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  • 07:07, 20 November 2024 ‎161-420-63 (hist | edit) ‎[430 bytes] ‎Kurt (talk | contribs) (Created page with "Tektronix part number 161-420-63 appears to be a relay-based signal switcher for cardiac pacemaker testing. It deviates from standard Tektronix instrument making convention. <gallery> Tek 161-420-63 1.jpg Tek 161-420-63 2.jpg Tek 161-420-63 3.jpg Tek 161-420-63 4.jpg Tek 161-420-63 5.jpg Tek 161-420-63 6.jpg Tek 161-420-63 7.jpg Tek 161-420-63 8.jpg </gallery> Category:Switches and multiplexers Category:Manual needed")
  • 07:30, 17 November 2024 ‎PS503A/Repairs (hist | edit) ‎[2,081 bytes] ‎Peter (talk | contribs) (Created page with "* [https://www.youtube.com/watch?v=--AbTooK15s Tektronix PS503 and PS503A Dual Power Supply Repairs] by Bob Haas, VintageTEK Museum @ YouTube")
  • 11:36, 15 November 2024 ‎8068 (hist | edit) ‎[525 bytes] ‎Peter (talk | contribs) (Created page with "{{Vacuum Tube |Type=Pentode |Number=8068 |EuroNumber= |RussianNumber= |Part_nos= |Description=35 W, 3.5 kV beam power pentode |Used_in=Keithley 244; |Designers= }} with an {{octal base}}, designed for use as series regulator in HV power supply circuits. {{BeginSpecs}} {{Spec|Anode dissipation|35 W}} {{Spec|Anode voltage|max. 3.5 kV}} {{Spec|Cathode current|max. 100 mA }} {{Spec|Heater|6.3 V, 0.9 A}} {{EndSpecs}} ==Links== * tube:8068 @ radiomuseum.org ==U...")
  • 11:26, 15 November 2024 ‎Keithley 244 (hist | edit) ‎[869 bytes] ‎Peter (talk | contribs) (Created page with "{{Instrument Sidebar |manufacturer=Keithley |model=244 |class=Power supply |series= |summary=Negative HV source |image=Keithley 244 0.jpg |caption=Keithley 244 |introduced=1973 |discontinued=(?) |designers= |manuals= * Keithley 244 Manual Rev.D {{ROM Images}} }} The '''Keithley 230''' is a programmable voltage source. {{BeginSpecs}} {{Spec|Voltage|–200 to –2200 V 20 V steps}} {{Spec|Accuracy|±1% }} {{Spec|Current|10 mA max.}} {{Spec|...")
  • 02:56, 12 November 2024 ‎2N4851 (hist | edit) ‎[618 bytes] ‎Peter (talk | contribs) (Created page with "{{Discrete component |Manufacturer= |Model=2N4851 |Part_nos=151-0504-00,151-0504-01 |Description=silicon unijunction transistor |Used_in=DC501;DC502;DC503;DC503A;DC504;DC505;DC505A;DC508;DC508A;LA501;R1330;212;214;4002A;4623;4631;4632;4633A;4634;4701;4701R;670-0696-01;670-1274-00;670-1981-00;670-1981-01;7D01;7D12;7L12; }}. It is often used as a simple relaxation oscillator (e.g. for the variable display time in TM500 frequency counters such as the DC501. ==Used in==...")
