Full Mission Simulation Test Report Cajun Probe

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Full Mission Simulation Test Report

Cajun ProbeUniversity of Louisiana at LafayetteMark Roberts5.12.2010

Mission OverviewObjectives Design and implement a robust, compact payload to latter be integrated into a probe.

Develop improved Geiger Counter circuit.

Testing of payloads durability and performance under space conditions.

Obtain and analyze data for a baseline of future experiments.

Changes Since Subsystem IntegrationNo changes have been made to the overall system so far

Finished airtight chamber for pressure sensor and mount; The mount is made from a leftover polycarbonate makrolon sheet

Tests Performed (Thus far)Geiger PlateauPulse Height Dead Time TestingOverall Systems Function TestThe Juicy source Life Test!The Stay Puft Test!Snowman TestDeep South Test

Appendix

Tests Results

Defining the voltage range in which the Geiger-Mueller tube operates most effectively; that is, the region such that the potential difference in the tube is strong enough to ionize all the gas inside the tube upon triggering by the incoming ionizing radiation.

Voltages below the plateau are not high enough to cause complete discharge where as higher voltages causes quenching in which the positively charged ions are drawn to the cathode thus creating a continuous electric pulse in the counter.

Output Pulse

An oscilloscope was used to measure the output electrical pulse of the avalanche at different operating voltages; the total charge of the pulse can be found by integrating the area under the contained in a pulse .

Pulse Height

Pulse height generally increased fairly linearly as the increasing high voltage bias increased the electric field inside the Geiger Mueller detector thus allowing the discharge to grow larger.

Plotting the pulse height vs. operating voltage on a log-log scale further reveals a linear relationship suggesting a power law.

Dead Time (Gas Ionization Detectors) Dead Time: The minimum time between detectable pulses will be less than the recovery time. This is the pulse resolving time.

Non-paralyzable dead-time: is defined as an event that occurs during this period is not counted nor does it influence the ability of the tube to respond to later events.

Paralyzable dead time: is the time duration between the end of the non-paralyzable dead time and a resolving pint at which a pulse larger than the discriminator level can be developed.

Split Source Method to determine Dead Time A split radiation source is nothing more than a radioactive source that is split into two pieces.

The source as a hole is considered to be the combined sources of N1 and N2 therefore I will call it NC . N1 is the left side of the split source for me; making N2 the right side of NC.

Counts are taken from N1, N2, and NC sourced with the same time duration. Then the dead time of the system can be calculated by

[seconds]I made my own split source with some Uranyl Acetate that was laying around which happens to contain Uranium 238! =o)

Dead Time of the Geiger Mueller tube with the Nuclear Scaler Model 500The next series of tables are results from making specific adjustments to a particular section to the Geiger counter circuit in attempts to reduce dead time in the systemnot all results are posted.

Will further investigate at a later time

Overall AnalysisTask to Complete For Launch

Receive Geiger Counter PCB and construct counterMounting of Geiger Tube(s)Complete Assembly of payloadTesting of complete AssemblyModification to standoffs

Lessons LearnedHave at least one individual in charge of paperwork and producing the necessary documents.

Dont play with high voltage with lack of sleep i.e. When applying high voltage to a breadboard the metal outer base of the breadboard is held at that potential consequently when your arm glances that part of the boardprepare for a wake up call

AppendixTest that were performed and included in last presentation

Overall Systems Function TestThe Juicy source life TestThe Stay Puft TestThe Snowman TestThe Deep South Test

Overall Systems Function TestThis test just involved hooking everything together and triggering each sensor to verify everything was behaving nominally. The Juicy source Life TestThis just involved obtaining a hot radiation source (not the typical Cobalt 60 source), I settled on Cesium 137 and ran the counter for 16 hours. I dont have any photos of this test bet lets just say the counter was going berserk the whole time.

Video of counter with a Cobalt 60 source.

