DATE ,TIME,INTLs,KEYWORD,PURPOSE,ACTIVITY DETAILS
2/6/01,,,,,"If you need to break chamber, Do the following please."
2/6/01,,,,,1- Take temperature of both plates to 30 Deg c at 5 deg/15 Min.
2/6/01,,,,,1.5- Shut off the cold plate.
2/6/01,,,,,2- back fill the chamber with n2.
2/6/01,,,,,3- When at 30 deg c open chamber.
2/6/01,,,,,
2/6/01,17:37:20,,Power on 257,,V=28.4/0.67
2/6/01,17:38:01,,CTS-Dual,,"mm avg = ;smm avg    ;v=28.2, I = 2.8"
2/6/01,,,,,
2/6/01,,,,,mm pad=6 dB
2/6/01,,,,,smm pad=5+10 dB
2/6/01,,,,,
2/6/01,,,,,mm avg=3600
2/6/01,,,,,smm avg=5300
2/6/01,,,,,
2/6/01,,,,,mm pad=2+2 dB
2/6/01,,,,,mm avg=7445
2/6/01,,,,,
2/6/01,,,,,smm pad=10+3 dB
2/6/01,,,,,smm avg=4700
2/6/01,,,,,
2/6/01,17:48:19,TCK,,,smm pad=1+1+1+10 dB
2/6/01,,,,,smm avg=4414
2/6/01,,,,,
2/6/01,17:49:50,TCK,,,smm pad=1+10 dB
2/6/01,,,,,smm avg=6310
2/6/01,,,,,
2/6/01,17:50:47,TCK,,,smm pad=10 dB
2/6/01,,,,,smm avg=7378
2/6/01,,,,,
2/6/01,17:52:18,SG,command,,CTS/Dual (calibration)
2/6/01,,,,,
2/6/01,17:57:13,RN,command,,engineering mode
2/6/01,17:58:04,RN,Power off 257,,
2/6/01,17:58:40,sg,Power on 258,,engineering mode V=28.4 ; I = 0.93
2/6/01,,RN,,,Loading EEPROM with vxWorks_060201_ee.bin
2/6/01,,,,,
2/6/01,18:15:28,TCK,command,,CTS/dual
2/6/01,,,,,28.2V*2.48A
2/6/01,,,,,
2/6/01,,,,,TV0124.tdx PLE Test Port (shifted)
2/6/01,,,,,TV0125.tdx PLE (no shift)
2/6/01,,,,,TV0126-0131.tdx
2/6/01,,,,,
2/6/01,,,,,smm avg=7395
2/6/01,18:26:36,TCK,command,,smm LNA off
2/6/01,,,,,smm avg=1744
2/6/01,18:27:19,TCK,commamd,,smm LNA on
2/6/01,,,,,
2/6/01,,,,,mm avg=7447
2/6/01,18:28:01,TCK,command,,mm LNA off
2/6/01,,,,,mm avg=1678
2/6/01,18:28:55,TCK,command,,mm LNA on
2/6/01,,,,,
2/6/01,,,,,SpecAnal on J304
2/6/01,,,,,
2/6/01,18:33:16,SG,command,,smm LNA off
2/6/01,18:35:31,,command,,smm LNA on
2/6/01,18:40:00,,,,TV0132.tdx/record IFP spectrum with chamber open
2/6/01,18:40:14,,Engineering Mode,,V=28.4; I=0.96
2/6/01,18:43:00,sg,Power off=258,,
2/6/01,,,,,Prepare to close chamber/cold finger cleaned by Paul
2/6/01,18:57:00,,Chamber closed,,"Jim, Tim, Sam, and Robert +Paul present
start to pump down"
2/6/01,19:11:00,,,,p=3.3e-2 torr
2/6/01,19:37:00,,,,p=2.9e-4
2/6/01,19:47:00,,,,p=2.3e-4
2/6/01,19:52:00,,,,p=2.0e-4
2/6/01,20:25:50,,,,p=9.2e-6
2/6/01,,,,,
2/6/01,,,,,
2/6/01,,,,,
2/6/01,,,,,
2/6/01,CYCLE 1,,,,
2/6/01,START TIME,INTERVAL,COMMAND,,NOTES:
2/6/01,,,,,Test Ports in Nominal Configuration
2/6/01,,,,,Noise Sources OFF
2/6/01,,,,,Spectrum Analyzer on PLE Test Port (J381)
2/6/01,,,,,SEE TEMPERATURE CYCLE TABLE
2/6/01,,,,,CYCLE NUMBER 1
2/6/01,,,,,
2/6/01,20:27:05,0:00:00,POWER ON = 259,,"Power on instrument
ENTER ""NEW POWER ON"" NUMBER:RECORD
VOLTAGE= 28.4 ;AMP = 0.66"
2/6/01,20:28:12,0:00:00,Warm load heater on,,
2/6/01,20:28:41,0:00:00,USO WARMUP/,,"If USO IS TURNED OFF, ALLOW 30 MINUTES 
WARMUP BEFORE PROCEEDING
OTHERWISE PROCEED AFTER ISSUING COMMAND"
2/6/01,20:30:07,0:00:00,"CTS WARMUP MODE,HEATER
=0(HIGH),T=5(50C)/",,"THIS COMMAND IS CYCLE DEPENDENT, HEATER IS ALWAYS
 0(HIGH), T CHANGES WITH LARGE PLATE TEMPERATURE;
 SEE TABLE; ALLOW 30 MINUTES FOR WARMUP"
2/6/01,20:30:43,0:40:00,CTS -DUAL CONTINUUM/,,"SYSTEM WILL AUTOMATICALLY CALIBRATE;
IFP WILL WARM/COOL SLOWLY..."
2/6/01,,,,,"V=28.2V, A=2.74A, in CTS/Dual"
2/6/01,20:27:00,0:00:00,,,REQUEST LARGE PLATE TEMPERATURE= 22 C
2/6/01,20:27:00,,,,REQUEST SMALL OB PLATE TEMPERATURE= 22C
2/6/01,20:27:00,,,,REQUEST COLD LOAD PLATE TEMPERATURE=  COLD
2/6/01,20:27:00,,,,
2/6/01,20:27:00,,"large and small plates should regulate
to less than 1 deg c",,"AFTER THREE PLATES HAVE STABILIZED, RECORD
TEMPERATURES AND PROCEED
TLARGE= 21.9  ;TSMALL =  21.8 ; TCOLD = -157.7"
2/6/01,21:24:00,,,,"tried out 1 sec, 20 sec mm and smm noise source injection"
2/6/01,,,,,mm NS pad = 10+9 dB (mm rms ~30)
2/6/01,,,,,smm NS pad = 9 dB (smm rms ~30)
2/6/01,,,,,
2/6/01,21:26:15,,,,Noise Source ON (1 Hz)
2/6/01,,,,,
2/6/01,,,,,
2/6/01,,,,,"Record Spectra as per ""4.6 LO lock and Frequency Switching Test"" as necessary during transition."
2/6/01,21:31:00,0:00:00,,,"Filename: TV0131-0140.tdx (PLE Test Port, TCK)"
2/6/01,,,,,
2/6/01,21:41:15,,,,Noise Source OFF
2/6/01,,,,,
2/6/01,21:40:00,0:05:00,,,"Test Ports as per ""4.1 Noise Figure of the IFP""=cold configuration"
2/6/01,,,,,Config: disconnect Spec Anal from and terminate PLE Test Port 
2/6/01,,,,,Config: disconnect IFP output from CTS input (J304 to J307)
2/6/01,,,,,Config: terminate CTS input J307; Spec Anal on IFP output J304
2/6/01,,,,,"Config: Spec Anal, Recall, State 2"
2/6/01,21:51:48,0:01:00,smm LNA OFF/,,Record Trace B
2/6/01,21:55:20,0:01:00,smm  LNA ON/,,Record Trace A; Filename: TV0141.tdx
2/6/01,,,,,
2/6/01,22:00:00,0:05:00,,,"""4.2 Noise Figure of the CTS-Spectrum"""
2/6/01,22:05:00,0:00:00,,,Config: No change
2/6/01,22:20:01,0:05:00,CTS -DUAL CONTINUUM/1,,"""cold"" configuration (""IFP off"")"
2/6/01,22:25:01,,,,"""hot"" configuration (""IFP on"") from Test 4.1"
2/6/01,22:25:01,,,,
2/6/01,22:25:01,,,,"Test Ports as per ""4.3 IF Frequency Sweep Test"""
2/6/01,22:25:01,0:03:00,,,Config: connect IFP output to CTS input (J304 to J307)
2/6/01,22:28:01,23:03:00,,,Config: connect Spec Anal to PLE Test Port (J381)
2/6/01,,,,,"Config: Spec Anal, Recall, State 0"
2/6/01,22:42:00,0:03:00,,,"Config: connect Sig Gen to smm coupler, RF on"
2/6/01,,,,,
2/6/01,22:42:42,0:05:00,CTS -DUAL CONTINUUM/1,,SigGen=5.753 GHz (-50 dBm) 380 Mcnt!
2/6/01,22:52:11,0:05:00,CTS -DUAL CONTINUUM/2,,SigGen=5.877 GHz (-60 dBm)
2/6/01,22:57:24,0:03:00,CTS -DUAL CONTINUUM/3,,SigGen=9.667 GHz (-60 dBm)
2/6/01,22:59:58,0:03:00,CTS -DUAL CONTINUUM/4,,SigGen=9.685 GHz (-60 dBm) 200Mcnt!
2/6/01,23:03:44,0:03:00,CTS -DUAL CONTINUUM/5,,SigGen=10.791 GHz (-100 dBm)
2/6/01,23:06:34,0:03:00,CTS -DUAL CONTINUUM/6,,SigGen=13.455 GHz (-90 dBm)
2/6/01,23:09:29,0:03:00,CTS -DUAL CONTINUUM/7,,SigGen=15.137 GHz (-110 dBm)
2/6/01,23:14:36,0:03:00,CTS -DUAL CONTINUUM/8,,SigGen=16.338 GHz (-100 dBm)
2/6/01,23:17:36,,,,
2/6/01,23:22:00,,,,Config: Sig Gen RF off
2/6/01,23:22:00,,,,
2/6/01,23:22:00,,,,"Test Ports as per ""4.4 Linearity in CTS/Dual Mode"""
2/6/01,23:22:05,0:01:00,,,Config: connect smm coupler to smm Noise Source
2/6/01,23:22:45,0:01:00,,,Turn on Chopping Noise Sources
2/6/01,,,,,smm NS pad = 0 dB
2/6/01,,,,,mm NS pad = 10 dB
2/6/01,,,,,mm NS pad = 10+1 dB
2/6/01,23:38:20,,,,smm NS pad = 3 dB
2/6/01,,,,,mm rms=194
2/6/01,,,,,smm rms=146
2/6/01,23:31:15,,,,mm NS pad = 10+1+1 dB
2/6/01,23:31:15,,,,mm rms= 158
2/6/01,23:43:00,,,,smm pad = 1+1+8 dB
2/6/01,,,,,smm avg= 7800; rms= 185
2/6/01,,,,,mm avg=7423; rms =158
2/6/01,,,,,
2/6/01,23:43:00,,,,Verify mm and smm rms ~150 DN and period 2 seconds
2/6/01,23:43:00,,,,
2/6/01,23:51:53,0:05:00,CTS -DUAL CONTINUUM/1,,nominal pads
3/6/01,0:00:05,,,,Noise Source OFF
3/6/01,0:00:17,0:03:00,CTS -DUAL CONTINUUM/1,,
3/6/01,0:08:50,0:03:00,,,"Config: add 2 dB (""+2"" total)"
3/6/01,0:11:52,0:03:00,CTS -DUAL CONTINUUM/2,,
3/6/01,0:14:52,0:03:00,,,Noise Source ON
3/6/01,0:19:18,0:00:00,,,Noise Source OFF
3/6/01,0:20:50,0:03:00,,,"Config: remove 4 dB (""-2"" total)"
3/6/01,0:20:52,0:03:00,CTS -DUAL CONTINUUM/3,,
3/6/01,0:27:42,0:03:00,,,Noise Source ON
3/6/01,0:31:00,,,,TV0142.tdx PLE test port
3/6/01,0:31:42,,,,Noise Source OFF
3/6/01,0:31:42,,,,
3/6/01,0:36:42,,,,Config: add 2 dB (nominal)
3/6/01,0:36:42,,,,
3/6/01,0:36:42,,,,"Test Ports as per ""4.5 Linearity in Dual Continuum Mode"""
3/6/01,0:36:42,,,,Config: nominal pads
3/6/01,0:37:13,0:03:00,DUAL-CONTINUUM/1,,
3/6/01,0:40:33,0:03:00,,,Noise Source ON
3/6/01,0:43:33,,,,Noise Source OFF
3/6/01,0:45:19,0:03:00,,,"Config: add 2 dB (""+2"" total)"
3/6/01,0:45:31,0:03:00,DUAL-CONTINUUM/2,,
3/6/01,0:48:31,0:03:00,,,Noise Source ON
3/6/01,0:51:31,,,,Noise Source OFF
3/6/01,0:52:10,0:03:00,,,"Config: remove 4 dB (""-2"" total)"
3/6/01,0:53:01,0:03:00,DUAL-CONTINUUM/3,,
3/6/01,0:56:01,0:03:00,,,Noise Source ON
3/6/01,0:59:01,,,,Noise Source OFF
3/6/01,0:59:01,0:03:00,,,Config: add 2 dB (nominal)
3/6/01,1:00:10,,,,
3/6/01,1:00:10,,,,
3/6/01,1:00:22,0:05:00,CTS -DUAL CONTINUUM/,,"Test Ports as per ""4.6 LO lock and Frequency Switching Test"" (Nominal)"
3/6/01,1:05:22,,,,Record Spectra per 4.6...
3/6/01,1:13:20,0:03:00,,,Filename: TV0143.tdx to TV0149.tdx
3/6/01,1:16:20,0:03:00,,,
3/6/01,1:28:50,0:00:00,,,complete spectra
3/6/01,1:28:50,,,,
3/6/01,1:28:50,,,,Go to cycle 2
3/6/01,1:28:50,,,,"REMEMBER TO INCREASE THE TEMPERTURE SETTINGS
FOR CTS WARMUP MODE AND CTS HEAT MODE"
3/6/01,,,,,
3/6/01,CYCLE 2,,,,
3/6/01,START TIME,INTERVAL,COMMAND,,NOTES:
3/6/01,,,,,Test Ports in Nominal Configuration
3/6/01,,,,,Noise Sources OFF
3/6/01,,,,,Spectrum Analyzer on PLE Test Port (J381)
3/6/01,,,,,SEE TEMPERATURE CYCLE TABLE
3/6/01,,,,,CYCLE NUMBER 2
3/6/01,,,,,
3/6/01,1:36:52,0:00:00,POWER IS ON ,,"INSTRUMENT MAY ALREADY BE POWERED ON:
ENTER ""NEW POWER ON"" NUMBER:RECORD
VOLTAGE= ### ;AMP = ###"
3/6/01,1:36:52,0:00:00,Warm load heater is on,,
3/6/01,1:36:52,0:00:00,USO is on,,"If USO IS TURNED OFF, ALLOW 30 MINUTES 
WARMUP BEFORE PROCEEDING
OTHERWISE PROCEED AFTER ISSUING COMMAND"
3/6/01,1:36:52,0:00:00,"CTS WARMUP MODE,HEATER
=0(HIGH),T=7(70C)/",,"THIS COMMAND IS CYCLE DEPENDENT, HEATER IS ALWAYS
 0(HIGH), T CHANGES WITH LARGE PLATE TEMPERATURE;
 SEE TABLE; ALLOW 30 MINUTES FOR WARMUP"
3/6/01,1:36:52,0:40:00,CTS -DUAL CONTINUUM is on,,"SYSTEM WILL AUTOMATICALLY CALIBRATE;
IFP WILL WARM/COOL SLOWLY..."
3/6/01,1:36:52,,,,
3/6/01,1:40:00,0:00:00,,,REQUEST LARGE PLATE TEMPERATURE= 52 C
3/6/01,1:40:00,,,,REQUEST SMALL OB PLATE TEMPERATURE= 37C
3/6/01,1:40:00,,,,REQUEST COLD LOAD PLATE TEMPERATURE=  COLD
3/6/01,1:40:00,,,,
3/6/01,1:40:00,,,,"Record Spectra as per ""4.6 LO lock and Frequency Switching Test"" as necessary during transition."
3/6/01,2:40:00,0:00:00,,,Filename: TV0150.tdx to TV151.tdx (30 MHz sweep only)
3/6/01,3:21:00,,"large and small plates should regulate
to less than 1 deg c",,"AFTER THREE PLATES HAVE STABILIZED, RECORD
TEMPERATURES AND PROCEED
TLARGE= 51.72  ;TSMALL =  36.94 ; TCOLD = -163.2"
3/6/01,3:21:00,,,,"EU and SBEU temps 51.2 and 49.7 resp., approaching stability"
3/6/01,3:21:00,0:05:00,,,"Test Ports as per ""4.1 Noise Figure of the IFP"""
3/6/01,3:26:00,,,,Config: disconnect Spec Anal from and terminate PLE Test Port 
3/6/01,3:26:00,,,,Config: disconnect IFP output from CTS input (J304 to J307)
3/6/01,3:26:00,,,,Config: terminate CTS input J307; Spec Anal on IFP output J304
3/6/01,3:28:30,,,,"Config: Spec Anal, Recall, State 2"
3/6/01,3:32:20,0:01:00,smm LNA OFF/,,Record Trace B
3/6/01,3:34:07,0:01:00,smm  LNA ON/,,Record Trace A; Filename: TV0152.tdx
3/6/01,,,,,
3/6/01,3:35:07,0:00:00,,,"""4.2 Noise Figure of the CTS-Spectrum"""
3/6/01,3:35:07,0:00:00,,,Config: No change
3/6/01,3:43:25,0:05:00,CTS -DUAL CONTINUUM/1,,"""cold"" configuration (""IFP off"") TV0153"
3/6/01,3:54:08,0:05:00,CTS -DUAL CONTINUUM/2,,"""hot"" configuration (""IFP on"") from Test 4.1"
3/6/01,3:59:08,,,,
3/6/01,3:59:08,,,,"Test Ports as per ""4.3 IF Frequency Sweep Test"""
3/6/01,3:59:08,0:03:00,,,Config: connect IFP output to CTS input (J304 to J307)
3/6/01,4:02:08,0:00:00,,,Config: connect Spec Anal to PLE Test Port (J381)
3/6/01,4:02:08,,,,"Config: Spec Anal, Recall, State 0"
3/6/01,4:01:10,0:00:00,,,"Config: connect Sig Gen to smm coupler, RF on"
3/6/01,4:01:10,,,,
3/6/01,4:02:44,0:05:00,CTS -DUAL CONTINUUM/1,,SigGen=5.753 GHz (-80 dBm)
3/6/01,4:08:11,0:05:00,CTS -DUAL CONTINUUM/2,,SigGen=5.877 GHz
3/6/01,4:13:15,0:05:00,CTS -DUAL CONTINUUM/3,,SigGen=9.667 GHz 
3/6/01,4:18:13,0:05:00,CTS -DUAL CONTINUUM/4,,SigGen=9.685 GHz
3/6/01,4:23:23,0:05:00,CTS -DUAL CONTINUUM/5,,SigGen=10.791 GHz
3/6/01,4:28:22,0:05:00,CTS -DUAL CONTINUUM/6,,SigGen=13.455 GHz
3/6/01,4:33:23,0:05:00,CTS -DUAL CONTINUUM/7,,SigGen=15.137 GHz
3/6/01,4:38:24,0:05:00,CTS -DUAL CONTINUUM/8,,SigGen=16.338 GHz
3/6/01,4:44:20,,,,
3/6/01,4:44:20,,,,Config: Sig Gen RF off
3/6/01,4:44:20,,,,
3/6/01,4:44:20,,,,"Test Ports as per ""4.4 Linearity in CTS/Dual Continuum Mode"""
3/6/01,4:44:20,,,,Config: nominal pads
3/6/01,4:47:34,0:03:00,CTS-DUAL-CONTINUUM/1,,
3/6/01,4:50:34,0:03:00,,,Noise Source ON
3/6/01,4:53:34,,,,Noise Source OFF
3/6/01,4:53:34,0:03:00,,,"Config: add 2 dB (""+2"" total)"
3/6/01,4:55:45,0:03:00,CTS-DUAL-CONTINUUM/1,,
3/6/01,4:58:45,0:03:00,,,Noise Source ON
3/6/01,5:01:45,,,,Noise Source OFF
3/6/01,5:01:45,0:03:00,,,"Config: remove 4 dB (""-2"" total)"
3/6/01,5:03:35,0:03:00,CTS-DUAL-CONTINUUM/1,,
3/6/01,5:06:35,0:03:00,,,Noise Source ON
3/6/01,5:09:35,,,,Noise Source OFF
3/6/01,5:09:35,,,,
3/6/01,5:09:35,,,,"Test Ports as per ""4.5 Linearity in Dual Continuum Mode"""
3/6/01,5:11:28,,,,"Leave pads as they are (Config: remove 4 dB (""-2"" total))"
3/6/01,5:11:28,0:03:00,DUAL-CONTINUUM/1,,
3/6/01,5:14:28,0:03:00,,,Noise Source ON
3/6/01,5:17:28,,,,Noise Source OFF
3/6/01,5:17:28,0:03:00,,,"Config: add 4 dB (""+2"" total)"
3/6/01,5:19:17,0:03:00,DUAL-CONTINUUM/2,,
3/6/01,5:22:17,0:03:00,,,Noise Source ON
3/6/01,5:25:17,,,,Noise Source OFF
3/6/01,5:25:17,0:03:00,,,Config: nominal
3/6/01,5:27:13,0:03:00,DUAL-CONTINUUM/3,,
3/6/01,5:30:13,0:03:00,,,Noise Source ON
3/6/01,5:33:37,,,,Noise Source OFF
3/6/01,5:33:37,,,,
3/6/01,5:33:37,,,,
3/6/01,5:40:28,0:05:00,CTS -DUAL CONTINUUM/,,"Test Ports as per ""4.6 LO lock and Frequency Switching Test"" (Nominal)"
3/6/01,,,,,Record Spectra per 4.6...