  • 02:30, 12 November 2024 ‎2N5060 (hist | edit) ‎[401 bytes] ‎Peter (talk | contribs) (Created page with "{{Discrete component |Manufacturer= |Model=2N5060 |Part_nos=151-0503-00 |Description=30 V, 0.8 A thyristor (SCR) |Used_in=7D10;7D11; }}. ==Data== * {{MissingSpecs}} Category:Thyristors and Triacs")
  • 02:15, 12 November 2024 ‎Phil Lloyd (hist | edit) ‎[313 bytes] ‎Peter (talk | contribs) (Created page with "{{Person |Names=Phil Lloyd |Birth date= |Birth place= |Death date= |Death place= |Countries= |Affiliations=Tektronix; |Wikidata id= }} worked at Tek as a mechanical engineer (? – ?). {{MissingBio}} {{Designer|Phil Lloyd}} {{Patents|Phil Lloyd}} See also Patent US 3843873A. Category:Tektronix people")
  • 03:46, 5 November 2024 ‎Frank Hovanic (hist | edit) ‎[336 bytes] ‎Peter (talk | contribs) (Created page with "{{Person |Names=Frank Hovanic |Birth date= |Birth place= |Death date= |Death place= |Countries= |Affiliations=Tektronix }} worked for Tektronix (''please add details''). {{MissingBio}} {{Documents|Author=Frank Hovanic}} {{Designer|Frank Hovanic}} {{Patents|Frank Hovanic}} Category:Tektronix people Category:Biography needed")
  • 13:45, 4 November 2024 ‎Dennis Braatz (hist | edit) ‎[353 bytes] ‎Peter (talk | contribs) (Created page with "{{Person |Names=Dennis Braatz |Birth date= |Birth place= |Death date= |Death place= |Countries= |Affiliations=Tektronix |Wikidata id= }} {{MissingBio}} {{Documents|Dennis Braatz}} {{Designer|Dennis Braatz}} {{Patents|Dennis Braatz}} Category:Tektronix people")
  • 10:19, 4 November 2024 ‎Tom Hill (hist | edit) ‎[265 bytes] ‎Peter (talk | contribs) (Created page with "{{Person |Names=Thomas C. Hill |Birth date= |Birth place= |Death date= |Death place= |Countries= |Affiliations=Tektronix |Wikidata id= }} {{MissingBio}} {{Documents|Author=Tom Hill}} {{Designer|Tom Hill}} {{Patents|Thomas C. Hill}} Category:Tektronix people")
  • 03:25, 4 November 2024 ‎012-0031-00 (hist | edit) ‎[241 bytes] ‎Gregor (talk | contribs) (Created page with "The Tektronix 012-0031-00 is a red 18" cable with male Banana connectors on both ends. The black version is called 012-0039-00. <gallery> 012-0031-00_Ebay1.jpg 012-0031-00_Ebay2.jpg 012-0031-00_Ebay3.jpg </gallery> Category:Cables")
  • 01:55, 28 October 2024 ‎017-0076-00 (hist | edit) ‎[267 bytes] ‎Gregor (talk | contribs) (Created page with "The '''Tektronix 017-0076-00''' is a GR-874 to 5 mm probe tip adapter. It is an optional accessory for the P6202 active probe. ==Pictures== <gallery> 017-0076-00_TS.jpg </gallery> Category:GR874 Category:Probe Tip to Coax Adapters")
  • 01:07, 28 October 2024 ‎151-1100-01 (hist | edit) ‎[707 bytes] ‎Gregor (talk | contribs) (Created page with "The '''151-1100-01''' is a dual JFET transistor used in as the input follower of the P6202(A). According to the 1988 TEK common design catalog it contains two dies on a substrate in a lead frame and cover package. The dies are from the 2N5911 family. 151-1100-00 might be the part number for the dies. Category:Transistors")
  • 07:13, 22 October 2024 ‎067-1345-00 (hist | edit) ‎[582 bytes] ‎Peter (talk | contribs) (Created page with "{{Plugin Sidebar |manufacturer=Tektronix |series=371 |type=067-1345-00 |summary=371 series calibration fixture |image=Tek 067-1345-00 1.jpg |caption=Tektronix 067-1345-00 |introduced=(?) |discontinued=(?) |designers= |manuals= * ''please add'' Category:Manual needed }} The '''Tektronix 067-1345-00''' is a calibration fixture for the 371, 371A, and 371B high-power curve tracers. {{MissingSpecs}} ==Pictures== <gallery> Tek 067-1345-00 1.jpg Tek 067...")