The Stay Puft TestThe average off the shelf Marshmallow is a foam object with closed wall air cells within the foam. By placing a Marshmallow in a Vacuum the walls will expand with reduction of pressure; when air is allowed back into the chamber the walls collapse hence the marshmallow rapidly deflates to a shriveled state from its original form.

The Stay Puft Test is to demonstrate the effectiveness of the air tight containers' constructed. One marshmallow is placed inside the air tight container and then placed into the vacuum chamber along with another marshmallow.

Snowman TestThe Snowman test is just a basic cold test where the payload is placed into a well insulated container and surrounded with dry ice to test the performance of the system(s) in a cold environment.

Deep South TestThe Deep South test is designed to test the systems performance when heat is applied. Unfortunately all I had to my disposal was an industrial hot air gun. Thus to help distribute the hot air more evenly I threw together a black foam box (black body) and placed the payload inside this body with various temperature sensors placed through out it.

Deep South Test

Deep South Test

Test Results: Stay Puft!

Test Results: Snowman

The marshmallow did indeed stay puft!Once tube reaches a particular temperature voltage drop off is dramatic

Test Results: Deep South

Resulting effects.

Test Results: Deep SouthTemperature and Voltage are directly proportional here with a consequence of quenching occurringConclusions

The results of the testing were as predicted however I did notice that the pressure sensor yields bogus data once it reaches a particular temperature in a cold environment. However, these temperatures will not be reached on the rocket but some type of insulation or a choice of another pressure sensor would solve this issue.

Also from the snowman and deep south graphs if you notice the voltages ran. I was not able to use the LND 73118 tube due to a defection. It was replaced with an LND 712 tube. The only similarity between the two tubes are there temperature operational limits. I have already sent the defective LND 73118 tubes back to the manufacture for repair and will repeat these experiments again with the manufactured Geiger counter PCB and the LND 73118 tube.Sheet1RUNNING AT 840ANODE R=2M/V ON TUBE=813VANODE: 2M w/ 51pF /CATHODE: 47K w/ 69 pF / 555: 10K w/ .001 uFANODE: 3.3M w/ 51pF / HEX: 6.8K /CATHODE: 47K w/ 220pFANODE: 3.3M w/ 51pF / HEX: 6.8K / CATHODE: 47pF

T1T2T3AVGT1T2T3AVGT1T2T3AVGT1T2T3AVGT1T2T3AVGN13410401241183846.6667N12628235124622480.3333N18991866085978749.3333N15602559855275575.6667N16210634065656371.6667NC5621624756705846.0000NC4432427141184273.6667NC19072183921874718737.0000NC10295104131020710305.0000NC12427119021256512298.0000N22760282332292937.3333N22279222422152239.3333N210396106581049110515.0000N25070529553475237.3333N26548647566256549.3333T:0.00002916610.00002595830.00006305920.0000393945T:0.00003965460.00002907070.00005125310.0000399928T:0.0000016850.00000501630.00000189040.0000028639T:0.00000663680.00000809680.00001128490.0000086728T:0.000004070.00001112020.0000071850.0000074584

840 ON GM TUBE/1K AT 555CATHODE: INDUCTOR/220pF CAP ANODE: 1M w/ 330K & 51pF /CATHODE: 47K w/ 69pF /555: 10K w/ .001uFANODE: 3.3M w/ 51pF / HEX: 6.8K /CATHODE: 47K w/ 560pFANODE: 3.3M / CATHODE: NO CAP

T1T1T3AVGT1T2T3AVGT1T2T3AVGT1T2T3AVGT1T2T3AVGN14147398240104046.3333N11873175817441791.6667N19430954396619544.6667N14712482948024781.0000N17406725173727343.0000NC712968944668627586.3333NC3043291727992919.6667NC16581165441703116718.6667NC9006898191009029.0000NC13689133871354113539.0000N23306338032173301.0000N21578151715881561.0000N27894850387048367.0000N24665478548404763.3333N27071703967336947.6667T:0.0000118162-0.00228773560.0000209687-0.0007516502T:0.00006902170.00006711950.00009622770.0000774563T:0.00000499060.00000925510.0000079320.0000073926T:0.00000843890.00001369730.00001166010.0000112654T:0.00000752370.0000088460.00000568140.0000073504

