpg | ||
Tek 5030 trace1.jpg | |||
Tek 5030 trace2.jpg | |||
</gallery> | </gallery> | ||
==Schematics== | ==Schematics== | ||
<gallery> | <gallery> | ||
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
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
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5030 (catalog image)
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R5030
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Display detail (5031)
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Detail of fiberoptic readout module
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Schematics
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Sweep schematic