  • 04:38, 16 October 2024 ‎THS720/Accessories (hist | edit) ‎[4,907 bytes] ‎Peter (talk | contribs) (Created page with " ==Replacement Accessories== The DMM leads can be replaced with Mueller parts as used in the original lead kits 012-1482-00 for the standard set and ATLDX1 for the deluxe set as follows: 012-1482-00 DMM lead set contents (Mueller Electric part numbers): * BU-4061-M-39-0 - UL Listed, Threaded Test Probe to Banana, Silicone - Black * BU-4061-M-39-2 - UL Listed, Threaded Test Probe to Banana, Silicone - Red * BU-60TBO - Steel Alligator Clip with #8-32 Threaded Barrel (Two...")
  • 02:53, 14 October 2024 ‎Signature analysis (hist | edit) ‎[6,952 bytes] ‎Peter (talk | contribs) (Created page with "'''Signature Analysis''' is a method to simplify (field) troubleshooting of complex digital systems, developed at Hewlett-Packard in the early 1970s. The idea is to describe "known good" states of signals in the system – typically when in some diagnostic / troubleshooting mode – as a CRC of that signal, when referenced to a known clock and defined start/stop conditions. The concept was introduced in [https://doc.xdevs.com/doc/HP_Agilent_Keysight/journals/1977-0...")
  • 02:32, 14 October 2024 ‎Patent US 3976864A (hist | edit) ‎[570 bytes] ‎Peter (talk | contribs) (Created page with "{{Patent |Office=US |Number=3976864A |Title=Apparatus and method for testing digital circuits |Company=Hewlett-Packard |Inventors=Gary B. Gordon;George A. Haag;Jan R. Hofland;Daniel I. Kolody |Filing date=1974-09-03 |Grant date=1976-08-24 |Cites=Patent US 3582633A;Patent US 3651315A;Patent US 3739160A;Patent US 3777129A;Patent US 3780277A;Patent US 3812426A;Patent US 3813647A;Patent US 3821645A;Patent US 3826909A;Patent US 3832535A; }} This is the original HP patent for...")
  • 08:03, 11 October 2024 ‎Keithley 160/Repairs (hist | edit) ‎[592 bytes] ‎Gregor (talk | contribs) (Created page with "==All ranges broken== If all ranges on your instrument are broken, but the power supply is fine, it check the analog output on the rear of the instrument. It is directly connected to the output of QA703 (an LM201 op-amp). Since the analog output connector is a open two-prong type it is very susceptible to accidental shorting. After replacing the op-amp, my instrument came back to life. I added a 1 kΩ resistor in series with the external output connector, to prevent acc...")
  • 06:12, 11 October 2024 ‎Keithley 182 (hist | edit) ‎[1,613 bytes] ‎Peter (talk | contribs) (Created page with "{{Instrument Sidebar |manufacturer=Keithley |model=182 |class=Multimeter |series= |summary=6½-digit sensitive voltmeter |image=Keithley 182 1.jpg |caption=Keithley 182 frontal view |introduced=(?) |discontinued=(?) |designers= |manuals= * Keithley 182 Operators Manual Rev.E {{ROM Images}} }} The '''Keithley 182''' is a digital voltmeter with low-voltage input ranges. {{BeginSpecs}} {{Spec|Voltage|3 mV to 30 V FS in decade ranges }...")
  • 05:54, 11 October 2024 ‎Keithley manuals (hist | edit) ‎[4,287 bytes] ‎Peter (talk | contribs) (Created page with "* Keithley 160 and 163 Manual * Keithley 175A Instruction Manual, Rev. A, no schematics * Keithley 175 (non-A) Instruction Manual with schematics * Keithley 177 + 1788 Manual #29683 (1978) * Keithley 177 schematics (clean) * Media:Keithley 28973-C.pdf|Keithley 179 / 179-20A manual, Rev C (1980/1...")