840 ON GM TUBE/10K ON 555CATHODE: 220pF CAP/555 R=10K & .OO47uF/ANODE: 1M W/ 330K IN SERIES ANODE: 3.3M w/ 51pF /CATHODE: 47K w/ 69pF /555: 10K w/ .001uFANODE: 3.3M w/ 51pF / HEX: 6.8K /CATHODE: 47K w/ .001pFANODE: 3.3M / CATHODE: 47pF

T1T2T3AVGT1T2T3AVGT1T2T3AVGT1T2T3AVGT1T2T3AVGN13589364638603698.3333N1206217641913.0000N115125128121358913842.0000N14406455244304462.6667N16970681570146933.0000NC6681648468106658.3333NC313730443090.5000NC25888258292574625821.0000NC8508848983828459.6667NC12595124311225812428.0000N23329329835003375.6667N2144415441494.0000N212938132351340813193.6667N24383444943454392.3333N26393657765616510.3333T:0.00000991820.00001912760.00002035530.000016467T:0.00006196420.0000484650.0000552146T:0.00000555730.00000064280.0000034330.0000032111T:0.00000727550.00001264080.00001020870.0000100416T:0.00000861770.00001072010.00001430940.0000112157ANODE: 3.3M w/ 51pF /HEX: 6.8K /CATHODE: NO CAP840 ON GM TUBE/DIODE ON 555ANODE: 2M W/ 51pF CAP/CATHODE:20K/555 R=10 W/ 220pF CAPANODE: 3.3M w/ 51pF /CATHODE: 47K /555: 10K w/ .001uF840 ON GM TUBE/10K ON 555

T1T2T3AVGT1T2T3AVGT1T2T3AVGT1T2T3AVGT1T2T3N12835258930912838.3333N12501243925492496.3333N116013151061508515401.3333N17438741473287393.3333N1NC5120493948004953.0000NC4387428543624344.6667NC29258277052928228748.3333NC13863136681365613729.0000NCN22726277122112569.3333N22181221221302174.3333N215578154231526815423.0000N27336724272877288.3333N2T:0.00002853180.00002934160.0000367270.0000315335T:0.0000270410.00003391990.00002919310.0000300513T:0.00000467630.00000606060.0000023250.000004354T:0.00000834780.00000920060.00000897950.0000088427T:

ANODE R=1M W/ 330K/555 R=10KANODE:2M W/ 51pF/CATHODE: 20K/555 R=10K W/ 100pF CAPANODE: 3.3M w/ 51pF /CATHODE: 47K w/ 68pF / HEX: 6.8K VOLTAGE OPTIMIZEDANODE: 3.3M w/ 51pF / HEX: 6.8K /CATHODE: 22pF840 ON GM TUBE/10K ON 555


ANODE R=1M/V ON TUBE=873VANODE:1M W/ 330K, & 51pF CAP/CATHODE:20K/555 10K W/ 100pF CAP

T1T2T3AVGT1T2T3AVGN13469338934683442.0000N1283127782804.5000NC6030568554645726.3333NC446447164590.0000N23170298231133088.3333N2213423522243.0000T:0.000027690.00003394020.00005173270.0000377877T:0.00004146420.00003168110.0000365727

ANODE: 2M W/ 330K/CATHODE: 20K/555: 100pF CAPANODE: 2M W/ 51pF/CATHODE: 47K W/ .001uF CAP/555: 10K W/ .001uF CAP

T1T2T3AVGT1T2T3AVGN126512651.0000N120382038.0000NC45084508.0000NC33173317.0000N222582258.0000N218151815.0000T:0.00003349510.0000334951T:0.00007245260.0000724526