3/6/01,6:03:00,0:03:00,,,Filename: TV0154.tdx - TV0159.tdx
3/6/01,6:06:00,,,,
3/6/01,6:06:00,,,,Go to cycle 3
3/6/01,6:06:00,,,,"REMEMBER TO INCREASE THE TEMPERATURE SETTINGS
FOR CTS WARMUP MODE AND CTS HEAT MODE"
3/6/01,CYCLE 3,,,,
3/6/01,START TIME,INTERVAL,COMMAND,,NOTES:
3/6/01,,,,,Test Ports in Nominal Configuration
3/6/01,,,,,Noise Sources OFF
3/6/01,,,,,Spectrum Analyzer on PLE Test Port (J381)
3/6/01,,,,,SEE TEMPERATURE CYCLE TABLE
3/6/01,,,,,CYCLE NUMBER 3
3/6/01,,,,,
3/6/01,6:06:00,0:00:00,POWER IS ON ,,"INSTRUMENT MAY ALREADY BE POWERED ON:
ENTER ""NEW POWER ON"" NUMBER:RECORD
VOLTAGE= ### ;AMP = ###"
3/6/01,6:06:00,0:00:00,Warm load heater is on,,
3/6/01,6:06:00,0:00:00,USO is on,,"If USO IS TURNED OFF, ALLOW 30 MINUTES 
WARMUP BEFORE PROCEEDING
OTHERWISE PROCEED AFTER ISSUING COMMAND"
3/6/01,6:06:00,0:00:00,"CTS WARMUP MODE,HEATER
=0(HIGH),T=7(70C)/not sent since redundant",,"THIS COMMAND IS CYCLE DEPENDENT, HEATER IS ALWAYS
 0(HIGH), T CHANGES WITH LARGE PLATE TEMPERATURE;
 SEE TABLE; ALLOW 30 MINUTES FOR WARMUP"
3/6/01,6:06:00,0:40:00,CTS -DUAL CONTINUUM is on,,"SYSTEM WILL AUTOMATICALLY CALIBRATE;
IFP WILL WARM/COOL SLOWLY..."
3/6/01,,,,,
3/6/01,6:07:00,0:00:00,,,REQUEST LARGE PLATE TEMPERATURE= 42 C
3/6/01,6:07:00,,,,REQUEST SMALL OB PLATE TEMPERATURE= 37C
3/6/01,6:07:00,,,,REQUEST COLD LOAD PLATE TEMPERATURE=  COLD
3/6/01,6:07:00,,,,
3/6/01,6:07:00,,,,"Record Spectra as per ""4.6 LO lock and Frequency Switching Test"" as necessary during transition."
3/6/01,6:53:00,0:00:00,,,Filename: TV0160.tdx to TV0161.tdx (30 MHz sweep only)
3/6/01,7:15:00,,"large and small plates should regulate
to less than 1 deg c",,"AFTER THREE PLATES HAVE STABILIZED, RECORD
TEMPERATURES AND PROCEED
TLARGE= 41.87  ;TSMALL = 36.76 ; TCOLD = -166.5"
3/6/01,7:15:00,,,,
3/6/01,7:15:00,0:05:00,,,"Test Ports as per ""4.1 Noise Figure of the IFP"""
3/6/01,7:18:00,,,,Config: disconnect Spec Anal from and terminate PLE Test Port 
3/6/01,7:18:00,,,,Config: disconnect IFP output from CTS input (J304 to J307)
3/6/01,7:18:00,,,,Config: terminate CTS input J307; Spec Anal on IFP output J304
3/6/01,7:18:00,,,,"Config: Spec Anal, Recall, State 2"
3/6/01,7:19:57,0:01:00,smm LNA OFF/,,Record Trace B
3/6/01,7:21:40,0:01:00,smm  LNA ON/,,Record Trace A; Filename: TV0162.tdx
3/6/01,,,,,
3/6/01,7:23:00,0:05:00,,,"""4.2 Noise Figure of the CTS-Spectrum"""
3/6/01,7:23:00,0:00:00,,,Config: No change
3/6/01,7:24:33,0:05:00,CTS -DUAL CONTINUUM/1,,"""cold"" configuration (""IFP off"")"
3/6/01,7:31:58,0:05:00,CTS -DUAL CONTINUUM/1,,"""hot"" configuration (""IFP on"") from Test 4.1"
3/6/01,7:36:58,,,,
3/6/01,7:36:58,,,,"Test Ports as per ""4.3 IF Frequency Sweep Test"""
3/6/01,7:29:33,0:03:00,,,Config: connect IFP output to CTS input (J304 to J307)
3/6/01,7:29:33,0:00:00,,,Config: connect Spec Anal to PLE Test Port (J381)
3/6/01,7:29:33,,,,"Config: Spec Anal, Recall, State 0"
3/6/01,7:37:00,0:03:00,,,"Config: connect Sig Gen to smm coupler, RF on"
3/6/01,7:37:00,,,,
3/6/01,7:38:04,0:05:00,CTS -DUAL CONTINUUM/1,,SigGen=5.753 GHz (-80 dBm)
3/6/01,7:43:16,0:05:00,CTS -DUAL CONTINUUM/2,,SigGen=5.877 GHz
3/6/01,7:48:37,0:05:00,CTS -DUAL CONTINUUM/3,,SigGen=9.667 GHz 
3/6/01,7:53:53,0:05:00,CTS -DUAL CONTINUUM/4,,SigGen=9.685 GHz
3/6/01,7:59:10,0:05:00,CTS -DUAL CONTINUUM/5,,SigGen=10.791 GHz
3/6/01,8:04:43,0:05:00,CTS -DUAL CONTINUUM/6,,SigGen=13.455 GHz
3/6/01,8:11:48,0:05:00,CTS -DUAL CONTINUUM/7,,SigGen=15.137 GHz
3/6/01,8:17:57,0:05:00,CTS -DUAL CONTINUUM/8,,SigGen=16.338 GHz
3/6/01,8:22:57,,,,
3/6/01,8:23:11,,,,Config: Sig Gen RF off
3/6/01,8:23:11,,,,
3/6/01,8:23:11,,,,"Test Ports as per ""4.4 Linearity in CTS/Dual Continuum Mode"""
3/6/01,8:23:11,,,,Config: nominal pads
3/6/01,8:25:42,0:03:00,CTS-DUAL-CONTINUUM/1,,
3/6/01,8:28:30,0:03:00,,,Noise Source ON
3/6/01,8:31:31,,,,Noise Source OFF
3/6/01,8:31:31,0:03:00,,,"Config: add 2 dB (""+2"" total)"
3/6/01,8:35:07,0:03:00,CTS-DUAL-CONTINUUM/1,,
3/6/01,8:38:54,0:03:00,,,Noise Source ON
3/6/01,8:41:56,,,,Noise Source OFF
3/6/01,8:41:56,0:03:00,,,"Config: remove 4 dB (""-2"" total)"
3/6/01,8:43:54,0:03:00,CTS-DUAL-CONTINUUM/1,,
3/6/01,8:46:55,0:03:00,,,Noise Source ON
3/6/01,8:49:59,,,,Noise Source OFF
3/6/01,,,,,
3/6/01,,,,,"Test Ports as per ""4.5 Linearity in Dual Continuum Mode"""
3/6/01,,,,,"Leave pads as they are (Config:  ""-2"" total)"
3/6/01,9:21:10,0:03:00,DUAL-CONTINUUM/1,,
3/6/01,,,,,Noise Source ON:  Remove termination from RF cables going into coupler inputs.  Connect to appropriate noise source.
3/6/01,9:27:34,,,,Connect mm noise source (note:  take off termination and pad/barrel (needed to make gender change on cable))
3/6/01,9:28:15,0:03:00,,,Connect submm noise source (note:  take off termination and barrel)
3/6/01,,,,,Noise Source OFF:  Disconnect coupler input cables and replace with termination assemblies
3/6/01,9:32:29,,,,Disconnect mm noise source (note:  disconnect cable and connect termination and pad/barrel)
3/6/01,9:32:57,0:03:00,,,Disconnect submm noise source (note: disconnect cable and connect termination and barrel)
3/6/01,9:37:45,0:03:00,,,"Config: add 4 dB (""+2"" total) to submm and mm inputs"
3/6/01,9:59:22,0:03:00,DUAL-CONTINUUM/2,,
3/6/01,,,,,Noise Source ON:  Remove termination from RF cables going into coupler inputs.  Connect to appropriate noise source.
3/6/01,10:03:33,,,,Connect mm noise source (note:  take off termination and pad/barrel (needed to make gender change on cable))
3/6/01,10:03:56,0:03:00,,,Connect submm noise source (note:  take off termination and barrel)
3/6/01,,,,,Noise Source OFF:  Disconnect coupler input cables and replace with termination assemblies
3/6/01,10:14:09,,,,Disconnect mm noise source (note:  disconnect cable and connect termination and pad/barrel)
3/6/01,10:14:29,0:03:00,,,Disconnect submm noise source (note: disconnect cable and connect termination and barrel)
3/6/01,10:19:27,0:03:00,,,"Config  nominal: Remove 4 dB pad from submm and mm inputs.  Replace with 2 dB (reference, or ""0"" total) at inputs."
3/6/01,10:23:26,0:03:00,DUAL-CONTINUUM/2,,
3/6/01,,,,,Noise Source ON:  Remove termination from RF cables going into coupler inputs.  Connect to appropriate noise source.
3/6/01,10:26:48,,,,Connect mm noise source (note:  take off termination and pad/barrel (needed to make gender change on cable))
3/6/01,10:27:22,0:03:00,,,Connect submm noise source (note:  take off termination and barrel)
3/6/01,,,,,Noise Source OFF:  Disconnect coupler input cables and replace with termination assemblies
3/6/01,10:30:42,,,,Disconnect mm noise source (note:  disconnect cable and connect termination and pad/barrel)
3/6/01,10:31:00,0:03:00,,,Disconnect submm noise source (note: disconnect cable and connect termination and barrel)
3/6/01,,,,,
3/6/01,,,,,"Test Ports as per ""4.6 LO lock and Frequency Switching Test"" (Nominal)"
3/6/01,10:39:33,0:05:00,CTS -DUAL CONTINUUM/,,Record Spectra per 4.6...
3/6/01,10:44:33,,,,Filename: TV0163.tdx - TV0168.tdx
3/6/01,,,,,
3/6/01,11:04:08,,,,Go to cycle 4
3/6/01,11:04:08,,,,"REMEMBER TO DECREASE THE TEMPERATURE SETTINGS
FOR CTS (USE CTS WARMUP COMMAND IF CTS HAS BEEN OFF, USE CTS HEATER CONTROL COMMAND IF CTS IS ALREADY ON)"
3/6/01,CYCLE 4,,,,
3/6/01,,,,,NOTES:
3/6/01,START TIME,INTERVAL,COMMAND,,Test Ports in Nominal Configuration
3/6/01,,,,,Noise Sources OFF
3/6/01,,,,,Spectrum Analyzer on PLE Test Port (J381)
3/6/01,,,,,SEE TEMPERATURE CYCLE TABLE
3/6/01,,,,,CYCLE NUMBER 4
3/6/01,11:06:00,,,,Going to +35 at interface
3/6/01,11:06:00,,,,REQUEST LARGE PLATE TEMPERATURE= 32 C
3/6/01,11:06:00,0:00:00,,,REQUEST SMALL OB PLATE TEMPERATURE= 32C
3/6/01,11:06:00,,,,REQUEST COLD LOAD PLATE TEMPERATURE=  COLD
3/6/01,11:06:00,,didn't do this,,"Record Spectra as per ""4.6 LO lock and Frequency Switching Test"" as necessary during transition."
3/6/01,11:06:00,,didn't do this,,Filename: TV0169.tdx to TV0170.tdx (30 MHz sweep only) No Files written
3/6/01,11:06:00,0:00:00,,,"AFTER THREE PLATES HAVE STABILIZED, RECORD
TEMPERATURES AND PROCEED
TLARGE= 31.75  ;TSMALL =  31.74 ; TCOLD = -183.2"
3/6/01,11:06:00,,"large and small plates should regulate
to less than 1 deg c",,
3/6/01,,,,,"INSTRUMENT MAY ALREADY BE POWERED ON:
ENTER ""NEW POWER ON"" NUMBER:RECORD
VOLTAGE= 28.3 ;AMP = 2.48"
3/6/01,11:06:00,0:00:00,POWER IS ON ,,
3/6/01,11:06:00,0:00:00,USO is on,,"If USO IS TURNED OFF, ALLOW 30 MINUTES 
WARMUP BEFORE PROCEEDING
OTHERWISE PROCEED AFTER ISSUING COMMAND"
3/6/01,11:06:00,0:00:00,,,"THIS COMMAND IS CYCLE DEPENDENT, HEATER IS ALWAYS
 0(HIGH), T CHANGES WITH LARGE PLATE TEMPERATURE;
 SEE TABLE; ALLOW 30 MINUTES FOR WARMUP"
3/6/01,12:23:35,0:30:00,COMMAND,,CTS Heater Contol = 60 degrees C
3/6/01,12:55:31,0:00:00,CTS -DUAL CONTINUUM,,
3/6/01,,,,,
3/6/01,,,,,"Needed barrel connectors to terminate for next test.  None available.  So, took terminations off input cables, re-connected noise sources to input cables, and turned power off to noise sources."
3/6/01,,,,,
3/6/01,12:55:31,,,,"Test Ports as per ""4.1 Noise Figure of the IFP"""
3/6/01,13:14:55,0:05:00,,,Config: disconnect Spec Anal from and terminate PLE Test Port 
3/6/01,13:19:55,,,,Config: disconnect IFP output from CTS input (J304 to J307)
3/6/01,13:19:55,,,,Config: terminate CTS input J307; Spec Anal on IFP output J304
3/6/01,13:19:55,,,,"Config: Spec Anal, Recall, State 2"
3/6/01,13:19:55,,,,Record Trace B
3/6/01,13:24:55,0:01:00,smm LNA OFF/,,Record Trace A; Filename: TV0169.tdx
3/6/01,13:28:16,0:01:00,smm  LNA ON/,,
3/6/01,,,,,"""4.2 Noise Figure of the CTS-Spectrum"""
3/6/01,,,,,Config: No change
3/6/01,13:32:04,,,,"""cold"" configuration (""IFP off""), Record Trace A; Filename: TV0170.tdx"
3/6/01,13:32:04,0:05:00,CTS -DUAL CONTINUUM/1,,
3/6/01,,,,,Config: unterminate CTS input J307; demate Spec Anal from IFP output J304
3/6/01,,,,,Config: connect IFP output to CTS input (J304 to J307)
3/6/01,,,,,Config: unterminate PLE Test Port and connect Spec Anal to  PLE Test Port 
3/6/01,13:44:22,,,,"""hot"" configuration (""IFP on"") from Test 4.2 (nominal configuration)"
3/6/01,13:45:07,0:05:00,CTS -DUAL CONTINUUM/1,,
3/6/01,,,,,
3/6/01,13:50:07,,,,"Test Ports as per ""4.3 IF Frequency Sweep Test"""
3/6/01,13:50:07,,,,Config: connect IFP output to CTS input (J304 to J307) [already done]
3/6/01,13:50:07,,,,Config: connect Spec Anal to PLE Test Port (J381) [already done]
3/6/01,13:50:07,,,,"Config: Spec Anal, Recall, State 0"
3/6/01,13:52:31,,,,Config: connect Sig Gen to smm coupler
3/6/01,13:54:39,,RF On,,Turn Sig Gen RF On
3/6/01,13:55:22,,Change Frequency,,SigGen=5.753 GHz (-80 dBm)
3/6/01,13:55:48,0:05:00,CTS -DUAL CONTINUUM/1,,
3/6/01,,,Change Frequency,,SigGen=5.877 GHz
3/6/01,14:00:48,0:05:00,CTS -DUAL CONTINUUM/2,,
3/6/01,,,Change Frequency,,SigGen=9.667 GHz 
3/6/01,14:05:48,0:05:00,CTS -DUAL CONTINUUM/3,,
3/6/01,,,Change Frequency,,SigGen=9.685 GHz
3/6/01,14:10:48,0:05:00,CTS -DUAL CONTINUUM/4,,
3/6/01,,,Change Frequency,,SigGen=10.791 GHz
3/6/01,14:15:48,0:05:00,CTS -DUAL CONTINUUM/5,,
3/6/01,,,Change Frequency,,SigGen=13.455 GHz
3/6/01,14:20:48,0:05:00,CTS -DUAL CONTINUUM/6,,
3/6/01,,,Change Frequency,,SigGen=15.137 GHz
3/6/01,14:25:48,0:05:00,CTS -DUAL CONTINUUM/7,,
3/6/01,,,Change Frequency,,SigGen=16.338 GHz
3/6/01,14:30:48,0:05:00,CTS -DUAL CONTINUUM/8,,
3/6/01,,,,,Config: Sig Gen RF off.  
3/6/01,14:35:48,,RF Off,,Turn RF Off
3/6/01,,,,,
3/6/01,,,,,"Test Ports as per ""4.4 Linearity in CTS/Dual Continuum Mode"""
3/6/01,14:36:00,,,,Remove submm coupler input line from Sig Gen RF out.  Put termination on submm coupler input line.
3/6/01,14:36:00,,,,Config: nominal state.  
3/6/01,,,,,"Ensure ""0"" dB state at smm and mm couplers (2 dB at each coupler)  Note:  On smm, this is two 1dB pads.  On mm, this is one 2 dB pad."
3/6/01,14:50:03,0:05:00,CTS-DUAL-CONTINUUM/1,,
3/6/01,14:57:28,,Connect Noise Sources,,Noise Source ON
3/6/01,14:57:47,0:05:00,CTS-DUAL-CONTINUUM/1,,
3/6/01,15:03:33,,,,Noise Source OFF
3/6/01,15:05:00,,,,"Config: ""+2 dB"" state "
3/6/01,,,,,Remove 2 dB (total) pads from smm and mm couplers.  Insert 4 dB pads in their place.
3/6/01,15:05:23,0:05:00,CTS-DUAL-CONTINUUM/1,,
3/6/01,15:11:05,,Connect Noise Sources,,Noise Source ON
3/6/01,15:11:18,0:05:00,CTS-DUAL-CONTINUUM/1,,
3/6/01,15:16:58,,,,Noise Source OFF
3/6/01,15:18:06,,,,"Config: ""-2 dB"" state "
3/6/01,,,,,Remove 4 dB pads from smm and mm couplers.  Connect lines directly to couplers.
3/6/01,15:18:25,0:05:00,CTS-DUAL-CONTINUUM/1,,
3/6/01,15:25:04,,Connect Noise Sources,,Noise Source ON
3/6/01,15:25:37,0:05:00,CTS-DUAL-CONTINUUM/1,,
3/6/01,15:32:18,,,,Noise Source OFF
3/6/01,,,,,
3/6/01,,,,,"Test Ports as per ""4.5 Linearity in Dual Continuum Mode"""
3/6/01,,,,,"Leave pads as they are (Config: (""-2"" total))"
3/6/01,,,,,
3/6/01,15:32:18,,,,"Config: ""-2 dB"" state"
3/6/01,,,,,"Ensure ""-2"" dB state at smm and mm couplers.  Lines connected directly to couplers"
3/6/01,15:33:59,0:05:00,DUAL-CONTINUUM/1,,
3/6/01,15:39:56,,Connect Noise Sources,,Noise Source ON
3/6/01,15:40:12,0:05:00,DUAL-CONTINUUM/1,,
3/6/01,15:46:01,,,,Noise Source OFF
3/6/01,15:47:34,,,,"Config:  ""+2 dB"" state  "
3/6/01,,,,,Insert 4 dB pads at couplers.
3/6/01,15:47:54,0:05:00,DUAL-CONTINUUM/1,,
3/6/01,15:55:02,,Connect Noise Sources,,Noise Source ON
3/6/01,15:55:24,0:05:00,DUAL-CONTINUUM/1,,
3/6/01,16:02:02,,,,Noise Source OFF
3/6/01,16:05:11,,,,Config: nominal state
3/6/01,,,,,"Remove 4 dB pads from smm and mm couplers.  Go to ""0"" dB state at smm and mm couplers (2 dB at each coupler)  Note:  On smm, this is two 1dB pads.  On mm, this is one 2 dB pad."