  • 05:40, 11 October 2024 ‎Keithley 615 (hist | edit) ‎[1,898 bytes] ‎Peter (talk | contribs) (Created page with "{{Instrument Sidebar |manufacturer=Keithley |model=615 |class=Multimeter |series= |summary=Electrometer |image=Keithley 615 1.jpg |caption=Keithley 615 frontal view |introduced=1969 |discontinued=(?) |designers= |manuals= * Keithley 615 Manual (1980) }} The '''Keithley 616''' is a digital electrometer with a 3½ digit Nixie display. The analog circuits are similar to the Keithley 602. {{BeginSpecs}} {{Spec | Voltage ranges...")
  • 03:24, 5 October 2024 ‎2N3958 (hist | edit) ‎[498 bytes] ‎Peter (talk | contribs) (Created page with "{{Discrete component |Model=2N3958 |Part_nos=151-1054-00 |Description=dual n-channel JFET |Used_in=PG505; }} in a 6-pin metal TO-71 can. {{Part usage}} ==Links== * Vishay 2N3958 datasheet {{Part usage}} ==Pictures== <gallery> Siliconix 2n5454.jpeg </gallery> Category:Field-effect transistors")
  • 12:45, 4 October 2024 ‎PG505/Repairs (hist | edit) ‎[830 bytes] ‎Peter (talk | contribs) (Created page with "==Power supply== A PG505 that was described by a seller as "no variable frequency" showed an erratic output signal that partly responded to output voltage and rise/fall time controls, but was essentially at mains frequency. The source of the problem was a dry electrolytic (C555) in the floating power supply. Because the floating output stage is transformer-coupled, the output pulse was effectively triggered by the pulsed supply. The electrolytics are physically large a...")
  • 14:48, 3 October 2024 ‎30C02 (hist | edit) ‎[494 bytes] ‎Floopy (talk | contribs) (Created page with "{{Plugin Sidebar |manufacturer=Tektronix |series=3001GPX |type=30C02 |summary=GPIB Comm Pack (interface) |image=Image needed.jpg |caption=Tektronix 30C02 |introduced=(?) |discontinued=(?) |manuals= * ''please add'' }} The '''30C02''' is a GPIB COMM pack for the 3001GPX. It needs to have option 1M and a hard drive installed. {{MissingSpecs}} {{MissingPics}} Category:ROM packs")
  • 07:45, 2 October 2024 ‎Edward Ginzton (hist | edit) ‎[1,539 bytes] ‎Peter (talk | contribs) (Created page with "{{Person |Names=Edward Leonard Ginzton (December 27, 1915 – August 13, 1998) |Birth date=27 December 1915 |Birth place=Dnipro, Ukraine |Death date=13 August 1998 |Death place=Stanford, CA, USA |Countries=Ukraine, USA |Affiliations=UC Berkeley;Stanford University;Varian Associates |Wikidata id=Q1292344 }} was a Ukrainian-American engineer. Ginzton completed his B.S. (1936) and M.S. (1937) in Electrical Engineering at UC Berkeley, and his Ph.D. in Electrical Engineerin...")
  • 02:56, 27 September 2024 ‎74S472 (hist | edit) ‎[225 bytes] ‎Peter (talk | contribs) (Created page with "{{Monolithic IC |Manufacturer= |Model=74S472 |Part_nos= |Description=512×8 PROM |Used_in=PM111; }}. {{Part usage}} * PM111 A3U3029: 160-1346-00 ==Links== * ''Datasheet needed'' Category:Memory integrated circuits")
  • 02:50, 27 September 2024 ‎74S288 (hist | edit) ‎[289 bytes] ‎Peter (talk | contribs) (Created page with "{{Monolithic IC |Manufacturer= |Model=74S288 |Part_nos= |Description=32×8 PROM |Used_in=DC503A;PM110; }}. {{Part usage}} * PM110 A2U2020: 160-1205-00 ==Links== * National Semiconductor 74S288 Datasheet Category:Memory integrated circuits")
  • 02:16, 27 September 2024 ‎Fairchild 93427 (hist | edit) ‎[240 bytes] ‎Peter (talk | contribs) (Created page with "{{Monolithic IC |Manufacturer=Fairchild |Model=93427 |Part_nos= |Description=256×4 PROM |Used_in=PM102;PM103; }}. ==Links== * Fairchild 93427 Datasheet Category:Memory integrated circuits")
  • 01:25, 27 September 2024 ‎CP1152 (hist | edit) ‎[132 bytes] ‎Qfissler (talk | contribs) (Category)
  • 10:52, 25 September 2024 ‎PDP-11/05 (hist | edit) ‎[549 bytes] ‎Qfissler (talk | contribs) (Rare find.)
