11301: Difference between revisions
Jump to navigation
Jump to search
No edit summary |
No edit summary |
||
| (6 intermediate revisions by 2 users not shown) | |||
| Line 12: | Line 12: | ||
* [[Media:070-6693-00.pdf|Tektronix 11301 and 11302 Incoming Inspection Procedure]] | * [[Media:070-6693-00.pdf|Tektronix 11301 and 11302 Incoming Inspection Procedure]] | ||
* [[Media:070-6106-00.pdf|Tektronix 11301 and 11302 Programming Guide]] | * [[Media:070-6106-00.pdf|Tektronix 11301 and 11302 Programming Guide]] | ||
* [[Media:070-6106-00(1).pdf|Tektronix 11301 and 11302 User's Reference Manual ( | * [[Media:070-6106-00(1).pdf|Tektronix 11301 and 11302 User's Reference Manual]] (OCR) | ||
* [[Media:070-6780-00.pdf|Tektronix 11301 Programmable Oscilloscope Service Reference]] | * [[Media:070-6780-00.pdf|Tektronix 11301 Programmable Oscilloscope Service Reference]] | ||
* [[Media:070-7178-00.pdf|Tektronix 11301A Service Reference]] (OCR) | * [[Media:070-7178-00.pdf|Tektronix 11301A Service Reference]] (OCR) | ||
| Line 31: | Line 31: | ||
The 11301 has an infrared beam touch screen. There are 10 columns and 14 rows of beams. | The 11301 has an infrared beam touch screen. There are 10 columns and 14 rows of beams. | ||
The 11301 | The 11301 and 11302 make use of a [[Patent US 4677340A|patented]] system for automatically calibrating all the way to the graticule | ||
(i.e., including CRT deflection sensitivity) by optically sensing the position of the beam with respect to the graticule | |||
and applying any necessary correction factors. This is discussed in the patent and also on page 9 of the Handshake article linked | |||
below which states: | |||
<blockquote> | |||
Optical sensors on the CRT bezel sense when the beam crosses the graticule lines to factor this information into the auto cal control signals. As a result, accuracy of the 11300-Series is controlled from the plug-in input connector to the CRT graticule without operator intervention. | |||
</blockquote> | |||
{{BeginSpecs}} | {{BeginSpecs}} | ||
{{Spec | Bandwidth | 400 MHz }} | {{Spec | Bandwidth | 400 MHz }} | ||
{{Spec | Sweep | 5 ns/ | {{Spec | Sweep | 5 ns/div to 500 ms/div, 1−2−5, ×10 magnifier<br />(same specs for delayed time base) }} | ||
{{Spec | Triggering | 0.35 | {{Spec | Triggering | 0.35 div (int) or 20 mV (ext) to 50 MHz, increasing to 1 div / 150 mV at max. bandwidth}} | ||
{{Spec | Trigger modes | DC, AC (>50 Hz), HF Reject (<30 kHz), LF reject (>80 kHz), TV (line or field) }} | {{Spec | Trigger modes | DC, AC (>50 Hz), HF Reject (<30 kHz), LF reject (>80 kHz), TV (line or field) }} | ||
{{Spec | X-Y operation | X from center plugin, bandwidth 3 MHz<br />X-Y phase difference < 1° to 1 MHz, <3° to 2 MHz }} | {{Spec | X-Y operation | X from center plugin, bandwidth 3 MHz<br />X-Y phase difference < 1° to 1 MHz, <3° to 2 MHz }} | ||
| Line 42: | Line 48: | ||
==Links== | ==Links== | ||
{{Documents|Link=11301}} | |||
{{PatentLinks|11301}} | |||
{{PatentLinks|11301A}} | |||
==Internals== | |||
The 11301 contains a 77 nanosecond delay line. | |||
==Pictures== | ==Pictures== | ||
| Line 54: | Line 65: | ||
</gallery> | </gallery> | ||
{{ | ==Components== | ||
{{ | {{Parts|11301}} | ||
{{Parts|11301A}} | |||
[[Category:11000 series mainframes]] | [[Category:11000 series mainframes]] | ||
[[Category:GPIB interface]] | [[Category:GPIB interface]] | ||
[[Category:RS-232 interface]] | [[Category:RS-232 interface]] | ||
Latest revision as of 00:16, 11 September 2024
The Tektronix 11301 is a programmable 400 MHz analog oscilloscope that takes up to three 11000-series plug-ins or (vertical) 7000-series plug-ins. Note, however, that the 7000 series plugins have mechanical interlock preventing them from being installed into an 11K mainframe.