Sheet2TUBE DEADTIME ANODE: 3.3M w/ 51pF / HEX: 6.8K / CATHODE: 47pFANODE: 3.3M w/ 51pF / CATHODE: 47K w/ 69pF / 555: 10K w/ .001uFANODE: 3.3M w/ 51pF / HEX: 6.8K /CATHODE: 22pFT1T2T3AVGANODE: 2M w/ 330K / CATHODE: 20K / 555: 100pF T1T2T3AVGN13410401241183846.6667T1T2T3AVGT1T2T3AVGN16210634065656371.6667NC5621624756705846.0000N115125128121358913842.0000T1T2T3AVGN16696669967476714.0000NC12427119021256512298.0000N22760282332292937.3333NC25888258292574625821.0000N126512651.0000NC12848129001276412837.3333N26548647566256549.3333T:0.00002916610.00002595830.00006305920.0000393945N212938132351340813193.6667NC45084508.0000N27052700170487033.6667T:0.000004070.00001112020.0000071850.0000074584T:0.00000555730.00000064280.0000034330.0000032111N222582258.0000T:0.00000952980.00000852880.00001084060.0000096331T:0.00003349510.0000334951ANODE:2M w/ 51pF / CATHODE: 20K / 555 R=10K w/ 100pF ANODE: 3.3M w/ 51pF / HEX: 6.8K / CATHODE: 47pFANODE: 3.3M / CATHODE: 47pF

T1T2T3AVGANODE: 3.3M w/ 51pF / CATHODE: 47K / 555: 10K w/ .001uFT1T2T3AVGT1T2T3AVGN12718269326522687.6667N16210634065656371.6667N16970681570146933.0000NC4677454546764632.6667T1T2T3AVGNC12427119021256512298.0000NC12595124311225812428.0000N22101213423842206.3333N116013151061508515401.3333N26548647566256549.3333N26393657765616510.3333T:0.00001243320.00002453510.00002847030.0000218129NC29258277052928228748.3333T:0.000004070.00001112020.0000071850.0000074584T:0.00000861770.00001072010.00001430940.0000112157840 ON TUBE / 555: 100K / ANODE/CATHODE = DEAFAULTN215578154231526815423.0000ANODE: 2M w/ 51pF / CATHODE:20K / 555 R=10K w/ 220pF T:0.00000467630.00000606060.0000023250.000004354ANODE: 3.3M w/ 51pF / HEX: 6.8K /CATHODE: 47K w/ 220pFANODE: 3.3M / CATHODE: NO CAPT1T1T3AVGN14147398240104046.3333T1T2T3AVGT1T2T3AVGT1T2T3AVGNC712968944668627586.3333N12501243925492496.3333N15602559855275575.6667N17406725173727343.0000N23306338032173301.0000NC4387428543624344.6667NC10295104131020710305.0000NC13689133871354113539.0000T:0.0000118162-0.00228773560.0000209687-0.0007516502N22181221221302174.3333N25070529553475237.3333N27071703967336947.6667T:0.0000270410.00003391990.00002919310.0000300513T:0.00000663680.00000809680.00001128490.0000086728T:0.00000752370.0000088460.00000568140.0000073504

840 ON GM TUBE / 10K ON 555 / ANODE/CATHODE = DEAFAULTANODE: 2M w/ 51pF / CATHODE: 47K w/ 69 pF / 555: 10K w/ .001 uFANODE: 3.3M w/ 51pF / HEX: 6.8K /CATHODE: 47K w/ 560pF

T1T2T3AVGT1T2T3AVGT1T2T3AVGN13589364638603698.3333N18991866085978749.3333N14712482948024781.0000NC6681648468106658.3333NC19072183921874718737.0000NC9006898191009029.0000N23329329835003375.6667N210396106581049110515.0000N24665478548404763.3333T:0.00000991820.00001912760.00002035530.000016467T:0.0000016850.00000501630.00000189040.0000028639T:0.00000843890.00001369730.00001166010.0000112654

ANODE: 2M w/ 51pF / CATHODE: 47K w/ .001uF / 555: 10K w/ .001uF ANODE: 3.3M w/ 51pF / HEX: 6.8K /CATHODE: 47K w/ .001uF