  • 04:16, 23 September 2024 ‎Patent US 5032801A (hist | edit) ‎[460 bytes] ‎Peter (talk | contribs) (Created page with "{{Patent |Office=US |Number=5032801A |Title=High performance attenuator configuration |Company=Tektronix Inc |Inventors=James Woo;Marvin E. Lavoie |Filing date=1990-07-31 |Grant date=1991-07-16 |Cites=Patent US 3015790A;Patent US 4572967A;Patent US 4833400A |Links=TDS3012;TDS3012B;TDS3014;TDS3032;TDS3034;TDS3052;TDS3054;TDS3054B;TDS3054C }}")
  • 04:14, 23 September 2024 ‎Patent US 5144525A (hist | edit) ‎[351 bytes] ‎Peter (talk | contribs) (Created page with "{{Patent |Office=US |Number=5144525A |Title=Analog acquisition system including a high speed timing generator |Company=Tektronix Inc |Inventors=Charles L. Saxe;Steven K. Sullivan;Grigory Kogan; |Filing date=1990-09-27 |Grant date=1992-09-01 |Cites=Patent US 4271488A |Links=TDS3012;TDS3012B;TDS3014;TDS3032;TDS3034;TDS3052;TDS3054;TDS3054B;TDS3054C }}")
  • 04:11, 23 September 2024 ‎Patent US 5387896A (hist | edit) ‎[428 bytes] ‎Peter (talk | contribs) (Created page with "{{Patent |Office=US |Number=5387896 |Title=Rasterscan display with adaptive decay |Inventors=Kuriappan P. Alappat;Edward E. Averill |Company=Tektronix Inc |Filing date=1990-08-06 |Grant date=1995-02-07 |Cites=Patent US 4165506A;Patent US 4223353A;Patent US 4504827A;Patent US 4829293A;Patent US 4940931A;Patent DE 2920574A1;Patent GB 2214764B; |Links=TDS3012;TDS3012B;TDS3014;TDS3032;TDS3034;TDS3052;TDS3054;TDS3054B;TDS3054C }}")
  • 04:08, 23 September 2024 ‎Patent US 5550963A (hist | edit) ‎[430 bytes] ‎Peter (talk | contribs) (Created page with "{{Patent |Office=US |Number=5550963 |Title=Graded display of digitally compressed waveforms |Inventors=Roy I. Siegel;John A. Hengeveld |Company=Tektronix Inc |Filing date=1994-12-08 |Grant date=1996-08-27 |Cites=Patent US 5097430A;Patent US 5434593A;Patent US 5462438A;Patent US 5473742A;Patent US 4251814A;Patent GB 2059229B;Patent GB 2271043B; |Links=TDS3012;TDS3012B;TDS3014;TDS3032;TDS3034;TDS3052;TDS3054;TDS3054B;TDS3054C }}")
  • 04:03, 23 September 2024 ‎Patent US 4965800A (hist | edit) ‎[279 bytes] ‎Peter (talk | contribs) (Created page with "{{Patent |Office=US |Number=4965800A |Title=Digital signal fault detector |Company=FARNBACH AND SWIFT TECHNOLOGY LLC |Inventors=William A. Farnbach |Filing date=1988-10-11 |Grant date=1990-10-23 |Links=TDS3012;TDS3012B;TDS3014;TDS3032;TDS3034;TDS3052;TDS3054;TDS3054B;TDS3054C }}")
  • 04:40, 19 September 2024 ‎Keithley 227 (hist | edit) ‎[995 bytes] ‎Peter (talk | contribs) (Created page with "{{Instrument Sidebar |manufacturer=Keithley |model=227 |class=Power supply |series= |summary=Current source |image=Keithley 227 front 1.jpg |caption=Keithley 227 |introduced=1976 |discontinued=(?) |designers= |manuals= * Keithley 227 manual, 1978 }} The '''Keithley 227''' is a current source. The 2271 option adds remote programmability. {{BeginSpecs}} {{Spec | Current | ±1000 mA down to ±1 µA (decade ranges) }} {{Spec | Voltag...")