The sister model 11302 is basically identical but has a micro-channel plate CRT and 500 MHz bandwidth.
The 11301 has an infrared beam touch screen. There are 10 columns and 14 rows of beams.
The 11301 and 11302 make use of a patented system for automatically calibrating all the way to the graticule (i.e., including CRT deflection sensitivity) by optically sensing the position of the beam with respect to the graticule and applying any necessary correction factors. This is discussed in the patent and also on page 9 of the Handshake article linked below which states:
Optical sensors on the CRT bezel sense when the beam crosses the graticule lines to factor this information into the auto cal control signals. As a result, accuracy of the 11300-Series is controlled from the plug-in input connector to the CRT graticule without operator intervention.
Key Specifications
| Bandwidth | 400 MHz |
|---|---|
| Sweep | 5 ns/div to 500 ms/div, 1−2−5, ×10 magnifier (same specs for delayed time base) |
| Triggering | 0.35 div (int) or 20 mV (ext) to 50 MHz, increasing to 1 div / 150 mV at max. bandwidth |
| Trigger modes | DC, AC (>50 Hz), HF Reject (<30 kHz), LF reject (>80 kHz), TV (line or field) |
| X-Y operation | X from center plugin, bandwidth 3 MHz X-Y phase difference < 1° to 1 MHz, <3° to 2 MHz |
Links
Documents Referencing 11301
| Document | Class | Title | Authors | Year | Links |
|---|---|---|---|---|---|
| Handshake 1986-1987 Winter.pdf | Article | 11300-Series extends the usefulness of analog scopes | Dale Aufrecht | 1986 | 11301 • 11302 |
Patents that may apply to 11301
| Page | Title | Inventors | Filing date | Grant date | Links |
|---|---|---|---|---|---|
| Patent US 4677340A | Method and apparatus for calibrating deflection in an oscilloscope | Lawrence J. Miller • Donald P. Chitwood | 1984-12-24 | 1987-06-30 | 11301 • 11301A • 11302 • 11302A |
Patents that may apply to 11301A
| Page | Title | Inventors | Filing date | Grant date | Links |
|---|---|---|---|---|---|
| Patent US 4677340A | Method and apparatus for calibrating deflection in an oscilloscope | Lawrence J. Miller • Donald P. Chitwood | 1984-12-24 | 1987-06-30 | 11301 • 11301A • 11302 • 11302A |
Internals
The 11301 contains a 77 nanosecond delay line.
Pictures
-
-
-
-
-
HV parts location
Components
Some Parts Used in the 11301
| Part | Part Number(s) | Class | Description | Used in |
|---|---|---|---|---|
| 165-2053-00 | 165-2053-00 | Hybrid integrated circuit | vertical amplifier | 11301 • 11302 |
| D2817A | Monolithic integrated circuit | 2K×8 EEPROM | 11301 • 11302 | |
| M229 | Monolithic integrated circuit | input/output | 11301 • 11302 | |
| M414 | Monolithic integrated circuit | counter | 11301 • 11302 | |
| TMS9914 | 156-1444-00 • 156-1444-01 | Monolithic integrated circuit | GPIB controller | 11301 • 11301A • 11302 • 11302A • 2221 • 2230 • 2424L • 2440 • 4052A • 4054A • 021-0374-00 • 067-1137-99 • AM700 • DC5009 • DC5010 • DM5010 • DM5110 • DM5120 • DM5520 • FG5010 • MI5010 • SG5010 • SG5030 • SI5010 • PS5004 • PS5010 • Keithley 182 • Keithley 193A • Keithley 195 • Keithley 195A • Keithley 196 • Keithley 197 • Keithley 199 • Keithley 220 • Keithley 224 • Keithley 230 • Keithley 263 • Keithley 617 |
Some Parts Used in the 11301A
| Part | Part Number(s) | Class | Description | Used in |
|---|---|---|---|---|
| TMS9914 | 156-1444-00 • 156-1444-01 | Monolithic integrated circuit | GPIB controller | 11301 • 11301A • 11302 • 11302A • 2221 • 2230 • 2424L • 2440 • 4052A • 4054A • 021-0374-00 • 067-1137-99 • AM700 • DC5009 • DC5010 • DM5010 • DM5110 • DM5120 • DM5520 • FG5010 • MI5010 • SG5010 • SG5030 • SI5010 • PS5004 • PS5010 • Keithley 182 • Keithley 193A • Keithley 195 • Keithley 195A • Keithley 196 • Keithley 197 • Keithley 199 • Keithley 220 • Keithley 224 • Keithley 230 • Keithley 263 • Keithley 617 |