T1T2T3AVGT1T2T3AVGN120382038.0000N14406455244304462.6667NC33173317.0000NC8508848983828459.6667N218151815.0000N24383444943454392.3333T:0.00007245260.0000724526T:0.00000727550.00001264080.00001020870.0000100416ANODE: 3.3M w/ 51pF /HEX: 6.8K /CATHODE: NO CAPANODE: 3.3M w/ 51pF / CATHODE: 47K w/ 68pF / HEX: 6.8K VOLTAGE OPTIMIZEDANODE R= 2M / V ON TUBE=813VANODE:1M w/ 330K, & 51pF / CATHODE:20K / 555 10K w/ 100pF T1T2T3AVGT1T2T3AVGT1T2T3AVGT1T2T3AVGN17223669965936838.3333N17438741473287393.3333N12628235124622480.3333N1283127782804.5000NC12719124031297112697.6667NC13863136681365613729.0000NC4432427141184273.6667NC446447164590.0000N26659663068226703.6667N27336724272877288.3333N22279222422152239.3333N2213423522243.0000T:0.00001208990.00001042460.00000493580.0000091501T:0.00000834780.00000920060.00000897950.0000088427T:0.00003965460.00002907070.00005125310.0000399928T:0.00004146420.00003168110.0000365727

ANODE: R=1M w/ 330K / 555 R=10KANODE: 1M w/ 330K & 51pF / CATHODE: 47K w/ 69pF / 555: 10K w/ .001uFCATHODE: INDUCTOR/220pF CAP


ANODE: R=1M /V ON TUBE=873VANODE: 1M w/ 330K / CATHODE: 220pF / 555 R=10K & .OO47uF840 ON GM TUBE/DIODE ON 555

T1T2T3AVGT1T2T3AVGT1T2T3AVGN13469338934683442.0000N1206217641913.0000N12835258930912838.3333NC6030568554645726.3333NC313730443090.5000NC5120493948004953.0000N23170298231133088.3333N2144415441494.0000N22726277122112569.3333T:0.000027690.00003394020.00005173270.0000377877T:0.00006196420.0000484650.0000552146T:0.00002853180.00002934160.0000367270.0000315335

Sheet3

Sheet1RUNNING AT 840ANODE R=2M/V ON TUBE=813VANODE: 2M w/ 51pF /CATHODE: 47K w/ 69 pF / 555: 10K w/ .001 uFANODE: 3.3M w/ 51pF / HEX: 6.8K /CATHODE: 47K w/ 220pFANODE: 3.3M w/ 51pF / HEX: 6.8K / CATHODE: 47pF















Test 1ANODE: 2M w/ 51pF / CATHODE: 47K w/ 69 pF / 555: 10K w/ .001 uFANODE: 3.3M w/ 51pF / HEX: 6.8K /CATHODE: 47K w/ 560pF








Sheet3



















T1T2T3AVGT1T2T3AVGN120382038.0000N14406455244304462.6667NC33173317.0000NC8508848983828459.6667N218151815.0000N24383444943454392.3333T:0.00007245260.0000724526T:0.00000727550.00001264080.00001020870.0000100416ANODE: 3.3M w/ 51pF /HEX: 6.8K /CATHODE: NO CAPTest 2ANODE R= 2M / V ON TUBE=813VANODE:1M w/ 330K, & 51pF / CATHODE:20K / 555 10K w/ 100pF T1T2T3AVGT1T2T3AVGT1T2T3AVGT1T2T3AVGN17223669965936838.3333N17438741473287393.3333N12628235124622480.3333N1283127782804.5000NC12719124031297112697.6667NC13863136681365613729.0000NC4432427141184273.6667NC446447164590.0000N26659663068226703.6667N27336724272877288.3333N22279222422152239.3333N2213423522243.0000T:0.00001208990.00001042460.00000493580.0000091501T:0.00000834780.00000920060.00000897950.0000088427T:0.00003965460.00002907070.00005125310.0000399928T:0.00004146420.00003168110.0000365727