3/6/01,16:05:36,0:05:00,DUAL-CONTINUUM/1,,
3/6/01,16:12:39,,Connect Noise Sources,,Noise Source ON
3/6/01,16:12:59,0:05:00,DUAL-CONTINUUM/1,,
3/6/01,16:18:25,,,,Noise Source OFF
3/6/01,,,,,
3/6/01,,,,,
3/6/01,16:23:05,,,,"Test Ports as per ""4.6 LO lock and Frequency Switching Test"" (Nominal)"
3/6/01,16:23:05,0:05:00,CTS -DUAL CONTINUUM/,,
3/6/01,16:40:00,,,,Record Spectra per 4.6...  Filename: TV0170.tdx - TV0175.tdx
3/6/01,16:40:00,,,,
3/6/01,16:40:00,,,,Go to cycle 5
3/6/01,16:40:00,,,,"REMEMBER TO DECREASE THE TEMPERATURE SETTINGS
FOR CTS (USE CTS WARMUP COMMAND IF CTS HAS BEEN OFF, USE CTS HEATER CONTROL COMMAND IF CTS IS ALREADY ON)"
3/6/01,,,,,
3/6/01,CYCLE 5,,,,
3/6/01,,,,,NOTES:
3/6/01,START TIME,INTERVAL,COMMAND,,Test Ports in Nominal Configuration
3/6/01,,,,,Noise Sources OFF
3/6/01,,,,,Spectrum Analyzer on PLE Test Port (J381)
3/6/01,,,,,SEE TEMPERATURE CYCLE TABLE
3/6/01,,,,,CYCLE NUMBER 5
3/6/01,16:42:52,,,,Going to +25 at interface
3/6/01,16:42:52,,,,REQUEST LARGE PLATE TEMPERATURE= 22 C
3/6/01,16:42:52,0:00:00,,,REQUEST SMALL OB PLATE TEMPERATURE= 22C
3/6/01,16:42:52,0:15:00,,,REQUEST COLD LOAD PLATE TEMPERATURE=  COLD
3/6/01,16:59:00,,,,"Record Spectra as per ""4.6 LO lock and Frequency Switching Test"" as necessary during transition."
3/6/01,16:59:00,0:15:00,,,Filename: TV0176.tdx to TV0177.tdx (30 MHz sweep only) 
3/6/01,17:17:10,0:15:00,,,Filename: TV0178.tdx to TV0179.tdx (30 MHz sweep only) 
3/6/01,17:31:05,0:15:00,,,Filename: TV0180.tdx to TV0181.tdx (30 MHz sweep only) 
3/6/01,17:58:30,0:00:00,,,"AFTER THREE PLATES HAVE STABILIZED, RECORD
TEMPERATURES AND PROCEED
TLARGE= 22.039  ;TSMALL =  21.992 ; TCOLD = -172.0"
3/6/01,17:58:30,,"large and small plates should regulate
to less than 1 deg c",,
3/6/01,,,,,"INSTRUMENT MAY ALREADY BE POWERED ON:
ENTER ""NEW POWER ON"" NUMBER:RECORD
VOLTAGE= 28.3 ;AMP = 2.52"
3/6/01,17:58:30,0:00:00,POWER IS ON ,,
3/6/01,17:58:30,0:00:00,USO is on,,"If USO IS TURNED OFF, ALLOW 30 MINUTES 
WARMUP BEFORE PROCEEDING
OTHERWISE PROCEED AFTER ISSUING COMMAND"
3/6/01,17:58:30,0:00:00,,,"THIS COMMAND IS CYCLE DEPENDENT, HEATER IS ALWAYS
 0(HIGH), T CHANGES WITH LARGE PLATE TEMPERATURE;
 SEE TABLE; ALLOW 30 MINUTES FOR WARMUP"
3/6/01,18:00:34,0:30:00,COMMAND,,CTS Heater Contol = 50 degrees C
3/6/01,,,,,"according to Warmup & Heater Control Table, the Heater Control should be set to 60!  We followed above instruction to set to 50."
3/6/01,18:30:34,0:00:00,CTS -DUAL CONTINUUM,,
3/6/01,,,,,
3/6/01,18:30:34,0:05:00,,,"Test Ports as per ""4.1 Noise Figure of the IFP"""
3/6/01,18:37:25,,,,Config: disconnect Spec Anal from and terminate PLE Test Port 
3/6/01,18:37:25,,,,Config: disconnect IFP output from CTS input (J304 to J307)
3/6/01,18:37:25,,,,Config: terminate CTS input J307; Spec Anal on IFP output J304
3/6/01,18:37:25,,,,"Config: Spec Anal, Recall, State 2"
3/6/01,18:37:25,,,,Record Trace B
3/6/01,18:37:52,0:01:00,smm LNA OFF/,,Record Trace A; Filename: TV0182.tdx
3/6/01,18:38:30,,mm LNA On,,inadvertently turned mm off instead of smm
3/6/01,18:39:39,,smm LNA OFF/,,recorded spectra
3/6/01,18:40:58,0:01:00,smm  LNA ON/,,
3/6/01,,,,,"""4.2 Noise Figure of the CTS-Spectrum"""
3/6/01,,,,,Config: No change
3/6/01,18:44:17,,,,"""cold"" configuration (""IFP off""), Record Trace A using Recall State 2; Filename: TV0183.tdx"
3/6/01,18:44:59,0:05:00,CTS -DUAL CONTINUUM/1,,
3/6/01,,,,,Config: unterminate CTS input J307; demate Spec Anal from IFP output J304
3/6/01,,,,,Config: connect IFP output to CTS input (J304 to J307)
3/6/01,,,,,Config: unterminate PLE Test Port and connect Spec Anal to  PLE Test Port 
3/6/01,18:51:13,,,,"""hot"" configuration (""IFP on"") from Test 4.2 (nominal configuration)"
3/6/01,18:51:33,0:05:00,CTS -DUAL CONTINUUM/1,,
3/6/01,,,,,
3/6/01,18:56:30,,,,"Test Ports as per ""4.3 IF Frequency Sweep Test"""
3/6/01,18:56:30,,,,Config: connect IFP output to CTS input (J304 to J307) [already done]
3/6/01,18:56:30,,,,Config: connect Spec Anal to PLE Test Port (J381) [already done]
3/6/01,18:56:30,,,,"Config: Spec Anal, Recall, State 0"
3/6/01,18:56:30,,,,Config: connect Sig Gen to smm coupler
3/6/01,18:56:30,,RF On,,Turn Sig Gen RF On
3/6/01,18:56:55,,Change Frequency,,SigGen=5.753 GHz (-80 dBm)
3/6/01,18:57:28,0:05:00,CTS -DUAL CONTINUUM/1,,
3/6/01,,,Change Frequency,,SigGen=5.877 GHz
3/6/01,19:02:16,0:05:00,CTS -DUAL CONTINUUM/2,,
3/6/01,,,Change Frequency,,SigGen=9.667 GHz 
3/6/01,19:07:14,0:05:00,CTS -DUAL CONTINUUM/3,,
3/6/01,,,Change Frequency,,SigGen=9.685 GHz
3/6/01,19:12:22,0:05:00,CTS -DUAL CONTINUUM/4,,
3/6/01,,,Change Frequency,,SigGen=10.791 GHz
3/6/01,19:17:17,0:05:00,CTS -DUAL CONTINUUM/5,,
3/6/01,,,Change Frequency,,SigGen=13.455 GHz
3/6/01,19:22:15,0:05:00,CTS -DUAL CONTINUUM/6,,
3/6/01,,,Change Frequency,,SigGen=15.137 GHz
3/6/01,19:27:21,0:05:00,CTS -DUAL CONTINUUM/7,,
3/6/01,,,Change Frequency,,SigGen=16.338 GHz
3/6/01,19:32:12,0:05:00,CTS -DUAL CONTINUUM/8,,
3/6/01,19:38:02,,RF Off,,Turn SigGen RF Off
3/6/01,,,,,
3/6/01,,,,,"Test Ports as per ""4.4 Linearity in CTS/Dual Continuum Mode"""
3/6/01,19:38:02,,,,Remove submm coupler input line from Sig Gen RF out.  Put termination on submm coupler input line.
3/6/01,19:38:02,,,,Config: nominal state.  
3/6/01,,,,,"Ensure ""0"" dB state at smm and mm couplers (2 dB at each coupler)  Note:  On smm, this is two 1dB pads.  On mm, this is one 2 dB pad."
3/6/01,19:38:02,0:05:00,CTS-DUAL-CONTINUUM/1,,
3/6/01,19:44:26,,Connect Noise Sources,,Noise Source ON
3/6/01,19:44:26,0:05:00,CTS-DUAL-CONTINUUM/1,,
3/6/01,19:52:31,,,,Noise Source OFF
3/6/01,19:52:31,,,,"Config: ""+2 dB"" state "
3/6/01,,,,,Remove 2 dB (total) pads from smm and mm couplers.  Insert 4 dB pads in their place.
3/6/01,19:52:31,0:05:00,CTS-DUAL-CONTINUUM/1,,
3/6/01,19:58:45,,Connect Noise Sources,,Noise Source ON
3/6/01,19:58:45,0:05:00,CTS-DUAL-CONTINUUM/1,,
3/6/01,20:06:49,,,,Noise Source OFF
3/6/01,20:06:49,,,,"Config: ""-2 dB"" state "
3/6/01,,,,,Remove 4 dB pads from smm and mm couplers.  Connect lines directly to couplers.
3/6/01,20:06:49,0:05:00,CTS-DUAL-CONTINUUM/1,,
3/6/01,20:11:59,,Connect Noise Sources,,Noise Source ON
3/6/01,20:11:59,0:05:00,CTS-DUAL-CONTINUUM/1,,
3/6/01,20:17:25,,,,Noise Source OFF
3/6/01,,,,,
3/6/01,,,,,"Test Ports as per ""4.5 Linearity in Dual Continuum Mode"""
3/6/01,,,,,"Leave pads as they are (Config: (""-2"" total))"
3/6/01,,,,,
3/6/01,20:17:25,,,,"Config: ""-2 dB"" state"
3/6/01,,,,,"Ensure ""-2"" dB state at smm and mm couplers.  Lines connected directly to couplers"
3/6/01,20:17:25,0:05:00,DUAL-CONTINUUM/1,,
3/6/01,20:24:49,,Connect Noise Sources,,Noise Source ON
3/6/01,20:24:49,0:05:00,DUAL-CONTINUUM/1,,
3/6/01,20:31:13,,,,Noise Source OFF
3/6/01,20:31:13,,,,"Config:  ""+2 dB"" state  "
3/6/01,,,,,Insert 4 dB pads at couplers.
3/6/01,20:31:13,0:05:00,DUAL-CONTINUUM/1,,
3/6/01,20:37:31,,Connect Noise Sources,,Noise Source ON
3/6/01,20:37:31,0:05:00,DUAL-CONTINUUM/1,,
3/6/01,20:44:14,,,,Noise Source OFF
3/6/01,20:44:14,,,,Config: nominal state
3/6/01,,,,,"Remove 4 dB pads from smm and mm couplers.  Go to ""0"" dB state at smm and mm couplers (2 dB at each coupler)  Note:  On smm, this is two 1dB pads.  On mm, this is one 2 dB pad."
3/6/01,20:44:14,0:05:00,DUAL-CONTINUUM/1,,
3/6/01,20:50:28,,Connect Noise Sources,,Noise Source ON
3/6/01,20:50:28,0:05:00,DUAL-CONTINUUM/1,,
3/6/01,20:55:36,,,,Noise Source OFF
3/6/01,,,,,
3/6/01,,,,,
3/6/01,20:55:36,,,,"Test Ports as per ""4.6 LO lock and Frequency Switching Test"" (Nominal)"
3/6/01,20:55:36,0:05:00,CTS -DUAL CONTINUUM/,,
3/6/01,20:55:36,,,,Record Spectra per 4.6...
3/6/01,21:08:00,,,,Filename: TV0184.tdx - TV0189.tdx
3/6/01,21:08:00,,,,
3/6/01,21:08:00,,,,Go to cycle 6
3/6/01,21:08:00,,,,"REMEMBER TO DECREASE THE TEMPERATURE SETTINGS
FOR CTS (USE CTS WARMUP COMMAND IF CTS HAS BEEN OFF, USE CTS HEATER CONTROL COMMAND IF CTS IS ALREADY ON)"
3/6/01,CYCLE 6,,,,
3/6/01,,,,,NOTES:
3/6/01,START TIME,INTERVAL,COMMAND,,Test Ports in Nominal Configuration
3/6/01,,,,,Noise Sources OFF
3/6/01,,,,,Spectrum Analyzer on PLE Test Port (J381)
3/6/01,,,,,SEE TEMPERATURE CYCLE TABLE
3/6/01,,,,,CYCLE NUMBER 6
3/6/01,21:10:00,,,,Going to +15 at interface
3/6/01,21:10:00,,,,REQUEST LARGE PLATE TEMPERATURE= 12 C
3/6/01,21:10:00,0:00:00,,,REQUEST SMALL OB PLATE TEMPERATURE= 12C
3/6/01,21:10:00,0:15:00,,,REQUEST COLD LOAD PLATE TEMPERATURE=  COLD
3/6/01,21:26:25,,,,"Record Spectra as per ""4.6 LO lock and Frequency Switching Test"" as necessary during transition."
3/6/01,21:26:25,0:15:00,,,Filename: TV0190.tdx to TV0191.tdx (30 MHz sweep only) 
3/6/01,21:48:55,0:15:00,,,Filename: TV0192.tdx to TV0193.tdx (30 MHz sweep only) 
3/6/01,22:05:53,0:15:00,,,Filename: TV0194.tdx to TV0195.tdx (30 MHz sweep only) 
3/6/01,22:15:30,0:00:00,,,"AFTER THREE PLATES HAVE STABILIZED, RECORD
TEMPERATURES AND PROCEED
TLARGE= 11.838 ;TSMALL =  11.926 ; TCOLD = -172.4"
3/6/01,22:15:30,,"large and small plates should regulate
to less than 1 deg c",,
3/6/01,,,,,"INSTRUMENT MAY ALREADY BE POWERED ON:
ENTER ""NEW POWER ON"" NUMBER:RECORD
VOLTAGE= 28.3 ;AMP = 2.46"
3/6/01,22:15:30,0:00:00,POWER IS ON ,,
3/6/01,22:15:30,0:00:00,USO is on,,"If USO IS TURNED OFF, ALLOW 30 MINUTES 
WARMUP BEFORE PROCEEDING
OTHERWISE PROCEED AFTER ISSUING COMMAND"
3/6/01,22:15:30,0:00:00,,,"THIS COMMAND IS CYCLE DEPENDENT, HEATER IS ALWAYS
 0(HIGH), T CHANGES WITH LARGE PLATE TEMPERATURE;
 SEE TABLE; ALLOW 30 MINUTES FOR WARMUP"
3/6/01,22:16:15,0:30:00,COMMAND,,CTS Heater Contol = 40 degrees C
3/6/01,22:38:25,0:00:00,CTS -DUAL CONTINUUM,,automatic calibration
3/6/01,,,,,
3/6/01,22:38:25,0:05:00,,,"Test Ports as per ""4.1 Noise Figure of the IFP"""
3/6/01,22:43:29,,,,Config: disconnect Spec Anal from and terminate PLE Test Port 
3/6/01,22:43:29,,,,Config: disconnect IFP output from CTS input (J304 to J307)
3/6/01,22:43:29,,,,Config: terminate CTS input J307; Spec Anal on IFP output J304
3/6/01,22:43:29,,,,"Config: Spec Anal, Recall, State 2"
3/6/01,22:43:29,,,,Record Trace B
3/6/01,22:43:29,0:01:00,smm LNA OFF/,,Record Trace A; Filename: TV0196.tdx
3/6/01,22:44:43,0:01:00,smm  LNA ON/,,
3/6/01,,,,,"""4.2 Noise Figure of the CTS-Spectrum"""
3/6/01,,,,,Config: No change
3/6/01,22:46:49,,,,"""cold"" configuration (""IFP off""), Record Trace A using Recall State 2; Filename: TV0197.tdx"
3/6/01,22:47:21,0:05:00,CTS -DUAL CONTINUUM/1,,
3/6/01,,,,,Config: unterminate CTS input J307; demate Spec Anal from IFP output J304
3/6/01,,,,,Config: connect IFP output to CTS input (J304 to J307)
3/6/01,,,,,Config: unterminate PLE Test Port and connect Spec Anal to  PLE Test Port 
3/6/01,22:53:42,,,,"""hot"" configuration (""IFP on"") from Test 4.2 (nominal configuration)"
3/6/01,22:53:42,0:05:00,CTS -DUAL CONTINUUM/1,,
3/6/01,,,,,
3/6/01,22:59:41,,,,"Test Ports as per ""4.3 IF Frequency Sweep Test"""
3/6/01,22:59:41,,,,Config: connect IFP output to CTS input (J304 to J307) [already done]
3/6/01,22:59:41,,,,Config: connect Spec Anal to PLE Test Port (J381) [already done]
3/6/01,22:59:41,,,,"Config: Spec Anal, Recall, State 0"
3/6/01,22:59:41,,,,Config: connect Sig Gen to smm coupler
3/6/01,22:59:41,,RF On,,Turn Sig Gen RF On
3/6/01,22:59:41,,Change Frequency,,SigGen=5.753 GHz (-80 dBm)
3/6/01,22:59:41,0:05:00,CTS -DUAL CONTINUUM/1,,
3/6/01,,,Change Frequency,,SigGen=5.877 GHz
3/6/01,23:04:30,0:05:00,CTS -DUAL CONTINUUM/2,,
3/6/01,,,Change Frequency,,SigGen=9.667 GHz 
3/6/01,23:09:19,0:05:00,CTS -DUAL CONTINUUM/3,,
3/6/01,,,Change Frequency,,SigGen=9.685 GHz
3/6/01,23:14:36,0:05:00,CTS -DUAL CONTINUUM/4,,
3/6/01,,,Change Frequency,,SigGen=10.791 GHz
3/6/01,23:19:21,0:05:00,CTS -DUAL CONTINUUM/5,,
3/6/01,,,Change Frequency,,SigGen=13.455 GHz
3/6/01,23:24:21,0:05:00,CTS -DUAL CONTINUUM/6,,
3/6/01,,,Change Frequency,,SigGen=15.137 GHz
3/6/01,23:29:15,0:05:00,CTS -DUAL CONTINUUM/7,,
3/6/01,,,Change Frequency,,SigGen=16.338 GHz
3/6/01,23:34:14,0:05:00,CTS -DUAL CONTINUUM/8,,
3/6/01,23:39:46,,RF Off,,Turn SigGen RF Off
3/6/01,,,,,
3/6/01,,,,,"Test Ports as per ""4.4 Linearity in CTS/Dual Continuum Mode"""
3/6/01,23:39:46,,,,Remove submm coupler input line from Sig Gen RF out.  Put termination on submm coupler input line.
3/6/01,23:39:46,,,,Config: nominal state.  
3/6/01,,,,,"Ensure ""0"" dB state at smm and mm couplers (2 dB at each coupler)  Note:  On smm, this is two 1dB pads.  On mm, this is one 2 dB pad."
3/6/01,23:39:46,0:05:00,CTS-DUAL-CONTINUUM/1,,
3/6/01,23:45:03,,Connect Noise Sources,,Noise Source ON
3/6/01,23:45:03,0:05:00,CTS-DUAL-CONTINUUM/1,,
,23:52:43,,,,Noise Source OFF
,23:52:43,,,,"Config: ""+2 dB"" state "
,,,,,Remove 2 dB (total) pads from smm and mm couplers.  Insert 4 dB pads in their place.
,23:52:43,0:05:00,CTS-DUAL-CONTINUUM/1,,
,,,,,Mark Hofstadter and Robert Nowicki on duty
4/6/01,0:00:11,,Connect Noise Sources,,Noise Source ON
4/6/01,0:00:11,0:05:00,CTS-DUAL-CONTINUUM/1,,
4/6/01,0:08:21,,,,Noise Source OFF
4/6/01,0:08:21,,,,"Config: ""-2 dB"" state "
4/6/01,,,,,Remove 4 dB pads from smm and mm couplers.  Connect lines directly to couplers.
4/6/01,0:08:21,0:05:00,CTS-DUAL-CONTINUUM/1,,
4/6/01,0:14:21,,Connect Noise Sources,,Noise Source ON
4/6/01,0:14:21,0:05:00,CTS-DUAL-CONTINUUM/1,,
4/6/01,0:21:20,,,,Noise Source OFF
4/6/01,,,,,
4/6/01,,,,,"Test Ports as per ""4.5 Linearity in Dual Continuum Mode"""
4/6/01,,,,,"Leave pads as they are (Config: (""-2"" total))"
4/6/01,,,,,
4/6/01,0:23:00,,,,"Config: ""-2 dB"" state"
4/6/01,,,,,"Ensure ""-2"" dB state at smm and mm couplers.  Lines connected directly to couplers"
4/6/01,0:23:00,0:05:00,DUAL-CONTINUUM/1,,
4/6/01,0:29:25,,Connect Noise Sources,,Noise Source ON
4/6/01,0:29:31,0:05:00,DUAL-CONTINUUM/1,,
4/6/01,0:37:58,,,,Noise Source OFF
4/6/01,0:37:58,,,,"Config:  ""+2 dB"" state  "
4/6/01,,,,,Insert 4 dB pads at couplers.
4/6/01,0:37:58,0:05:00,DUAL-CONTINUUM/1,,
4/6/01,0:44:06,,Connect Noise Sources,,Noise Source ON
4/6/01,0:44:06,0:05:00,DUAL-CONTINUUM/1,,
4/6/01,0:53:09,,,,Noise Source OFF
4/6/01,0:53:09,,,,Config: nominal state
4/6/01,,,,,"Remove 4 dB pads from smm and mm couplers.  Go to ""0"" dB state at smm and mm couplers (2 dB at each coupler)  Note:  On smm, this is two 1dB pads.  On mm, this is one 2 dB pad."
4/6/01,0:53:09,0:05:00,DUAL-CONTINUUM/1,,
4/6/01,0:58:40,,Connect Noise Sources,,Noise Source ON
4/6/01,0:59:06,0:05:00,DUAL-CONTINUUM/1,,
4/6/01,1:04:29,,,,Noise Source OFF
4/6/01,,,,,
4/6/01,,,,,
4/6/01,1:04:29,,,,"Test Ports as per ""4.6 LO lock and Frequency Switching Test"" (Nominal)"
4/6/01,1:05:28,,DUAL CONTINUUM,,Erroneously sent dual continuum.  Waiting for completion.