  • 02:10, 15 September 2024 ‎Lithuania (hist | edit) ‎[338 bytes] ‎Peter (talk | contribs) (Created page with "==People== {{#cargo_query:tables=Persons |fields=_pageName=Name,Birth_date,Death_date,Countries,Affiliations |where=Countries HOLDS "Lithuania" |format=table }} ==Companies== {{#cargo_query:tables=Companies |fields=_pageName=Company,Name,City,Started |where=Companies.Country HOLDS "Lithuania" |format=table }} Category:Countries")
  • 00:08, 11 September 2024 ‎Donald P. Chitwood (hist | edit) ‎[215 bytes] ‎Peter (talk | contribs) (Created page with "{{Person |Names=Donald P. Chitwood |Affiliations=Tektronix; }} {{MissingBio}} {{Documents|Author=Donald P. Chitwood}} {{Designer|Donald P. Chitwood}} {{Patents|Donald P. Chitwood}} Category:Tektronix people")
  • 01:19, 10 September 2024 ‎067-1686-00 (hist | edit) ‎[858 bytes] ‎Jaredcabot (talk | contribs) (Initial commit)
  • 07:21, 2 September 2024 ‎Nelson-Ross PSA-205 (hist | edit) ‎[704 bytes] ‎Kurt (talk | contribs) (Created page with "{{Plugin Sidebar |manufacturer=Nelson-Ross |series=500-series scopes |type=205 |summary= |image=Nelson-ross 205 1.jpg |caption=Nelson-Ross 205 |introduced=(?) |discontinued=(?) |manuals= * ''please add'' Category:Manual needed }} The '''Nelson-Ross 205''' is a spectrum analyzer plug-in for 500-series scopes. {{MissingSpecs}} ==Pictures== <gallery> Nelson-ross 205 1.jpg Nelson-ross 205 2.jpg Nelson-ross 205 3.jpg Nelson-ross 205 4.jpg Nelson-ross 205 5.jpg Nelso...") originally created as "Nelson-Ross 205"
  • 03:27, 1 September 2024 ‎Keithley 610 (hist | edit) ‎[1,626 bytes] ‎Peter (talk | contribs) (Created page with "{{Instrument Sidebar |manufacturer=Keithley |model=610 |class=Multimeter |series= |summary=Electrometer |image=Keithley 610 front.jpg |caption=Keithley 610, frontal view |introduced=(?) |discontinued=(?) |designers= |manuals= * Keithley 610 Manual }} The '''Keithley 610 Electrometer''' can measure voltages (with a very high input resistance), very low currents, high resistances and charge. There is a 610BR rack model as well. The 61...")
  • 03:20, 1 September 2024 ‎6BH8 (hist | edit) ‎[319 bytes] ‎Peter (talk | contribs) (Created page with "{{Vacuum Tube |Type=Triode/Pentode |Number=6BH8 |EuroNumber= |RussianNumber= |Part_nos= |Description=triode-pentode combo |Used_in=Keithley 610; |Designers= }} with a {{B9A base}}. ==Used in== {{Part usage}} ==Data== * 6BH8 @ radiomuseum.org {{MissingPics}} Category:Triodes Category:Pentodes")
  • 03:13, 1 September 2024 ‎6CF8 (hist | edit) ‎[444 bytes] ‎Peter (talk | contribs) (Created page with "{{Vacuum Tube |Type=Pentode |Number=6CF8 |EuroNumber=EF86 |RussianNumber= |Part_nos= |Description=low noise audio pentode |Used_in=Keithley 610; |Designers= }} with a {{B9A base}}, intended for audio preamplifier stages. {{Part usage}} ==Links== * Philips EF86 data sheet * 6CF8 / EF86 @ radiomuseum.org ==Pictures== <gallery> Tube EF86.jpg </gallery> Category:Pentodes")
  • 02:52, 1 September 2024 ‎Keithley 610B (hist | edit) ‎[3,700 bytes] ‎Peter (talk | contribs) (Created page with "{{Instrument Sidebar |manufacturer=Keithley |model=610B |class=Multimeter |series= |summary=Electrometer |image=Keithley 610B front.jpg |caption=Keithley 610B, frontal view |introduced=(?) |discontinued=(?) |designers= |manuals= * Keithley 610B Manual (OCR) }} The '''Keithley 610C State Electrometer''' can measure voltages (with a very high input resistance), very low currents, high resistances and charge. It used electrometer tubes a...")