Sheet3














Sheet2TUBE DEADTIME ANODE: 3.3M w/ 51pF / HEX: 6.8K / CATHODE: 47pFANODE: 3.3M w/ 51pF / CATHODE: 47K w/ 69pF / 555: 10K w/ .001uFANODE: 3.3M w/ 51pF / HEX: 6.8K /CATHODE: 22pFT1T2T3AVGANODE: 2M w/ 330K / CATHODE: 20K / 555: 100pF T1T2T3AVGN13410401241183846.6667T1T2T3AVGT1T2T3AVGN16210634065656371.6667NC5621624756705846.0000N115125128121358913842.0000T1T2T3AVGN16696669967476714.0000NC12427119021256512298.0000N22760282332292937.3333NC25888258292574625821.0000N126512651.0000NC12848129001276412837.3333N26548647566256549.3333T:0.00002916610.00002595830.00006305920.0000393945N212938132351340813193.6667NC45084508.0000N27052700170487033.6667T:0.000004070.00001112020.0000071850.0000074584T:0.00000555730.00000064280.0000034330.0000032111N222582258.0000T:0.00000952980.00000852880.00001084060.0000096331T:0.00003349510.0000334951ANODE:2M w/ 51pF / CATHODE: 20K / 555 R=10K w/ 100pF Test 3ANODE: 3.3M / CATHODE: 47pF










Sheet3















T1T2T3AVGANODE: 3.3M w/ 51pF / CATHODE: 47K / 555: 10K w/ .001uFT1T2T3AVGT1T2T3AVGN12718269326522687.6667N16210634065656371.6667N16970681570146933.0000NC4677454546764632.6667T1T2T3AVGNC12427119021256512298.0000NC12595124311225812428.0000N22101213423842206.3333N116013151061508515401.3333N26548647566256549.3333N26393657765616510.3333T:0.00001243320.00002453510.00002847030.0000218129NC29258277052928228748.3333T:0.000004070.00001112020.0000071850.0000074584T:0.00000861770.00001072010.00001430940.0000112157840 ON TUBE / 555: 100K / ANODE/CATHODE = DEAFAULTN215578154231526815423.0000ANODE: 2M w/ 51pF / CATHODE:20K / 555 R=10K w/ 220pF T:0.00000467630.00000606060.0000023250.000004354Test 4ANODE: 3.3M / CATHODE: NO CAPT1T1T3AVGN14147398240104046.3333T1T2T3AVGT1T2T3AVGT1T2T3AVGNC712968944668627586.3333N12501243925492496.3333N15602559855275575.6667N17406725173727343.0000N23306338032173301.0000NC4387428543624344.6667NC10295104131020710305.0000NC13689133871354113539.0000T:0.0000118162-0.00228773560.0000209687-0.0007516502N22181221221302174.3333N25070529553475237.3333N27071703967336947.6667T:0.0000270410.00003391990.00002919310.0000300513T:0.00000663680.00000809680.00001128490.0000086728T:0.00000752370.0000088460.00000568140.0000073504









Sheet3














Sheet2TUBE DEADTIME Test 6ANODE: 3.3M w/ 51pF / CATHODE: 47K w/ 69pF / 555: 10K w/ .001uFANODE: 3.3M w/ 51pF / HEX: 6.8K /CATHODE: 22pFT1T2T3AVGANODE: 2M w/ 330K / CATHODE: 20K / 555: 100pF T1T2T3AVGN13410401241183846.6667T1T2T3AVGT1T2T3AVGN16210634065656371.6667NC5621624756705846.0000N115125128121358913842.0000T1T2T3AVGN16696669967476714.0000NC12427119021256512298.0000N22760282332292937.3333NC25888258292574625821.0000N126512651.0000NC12848129001276412837.3333N26548647566256549.3333T:0.00002916610.00002595830.00006305920.0000393945N212938132351340813193.6667NC45084508.0000N27052700170487033.6667T:0.000004070.00001112020.0000071850.0000074584T:0.00000555730.00000064280.0000034330.0000032111N222582258.0000T:0.00000952980.00000852880.00001084060.0000096331T:0.00003349510.0000334951ANODE:2M w/ 51pF / CATHODE: 20K / 555 R=10K w/ 100pF ANODE: 3.3M w/ 51pF / HEX: 6.8K / CATHODE: 47pFANODE: 3.3M / CATHODE: 47pF