4/6/01,1:07:45,0:15:00,CTS -DUAL CONTINUUM/,,
4/6/01,1:23:30,,,,Record Spectra per 4.6...
4/6/01,1:23:30,,,,"Filename: TV0198.tdx, freq=1598MHz, sweep=300MHz"
4/6/01,1:23:30,,,,"Filename: TV0199.tdx, freq=1598MHz, sweep=30MHz"
4/6/01,1:23:30,,,,"Filename: TV0200.tdx, freq=1598MHz, sweep=3MHz"
4/6/01,1:23:30,,,,"Filename: TV0201.tdx, freq=1600.5MHz, sweep=300MHz"
4/6/01,1:23:30,,,,"Filename: TV0202.tdx, freq=1600.5MHz, sweep=30MHz"
4/6/01,1:23:30,,,,"Filename: TV0203.tdx, freq=1600.5MHz, sweep=3MHz"
4/6/01,1:23:30,,,,
4/6/01,1:23:30,,,,Go to cycle 7
4/6/01,1:25:00,,,,"REMEMBER TO DECREASE THE TEMPERATURE SETTINGS
FOR CTS (USE CTS WARMUP COMMAND IF CTS HAS BEEN OFF, USE CTS HEATER CONTROL COMMAND IF CTS IS ALREADY ON)"
4/6/01,CYCLE 7,,,,
4/6/01,,,,,NOTES:
4/6/01,START TIME,INTERVAL,COMMAND,,Test Ports in Nominal Configuration
4/6/01,,,,,Noise Sources OFF
4/6/01,,,,,Spectrum Analyzer on PLE Test Port (J381)
4/6/01,,,,,SEE TEMPERATURE CYCLE TABLE
4/6/01,,,,,CYCLE NUMBER 7
4/6/01,1:25:00,,,,Going to +5 at interface
4/6/01,1:25:00,,,,REQUEST LARGE PLATE TEMPERATURE= 2 C
4/6/01,1:25:00,0:00:00,,,REQUEST SMALL OB PLATE TEMPERATURE= 2C
4/6/01,1:25:00,0:15:00,,,REQUEST COLD LOAD PLATE TEMPERATURE=  COLD
4/6/01,1:43:00,,,,"Record Spectra as per ""4.6 LO lock and Frequency Switching Test"" as necessary during transition."
4/6/01,1:43:00,0:15:00,,,Filename: TV0204.tdx to TV0205.tdx (30 MHz sweep only) 
4/6/01,1:58:10,0:15:00,,,Filename: TV0206.tdx to TV0207.tdx (30 MHz sweep only) 
4/6/01,2:13:10,0:15:00,,,Filename: TV0208.tdx to TV0209.tdx (30 MHz sweep only) 
4/6/01,2:28:10,0:00:00,,,"AFTER THREE PLATES HAVE STABILIZED, RECORD
TEMPERATURES AND PROCEED
TLARGE= 7.0  ;TSMALL =  2.4 ; TCOLD = -182.8"
4/6/01,2:28:10,,"large and small plates should regulate
to less than 1 deg c",,
4/6/01,,,,,"INSTRUMENT MAY ALREADY BE POWERED ON:
ENTER ""NEW POWER ON"" NUMBER:RECORD
VOLTAGE=  ;AMP = "
4/6/01,2:28:10,0:00:00,POWER IS ON ,,
4/6/01,2:28:10,0:00:00,USO is on,,"If USO IS TURNED OFF, ALLOW 30 MINUTES 
WARMUP BEFORE PROCEEDING
OTHERWISE PROCEED AFTER ISSUING COMMAND"
4/6/01,2:28:10,0:00:00,,,"THIS COMMAND IS CYCLE DEPENDENT, HEATER IS ALWAYS
 0(HIGH), T CHANGES WITH LARGE PLATE TEMPERATURE;
 SEE TABLE; ALLOW 30 MINUTES FOR WARMUP"
4/6/01,2:30:50,0:30:00,COMMAND,,CTS Heater Contol = 30 degrees C
4/6/01,3:00:41,0:00:00,CTS -DUAL CONTINUUM,,
4/6/01,,,,,
4/6/01,3:00:41,0:05:00,,,"Test Ports as per ""4.1 Noise Figure of the IFP"""
4/6/01,3:05:41,,,,Config: disconnect Spec Anal from and terminate PLE Test Port 
4/6/01,3:05:41,,,,Config: disconnect IFP output from CTS input (J304 to J307)
4/6/01,3:05:41,,,,Config: terminate CTS input J307; Spec Anal on IFP output J304
4/6/01,3:05:41,,,,"Config: Spec Anal, Recall, State 2"
4/6/01,3:05:41,,,,Record Trace B
4/6/01,3:08:20,0:01:00,smm LNA OFF/,,Record Trace A; Filename: TV0210.tdx
4/6/01,3:10:44,0:01:00,smm  LNA ON/,,
4/6/01,,,,,"""4.2 Noise Figure of the CTS-Spectrum"""
4/6/01,,,,,Config: No change
4/6/01,3:12:21,,,,"""cold"" configuration (""IFP off""), Record Trace A using Recall State 2; Filename: TV0211.tdx"
4/6/01,3:13:06,0:05:00,CTS -DUAL CONTINUUM/1,,
4/6/01,,,,,Config: unterminate CTS input J307; demate Spec Anal from IFP output J304
4/6/01,,,,,Config: connect IFP output to CTS input (J304 to J307)
4/6/01,,,,,Config: unterminate PLE Test Port and connect Spec Anal to  PLE Test Port 
4/6/01,3:18:06,,,,"""hot"" configuration (""IFP on"") from Test 4.2 (nominal configuration)"
4/6/01,3:18:12,0:05:00,CTS -DUAL CONTINUUM/1,,
4/6/01,,,,,
4/6/01,3:23:12,,,,"Test Ports as per ""4.3 IF Frequency Sweep Test"""
4/6/01,3:23:12,,,,Config: connect IFP output to CTS input (J304 to J307) [already done]
4/6/01,3:23:12,,,,Config: connect Spec Anal to PLE Test Port (J381) [already done]
4/6/01,3:23:12,,,,"Config: Spec Anal, Recall, State 0"
4/6/01,3:23:12,,,,Config: connect Sig Gen to smm coupler
4/6/01,3:23:12,,RF On,,Turn Sig Gen RF On
4/6/01,3:23:40,,Change Frequency,,SigGen=5.753 GHz (-80 dBm)
4/6/01,3:24:32,0:05:00,CTS -DUAL CONTINUUM/1,,
4/6/01,,,,,"Noticed that CTS temperature was still dropping, as per spectrometer sensors T1 and T3, from engineering data.  Suspect procedure does not allow enough time for CTS to stabilize when cooling."
4/6/01,,,Change Frequency,,SigGen=5.877 GHz
4/6/01,3:31:38,0:05:00,CTS -DUAL CONTINUUM/2,,
4/6/01,,,Change Frequency,,SigGen=9.667 GHz 
4/6/01,3:35:39,0:05:00,CTS -DUAL CONTINUUM/3,,
4/6/01,,,Change Frequency,,SigGen=9.685 GHz
4/6/01,3:40:23,0:05:00,CTS -DUAL CONTINUUM/4,,
4/6/01,,,Change Frequency,,SigGen=10.791 GHz
4/6/01,3:44:46,0:05:00,CTS -DUAL CONTINUUM/5,,
4/6/01,,,,,Note: CTS spetrometer T3 sensor has just now stabilized.
4/6/01,,,Change Frequency,,SigGen=13.455 GHz
4/6/01,3:50:01,0:05:00,CTS -DUAL CONTINUUM/6,,
4/6/01,,,Change Frequency,,SigGen=15.137 GHz
4/6/01,3:55:42,0:05:00,CTS -DUAL CONTINUUM/7,,
4/6/01,,,Change Frequency,,SigGen=16.338 GHz
4/6/01,4:01:02,0:05:00,CTS -DUAL CONTINUUM/8,,
4/6/01,,,,,Repeating frequencies collected while CTS temperature was changing.
4/6/01,4:06:50,,Change Frequency,,SigGen=5.753 GHz (-80 dBm)
4/6/01,4:06:50,0:05:00,CTS -DUAL CONTINUUM/1,,
4/6/01,,,Change Frequency,,SigGen=5.877 GHz
4/6/01,4:12:02,0:05:00,CTS -DUAL CONTINUUM/2,,
4/6/01,,,Change Frequency,,SigGen=9.667 GHz 
4/6/01,4:18:45,0:05:00,CTS -DUAL CONTINUUM/3,,
4/6/01,,,Change Frequency,,SigGen=9.685 GHz
4/6/01,4:23:25,0:05:00,CTS -DUAL CONTINUUM/4,,
4/6/01,,,Change Frequency,,SigGen=10.791 GHz
4/6/01,4:29:16,0:05:00,CTS -DUAL CONTINUUM/5,,
4/6/01,,,,,End repeat of frequencies
4/6/01,4:35:50,,RF Off,,Turn SigGen RF Off
4/6/01,4:36:32,,,,Remove submm coupler input line from Sig Gen RF out.  Put termination on submm coupler input line.
4/6/01,,,,,
4/6/01,,,,,Repeat noise figure of CTS test now that temps stable
4/6/01,4:36:32,0:05:00,,,"Test Ports as per ""4.1 Noise Figure of the IFP"""
4/6/01,4:38:30,,,,Config: disconnect Spec Anal from and terminate PLE Test Port 
4/6/01,4:38:30,,,,Config: disconnect IFP output from CTS input (J304 to J307)
4/6/01,4:38:30,,,,Config: terminate CTS input J307; Spec Anal on IFP output J304
4/6/01,,,,,
4/6/01,,,,,"""4.2 Noise Figure of the CTS-Spectrum"""
4/6/01,,,,,Config: No change
4/6/01,4:40:08,,,,"""cold"" configuration (""IFP off""), Record Trace A using Recall State 2; Filename: TV0211_2.tdx"
4/6/01,4:40:56,0:05:00,CTS -DUAL CONTINUUM/1,,
4/6/01,,,,,Config: unterminate CTS input J307; demate Spec Anal from IFP output J304
4/6/01,,,,,Config: connect IFP output to CTS input (J304 to J307)
4/6/01,,,,,Config: unterminate PLE Test Port and connect Spec Anal to  PLE Test Port 
4/6/01,4:45:56,,,,"""hot"" configuration (""IFP on"") from Test 4.2 (nominal configuration)"
4/6/01,4:47:39,0:05:00,CTS -DUAL CONTINUUM/1,,
4/6/01,,,,,
4/6/01,,,,,End repeat of CTS noise figure
4/6/01,,,,,
4/6/01,,,,,"Test Ports as per ""4.4 Linearity in CTS/Dual Continuum Mode"""
4/6/01,4:52:39,,,,Config: nominal state.  
4/6/01,,,,,"Ensure ""0"" dB state at smm and mm couplers (2 dB at each coupler)  Note:  On smm, this is two 1dB pads.  On mm, this is one 2 dB pad."
4/6/01,4:55:15,,Connect Noise Sources,,Noise Source ON
4/6/01,4:55:52,0:05:00,CTS-DUAL-CONTINUUM/1,,
4/6/01,5:00:00,,,,Noise Source OFF
4/6/01,5:03:04,,,,"Config: ""+2 dB"" state "
4/6/01,,,,,Remove 2 dB (total) pads from smm and mm couplers.  Insert 4 dB pads in their place.
4/6/01,5:04:07,0:05:00,CTS-DUAL-CONTINUUM/1,,
4/6/01,5:10:12,,Connect Noise Sources,,Noise Source ON
4/6/01,5:10:56,0:05:00,CTS-DUAL-CONTINUUM/1,,
4/6/01,5:15:56,,,,Noise Source OFF
4/6/01,5:17:20,,,,"Config: ""-2 dB"" state "
4/6/01,,,,,Remove 4 dB pads from smm and mm couplers.  Connect lines directly to couplers.
4/6/01,5:18:05,0:05:00,CTS-DUAL-CONTINUUM/1,,
4/6/01,5:24:28,,Connect Noise Sources,,Noise Source ON
4/6/01,5:25:04,0:05:00,CTS-DUAL-CONTINUUM/1,,
4/6/01,5:31:10,,,,Noise Source OFF
4/6/01,,,,,
4/6/01,,,,,"Test Ports as per ""4.5 Linearity in Dual Continuum Mode"""
4/6/01,,,,,"Leave pads as they are (Config: (""-2"" total))"
4/6/01,,,,,
4/6/01,5:31:10,,,,"Config: ""-2 dB"" state"
4/6/01,,,,,"Ensure ""-2"" dB state at smm and mm couplers.  Lines connected directly to couplers"
4/6/01,5:32:19,0:05:00,DUAL-CONTINUUM/1,,
4/6/01,5:37:31,,Connect Noise Sources,,Noise Source ON
4/6/01,5:38:06,0:05:00,DUAL-CONTINUUM/1,,
4/6/01,5:42:03,,,,Noise Source OFF
4/6/01,5:43:44,,,,"Config:  ""+2 dB"" state  "
4/6/01,,,,,Insert 4 dB pads at couplers.
4/6/01,5:44:29,0:05:00,DUAL-CONTINUUM/1,,
4/6/01,5:48:00,,Connect Noise Sources,,Noise Source ON
4/6/01,5:48:43,0:05:00,DUAL-CONTINUUM/1,,
4/6/01,5:52:09,,,,Noise Source OFF
4/6/01,5:54:18,,,,Config: nominal state
4/6/01,,,,,"Remove 4 dB pads from smm and mm couplers.  Go to ""0"" dB state at smm and mm couplers (2 dB at each coupler)  Note:  On smm, this is two 1dB pads.  On mm, this is one 2 dB pad."
4/6/01,5:54:59,0:05:00,DUAL-CONTINUUM/1,,
4/6/01,5:58:20,,Connect Noise Sources,,Noise Source ON
4/6/01,5:58:59,0:05:00,DUAL-CONTINUUM/1,,
4/6/01,6:01:49,,,,Noise Source OFF
4/6/01,,,,,
4/6/01,,,,,
4/6/01,6:01:49,,,,"Test Ports as per ""4.6 LO lock and Frequency Switching Test"" (Nominal)"
4/6/01,6:03:07,0:05:00,CTS -DUAL CONTINUUM/,,Record Spectra per 4.6...
4/6/01,6:10:24,,,,Filename: TV0212.tdx - TV0217.tdx
4/6/01,6:10:24,,,,
4/6/01,6:10:24,,,,Go to cycle 8
4/6/01,6:10:24,,,,"REMEMBER TO DECREASE THE TEMPERATURE SETTINGS
FOR CTS (USE CTS WARMUP COMMAND IF CTS HAS BEEN OFF, USE CTS HEATER CONTROL COMMAND IF CTS IS ALREADY ON)"
4/6/01,,,,,I assume the above comment about remembering implies that we are not supposed to do this NOW. It is called out later in the procedure to send the command. Robert.
4/6/01,CYCLE 8,,,,
4/6/01,,,,,NOTES:
4/6/01,START TIME,INTERVAL,COMMAND,,Test Ports in Nominal Configuration
4/6/01,,,,,Noise Sources OFF
4/6/01,,,,,Spectrum Analyzer on PLE Test Port (J381)
4/6/01,,,,,SEE TEMPERATURE CYCLE TABLE
4/6/01,,,,,CYCLE NUMBER 8
4/6/01,6:13:38,,,,Going to -5 at interface
4/6/01,6:13:38,,,,REQUEST LARGE PLATE TEMPERATURE= -8 C
4/6/01,6:13:38,0:00:00,,,REQUEST SMALL OB PLATE TEMPERATURE= -8C
4/6/01,6:13:38,0:15:00,,,REQUEST COLD LOAD PLATE TEMPERATURE=  COLD
4/6/01,6:29:30,,,,"Record Spectra as per ""4.6 LO lock and Frequency Switching Test"" as necessary during transition."
4/6/01,6:29:30,0:15:00,,,Filename: TV0218.tdx to TV0219.tdx (30 MHz sweep only) 
4/6/01,6:44:50,0:15:00,,,Filename: TV0220.tdx to TV0221.tdx (30 MHz sweep only) 
4/6/01,6:59:50,0:15:00,,,Filename: TV0222.tdx to TV0223.tdx (30 MHz sweep only) 
4/6/01,7:03:00,0:00:00,,,"AFTER THREE PLATES HAVE STABILIZED, RECORD
TEMPERATURES AND PROCEED
TLARGE= -2.1  ;TSMALL =  -7.7 ; TCOLD = -183.5"
4/6/01,,,,,Above temperatures are from the lab's monitor. Our labview computer shows large is -7.6 and the small is -7.9.
4/6/01,7:03:00,,"large and small plates should regulate
to less than 1 deg c",,
4/6/01,,,,,"INSTRUMENT MAY ALREADY BE POWERED ON:
ENTER ""NEW POWER ON"" NUMBER:RECORD
VOLTAGE=  ;AMP = "
4/6/01,7:03:00,0:00:00,POWER IS ON ,,
4/6/01,7:03:00,0:00:00,USO is on,,"If USO IS TURNED OFF, ALLOW 30 MINUTES 
WARMUP BEFORE PROCEEDING
OTHERWISE PROCEED AFTER ISSUING COMMAND"
4/6/01,7:03:00,0:00:00,,,"THIS COMMAND IS CYCLE DEPENDENT, HEATER IS ALWAYS
 0(HIGH), T CHANGES WITH LARGE PLATE TEMPERATURE;
 SEE TABLE; ALLOW 30 MINUTES FOR WARMUP"
4/6/01,7:05:43,0:30:00,COMMAND,,"CTS Heater Contol = 20 degrees C, Low Power. The low power is to see if we achieve the 10 degree drop faster than the 73 minutes it took to drop from 40 to 30 at high power."
4/6/01,8:07:59,0:05:00,CTS -DUAL CONTINUUM,,Mike Janssen replacing Mark Hofstadter: delay in start of test to allow CTS to stabilize in temp
4/6/01,,,,,
4/6/01,8:12:59,,,,"Test Ports as per ""4.1 Noise Figure of the IFP"""
4/6/01,8:12:59,,,,Config: disconnect Spec Anal from and terminate PLE Test Port 
4/6/01,8:12:59,,,,Config: disconnect IFP output from CTS input (J304 to J307)
4/6/01,8:12:59,,,,Config: terminate CTS input J307; Spec Anal on IFP output J304
4/6/01,8:12:59,,,,"Config: Spec Anal, Recall, State 2"
4/6/01,8:12:59,,,,Record Trace B
4/6/01,8:14:49,0:01:00,smm LNA OFF/,,Record Trace A; Filename: TV0224.tdx
4/6/01,8:18:29,0:01:00,smm  LNA ON/,,
4/6/01,,,,,"""4.2 Noise Figure of the CTS-Spectrum"""
4/6/01,,,,,Config: No change
4/6/01,8:24:00,,,,"""cold"" configuration (""IFP off""), Record Trace A using Recall State 2; Filename: TV0225.tdx"
4/6/01,8:24:51,0:05:00,CTS -DUAL CONTINUUM/1,,
4/6/01,,,,,Config: unterminate CTS input J307; demate Spec Anal from IFP output J304
4/6/01,,,,,Config: connect IFP output to CTS input (J304 to J307)
4/6/01,,,,,Config: unterminate PLE Test Port and connect Spec Anal to  PLE Test Port 
4/6/01,8:30:30,,,,"""hot"" configuration (""IFP on"") from Test 4.2 (nominal configuration)"
4/6/01,8:30:48,0:05:00,CTS -DUAL CONTINUUM/1,,
4/6/01,,,,,
4/6/01,8:35:30,,,,"Test Ports as per ""4.3 IF Frequency Sweep Test"""
4/6/01,8:35:30,,,,Config: connect IFP output to CTS input (J304 to J307) [already done]
4/6/01,8:35:30,,,,Config: connect Spec Anal to PLE Test Port (J381) [already done]
4/6/01,8:35:30,,,,"Config: Spec Anal, Recall, State 0"
4/6/01,8:35:30,,,,Config: connect Sig Gen to smm coupler
4/6/01,8:35:50,,RF On,,Turn Sig Gen RF On
4/6/01,8:36:15,,Change Frequency,,SigGen=5.753 GHz (-80 dBm)
4/6/01,8:36:26,0:05:00,CTS -DUAL CONTINUUM/1,,
4/6/01,,,Change Frequency,,SigGen=5.877 GHz
4/6/01,8:41:41,0:05:00,CTS -DUAL CONTINUUM/2,,
4/6/01,,,Change Frequency,,SigGen=9.667 GHz 
4/6/01,8:47:23,0:05:00,CTS -DUAL CONTINUUM/3,,
4/6/01,,,Change Frequency,,SigGen=9.685 GHz
4/6/01,8:52:30,0:05:00,CTS -DUAL CONTINUUM/4,,
4/6/01,,,Change Frequency,,SigGen=10.791 GHz
4/6/01,8:57:37,0:05:00,CTS -DUAL CONTINUUM/5,,
4/6/01,,,Change Frequency,,SigGen=13.455 GHz
4/6/01,9:02:40,0:05:00,CTS -DUAL CONTINUUM/6,,
4/6/01,,,Change Frequency,,SigGen=15.137 GHz
4/6/01,9:07:43,0:05:00,CTS -DUAL CONTINUUM/7,,
4/6/01,,,Change Frequency,,SigGen=16.338 GHz
4/6/01,9:12:46,0:05:00,CTS -DUAL CONTINUUM/8,,
4/6/01,9:17:46,,RF Off,,Turn SigGen RF Off
4/6/01,,,,,
4/6/01,,,,,"Test Ports as per ""4.4 Linearity in CTS/Dual Continuum Mode"""
4/6/01,9:17:46,,,,Remove submm coupler input line from Sig Gen RF out.  Put termination on submm coupler input line.