  • 02:48, 1 September 2024 ‎5886 (hist | edit) ‎[358 bytes] ‎Peter (talk | contribs) (Created page with "{{Vacuum Tube |Type=Pentode |Number=5886 |EuroNumber=DF703 |RussianNumber= |Part_nos= |Description=electrometer pentode |Used_in=Keithley 610B; |Designers= }}. {{Part usage}} {{MissingSpecs}} ==Links== * Tung-Sol 5886 datasheet * 5886 / DF703 @ radiomuseum.org {{MissingPics}}")
  • 08:30, 31 August 2024 ‎Nelson-Ross 510 (hist | edit) ‎[592 bytes] ‎Kurt (talk | contribs) (Created page with "{{Plugin Sidebar |manufacturer=Nelson-Ross |series=500-series scopes |type=510 |summary=15 GHz Spectrum Analyzer plug-in |image=Image needed.jpg |caption=Nelson-Ross 510 |introduced=(?) |discontinued=(?) |manuals= * Nelson-Ross PSA-510 Manual }} The '''Nelson-Ross 510''' is a spectrum analyzer plug-in for 500-series scopes. {{MissingSpecs}} ==Pictures== <gallery> </gallery> ==Components== {{Parts|...")
  • 04:18, 29 August 2024 ‎148-0088-00 (hist | edit) ‎[197 bytes] ‎Peter (talk | contribs) (Created page with "{{Discrete component |Model=148-0088-00 |Part_nos=148-0088-00 |Description=miniature relay |Used_in=L1 }} made by Tektronix. {{MissingSpecs}} {{Part usage}} {{MissingPics}} Category:Relays")
  • 04:03, 28 August 2024 ‎Brimar SE5F (hist | edit) ‎[641 bytes] ‎Peter (talk | contribs) (Created page with "{{CRT |Manufacturer=Brimar (Thorn) |Model=SE5F |Part_nos= |Description=CRT |Used_in=Telequipment S51 |Designers= }} used in Telequipment scopes. {{Part usage}} {{MissingSpecs}} ==Data== * Brimar SE5F data sheet * Brimar SE5F / S51 data sheet * Thorn SE5F / S51 data sheet * Thorn SE5F / S51A data sheet {{MissingPics}} Category:Cath...")
  • 03:57, 28 August 2024 ‎D14-200 (hist | edit) ‎[487 bytes] ‎Peter (talk | contribs) (Created page with "{{CRT |Manufacturer=Brimar (Thorn) |Model=D14-200 |Part_nos=154-0653-00 |Description=CRT |Used_in=Telequipment D66 |Designers= }} used in Telequipment scopes. The 10 cm x 8 cm rectangular tube with electrostatic focusing and deflection uses a mesh post-deflection accelerator. It has a beam-blanking grid at anode potential. {{Part usage}} {{MissingSpecs}} ==Data== * Brimar D14-200 data sheet {{MissingPics}} Category:Cathode...")
  • 07:06, 25 August 2024 ‎P8018 (hist | edit) ‎[841 bytes] ‎Kurt (talk | contribs) (Created page with "* Tektronix P8018 Instructions * Tektronix P8018 Datasheet")
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