2230: Difference between revisions
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* [http://www.hakanh.com/dl/docs/troubleshooting_tips_on_2200_ps.pdf Troubleshooting tips on 2200 PSU] | * [http://www.hakanh.com/dl/docs/troubleshooting_tips_on_2200_ps.pdf Troubleshooting tips on 2200 PSU] | ||
* [http://www.valachnet.cz/lvanek/diy/tek2230/index.html Measuring inductance using a 2230] | * [http://www.valachnet.cz/lvanek/diy/tek2230/index.html Measuring inductance using a 2230] | ||
* [https://youtu.be/JdVOqlC4kx4?si=2oA8UnICYvCJLy5m Replacing RIFA capacitors in the 2230] | * [https://youtu.be/JdVOqlC4kx4?si=2oA8UnICYvCJLy5m Replacing RIFA capacitors in the 2230] @ YouTube | ||
* [https://youtube.com/watch?v=OcnhnMWyJLI Tektronix 2230 Oscilloscope Repair: Part 1] / [https://youtube.com/watch?v=T39le2IUKVA Part 2] / [https://youtube.com/watch?v=-ymfAgHyG0U Part 3] @ YouTube | |||
{{Documents|Link=2230}} | {{Documents|Link=2230}} | ||
{{PatentLinks|2230}} | {{PatentLinks|2230}} |
Latest revision as of 01:57, 24 June 2024
The Tektronix 2230 is a portable 100 MHz, dual-channel combination analog / digital storage scope, introduced in 1986. It was superseded by the 2232 in 1990. Sister models include the 2220 and 2221.
It has both an analog mode and a digital mode. In the digital storage mode, up to three waveform sets (CH 1 and/or CH 2) may be stored in a save ref. memory and recalled for display at a later time.
The 2230 features alphanumeric CRT readout of many of the front panel controls. A DB-9 auxiliary connector on the right side provides an external clock input as well as an analog X-Y plotter output to make permanent copies of the display. This feature can be accessed through the "Mem select" menu.
Some firmware versions have a diagnostics menu with the Tektronix logo and wizard image.
The Cursor knob is prone to failure. It becomes jittery and will not scroll properly.
Options include RS-232 and GPIB interface boards, which include a 32K (26K available) battery backed memory daughter board (the same options for the 2220 and 2221 do not include the memory).
Recommended cart is the K212.
Key Specifications
Bandwidth | 100 MHz (analog) |
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Sampling rate | 20 MS/s |
Record length | 1K or 4K samples (single channel), optional 26K |
Deflection | 2 mV/div to 5 V/div, 1−2−5 |
Resolution | 8 bits |
Input impedance | 1 MΩ // 20 pF |
Maximum Safe Input Voltage | 400 V (DC + peak AC) or 800 Vp-p AC |
CMRR | At least 10:1 at 10 MHz |
Timebase A | 50 ns/Div to 0.5 s/Div, 1-2-5, x10 magnifier, i.e. down to 5 ns/Div. In "Store" mode lower sweep speeds up to 5 s/Div are available |
Timebase B | 50 ns/Div to 5 s/Div, 1-2-5, x10 magnifier, i.e. down to 5 ns/Div |
Z axis | input (intensity); DC to 20 MHz, maximum safe input 30 V (DC + peak AC) Input resistance about 10 kΩ |
CRT | 154-0861-00; display area : 8 × 10 cm² |
Dimensions | With feet and handle: 137 x 361 x 511 mm³ |
Features |
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Options |
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Links
- Tektronix 2230 Family Marketing Presentation @ YouTube courtesy of the Vintage Tek Museum
- Troubleshooting tips on 2200 PSU
- Measuring inductance using a 2230
- Replacing RIFA capacitors in the 2230 @ YouTube
- Tektronix 2230 Oscilloscope Repair: Part 1 / Part 2 / Part 3 @ YouTube
Documents Referencing 2230
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Internals
The 2230 is controlled by an Intel 8088 microprocessor with firmware in a pair of 27512 EPROMs, and six TMS4426 16K×4 DRAMs. The A/D converter is a Sony CX20052A (8 bit, 20 MHz, ECL output). A pair of MCM2016H 2K×8, 70 ns RAMs serve as acquisition memory.
Pictures
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standard interface board (X-Y)
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2230 GPIB interface board
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During repairs
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uppermost board (A10, CPU and acquisition)
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CPU/acquisition board in service position
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Supplied Menu Reference Guide for 2230
Components
Some Parts Used in the 2230
Part | Part Number(s) | Class | Description | Used in |
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154-0861-00 | 154-0861-00 | CRT | CRT | 2230 |
155-0022-00 | 155-0022-00 • 155-0022-01 | Monolithic integrated circuit | analog multiplexer | 147 • 148 • 149 • 335 • 468 • 1430 • 1441 • 1461 • 1900 • 1910 • 2220 • 2221 • 2230 • 5223 • 5403 • 5440 • 5441 • 5443 • 5444 • 5A38 • 7313 • 7403N • 7503 • 7504 • 7514 • 7603 • AN/USM-281C • 7613 • 7623 • 7623A • 7633 • 7704 • R7704 • 7704A • 7834 • 7844 • 7854 • R7912 • 7912AD • 7912HB • 7904 • R7903 • 7904A • 7934 • 7A12 • 7A18 • 7A18A • 7A18N • 7B52 • 7B53N • 7D10 • 7D11 • 7D12 • NT-7000 • P7001 |
155-0124-00 | 155-0124-00 | Monolithic integrated circuit | horizontal preamplifier | 455 • SC503 • SC504 • 2221 • 2230 • 2232 • 2336 • 2337 |
155-0273-00 | 155-0273-00 | Monolithic integrated circuit | broadband vertical amplifier | 2220 • 2221 • 2230 • 2232 |
155-0274-00 | 155-0274-00 | Monolithic integrated circuit | broadband vertical amplifier | 2220 • 2221 • 2230 |
156-2452-00 | 156-2452-00 | Monolithic integrated circuit | display controller | 2230 • 2232 |
160-3586-00 | 160-3586-00 | Monolithic integrated circuit | gate array | 2230 |
234-0107-20 | 234-0107-20 | Monolithic integrated circuit | trigger | 2221 • 2230 • 2232 |
27512 | Monolithic integrated circuit | 64K×8 EPROM | 2230 • 2232 • SG5030 | |
HM6116 | 156-2012-00 | Monolithic integrated circuit | 2K×8 low-power CMOS SRAM | 12RS01 • 1241 • 2230 |
Intel 8086 | Monolithic integrated circuit | 16-bit microprocessor | 1240 • 2220 • 2221 • 2230 • 2246 • 2232 • 2245A • 2782 • 4114 • 4115 | |
Sony CX20052A | 156-2248-00 | Monolithic integrated circuit | flash A/D converter | 2230 |
T4655 | 154-0861-00 • 154-0861-10 • 154-0930-00 | CRT | CRT | 2220 • 2221 • 2221A • 2230 • 2232 |
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 |