4/6/01,9:17:46,,,,Config: nominal state.  
4/6/01,,,,,"Ensure ""0"" dB state at smm and mm couplers (2 dB at each coupler)  Note:  On smm, this is two 1dB pads.  On mm, this is one 2 dB pad."
4/6/01,9:18:35,0:05:00,CTS-DUAL-CONTINUUM/1,,
4/6/01,9:23:35,,Connect Noise Sources,,Noise Source ON
4/6/01,9:24:17,0:05:00,CTS-DUAL-CONTINUUM/1,,
4/6/01,9:29:17,,,,Noise Source OFF
4/6/01,9:29:17,,,,"Config: ""+2 dB"" state "
4/6/01,,,,,Remove 2 dB (total) pads from smm and mm couplers.  Insert 4 dB pads in their place.
4/6/01,9:31:16,0:05:00,CTS-DUAL-CONTINUUM/1,,
4/6/01,9:36:16,,Connect Noise Sources,,Noise Source ON
4/6/01,9:36:58,0:05:00,CTS-DUAL-CONTINUUM/1,,
4/6/01,9:41:58,,,,Noise Source OFF
4/6/01,9:43:00,,,,"Config: ""-2 dB"" state "
4/6/01,,,,,Remove 4 dB pads from smm and mm couplers.  Connect lines directly to couplers.
4/6/01,9:43:44,0:05:00,CTS-DUAL-CONTINUUM/1,,
4/6/01,9:48:44,,Connect Noise Sources,,Noise Source ON
4/6/01,9:49:48,0:05:00,CTS-DUAL-CONTINUUM/1,,
4/6/01,9:54:48,,,,Noise Source OFF
4/6/01,,,,,
4/6/01,,,,,"Test Ports as per ""4.5 Linearity in Dual Continuum Mode"""
4/6/01,,,,,"Leave pads as they are (Config: (""-2"" total))"
4/6/01,,,,,
4/6/01,9:54:48,,,,"Config: ""-2 dB"" state"
4/6/01,,,,,"Ensure ""-2"" dB state at smm and mm couplers.  Lines connected directly to couplers"
4/6/01,9:55:36,0:05:00,DUAL-CONTINUUM/1,,
4/6/01,10:00:36,,Connect Noise Sources,,Noise Source ON
4/6/01,10:01:36,0:05:00,DUAL-CONTINUUM/1,,
4/6/01,10:06:36,,,,Noise Source OFF
4/6/01,10:06:36,,,,"Config:  ""+2 dB"" state  "
4/6/01,,,,,Insert 4 dB pads at couplers.
4/6/01,10:08:26,0:05:00,DUAL-CONTINUUM/1,,
4/6/01,10:14:35,,Connect Noise Sources,,Noise Source ON
4/6/01,10:14:35,0:05:00,DUAL-CONTINUUM/1,,
4/6/01,10:19:35,,,,Noise Source OFF
4/6/01,10:19:35,,,,Config: nominal state
4/6/01,,,,,"Remove 4 dB pads from smm and mm couplers.  Go to ""0"" dB state at smm and mm couplers (2 dB at each coupler)  Note:  On smm, this is two 1dB pads.  On mm, this is one 2 dB pad."
4/6/01,10:21:42,0:05:00,DUAL-CONTINUUM/1,,
4/6/01,10:26:42,,Connect Noise Sources,,Noise Source ON
4/6/01,10:27:33,0:05:00,DUAL-CONTINUUM/1,,
4/6/01,10:32:50,,,,Noise Source OFF
4/6/01,,,,,
4/6/01,,,,,
4/6/01,10:32:50,,,,"Test Ports as per ""4.6 LO lock and Frequency Switching Test"" (Nominal)"
4/6/01,10:33:45,0:05:00,CTS -DUAL CONTINUUM/,,Record Spectra per 4.6...
4/6/01,10:43:00,,,,Filename: TV0226.tdx - TV0231.tdx
4/6/01,10:43:00,,,,
4/6/01,10:43:00,,,,Go to cycle 9
4/6/01,10:45:00,,,,"REMEMBER TO DECREASE THE TEMPERATURE SETTINGS
FOR CTS (USE CTS WARMUP COMMAND IF CTS HAS BEEN OFF, USE CTS HEATER CONTROL COMMAND IF CTS IS ALREADY ON)"
4/6/01,,,,,
4/6/01,,,,,
4/6/01,,,,,
4/6/01,CYCLE 9,,,,
4/6/01,,,,,NOTES:
4/6/01,START TIME,INTERVAL,COMMAND,,Test Ports in Nominal Configuration
4/6/01,,,,,Noise Sources OFF
4/6/01,,,,,Spectrum Analyzer on PLE Test Port (J381)
4/6/01,,,,,SEE TEMPERATURE CYCLE TABLE
4/6/01,,,,,CYCLE NUMBER 9
4/6/01,10:45:00,,,,Going to -15 at interface
4/6/01,10:45:00,,,,REQUEST LARGE PLATE TEMPERATURE= -18 C
4/6/01,10:45:00,0:00:00,,,REQUEST SMALL OB PLATE TEMPERATURE= -18C
4/6/01,10:45:00,0:15:00,,,REQUEST COLD LOAD PLATE TEMPERATURE=  COLD
4/6/01,10:56:31,0:30:00,COMMAND,,"CTS Heater Contol = 10 degrees C (This is 10C lower than called for by procedure book, as per instructions at shift change.) Heater power set to low. This command was moved up in the procedure to hasten the approach to CTS temperature equilibrium."
4/6/01,11:00:00,,,,"Record Spectra as per ""4.6 LO lock and Frequency Switching Test"" as necessary during transition."
4/6/01,11:02:00,0:15:00,,,Filename: TV0232.tdx to TV0233.tdx (30 MHz sweep only) 
4/6/01,11:32:00,0:15:00,,,Filename: TV0234.tdx to TV0235.tdx (30 MHz sweep only) 
4/6/01,11:35:00,,,,"REQUEST LARGE PLATE TEMPERATURE= -22 C
Changed this request to be consistent with previous run at this temperature"
4/6/01,11:35:00,,,,REQUEST SMALL OB PLATE TEMPERATURE= -20 C etc.
4/6/01,11:51:00,0:00:00,,,Filename: TV0236.tdx to TV0237.tdx (30 MHz sweep only) 
4/6/01,12:31:00,0:00:00,,,"AFTER THREE PLATES HAVE STABILIZED, RECORD
TEMPERATURES (Tlrg & Tsml from TC temp monitor)
TLARGE=-20.99 ;TSMALL =  -19.55 ; TCOLD = -167.8"
4/6/01,12:31:00,,,,Wait for CTS temperature to stabilize.  Watch using engineering quick-look. CTS is stable.
4/6/01,12:31:00,,,,"INSTRUMENT MAY ALREADY BE POWERED ON:
ENTER ""NEW POWER ON"" NUMBER:RECORD
VOLTAGE= xx ;AMP = xx"
4/6/01,12:31:00,0:00:00,POWER IS ON ,,
4/6/01,12:31:00,0:00:00,USO is on,,"If USO IS TURNED OFF, ALLOW 30 MINUTES 
WARMUP BEFORE PROCEEDING
OTHERWISE PROCEED AFTER ISSUING COMMAND"
4/6/01,12:31:06,0:05:00,CTS -DUAL CONTINUUM,,automatic calibration
4/6/01,12:36:06,,,,
4/6/01,12:36:06,0:00:00,,,"Test Ports as per ""4.1 Noise Figure of the IFP"""
4/6/01,12:36:06,,,,Config: disconnect Spec Anal from and terminate PLE Test Port 
4/6/01,12:36:06,,,,Config: disconnect IFP output from CTS input (J304 to J307)
4/6/01,12:36:06,,,,Config: terminate CTS input J307; Spec Anal on IFP output J304
4/6/01,12:36:06,,,,"Config: Spec Anal, Recall, State 2"
4/6/01,12:36:06,,,,Record Trace B
4/6/01,12:39:08,0:01:00,smm LNA OFF/,,Record Trace A; Filename: TV0238.tdx
4/6/01,12:40:57,0:01:00,smm  LNA ON/,,
4/6/01,12:41:57,,,,"""4.2 Noise Figure of the CTS-Spectrum"""
4/6/01,12:41:57,,,,Config: No change
4/6/01,12:42:00,,,,"""cold"" configuration (""IFP off""), Record Trace A using Recall State 2; Filename: TV0239.tdx"
4/6/01,12:43:23,0:05:00,CTS -DUAL CONTINUUM/1,,
4/6/01,12:48:23,,,,Config: unterminate CTS input J307; demate Spec Anal from IFP output J304
4/6/01,12:48:23,,,,Config: connect IFP output to CTS input (J304 to J307)
4/6/01,12:48:23,,,,Config: unterminate PLE Test Port and connect Spec Anal to  PLE Test Port 
4/6/01,12:48:23,,,,"""hot"" configuration (""IFP on"") from Test 4.2 (nominal configuration)"
4/6/01,12:50:51,0:05:00,CTS -DUAL CONTINUUM/1,,
4/6/01,12:55:51,,,,
4/6/01,12:55:51,,,,"Test Ports as per ""4.3 IF Frequency Sweep Test"""
4/6/01,12:55:51,,,,Config: connect IFP output to CTS input (J304 to J307) [already done]
4/6/01,12:55:51,,,,Config: connect Spec Anal to PLE Test Port (J381) [already done]
4/6/01,12:55:51,,,,"Config: Spec Anal, Recall, State 0"
4/6/01,12:55:51,,,,Config: connect Sig Gen to smm coupler
4/6/01,12:55:51,,RF On,,Turn Sig Gen RF On
4/6/01,12:56:27,,Change Frequency,,SigGen=5.753 GHz (-80 dBm)
4/6/01,12:56:27,0:05:00,CTS -DUAL CONTINUUM/1,,
4/6/01,13:01:27,,Change Frequency,,SigGen=5.877 GHz
4/6/01,13:01:33,0:05:00,CTS -DUAL CONTINUUM/2,,
4/6/01,13:06:33,,Change Frequency,,SigGen=9.667 GHz 
4/6/01,13:06:39,0:05:00,CTS -DUAL CONTINUUM/3,,
4/6/01,13:11:39,,Change Frequency,,SigGen=9.685 GHz
4/6/01,13:11:46,0:05:00,CTS -DUAL CONTINUUM/4,,
4/6/01,13:16:46,,Change Frequency,,SigGen=10.791 GHz
4/6/01,13:16:54,0:05:00,CTS -DUAL CONTINUUM/5,,
4/6/01,13:21:54,,Change Frequency,,SigGen=13.455 GHz
4/6/01,13:22:01,0:05:00,CTS -DUAL CONTINUUM/6,,
4/6/01,13:27:01,,Change Frequency,,SigGen=15.137 GHz
4/6/01,13:27:09,0:05:00,CTS -DUAL CONTINUUM/7,,
4/6/01,13:32:09,,Change Frequency,,SigGen=16.338 GHz
4/6/01,13:32:16,0:05:00,CTS -DUAL CONTINUUM/8,,
4/6/01,13:37:16,,RF Off,,Turn SigGen RF Off
4/6/01,13:37:16,,,,
4/6/01,13:37:16,,,,"Test Ports as per ""4.4 Linearity in CTS/Dual Continuum Mode"""
4/6/01,13:37:16,,,,Remove submm coupler input line from Sig Gen RF out.  Put termination on submm coupler input line.
4/6/01,13:37:16,,,,Config: nominal state.  
4/6/01,13:37:16,,,,"Ensure ""0"" dB state at smm and mm couplers (2 dB at each coupler)  Note:  On smm, this is two 1dB pads.  On mm, this is one 2 dB pad."
4/6/01,13:38:11,0:05:00,CTS-DUAL-CONTINUUM/1,,
4/6/01,13:43:11,,Connect Noise Sources,,Noise Source ON
4/6/01,13:44:09,0:05:00,CTS-DUAL-CONTINUUM/1,,
4/6/01,13:49:09,,,,Noise Source OFF
4/6/01,13:49:09,,,,"Config: ""+2 dB"" state "
4/6/01,13:49:09,,,,Remove 2 dB (total) pads from smm and mm couplers.  Insert 4 dB pads in their place.
4/6/01,13:51:38,0:05:00,CTS-DUAL-CONTINUUM/1,,
4/6/01,,,,,
4/6/01,13:56:38,,Connect Noise Sources,,Noise Source ON
4/6/01,13:57:34,0:05:00,CTS-DUAL-CONTINUUM/1,,
4/6/01,14:02:34,,,,Noise Source OFF
4/6/01,14:02:34,,,,"Config: ""-2 dB"" state "
4/6/01,14:02:34,,,,Remove 4 dB pads from smm and mm couplers.  Connect lines directly to couplers.
4/6/01,14:04:23,0:05:00,CTS-DUAL-CONTINUUM/1,,
4/6/01,14:09:23,,Connect Noise Sources,,Noise Source ON
4/6/01,14:10:24,0:05:00,CTS-DUAL-CONTINUUM/1,,
4/6/01,14:15:50,,,,Noise Source OFF
4/6/01,14:15:50,,,,
4/6/01,14:15:50,,,,"Test Ports as per ""4.5 Linearity in Dual Continuum Mode"""
4/6/01,14:15:50,,,,"Leave pads as they are (Config: (""-2"" total))"
4/6/01,14:15:50,,,,
4/6/01,14:15:50,,,,"Config: ""-2 dB"" state"
4/6/01,14:15:50,,,,"Ensure ""-2"" dB state at smm and mm couplers.  Lines connected directly to couplers"
4/6/01,14:16:44,0:05:00,DUAL-CONTINUUM/1,,
4/6/01,14:21:44,,Connect Noise Sources,,Noise Source ON
4/6/01,14:22:32,0:05:00,DUAL-CONTINUUM/1,,
4/6/01,14:27:32,,,,Noise Source OFF
4/6/01,14:27:32,,,,"Config:  ""+2 dB"" state  "
4/6/01,14:27:32,,,,Insert 4 dB pads at couplers.
4/6/01,14:29:29,0:05:00,DUAL-CONTINUUM/1,,
4/6/01,14:34:29,,Connect Noise Sources,,Noise Source ON
4/6/01,14:35:12,0:05:00,DUAL-CONTINUUM/1,,
4/6/01,14:40:12,,,,Noise Source OFF
4/6/01,14:40:12,,,,Config: nominal state
4/6/01,14:40:12,,,,"Remove 4 dB pads from smm and mm couplers.  Go to ""0"" dB state at smm and mm couplers (2 dB at each coupler)  Note:  On smm, this is two 1dB pads.  On mm, this is one 2 dB pad."
4/6/01,14:42:14,0:05:00,DUAL-CONTINUUM/1,,
4/6/01,14:47:14,,Connect Noise Sources,,Noise Source ON
4/6/01,14:48:04,0:05:00,DUAL-CONTINUUM/1,,
4/6/01,14:53:04,,,,Noise Source OFF
4/6/01,14:53:04,,,,
4/6/01,14:53:04,,,,
4/6/01,14:53:04,,,,"Test Ports as per ""4.6 LO lock and Frequency Switching Test"" (Nominal)"
4/6/01,14:54:12,0:15:00,CTS -DUAL CONTINUUM/,,
4/6/01,15:09:12,,,,Record Spectra per 4.6...
4/6/01,15:10:00,,,,"Filename: TV0240.tdx, freq=1598MHz, sweep=300MHz"
4/6/01,15:11:00,,,,"Filename: TV0241.tdx, freq=1598MHz, sweep=30MHz"
4/6/01,15:12:30,,,,"Filename: TV0242.tdx, freq=1598MHz, sweep=3MHz"
4/6/01,15:14:50,,,,"Filename: TV0243.tdx, freq=1600.5MHz, sweep=300MHz"
4/6/01,15:17:30,,,,"Filename: TV0244.tdx, freq=1600.5MHz, sweep=30MHz"
4/6/01,15:21:00,,,,"Filename: TV0245.tdx, freq=1600.5MHz, sweep=3MHz"
4/6/01,15:21:00,,,,
4/6/01,15:21:00,,,,Go to cycle 10
4/6/01,15:21:00,,,,"REMEMBER TO DECREASE THE TEMPERATURE SETTINGS
FOR CTS (USE CTS WARMUP COMMAND IF CTS HAS BEEN OFF, USE CTS HEATER CONTROL COMMAND IF CTS IS ALREADY ON)"
4/6/01,CYCLE 10,,,,
4/6/01,START TIME,INTERVAL,COMMAND,,NOTES:
4/6/01,,,,,Test Ports in Nominal Configuration
4/6/01,,,,,Noise Sources OFF
4/6/01,,,,,Spectrum Analyzer on PLE Test Port (J381)
4/6/01,,,,,SEE TEMPERATURE CYCLE TABLE
4/6/01,,,,,CYCLE NUMBER 10
4/6/01,15:21:00,,,,Going to +5 at interface
4/6/01,15:22:00,,,,REQUEST LARGE PLATE TEMPERATURE= 2 C
4/6/01,15:22:00,0:00:00,,,REQUEST SMALL OB PLATE TEMPERATURE= 2C
4/6/01,15:22:00,,,,REQUEST COLD LOAD PLATE TEMPERATURE=  COLD
4/6/01,15:26:53,,COMMAND,,CTS Heater Contol = 30 degrees C. Heater power set to high. This command was moved up in the procedure to hasten the approach to CTS temperature equilibrium.
4/6/01,15:26:53,,,,"Record Spectra as per ""4.6 LO lock and Frequency Switching Test"" as necessary during transition."
4/6/01,,crb/ck,,,
4/6/01,16:04:00,0:25:00,,,Filename: TV0246.tdx to TV0247.tdx (30 MHz sweep only) 
4/6/01,16:29:00,0:25:00,,,Filename: TV0248.tdx to TV0249.tdx (30 MHz sweep only) 
4/6/01,,,,,Set large plate to 0 degrees.  Small plate still at 2 degrees
4/6/01,17:37:00,0:25:00,,,Filename: TV0250.tdx to TV0251.tdx (30 MHz sweep only) 
4/6/01,17:45:00,0:00:00,,,"AFTER THREE PLATES HAVE STABILIZED, RECORD
TEMPERATURES
TLARGE= 0.794 ;TSMALL =  2.276 ; TCOLD = -184.7"
4/6/01,17:45:00,,,,Wait for CTS temperature to stabilize.  Watch using engineering quick-look.
4/6/01,17:45:00,0:00:00,POWER IS ON ,,
4/6/01,17:45:00,0:00:00,USO is on,,"If USO IS TURNED OFF, ALLOW 30 MINUTES 
WARMUP BEFORE PROCEEDING
OTHERWISE PROCEED AFTER ISSUING COMMAND"
4/6/01,17:46:29,0:00:00,CTS -DUAL CONTINUUM,,automatic calibration
4/6/01,17:46:29,,,,
4/6/01,17:49:00,,,,"Test Ports as per ""4.1 Noise Figure of the IFP"""
4/6/01,17:49:00,,,,Config: disconnect Spec Anal from and terminate PLE Test Port 
4/6/01,17:49:00,,,,Config: disconnect IFP output from CTS input (J304 to J307)
4/6/01,17:50:00,,,,Config: terminate CTS input J307; Spec Anal on IFP output J304
4/6/01,17:50:00,,,,"Config: Spec Anal, Recall, State 2"
4/6/01,17:50:00,,,,Record Trace B
4/6/01,17:52:27,0:01:00,smm LNA OFF/,,Record Trace A; Filename: TV0252.tdx
4/6/01,17:54:08,0:01:00,smm  LNA ON/,,
4/6/01,17:56:00,,,,"""4.2 Noise Figure of the CTS-Spectrum"""
4/6/01,17:56:00,,,,Config: No change
4/6/01,17:56:00,,,,"""cold"" configuration (""IFP off""), Record Trace A using Recall State 2; Filename: TV0253.tdx"
4/6/01,17:57:27,0:05:00,CTS -DUAL CONTINUUM/1,,
4/6/01,18:02:00,,,,Config: unterminate CTS input J307; demate Spec Anal from IFP output J304
4/6/01,18:02:00,,,,Config: connect IFP output to CTS input (J304 to J307)
4/6/01,18:02:00,,,,Config: unterminate PLE Test Port and connect Spec Anal to  PLE Test Port 
4/6/01,18:02:00,,,,"""hot"" configuration (""IFP on"") from Test 4.2 (nominal configuration)"
4/6/01,18:05:18,0:05:00,CTS -DUAL CONTINUUM/1,,
4/6/01,18:10:18,,,,
4/6/01,18:10:18,,,,"Test Ports as per ""4.3 IF Frequency Sweep Test"""
4/6/01,18:10:18,,,,Config: connect IFP output to CTS input (J304 to J307) [already done]
4/6/01,18:10:18,,,,Config: connect Spec Anal to PLE Test Port (J381) [already done]
4/6/01,18:10:18,,,,"Config: Spec Anal, Recall, State 0"
4/6/01,18:11:00,,,,Config: connect Sig Gen to smm coupler
4/6/01,18:12:00,,RF On,,Turn Sig Gen RF On
4/6/01,18:12:00,,Change Frequency,,SigGen=5.753 GHz (-80 dBm)
4/6/01,18:12:43,0:05:00,CTS -DUAL CONTINUUM/1,,
4/6/01,18:17:45,,Change Frequency,,SigGen=5.877 GHz
4/6/01,18:17:50,0:05:00,CTS -DUAL CONTINUUM/2,,
4/6/01,18:22:55,,Change Frequency,,SigGen=9.667 GHz 
4/6/01,18:23:00,0:05:00,CTS -DUAL CONTINUUM/3,,
4/6/01,18:28:05,,Change Frequency,,SigGen=9.685 GHz
4/6/01,18:28:16,0:05:00,CTS -DUAL CONTINUUM/4,,
4/6/01,18:33:26,,Change Frequency,,SigGen=10.791 GHz
4/6/01,18:33:29,0:05:00,CTS -DUAL CONTINUUM/5,,
4/6/01,18:38:36,,Change Frequency,,SigGen=13.455 GHz
4/6/01,18:38:39,0:05:00,CTS -DUAL CONTINUUM/6,,
4/6/01,18:43:40,,Change Frequency,,SigGen=15.137 GHz
4/6/01,18:43:43,0:05:00,CTS -DUAL CONTINUUM/7,,
4/6/01,18:48:50,,Change Frequency,,SigGen=16.338 GHz
4/6/01,18:48:52,0:05:00,CTS -DUAL CONTINUUM/8,,
4/6/01,18:53:54,,RF Off,,Turn SigGen RF Off
4/6/01,18:55:00,,,,
4/6/01,18:55:00,,,,"Test Ports as per ""4.4 Linearity in CTS/Dual Continuum Mode"""
4/6/01,18:55:00,,,,Remove submm coupler input line from Sig Gen RF out.  Put termination on submm coupler input line.