Sheet3














Sheet2TUBE DEADTIME ANODE: 3.3M w/ 51pF / HEX: 6.8K / CATHODE: 47pFANODE: 3.3M w/ 51pF / CATHODE: 47K w/ 69pF / 555: 10K w/ .001uFTest 5T1T2T3AVGANODE: 2M w/ 330K / CATHODE: 20K / 555: 100pF T1T2T3AVGN13410401241183846.6667T1T2T3AVGT1T2T3AVGN16210634065656371.6667NC5621624756705846.0000N115125128121358913842.0000T1T2T3AVGN16696669967476714.0000NC12427119021256512298.0000N22760282332292937.3333NC25888258292574625821.0000N126512651.0000NC12848129001276412837.3333N26548647566256549.3333T:0.00002916610.00002595830.00006305920.0000393945N212938132351340813193.6667NC45084508.0000N27052700170487033.6667T:0.000004070.00001112020.0000071850.0000074584T:0.00000555730.00000064280.0000034330.0000032111N222582258.0000T:0.00000952980.00000852880.00001084060.0000096331T:0.00003349510.0000334951ANODE:2M w/ 51pF / CATHODE: 20K / 555 R=10K w/ 100pF ANODE: 3.3M w/ 51pF / HEX: 6.8K / CATHODE: 47pFANODE: 3.3M / CATHODE: 47pF










Sheet3















T1T2T3AVGANODE: 3.3M w/ 51pF / CATHODE: 47K / 555: 10K w/ .001uFT1T2T3AVGT1T2T3AVGN12718269326522687.6667N16210634065656371.6667N16970681570146933.0000NC4677454546764632.6667T1T2T3AVGNC12427119021256512298.0000NC12595124311225812428.0000N22101213423842206.3333N116013151061508515401.3333N26548647566256549.3333N26393657765616510.3333T:0.00001243320.00002453510.00002847030.0000218129NC29258277052928228748.3333T:0.000004070.00001112020.0000071850.0000074584T:0.00000861770.00001072010.00001430940.0000112157840 ON TUBE / 555: 100K / ANODE/CATHODE = DEAFAULTN215578154231526815423.0000ANODE: 2M w/ 51pF / CATHODE:20K / 555 R=10K w/ 220pF T:0.00000467630.00000606060.0000023250.000004354ANODE: 3.3M w/ 51pF / HEX: 6.8K /CATHODE: 47K w/ 220pFTest 7T1T1T3AVGN14147398240104046.3333T1T2T3AVGT1T2T3AVGT1T2T3AVGNC712968944668627586.3333N12501243925492496.3333N15602559855275575.6667N17406725173727343.0000N23306338032173301.0000NC4387428543624344.6667NC10295104131020710305.0000NC13689133871354113539.0000T:0.0000118162-0.00228773560.0000209687-0.0007516502N22181221221302174.3333N25070529553475237.3333N27071703967336947.6667T:0.0000270410.00003391990.00002919310.0000300513T:0.00000663680.00000809680.00001128490.0000086728T:0.00000752370.0000088460.00000568140.0000073504









Sheet3














Sheet2TUBE DEADTIME ANODE: 3.3M w/ 51pF / HEX: 6.8K / CATHODE: 47pFTest 8ANODE: 3.3M w/ 51pF / HEX: 6.8K /CATHODE: 22pFT1T2T3AVGANODE: 2M w/ 330K / CATHODE: 20K / 555: 100pF T1T2T3AVGN13410401241183846.6667T1T2T3AVGT1T2T3AVGN16210634065656371.6667NC5621624756705846.0000N1151

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