4/6/01,18:55:00,,,,Config: nominal state.  
4/6/01,18:55:00,,,,"Ensure ""0"" dB state at smm and mm couplers (2 dB at each coupler)  Note:  On smm, this is two 1dB pads.  On mm, this is one 2 dB pad."
4/6/01,18:56:05,0:05:00,CTS-DUAL-CONTINUUM/1,,
4/6/01,19:02:00,,Connect Noise Sources,,Noise Source ON
4/6/01,19:02:53,0:05:00,CTS-DUAL-CONTINUUM/1,,
4/6/01,19:09:50,,,,Noise Source OFF
4/6/01,19:11:30,,,,"Config: ""+2 dB"" state "
4/6/01,19:11:30,,,,Remove 2 dB (total) pads from smm and mm couplers.  Insert 4 dB pads in their place.
4/6/01,19:12:48,0:05:00,CTS-DUAL-CONTINUUM/1,,
4/6/01,,,,,
4/6/01,19:19:11,,Connect Noise Sources,,Noise Source ON
4/6/01,19:19:28,0:05:00,CTS-DUAL-CONTINUUM/1,,
4/6/01,19:25:31,,,,Noise Source OFF
4/6/01,19:26:47,,,,"Config: ""-2 dB"" state "
4/6/01,19:26:47,,,,Remove 4 dB pads from smm and mm couplers.  Connect lines directly to couplers.
4/6/01,19:26:52,0:05:00,CTS-DUAL-CONTINUUM/1,,
4/6/01,19:32:50,,Connect Noise Sources,,Noise Source ON
4/6/01,19:34:03,0:05:00,CTS-DUAL-CONTINUUM/1,,
4/6/01,19:40:53,,,,Noise Source OFF
4/6/01,,,,,Was looking at signal generator data and noticed split in A/D channels in CTS data.  Will try CTS Internal Cal to see if changes the nature of the curve
4/6/01,19:43:21,,CTS Internal Cal,,"Issue CTS Internal Cal command because we saw a/d split and could not see injected signals when we looked at the data near 1800- The internal cal midpoints returned normal, around 125"
4/6/01,19:51:44,,,,
4/6/01,19:51:44,,,,"Test Ports as per ""4.5 Linearity in Dual Continuum Mode"""
4/6/01,19:51:44,,,,"Leave pads as they are (Config: (""-2"" total))"
4/6/01,19:51:44,,,,
4/6/01,19:51:44,,,,"Config: ""-2 dB"" state"
4/6/01,19:51:44,,,,"Ensure ""-2"" dB state at smm and mm couplers.  Lines connected directly to couplers"
4/6/01,19:51:44,0:05:00,DUAL-CONTINUUM/1,,
4/6/01,19:58:42,,Connect Noise Sources,,Noise Source ON
4/6/01,19:58:46,0:05:00,DUAL-CONTINUUM/1,,
4/6/01,20:06:15,,,,Noise Source OFF
4/6/01,20:07:46,,,,"Config:  ""+2 dB"" state  "
4/6/01,20:07:46,,,,Insert 4 dB pads at couplers.
4/6/01,20:07:51,0:05:00,DUAL-CONTINUUM/1,,
4/6/01,20:13:21,,Connect Noise Sources,,Noise Source ON
4/6/01,20:13:25,0:05:00,DUAL-CONTINUUM/1,,
4/6/01,20:21:30,,,,Noise Source OFF
4/6/01,20:23:23,,,,Config: nominal state
4/6/01,20:23:23,,,,"Remove 4 dB pads from smm and mm couplers.  Go to ""0"" dB state at smm and mm couplers (2 dB at each coupler)  Note:  On smm, this is two 1dB pads.  On mm, this is one 2 dB pad."
4/6/01,20:23:54,0:05:00,DUAL-CONTINUUM/1,,
4/6/01,20:34:00,,Connect Noise Sources,,Noise Source ON
4/6/01,20:35:00,,CTS-DUAL-CONTINUUM,,CMD ISSUED BY MISTAKE- NOTE:  The internal cal failed- waited for the cals to complete then issued the dual continuum command. crb.
4/6/01,20:37:58,0:05:00,DUAL-CONTINUUM/1,,
4/6/01,20:45:00,,,,Noise Source OFF
4/6/01,,,,,
4/6/01,,,,,
4/6/01,,,,,"Test Ports as per ""4.6 LO lock and Frequency Switching Test"" (Nominal)"
4/6/01,20:52:58,,CTS -DUAL CONTINUUM/,,Internal cal table is OK
4/6/01,20:52:58,0:05:00,,,Record Spectra per 4.6...
4/6/01,20:58:00,,,,"Filename: TV0254.tdx, freq=1598MHz, span=300MHz"
4/6/01,20:59:00,,,,"Filename: TV0255.tdx, freq=1598MHz, span=30MHz"
4/6/01,21:01:00,,,,"Filename: TV0256.tdx, freq=1598MHz, span=3MHz"
4/6/01,21:02:00,,,,"Filename: TV0257.tdx, freq=1600.5MHz, span=300MHz"
4/6/01,21:04:00,,,,"Filename: TV0258.tdx, freq=1600.5MHz, span=30MHz"
4/6/01,21:05:00,,,,"Filename: TV0259.tdx, freq=1600.5MHz, span=3MHz"
4/6/01,21:05:00,,,,
4/6/01,21:05:00,,,,Go to cycle 11
4/6/01,21:05:00,,,,"REMEMBER TO INCREASE THE TEMPERATURE SETTINGS
FOR CTS (USE CTS WARMUP COMMAND IF CTS HAS BEEN OFF, USE CTS HEATER CONTROL COMMAND IF CTS IS ALREADY ON)"
4/6/01,,,,,"NOTE:  Beginning at 6 AM on June 4, the CTS table calibration began failing.  This situation did not correct itself all day, therefore, all data has a channel which is out of calibration.  At 19:40, this split was noticed and a CTS internal calibration command issued to see if this corrected the problem.  It did.  HOWEVER, after going to dual continuum mode for a few minutes and then (by mistake) issuing a CTS/Dual Continuum cmd, the table cal failed again (20:35).  THIS WAS AT +5 degrees.  A mode change sent the instrument back to Dual Continuum to finish that portion of the test.  The next issuance of a CTS/Dual Continuum had a successful table cal. "
4/6/01,CYCLE 11,,,,
4/6/01,START TIME,INTERVAL,COMMAND,,NOTES:
4/6/01,,,,,Test Ports in Nominal Configuration
4/6/01,,,,,Noise Sources OFF
4/6/01,,,,,Spectrum Analyzer on PLE Test Port (J381)
4/6/01,,,,,SEE TEMPERATURE CYCLE TABLE
4/6/01,,,,,CYCLE NUMBER 11
4/6/01,21:06:00,,COMMAND,,CTS Heater Contol = 50 degrees C. Heater power set to high. This command was moved up in the procedure to hasten the approach to CTS temperature equilibrium.
4/6/01,21:13:00,,,,Going to +25 at interface
4/6/01,21:13:00,,,,REQUEST LARGE PLATE TEMPERATURE= 22 C
4/6/01,21:13:00,0:00:00,,,REQUEST SMALL OB PLATE TEMPERATURE= 22C
4/6/01,21:13:00,,,,REQUEST COLD LOAD PLATE TEMPERATURE=  COLD
4/6/01,,,,,"Record Spectra as per ""4.6 LO lock and Frequency Switching Test"" as necessary during transition."
4/6/01,21:40:00,0:25:00,,,Filename: TV0260.tdx to TV0261.tdx (30 MHz sweep only) 
4/6/01,22:45:00,0:25:00,,,Filename: TV0262.tdx to TV0263.tdx (30 MHz sweep only) 
4/6/01,23:10:00,0:25:00,,,Filename: TV0###.tdx to TV0###.tdx (30 MHz sweep only) 
4/6/01,22:46:00,0:00:00,,,"AFTER THREE PLATES HAVE STABILIZED, RECORD
TEMPERATURES
TLARGE= 23.872 ;TSMALL =  23,67 ; TCOLD = -177.7"
4/6/01,22:46:00,,,,Wait for CTS temperature to stabilize.  Watch using engineering quick-look.
4/6/01,22:46:00,0:00:00,POWER IS ON ,,
4/6/01,22:46:00,0:00:00,USO is on,,"If USO IS TURNED OFF, ALLOW 30 MINUTES 
WARMUP BEFORE PROCEEDING
OTHERWISE PROCEED AFTER ISSUING COMMAND"
4/6/01,,,,,Exercise CTS and Continuum options
4/6/01,22:47:44,0:00:00,CTS -DUAL CONTINUUM,,automatic calibration
4/6/01,22:55:51,0:01:00,Command,,Set Continuum Subraction Values for both mm and submm at 7000
4/6/01,22:59:46,0:05:00,Command,,Issue Mode Change and set Summing value to 2 and Smoothing value to 2
4/6/01,23:05:39,0:05:00,Command,,Issue Mode Change and set Summing value to 10 and Smoothing value to 4
4/6/01,23:10:48,0:05:00,Command,,Issue Mode Change and set Summing value to 20 and Smoothing value to 3
4/6/01,23:15:48,0:00:00,Command,,Set Continuum Subraction Values for both mm and submm at 0
4/6/01,23:16:05,0:05:30,Command,,"Issue Mode Change and set Summing value to 1, Smoothing value to 1, and CTS Integration Time to 60 sec"
4/6/01,23:21:06,0:06:00,Command,,"Issue Mode Change and set Summing value to 1, Smoothing value to 1, and CTS Integration Time to 90 sec"
4/6/01,23:26:41,0:06:30,Command,,"Issue Mode Change and set Summing value to 1, Smoothing value to 1, and CTS Integration Time to 120 sec"
4/6/01,23:33:35,0:05:00,Command,,"Issue Mode Change and set Summing value to 1, Smoothing value to 1, and CTS Integration Time to 30 sec"
4/6/01,,,,,
4/6/01,,,,,
4/6/01,,,,,
4/6/01,,0:05:00,,,"Test Ports as per ""4.1 Noise Figure of the IFP"""
4/6/01,23:45:00,,,,Config: disconnect Spec Anal from and terminate PLE Test Port 
4/6/01,23:46:00,,,,Config: disconnect IFP output from CTS input (J304 to J307)
4/6/01,23:46:00,,,,Config: terminate CTS input J307; Spec Anal on IFP output J304
4/6/01,23:46:00,,,,"Config: Spec Anal, Recall, State 2"
4/6/01,,,,,Record Trace B
4/6/01,23:47:17,0:01:00,smm LNA OFF/,,Record Trace A; Filename: TV0264.tdx
4/6/01,23:49:48,0:01:00,smm  LNA ON/,,
4/6/01,,,,,"""4.2 Noise Figure of the CTS-Spectrum"""
4/6/01,,,,,Config: No change
4/6/01,23:50:00,,,,"""cold"" configuration (""IFP off""), Record Trace A using Recall State 2; Filename: TV0265.tdx"
4/6/01,23:50:49,0:05:00,CTS -DUAL CONTINUUM/1,,
4/6/01,23:56:00,,,,Config: unterminate CTS input J307; demate Spec Anal from IFP output J304
4/6/01,23:56:00,,,,Config: connect IFP output to CTS input (J304 to J307)
4/6/01,23:57:00,,,,Config: unterminate PLE Test Port and connect Spec Anal to  PLE Test Port 
4/6/01,23:57:00,,,,"""hot"" configuration (""IFP on"") from Test 4.2 (nominal configuration)"
4/6/01,23:57:30,0:05:00,CTS -DUAL CONTINUUM/1,,
5/6/01,0:02:30,,,,
5/6/01,0:02:30,,,,"Test Ports as per ""4.3 IF Frequency Sweep Test"""
5/6/01,0:02:30,,,,Config: connect IFP output to CTS input (J304 to J307) [already done]
5/6/01,0:02:30,,,,Config: connect Spec Anal to PLE Test Port (J381) [already done]
5/6/01,0:02:30,,,,"Config: Spec Anal, Recall, State 0"
5/6/01,0:02:30,,,,Config: connect Sig Gen to smm coupler
5/6/01,0:02:30,,RF On,,Turn Sig Gen RF On
5/6/01,0:05:29,,Change Frequency,,SigGen=5.753 GHz (-80 dBm)
5/6/01,0:06:16,0:05:00,CTS -DUAL CONTINUUM/1,,
5/6/01,0:09:46,,Change Frequency,,SigGen=5.877 GHz
5/6/01,0:10:32,0:05:00,CTS -DUAL CONTINUUM/2,,
5/6/01,0:13:54,,Change Frequency,,SigGen=9.667 GHz 
5/6/01,0:14:34,0:05:00,CTS -DUAL CONTINUUM/3,,
5/6/01,0:17:01,,Change Frequency,,SigGen=9.685 GHz
5/6/01,0:17:39,0:05:00,CTS -DUAL CONTINUUM/4,,
5/6/01,0:20:30,,Change Frequency,,SigGen=10.791 GHz
5/6/01,0:21:11,0:05:00,CTS -DUAL CONTINUUM/5,,
5/6/01,0:23:49,,Change Frequency,,SigGen=13.455 GHz
5/6/01,0:24:28,0:05:00,CTS -DUAL CONTINUUM/6,,
5/6/01,0:27:01,,Change Frequency,,SigGen=15.137 GHz
5/6/01,0:27:43,0:05:00,CTS -DUAL CONTINUUM/7,,
5/6/01,0:30:08,,Change Frequency,,SigGen=16.338 GHz
5/6/01,0:30:44,0:05:00,CTS -DUAL CONTINUUM/8,,
5/6/01,0:33:20,,RF Off,,Turn SigGen RF Off
5/6/01,0:36:21,,,,
5/6/01,0:36:21,,,,"Test Ports as per ""4.4 Linearity in CTS/Dual Continuum Mode"""
5/6/01,0:36:21,,,,Remove submm coupler input line from Sig Gen RF out.  Put termination on submm coupler input line.
5/6/01,0:36:21,,,,Config: nominal state.  
5/6/01,0:36:21,,,,"Ensure ""0"" dB state at smm and mm couplers (2 dB at each coupler)  Note:  On smm, this is two 1dB pads.  On mm, this is one 2 dB pad."
5/6/01,0:37:02,0:05:00,CTS-DUAL-CONTINUUM/1,,
5/6/01,0:40:24,,Connect Noise Sources,,Noise Source ON
5/6/01,0:41:06,0:05:00,CTS-DUAL-CONTINUUM/1,,
5/6/01,0:43:48,,,,Noise Source OFF
5/6/01,0:43:48,,,,"Config: ""+2 dB"" state "
5/6/01,0:46:01,,,,Remove 2 dB (total) pads from smm and mm couplers.  Insert 4 dB pads in their place.
5/6/01,0:46:35,0:05:00,CTS-DUAL-CONTINUUM/1,,
5/6/01,,,,,
5/6/01,0:49:50,,Connect Noise Sources,,Noise Source ON
5/6/01,0:50:27,0:05:00,CTS-DUAL-CONTINUUM/1,,
5/6/01,0:54:02,,,,Noise Source OFF
5/6/01,0:55:06,,,,"Config: ""-2 dB"" state "
5/6/01,0:55:06,,,,Remove 4 dB pads from smm and mm couplers.  Connect lines directly to couplers.
5/6/01,0:55:37,0:05:00,CTS-DUAL-CONTINUUM/1,,
5/6/01,0:59:17,,Connect Noise Sources,,Noise Source ON
5/6/01,0:59:51,0:05:00,CTS-DUAL-CONTINUUM/1,,
5/6/01,1:03:30,,,,Noise Source OFF
5/6/01,1:03:30,,,,
5/6/01,1:03:30,,,,"Test Ports as per ""4.5 Linearity in Dual Continuum Mode"""
5/6/01,1:03:30,,,,"Leave pads as they are (Config: (""-2"" total))"
5/6/01,1:03:30,,,,
5/6/01,1:03:30,,,,"Config: ""-2 dB"" state"
5/6/01,1:03:30,,,,"Ensure ""-2"" dB state at smm and mm couplers.  Lines connected directly to couplers"
5/6/01,1:04:36,0:05:00,DUAL-CONTINUUM/1,,
5/6/01,1:07:53,,Connect Noise Sources,,Noise Source ON
5/6/01,1:08:31,0:05:00,DUAL-CONTINUUM/1,,
5/6/01,1:11:00,,,,Noise Source OFF
5/6/01,1:12:22,,,,"Config:  ""+2 dB"" state  "
5/6/01,1:12:22,,,,Insert 4 dB pads at couplers.
5/6/01,1:13:02,0:05:00,DUAL-CONTINUUM/1,,
5/6/01,1:15:43,,Connect Noise Sources,,Noise Source ON
5/6/01,1:16:26,0:05:00,DUAL-CONTINUUM/1,,
5/6/01,1:19:19,,,,Noise Source OFF
5/6/01,1:19:19,,,,Config: nominal state
5/6/01,1:21:11,,,,"Remove 4 dB pads from smm and mm couplers.  Go to ""0"" dB state at smm and mm couplers (2 dB at each coupler)  Note:  On smm, this is two 1dB pads.  On mm, this is one 2 dB pad."
5/6/01,1:21:49,0:05:00,DUAL-CONTINUUM/1,,
5/6/01,1:24:43,,Connect Noise Sources,,Noise Source ON
5/6/01,1:25:27,0:05:00,DUAL-CONTINUUM/1,,
5/6/01,1:29:23,,,,Noise Source OFF
5/6/01,1:29:23,,,,
5/6/01,1:29:23,,,,
5/6/01,1:29:23,,,,"Test Ports as per ""4.6 LO lock and Frequency Switching Test"" (Nominal)"
5/6/01,1:30:11,,CTS -DUAL CONTINUUM/,,
5/6/01,1:30:11,0:05:00,,,Record Spectra per 4.6...
5/6/01,1:35:11,,,,"Filename: TV0266.tdx, freq=1598MHz, sweep=300MHz"
5/6/01,1:35:11,,,,"Filename: TV0267.tdx, freq=1598MHz, sweep=30MHz"
5/6/01,1:35:11,,,,"Filename: TV0268.tdx, freq=1598MHz, sweep=3MHz"
5/6/01,1:35:11,,,,"Filename: TV0269.tdx, freq=1600.5MHz, sweep=300MHz"
5/6/01,1:35:11,,,,"Filename: TV0270.tdx, freq=1600.5MHz, sweep=30MHz"
5/6/01,1:35:11,,,,"Filename: TV0271.tdx, freq=1600.5MHz, sweep=3MHz"
5/6/01,1:35:11,,,,
5/6/01,1:35:11,,,,Go to cycle 12
5/6/01,1:35:11,,,,"REMEMBER TO DECREASE THE TEMPERATURE SETTINGS
FOR CTS (USE CTS WARMUP COMMAND IF CTS HAS BEEN OFF, USE CTS HEATER CONTROL COMMAND IF CTS IS ALREADY ON)"
5/6/01,CYCLE 12,,,,
5/6/01,START TIME,INTERVAL,COMMAND,,NOTES:
5/6/01,,,,,Test Ports in Nominal Configuration
5/6/01,,,,,Noise Sources OFF
5/6/01,,,,,Spectrum Analyzer on PLE Test Port (J381)
5/6/01,,,,,SEE TEMPERATURE CYCLE TABLE
5/6/01,,,,,CYCLE NUMBER 12
5/6/01,1:42:54,,,,Going to +45 at interface
5/6/01,1:42:54,,,,REQUEST LARGE PLATE TEMPERATURE= 42 C
5/6/01,1:42:54,0:00:00,,,REQUEST SMALL OB PLATE TEMPERATURE= 37C
5/6/01,1:42:54,,,,REQUEST COLD LOAD PLATE TEMPERATURE=  COLD
5/6/01,1:43:29,,COMMAND,,CTS Heater Contol = 70 degrees C. Heater power set to high. This command was moved up in the procedure to hasten the approach to CTS temperature equilibrium.
5/6/01,1:43:29,,,,"Record Spectra as per ""4.6 LO lock and Frequency Switching Test"" as necessary during transition."
5/6/01,1:48:00,0:25:00,,,Filename: TV0272.tdx to TV0273.tdx (30 MHz sweep only) 
5/6/01,2:14:40,0:25:00,,,Filename: TV0274.tdx to TV0275.tdx (30 MHz sweep only) 
5/6/01,2:54:29,0:25:00,,,Filename: TV0276.tdx to TV0277.tdx (30 MHz sweep only) 
5/6/01,3:20:05,0:00:00,,,"AFTER THREE PLATES HAVE STABILIZED, RECORD
TEMPERATURES (LARGE AND SMALL FROM LABVIEW)
TLARGE= 42.7 ;TSMALL =  37.5; TCOLD = -158.0"
5/6/01,4:18:00,,,,Wait for CTS temperature to stabilize.  Watch using engineering quick-look.
5/6/01,4:18:00,0:00:00,POWER IS ON ,,
5/6/01,4:18:00,0:00:00,USO is on,,"If USO IS TURNED OFF, ALLOW 30 MINUTES 
WARMUP BEFORE PROCEEDING
OTHERWISE PROCEED AFTER ISSUING COMMAND"
5/6/01,4:19:35,0:00:00,CTS -DUAL CONTINUUM,,automatic calibration
5/6/01,4:19:35,,,,
5/6/01,4:19:35,0:05:00,,,"Test Ports as per ""4.1 Noise Figure of the IFP"""
5/6/01,4:24:35,,,,Config: disconnect Spec Anal from and terminate PLE Test Port 
5/6/01,4:24:35,,,,Config: disconnect IFP output from CTS input (J304 to J307)
5/6/01,4:24:35,,,,Config: terminate CTS input J307; Spec Anal on IFP output J304
5/6/01,4:24:35,,,,"Config: Spec Anal, Recall, State 2"
5/6/01,4:22:49,,,,Record Trace B
5/6/01,4:23:38,0:01:00,smm LNA OFF/,,Record Trace A; Filename: TV0278.tdx
5/6/01,4:25:07,0:01:00,smm  LNA ON/,,
5/6/01,4:26:07,,,,"""4.2 Noise Figure of the CTS-Spectrum"""
5/6/01,4:26:07,,,,Config: No change
5/6/01,4:27:06,,,,"""cold"" configuration (""IFP off""), Record Trace A using Recall State 2; Filename: TV0279.tdx"
5/6/01,4:27:46,0:05:00,CTS -DUAL CONTINUUM/1,,
5/6/01,4:30:45,,,,Config: unterminate CTS input J307; demate Spec Anal from IFP output J304
5/6/01,4:30:45,,,,Config: connect IFP output to CTS input (J304 to J307)
5/6/01,4:31:06,,,,Config: unterminate PLE Test Port and connect Spec Anal to  PLE Test Port 
5/6/01,4:31:06,,,,"""hot"" configuration (""IFP on"") from Test 4.2 (nominal configuration)"
5/6/01,4:31:56,0:05:00,CTS -DUAL CONTINUUM/1,,
5/6/01,4:35:00,,,,
5/6/01,4:35:00,,,,"Test Ports as per ""4.3 IF Frequency Sweep Test"""
5/6/01,4:35:00,,,,Config: connect IFP output to CTS input (J304 to J307) [already done]
5/6/01,4:35:00,,,,Config: connect Spec Anal to PLE Test Port (J381) [already done]
5/6/01,4:35:00,,,,"Config: Spec Anal, Recall, State 0"
5/6/01,4:35:00,,,,Config: connect Sig Gen to smm coupler
5/6/01,4:35:08,,RF On,,Turn Sig Gen RF On
5/6/01,4:35:29,,Change Frequency,,SigGen=5.753 GHz (-80 dBm)
5/6/01,4:36:03,0:05:00,CTS -DUAL CONTINUUM/1,,
5/6/01,4:39:13,,Change Frequency,,SigGen=5.877 GHz
5/6/01,4:39:48,0:05:00,CTS -DUAL CONTINUUM/2,,
5/6/01,4:42:15,,Change Frequency,,SigGen=9.667 GHz 
5/6/01,4:42:52,0:05:00,CTS -DUAL CONTINUUM/3,,
5/6/01,4:45:21,,Change Frequency,,SigGen=9.685 GHz
5/6/01,4:46:00,0:05:00,CTS -DUAL CONTINUUM/4,,
5/6/01,4:48:35,,Change Frequency,,SigGen=10.791 GHz
5/6/01,4:49:10,0:05:00,CTS -DUAL CONTINUUM/5,,
5/6/01,4:51:41,,Change Frequency,,SigGen=13.455 GHz
5/6/01,4:52:16,0:05:00,CTS -DUAL CONTINUUM/6,,
5/6/01,4:54:42,,Change Frequency,,SigGen=15.137 GHz
5/6/01,4:55:21,0:05:00,CTS -DUAL CONTINUUM/7,,
5/6/01,4:58:53,,Change Frequency,,SigGen=16.338 GHz
5/6/01,4:59:30,0:05:00,CTS -DUAL CONTINUUM/8,,
5/6/01,5:02:01,,RF Off,,Turn SigGen RF Off
5/6/01,5:02:01,,,,
5/6/01,5:02:01,,,,"Test Ports as per ""4.4 Linearity in CTS/Dual Continuum Mode"""
5/6/01,5:02:21,,,,Remove submm coupler input line from Sig Gen RF out.  Put termination on submm coupler input line.
5/6/01,5:02:21,,,,Config: nominal state.  
5/6/01,5:02:21,,,,"Ensure ""0"" dB state at smm and mm couplers (2 dB at each coupler)  Note:  On smm, this is two 1dB pads.  On mm, this is one 2 dB pad."
5/6/01,5:03:20,0:05:00,CTS-DUAL-CONTINUUM/1,,
5/6/01,5:07:30,,Connect Noise Sources,,Noise Source ON
5/6/01,5:08:07,0:05:00,CTS-DUAL-CONTINUUM/1,,
5/6/01,5:11:50,,,,Noise Source OFF
5/6/01,5:11:50,,,,"Config: ""+2 dB"" state "
5/6/01,5:13:24,,,,Remove 2 dB (total) pads from smm and mm couplers.  Insert 4 dB pads in their place.
5/6/01,5:13:57,0:05:00,CTS-DUAL-CONTINUUM/1,,
5/6/01,,,,,
5/6/01,5:17:28,,Connect Noise Sources,,Noise Source ON
5/6/01,5:18:08,0:05:00,CTS-DUAL-CONTINUUM/1,,
5/6/01,5:21:51,,,,Noise Source OFF
5/6/01,5:21:51,,,,"Config: ""-2 dB"" state "
5/6/01,5:23:11,,,,Remove 4 dB pads from smm and mm couplers.  Connect lines directly to couplers.
5/6/01,5:23:48,0:05:00,CTS-DUAL-CONTINUUM/1,,
5/6/01,5:27:01,,Connect Noise Sources,,Noise Source ON
5/6/01,5:27:41,0:05:00,CTS-DUAL-CONTINUUM/1,,
5/6/01,5:31:17,,,,Noise Source OFF
5/6/01,5:31:17,,,,
5/6/01,5:31:17,,,,"Test Ports as per ""4.5 Linearity in Dual Continuum Mode"""
5/6/01,5:31:17,,,,"Leave pads as they are (Config: (""-2"" total))"
5/6/01,5:31:17,,,,
5/6/01,5:31:17,,,,"Config: ""-2 dB"" state"
5/6/01,5:31:17,,,,"Ensure ""-2"" dB state at smm and mm couplers.  Lines connected directly to couplers"
5/6/01,5:32:18,0:05:00,DUAL-CONTINUUM/1,,
5/6/01,5:35:44,,Connect Noise Sources,,Noise Source ON
5/6/01,5:36:20,0:05:00,DUAL-CONTINUUM/1,,
5/6/01,5:39:29,,,,Noise Source OFF
5/6/01,5:39:29,,,,"Config:  ""+2 dB"" state  "
5/6/01,5:40:49,,,,Insert 4 dB pads at couplers.
5/6/01,5:41:27,0:05:00,DUAL-CONTINUUM/1,,
5/6/01,5:43:54,,Connect Noise Sources,,Noise Source ON
5/6/01,5:44:36,0:05:00,DUAL-CONTINUUM/1,,
5/6/01,5:47:45,,,,Noise Source OFF
5/6/01,5:47:45,,,,Config: nominal state
5/6/01,5:49:13,,,,"Remove 4 dB pads from smm and mm couplers.  Go to ""0"" dB state at smm and mm couplers (2 dB at each coupler)  Note:  On smm, this is two 1dB pads.  On mm, this is one 2 dB pad."
5/6/01,5:50:01,0:05:00,DUAL-CONTINUUM/1,,
5/6/01,5:54:14,,Connect Noise Sources,,Noise Source ON
5/6/01,5:54:56,0:05:00,DUAL-CONTINUUM/1,,
5/6/01,5:57:45,,,,Noise Source OFF
5/6/01,5:57:45,,,,
5/6/01,5:57:45,,,,
5/6/01,5:57:45,,,,"Test Ports as per ""4.6 LO lock and Frequency Switching Test"" (Nominal)"
5/6/01,5:58:38,,CTS -DUAL CONTINUUM/,,
5/6/01,5:58:38,0:05:00,,,Record Spectra per 4.6...
5/6/01,6:03:38,,,,"Filename: TV0280.tdx, freq=1598MHz, sweep=300MHz"
5/6/01,6:03:38,,,,"Filename: TV0281.tdx, freq=1598MHz, sweep=30MHz"
5/6/01,6:03:38,,,,"Filename: TV0282.tdx, freq=1598MHz, sweep=3MHz"
5/6/01,6:03:38,,,,"Filename: TV0283.tdx, freq=1600.5MHz, sweep=300MHz"
5/6/01,6:03:38,,,,"Filename: TV0284.tdx, freq=1600.5MHz, sweep=30MHz"
5/6/01,6:03:38,,,,"Filename: TV0285.tdx, freq=1600.5MHz, sweep=3MHz"
5/6/01,6:03:38,,,,
5/6/01,6:07:58,,,,End of tests
5/6/01,6:09:01,,Engineering Mode,,
5/6/01,6:10:57,,Power Off 259,,


,8:45:00,,CHAMBER OPEN,,APPROXIMATE TIME
,9:30:00,,CONFIGURE TO GET ACCESS TO COMPUTER IAC FOR BOB TO MEASURE,,
,9:35:00,,LARGE PLATE TEMP = 25 C,,
,,,BRINGING LARGE PLATE TO 55 C,,
,,,,,
,10:28:50,,Power on 260,,"V=28.4, I=.66"
,,,,,
,,,Large Plate = 40 C,,
,,,Large Plate=45,,
,,,Large Plate = 50,,
,11:34:00,,Large Plate to 55,,
,,,Large plate to 60,,
,12:08:00,,Large Plate to 65,,
,12:19:00,,Large Plate to 67,,
,12:21:00,,,,"EU interface reached 58C, with readouts of both IACK and IACK out"
,,,,,no failures - RS6000 SN 14
,12:31:45,,power off 260,,
,,,,,"remove RS6000 SN14, replace with SN37"
,,,,,
,13:23:00 AM,,large plate to 55,,
,,,,,
,13:23:05,,power on 261,,"SIS V=28.3, I=0.66"
,,,,,note: T5 is OK
,,,,,both IACK and IACK Out fail in the same way at EU Interface Temp =52.7
,13:48:55,,power off 261,,
,13:48:57,,power on 262,,to capture scope picture of wave form for IACK out
,13:50:32,,power off 262,,
,,,,,change cabling to use IACK OUT rather than IACK
,13:53:35,,large plate to 50C,,
,,,,,
,17:06:03,,Power On 263,,
,17:06:51,,Power Off 263,,
,20:06:05,,Power on 264,,
,20:12:00,,,,Set HEX 1 to 55 deg c from 50.
,20:13:00,,,,Data Storage Interrupt on CPU - FAILED
,20:15:59,,Power off 264,,
,,,,,Didn't have pullup on IACK line.  May have caused failure.  Added pullup to IACK.
,20:27:20,,Power on 265,,
,20:35:00,,,,Set HEX 1 to 60 deg c from 55
,20:43:00,,,,Set HEX 1 to 65 deg c from 60
,21:00:00,,,,Set HEX 1 to 70 deg c from 65
,21:47:40,,Power off  265,,Eu = 59.9 deg c T/C at cpu 2 in above the foot.
6/6/01,15:09:08,,Power on 266,,"CPU 37, EU has 10K installed on IACK-N"
,15:11:30,,mode change,,CTS/Dual
,15:21:19,,mode change,,ENG
,15:22:45,,Power off 266,,Check out looks OK
,,,,,Changing out CPU 37 and installing CPU 14
,16:33:55,,Power on 267,,Upload SW VxWorks_060201_ee.bin into eeprom
,16:50:30,,,,CMD to CTS/Dual
,16:53:22,,,,CMD to eng mode.
,16:59:30,,Power off 267,,
,START TIME,INTERVAL,COMMAND,,
7/6/01,,,,,"Close Chamber Door/Begin pump down
Begin additional tests of CTS and Repeat Tests of Sweep Frequency"
7/6/01,,,,,"SN 14(SPARE) computer installed
Test ports in nominal configuration(see Figure 2)
Signal generator connected to smm coupler"
7/6/01,8:02:00,,,,connect signal generator to smm coupler in
7/6/01,,,,,CYCLE NUMBER 1
7/6/01,9:02:55,0:00:00,Power on = 268,,When pressure drops below 8e-6 torr-power onv=28.4/I=1.14
7/6/01,9:02:55,,,,Going to +25C at interface
7/6/01,9:02:55,,,,REQUEST LARGE PLATE TEMPERATURE= 22 C
7/6/01,9:02:55,,,,REQUEST SMALL OB PLATE TEMPERATURE= 22C
7/6/01,9:02:55,,,,REQUEST COLD LOAD PLATE TEMPERATURE=  COLD
,,,,,"ROBERT IS LOADING SOFTWARE FOR APPROX 20MIN, load is vxWorks_060701_engtest.bin, this may affect the continuum jitter observed over 11.2 seconds by Charley"
7/6/01,9:32:00,,CTS-DUAL-CONTINUUM/1,,
,9:34:54,,CALIBRATION HEATER ON,,
7/6/01,9:35:34,,"CTS Heater Control (0,50C)",,"CTS Heater Contol = 50 degrees C
CTS HEATER CONTROL IS CYCLE DEPENDENT, HEATER IS ALWAYS
 0(HIGH), T CHANGES WITH LARGE PLATE TEMPERATURE;
 SEE TABLE; T > 20 C over CTS interface temperature"
7/6/01,10:17:00,0:00:00,,,"AFTER CTS(SPEC-T3), RECORD
TEMPERATURES AND PROCEED
TLARGE= 22.04  ;TSMALL =  21.775 ; TCOLD = -149.1"
,10:19:19,0:02:00,IFP POWER CONTROL(0),,Remove attenuation to account for additional cable length
7/6/01,10:21:53,0:05:00,CTS-DUAL-CONTINUUM/1,,FORCE CALIBRATION
7/6/01,10:26:31,0:00:00,mm LNA OFF/,,AFTER CALIBRATION TURN OFF LNAs
7/6/01,10:26:43,0:00:00,smm  LNA OFF/,,
7/6/01,10:27:04,0:05:00,CTS-DUAL-CONTINUUM/1,,
7/6/01,10:29:44,0:00:00,mm LNA on,,TURN ON AFTER CALIBRATION
7/6/01,10:29:54,0:30:00,smm  LNA ON/,,ALLOW 30 MINUTE WARM UP
7/6/01,10:59:59,0:05:00,CTS -DUAL CONTINUUM/1,,
7/6/01,,,,,FOLLOWING CONFIGURATION SHOULD EXIST
7/6/01,,,,,"Test Ports as per ""4.3 IF Frequency Sweep Test"""
7/6/01,,,,,Config: connect IFP output to CTS input (J304 to J307) [already done]
7/6/01,,,,,Config: connect Spec Anal to PLE Test Port (J381) [already done]
7/6/01,,,,,"Config: Spec Anal, Recall, State 0"
7/6/01,,,,,Config: connect Sig Gen to smm coupler(ALREADY DONE)
7/6/01,11:03:15,,RF On,,Turn Sig Gen RF On/A LITTLE LATE IN STARTING
7/6/01,11:03:15,,Change Frequency,,SigGen=5.753 GHz (-80 dBm)
7/6/01,11:03:05,0:03:00,CTS -DUAL CONTINUUM/1,,
7/6/01,11:06:09,,Change Frequency,,SigGen=5.877 GHz/ERROR ON INPUT /REPEAT
7/6/01,11:06:09,0:03:00,CTS -DUAL CONTINUUM/2,,
,11:12:05,,Change Frequency,,SigGen=5.877 /REPEAT MEASUREMENT
,11:12:05,0:03:00,CTS -DUAL CONTINUUM/2,,
7/6/01,11:15:07,,Change Frequency,,SigGen=9.667 GHz 
7/6/01,11:15:07,0:03:00,CTS -DUAL CONTINUUM/3,,
7/6/01,11:18:08,,Change Frequency,,SigGen=9.685 GHz
7/6/01,11:18:08,0:03:00,CTS -DUAL CONTINUUM/4,,
7/6/01,11:21:14,,Change Frequency,,SigGen=10.791 GHz(-78 dBm)
7/6/01,11:21:14,0:03:00,CTS -DUAL CONTINUUM/5,,
7/6/01,11:24:20,,Change Frequency,,SigGen=13.455 GHz
7/6/01,11:24:20,0:03:00,CTS -DUAL CONTINUUM/6,,
7/6/01,11:27:24,,Change Frequency,,SigGen=15.137 GHz
7/6/01,11:27:24,0:03:00,CTS -DUAL CONTINUUM/7,,
7/6/01,11:30:32,,Change Frequency,,SigGen=16.338 GHz(-75dBm)
7/6/01,11:30:32,0:03:00,CTS -DUAL CONTINUUM/8,,
7/6/01,11:33:32,,,,Config: Sig Gen RF off.  
7/6/01,11:33:32,,RF Off,,Turn RF Off
7/6/01,11:33:32,,,,
7/6/01,11:33:32,,,,Begin CTS LINEARITY Test
7/6/01,11:34:35,0:00:00,IFP POWER CONTROL(0),,
,11:34:49,0:03:00,CTS DUAL CONTINUUM,,
7/6/01,11:37:30,0:00:00,IFP POWER CONTROL(3),,
7/6/01,11:37:40,0:03:00,CTS DUAL CONTINUUM,,
7/6/01,11:39:36,0:00:00,IFP POWER CONTROL(5),,
7/6/01,11:39:47,0:03:00,CTS DUAL CONTINUUM,,
7/6/01,11:42:08,0:00:00,IFP POWER CONTROL(7),,
7/6/01,11:42:19,0:03:00,CTS DUAL CONTINUUM,,
7/6/01,11:44:40,0:00:00,IFP POWER CONTROL(9),,
7/6/01,11:44:53,0:03:00,CTS DUAL CONTINUUM,,
7/6/01,11:49:06,0:00:00,IFP POWER CONTROL(11),,
7/6/01,11:49:16,0:03:00,CTS DUAL CONTINUUM,,
7/6/01,11:52:39,0:00:00,IFP POWER CONTROL(13),,
7/6/01,11:52:51,0:03:00,CTS DUAL CONTINUUM,,
7/6/01,11:55:55,0:00:00,IFP POWER CONTROL(15),,
7/6/01,11:56:02,0:03:00,CTS DUAL CONTINUUM,,
,12:00:30,0:36:00,DUAL-CONTINUUM,,SPECIAL GREY CODE TEST FOR CHARLIE
7/6/01,12:36:30,0:00:00,,,BEGIN RECEIVER TEMPERATURE MODE TEST
7/6/01,12:36:30,0:05:00,DUAL-CONTINUUM,,MODE CHANGE  5 MODES TOTAL
,12:41:31,0:05:00,DUAL-CONTINUUM,,
,12:46:31,0:05:00,DUAL-CONTINUUM,,
,12:51:30,0:05:00,DUAL-CONTINUUM,,
,12:56:34,0:05:00,DUAL-CONTINUUM,,
,13:01:34,0:05:00,MM-CONTINUUM,,
,13:06:31,0:05:00,MM-CONTINUUM,,
,13:11:31,0:05:00,MM-CONTINUUM,,
,13:16:31,0:05:00,MM-CONTINUUM,,
,13:21:30,0:05:00,MM-CONTINUUM,,
,13:26:31,0:05:00,MM-CONTINUUM,,
,13:31:21,0:05:00,SMM-CONTINUUM,,
,13:36:35,0:05:00,SMM-CONTINUUM,,
,13:41:33,0:05:00,SMM-CONTINUUM,,
,13:46:31,0:05:00,SMM-CONTINUUM,,
,13:51:31,0:05:00,SMM-CONTINUUM,,
,13:56:35,0:03:00,CTS DUAL CONTINUUM,,IFP POWER CONTROL IS AT 15 /FIX AT NEXT STEP
,13:59:31,0:03:00,IFP POWER CONTROL(0),,THIS SHOULD HAVE BEEN DONE EARLIER/FIXED IN NEXT CYCLE
,14:02:31,0:03:00,CTS-SMM CONTINUUM,,
,14:05:31,0:03:00,CTS-SMM CONTINUUM,,
,14:08:32,0:03:00,CTS-SMM CONTINUUM,,
,14:11:31,0:03:00,CTS-SMM CONTINUUM,,
,14:14:31,0:03:00,CTS-SMM CONTINUUM,,
,14:17:37,0:03:00,CTS-SMM CONTINUUM,,
7/6/01,14:20:31,0:03:00,CTS-DUAL-CONTINUUM/1,,
7/6/01,14:23:31,0:03:00,CTS-DUAL-CONTINUUM/2,,
,14:26:31,0:03:00,CTS-DUAL-CONTINUUM/3,,
,14:29:03,0:03:00,CTS-DUAL-CONTINUUM/4,,
,14:32:05,0:03:00,CTS-DUAL-CONTINUUM/5,,
,,,,,REPEAT SWEEP FREQUENCY TEST
7/6/01,14:34:44,,RF On,,Turn Sig Gen RF On
7/6/01,14:34:44,0:03:00,Change Frequency,,SigGen=5.753 GHz (-80 dBm)
7/6/01,14:35:20,0:03:00,CTS -DUAL CONTINUUM/1,,
7/6/01,14:38:25,0:00:00,Change Frequency,,SigGen=5.877 GHz/ERROR ON INPUT /REPEAT
7/6/01,14:38:27,0:03:00,CTS -DUAL CONTINUUM/2,,
7/6/01,14:41:30,0:03:00,Change Frequency,,SigGen=9.667 GHz 
7/6/01,14:41:34,0:03:00,CTS -DUAL CONTINUUM/3,,
7/6/01,14:44:40,0:00:00,Change Frequency,,SigGen=9.685 GHz
7/6/01,14:44:43,0:03:00,CTS -DUAL CONTINUUM/4,,
7/6/01,14:47:55,0:00:00,Change Frequency,,SigGen=10.791 GHz(-78 dBm)
7/6/01,14:47:58,0:03:00,CTS -DUAL CONTINUUM/5,,
7/6/01,14:51:00,0:00:00,Change Frequency,,SigGen=13.455 GHz
7/6/01,14:51:05,0:03:00,CTS -DUAL CONTINUUM/6,,
7/6/01,14:54:10,0:00:00,Change Frequency,,SigGen=15.137 GHz
7/6/01,14:54:13,0:03:00,CTS -DUAL CONTINUUM/7,,
7/6/01,14:57:28,0:00:00,Change Frequency,,SigGen=16.338 GHz(-75dBm)
7/6/01,14:57:31,0:03:00,CTS -DUAL CONTINUUM/8,,
7/6/01,15:00:34,0:00:00,,,Config: Sig Gen RF off.  
7/6/01,15:00:34,0:03:00,RF Off,,Turn RF Off
7/6/01,15:03:00,0:03:00,,,GO TO CYCLE 2
7/6/01,15:06:00,0:03:00,,,
7/6/01,15:09:00,,,,CYCLE NUMBER 2
7/6/01,15:05:00,,,,Going to +55C at interface
7/6/01,,,,,REQUEST LARGE PLATE TEMPERATURE= 52 C
7/6/01,,,,,REQUEST SMALL OB PLATE TEMPERATURE= 37C
7/6/01,,,,,REQUEST COLD LOAD PLATE TEMPERATURE=  COLD
7/6/01,,,CTS-DUAL-CONTINUUM/,,ALREADY TURNED ON FROM PREVIOUS
7/6/01,15:15:13,,"CTS Heater Control (0,70C)",,"CTS Heater Contol = 70 degrees C
CTS HEATER CONTROL IS CYCLE DEPENDENT, HEATER IS ALWAYS
 0(HIGH), T CHANGES WITH LARGE PLATE TEMPERATURE;
 SEE TABLE; T > 20 C over CTS interface temperature"
7/6/01,,0:00:00,,,"AFTER CTS(SPEC-T3) REGULATES AND PLATE TEMPERATURES
SETTLE DOWN,  PROCEED
TLARGE= 51.8  ;TSMALL =  36.89 ; TCOLD = -164.3"
7/6/01,17:01:49,0:05:00,IFP POWER CONTROL(0),,Remove attenuation to account for additional cable length
7/6/01,,,,,FOLLOWING CONFIGURATION SHOULD EXIST
7/6/01,,,,,"Test Ports as per ""4.3 IF Frequency Sweep Test"""
7/6/01,,,,,Config: connect IFP output to CTS input (J304 to J307) [already done]
7/6/01,,,,,Config: connect Spec Anal to PLE Test Port (J381) [already done]
7/6/01,,,,,"Config: Spec Anal, Recall, State 0"
7/6/01,,,,,Config: connect Sig Gen to smm coupler(ALREADY DONE)
7/6/01,17:03:30,,RF On,,Turn Sig Gen RF On
7/6/01,17:03:30,,Change Frequency,,SigGen=5.753 GHz (-80 dBm)
7/6/01,17:04:11,0:05:00,CTS -DUAL CONTINUUM/1,,
7/6/01,17:09:26,,Change Frequency,,SigGen=5.877 GHz
7/6/01,17:09:26,0:05:00,CTS -DUAL CONTINUUM/2,,
7/6/01,17:14:27,,Change Frequency,,SigGen=9.667 GHz 
7/6/01,17:14:30,0:05:00,CTS -DUAL CONTINUUM/3,,
7/6/01,17:19:33,,Change Frequency,,SigGen=9.685 GHz
7/6/01,17:19:36,0:05:00,CTS -DUAL CONTINUUM/4,,
7/6/01,17:24:45,,Change Frequency,,SigGen=10.791 GHz(-78 dBm)
7/6/01,17:24:50,0:05:00,CTS -DUAL CONTINUUM/5,,
7/6/01,17:29:50,,Change Frequency,,SigGen=13.455 GHz
7/6/01,17:30:00,0:03:00,CTS -DUAL CONTINUUM/6,,
7/6/01,17:33:35,,Change Frequency,,SigGen=15.137 GHz
7/6/01,17:33:39,0:03:00,CTS -DUAL CONTINUUM/7,,
7/6/01,17:37:00,,Change Frequency,,SigGen=16.338 GHz(-75dBm)
7/6/01,17:37:04,0:03:00,CTS -DUAL CONTINUUM/8,,
7/6/01,17:40:04,,,,Config: Sig Gen RF off.  
7/6/01,17:40:04,,RF Off,,Turn RF Off
7/6/01,,,,,
7/6/01,,,,,Begin CTS LINEARITY Test
7/6/01,17:41:05,0:00:00,IFP POWER CONTROL(0),,
7/6/01,17:41:31,0:03:00,CTS DUAL CONTINUUM,,
7/6/01,17:44:31,0:03:00,IFP POWER CONTROL(3),,
7/6/01,17:47:39,0:03:00,IFP POWER CONTROL(6),,
7/6/01,17:50:44,0:03:00,IFP POWER CONTROL(9),,
7/6/01,17:53:43,0:03:00,IFP POWER CONTROL(12),,
7/6/01,17:56:43,0:03:00,IFP POWER CONTROL(15),,
,17:59:43,0:01:00,IFP POWER CONTROL(0),,
7/6/01,,0:00:00,,,BEGIN RECEIVER TEMPERATURE MODE TEST
7/6/01,18:01:01,0:05:00,DUAL-CONTINUUM,,MODE CHANGE  5 MODES TOTAL
7/6/01,18:06:10,0:05:00,DUAL-CONTINUUM,,
7/6/01,18:10:12,0:05:00,MM-CONTINUUM,,
7/6/01,18:15:12,0:05:00,MM-CONTINUUM,,
,18:20:37,0:05:00,SMM-CONTINUUM,,
,18:25:37,0:05:00,SMM-CONTINUUM,,
,18:31:01,0:05:00,CTS-SMM CONTINUUM,,INSERT AN EXTRA cst-SMM CONTINNUM - FAILURE SEEN
,18:35:32,0:05:00,CTS-SMM CONTINUUM,,CORRECT PERFORMANCE NOW
,18:40:33,0:05:00,CTS-SMM CONTINUUM,,CTS COMES TO TEMPERATURE CONTROL AT ABOUT 18:43 - TOOK ABOUT 12 MIN TO RECOVER
,18:45:34,0:05:00,CTS-DUAL-CONTINUUM/1,,
,18:50:34,0:05:00,CTS-DUAL-CONTINUUM/2,,
,18:55:34,,,,
,18:55:36,,ENGINEERING MODE,,GO TO ENGINEERING MODE IF TEMPERATURE IS BEING REDUCED
,18:55:36,,,,GO TO CYCLE 3

,18:55:36,,,,CYCLE NUMBER 3
,,,,,Going to +45C at interface
,18:57:00,,,,REQUEST LARGE PLATE TEMPERATURE= 42 C
,18:57:00,,,,REQUEST SMALL OB PLATE TEMPERATURE= 37C
,18:57:00,0:15:00,,,REQUEST COLD LOAD PLATE TEMPERATURE=  COLD
,19:13:50,0:05:00,"CTS WARMUP (0,70)",,WAIT FOR CTS  TEMPERATURE TO EQUILIBRATE
,19:30:38,0:05:00,CTS -DUAL CONTINUUM,,
,19:34:00,0:00:00,,,"AFTER CTS(SPEC-T3) REGULATES AND PLATE TEMPERATURES
SETTLE DOWN,  PROCEED
TLARGE= 41.53  ;TSMALL =  36.25 ; TCOLD = -176.8"

,,,,,FOLLOWING CONFIGURATION SHOULD EXIST
,,,,,"Test Ports as per ""4.3 IF Frequency Sweep Test"""
,,,,,Config: connect IFP output to CTS input (J304 to J307) [already done]
,,,,,Config: connect Spec Anal to PLE Test Port (J381) [already done]
,,,,,"Config: Spec Anal, Recall, State 0"
,,,,,Config: connect Sig Gen to smm coupler(ALREADY DONE)
,19:37:40,,RF On,,Turn Sig Gen RF On
,19:37:40,,Change Frequency,,SigGen=5.753 GHz (-80 dBm)
,19:38:15,0:03:00,CTS -DUAL CONTINUUM/1,,
,19:41:15,,Change Frequency,,SigGen=5.877 GHz
,19:41:20,0:03:00,CTS -DUAL CONTINUUM/2,,
,19:44:35,,Change Frequency,,SigGen=9.667 GHz 
,19:44:41,0:03:00,CTS -DUAL CONTINUUM/3,,
,19:47:41,,Change Frequency,,SigGen=9.685 GHz
,19:47:50,0:03:00,CTS -DUAL CONTINUUM/4,,
,19:50:50,,Change Frequency,,"SigGen=10.791 GHz(-80 dBm, forgot to increase)"
,19:50:56,0:03:00,CTS -DUAL CONTINUUM/5,,
,19:54:30,,Change Frequency,,SigGen=13.455 GHz
,19:54:35,0:03:00,CTS -DUAL CONTINUUM/6,,
,19:57:38,,Change Frequency,,SigGen=15.137 GHz
,19:57:38,0:03:00,CTS -DUAL CONTINUUM/7,,
,20:00:38,,Change Frequency,,"SigGen=16.338 GHz(-80dBm, etc.)"
,20:00:43,0:03:00,CTS -DUAL CONTINUUM/8,,
,20:03:43,,,,Config: Sig Gen RF off.  
,20:03:43,,RF Off,,Turn RF Off
,,,,,
,,,,,Begin CTS LINEARITY Test
,20:03:51,0:03:00,IFP POWER CONTROL(0),,
,20:06:51,0:03:00,IFP POWER CONTROL(3),,
,20:09:50,0:03:00,IFP POWER CONTROL(6),,
,20:12:49,0:03:00,IFP POWER CONTROL(9),,
,20:15:49,0:03:00,IFP POWER CONTROL(12),,
,20:18:49,0:03:00,IFP POWER CONTROL(15),,
,20:21:49,0:01:00,IFP POWER CONTROL(0),,
,,0:00:00,,,BEGIN RECEIVER TEMPERATURE MODE TEST
,20:22:49,0:05:00,DUAL-CONTINUUM,,MODE CHANGE  5 MODES TOTAL
,20:27:50,0:05:00,DUAL-CONTINUUM,,"telemetry errors appear after this command (not sure, maybe haven't noticed before"
,20:32:50,0:05:00,MM-CONTINUUM,,
,20:37:50,0:05:00,MM-CONTINUUM,,
,20:42:50,0:05:00,SMM-CONTINUUM,,
,20:47:50,0:05:00,SMM-CONTINUUM,,
,20:52:50,0:05:00,CTS-SMM CONTINUUM,,INSERT AN EXTRA CTS-SMM CONTINNUM 
,20:57:50,0:05:00,CTS-SMM CONTINUUM,,
,21:02:50,0:05:00,CTS-SMM CONTINUUM,,
,21:07:50,0:05:00,CTS-DUAL-CONTINUUM/1,,
,21:12:50,0:05:00,CTS-DUAL-CONTINUUM/2,,
,21:17:50,,,,waiting for Paul to show up
,21:21:34,,ENGINEERING MODE,,GO TO ENGINEERING MODE IF TEMPERATURE IS BEING REDUCED
,21:21:34,,,,GO TO CYCLE 4
,,,,,
,21:21:34,,,,CYCLE NUMBER 4
,,,,,Going to +35C at interface
,21:21:34,,,,REQUEST LARGE PLATE TEMPERATURE= 32 C
,21:21:34,,,,REQUEST SMALL OB PLATE TEMPERATURE= 32C
,21:21:34,0:30:00,,,REQUEST COLD LOAD PLATE TEMPERATURE=  COLD
,21:56:00,0:05:00,"CTS WARMUP (0,60)",,WAIT FOR CTS  TEMPERATURE TO EQUILIBRATE
,22:06:00,,CTS -DUAL CONTINUUM/1,,
,22:06:40,,IFP POWER CONTROL(0),,
,22:10:00,0:00:00,,,"AFTER CTS(SPEC-T3) REGULATES AND PLATE TEMPERATURES
SETTLE DOWN,  PROCEED
TLARGE= 31.58 ;TSMALL = 30.87  ; TCOLD = -182.8"
,,,,,
,,,,,FOLLOWING CONFIGURATION SHOULD EXIST
,,,,,"Test Ports as per ""4.3 IF Frequency Sweep Test"""
,,,,,Config: connect IFP output to CTS input (J304 to J307) [already done]
,,,,,Config: connect Spec Anal to PLE Test Port (J381) [already done]
,,,,,"Config: Spec Anal, Recall, State 0"
,,,,,Config: connect Sig Gen to smm coupler(ALREADY DONE)
,22:10:50,,RF On,,Turn Sig Gen RF On
,22:11:00,,Change Frequency,,SigGen=5.753 GHz (-80 dBm)
,22:11:17,0:03:00,CTS -DUAL CONTINUUM/1,,
,22:14:17,,Change Frequency,,SigGen=5.877 GHz
,22:14:31,0:03:00,CTS -DUAL CONTINUUM/2,,
,22:17:31,,Change Frequency,,SigGen=9.667 GHz 
,22:17:38,0:03:00,CTS -DUAL CONTINUUM/3,,
,22:20:38,,Change Frequency,,SigGen=9.685 GHz
,22:20:51,0:03:00,CTS -DUAL CONTINUUM/4,,
,22:23:51,,Change Frequency,,SigGen=10.791 GHz(-78 dBm)
,22:24:11,0:03:00,CTS -DUAL CONTINUUM/5,,
,22:27:35,,Change Frequency,,SigGen=13.455 GHz
,22:27:47,0:03:00,CTS -DUAL CONTINUUM/6,,
,22:30:47,,Change Frequency,,SigGen=15.137 GHz
,22:30:56,0:03:00,CTS -DUAL CONTINUUM/7,,
,22:33:56,,Change Frequency,,SigGen=16.338 GHz(-75dBm)
,22:34:21,0:03:00,CTS -DUAL CONTINUUM/8,,
,22:37:21,,,,Config: Sig Gen RF off.  
,22:37:21,,RF Off,,Turn RF Off
,,,,,
,,,,,Begin CTS LINEARITY Test
,22:37:28,0:03:00,IFP POWER CONTROL(0),,
,22:40:30,0:03:00,IFP POWER CONTROL(3),,
,22:43:32,0:03:00,IFP POWER CONTROL(6),,
,22:46:30,0:03:00,IFP POWER CONTROL(9),,
,22:49:30,0:03:00,IFP POWER CONTROL(12),,
,22:52:30,0:03:00,IFP POWER CONTROL(15),,
,22:55:30,0:01:00,IFP POWER CONTROL(0),,
,22:56:00,,,,TLARGE= 31.70 ;TSMALL = 31.68  ; TCOLD = -174.8
,,0:00:00,,,BEGIN RECEIVER TEMPERATURE MODE TEST
,22:56:30,0:05:00,DUAL-CONTINUUM,,MODE CHANGE  5 MODES TOTAL
,23:01:31,0:05:00,DUAL-CONTINUUM,,
,23:06:30,0:05:00,MM-CONTINUUM,,
,23:11:30,0:05:00,MM-CONTINUUM,,
,23:16:30,0:05:00,SMM-CONTINUUM,,
,23:21:30,0:05:00,SMM-CONTINUUM,,
,23:26:30,0:05:00,CTS-SMM CONTINUUM,,INSERT AN EXTRA CTS-SMM CONTINNUM 
,23:31:30,0:05:00,CTS-SMM CONTINUUM,,
,23:36:30,0:05:00,CTS-SMM CONTINUUM,,
,23:41:30,0:05:00,CTS-DUAL-CONTINUUM/1,,
,23:46:31,0:05:00,CTS-DUAL-CONTINUUM/2,,
,23:51:31,,,,
,23:51:31,0:01:00,ENGINEERING MODE,,
,23:52:30,,POWER OFF = 268,,End run for night
,23:53:00,,,,"LARGE, SMALL, COLD PLATE TEMPERATURES TURNED OFF"
,,,,,Pumping continued since Paul will be here
,,MJ OFF,,,GO TO CYCLE 5

8/6/01,8:00:00,SG,,,CYCLE NUMBER 5
,,,,,Going to +25C at interface
,,,,,pumping continued all night/ P=5.4E-7 TORR
,,,,,
,,,,,
,8:00:00,,,,REQUEST LARGE PLATE TEMPERATURE= 22 C
,8:00:00,,,,REQUEST SMALL OB PLATE TEMPERATURE= 22C
,8:00:00,0:15:00,,,REQUEST COLD LOAD PLATE TEMPERATURE=  COLD
,8:05:00,,POWER ON =269,,V=28.4/I=0.93
,8:06:02,0:05:00,"CTS WARMUP (0,50)",,WAIT FOR CTS  TEMPERATURE TO EQUILIBRATE
,8:09:47,0:05:00,CALIBRATION HEATER ON,,
,8:15:21,,CTS -DUAL CONTINUUM/1,,
,8:16:18,,IFP POWER CONTROL(0),,
,9:01:46,0:00:00,,,"AFTER CTS(SPEC-T3) REGULATES AND PLATE TEMPERATURES
SETTLE DOWN,  PROCEED
TLARGE=22.02   ;TSMALL =21.85   ; TCOLD = -173.7"

,,,,,FOLLOWING CONFIGURATION SHOULD EXIST
,,,,,"Test Ports as per ""4.3 IF Frequency Sweep Test"""
,,,,,Config: connect IFP output to CTS input (J304 to J307) [already done]
,,,,,Config: connect Spec Anal to PLE Test Port (J381) [already done]
,,,,,"Config: Spec Anal, Recall, State 0"
,,,,,Config: connect Sig Gen to smm coupler(ALREADY DONE)
,9:07:00,,RF On,,Turn Sig Gen RF On
,9:07:00,,Change Frequency,,SigGen=5.753 GHz (-80 dBm)
,9:07:15,0:03:00,CTS -DUAL CONTINUUM/1,,
,9:10:25,,Change Frequency,,SigGen=5.877 GHz
,9:10:25,0:03:00,CTS -DUAL CONTINUUM/2,,
,9:13:29,,Change Frequency,,SigGen=9.667 GHz 
,9:13:29,0:03:00,CTS -DUAL CONTINUUM/3,,
,9:16:30,,Change Frequency,,SigGen=9.685 GHz
,9:16:30,0:03:00,CTS -DUAL CONTINUUM/4,,
,9:19:30,,Change Frequency,,SigGen=10.791 GHz(-78 dBm)
,9:19:30,0:03:00,CTS -DUAL CONTINUUM/5,,
,9:22:30,,Change Frequency,,SigGen=13.455 GHz/THIS WAS A LITTLE LATE IN GETTING STARTED
,9:22:30,0:03:00,CTS -DUAL CONTINUUM/6,,
,9:25:30,,Change Frequency,,SigGen=15.137 GHz
,9:25:30,0:03:00,CTS -DUAL CONTINUUM/7,,
,9:28:30,,Change Frequency,,SigGen=16.338 GHz(-75dBm)
,9:28:30,0:03:00,CTS -DUAL CONTINUUM/8,,
,9:31:30,,RF OFF,,Config: Sig Gen RF off.  
,9:31:30,,RF STANDBY,,Turn RF STANDBY
,,,,,
,,,,,Begin CTS LINEARITY Test
,9:31:51,0:03:00,IFP POWER CONTROL(0),,
,9:35:16,0:03:00,IFP POWER CONTROL(3),,
,9:38:16,0:03:00,IFP POWER CONTROL(6),,
,9:41:15,0:03:00,IFP POWER CONTROL(9),,
,9:44:15,0:03:00,IFP POWER CONTROL(12),,
,9:47:15,0:03:00,IFP POWER CONTROL(15),,
,9:50:15,0:01:00,IFP POWER CONTROL(0),,
,9:50:15,,,,TLARGE= 21.8 ;TSMALL = 21.6  ; TCOLD = -173.7
,,0:00:00,,,BEGIN RECEIVER TEMPERATURE MODE TEST
,9:52:00,0:05:00,DUAL-CONTINUUM,,MODE CHANGE  5 MODES TOTAL
,9:57:00,0:05:00,DUAL-CONTINUUM,,
,10:02:00,0:05:00,MM-CONTINUUM,,
,10:07:01,0:05:00,MM-CONTINUUM,,
,10:12:00,0:05:00,SMM-CONTINUUM,,
,10:17:00,0:05:00,SMM-CONTINUUM,,
,10:22:00,0:05:00,CTS-SMM CONTINUUM,,INSERT AN EXTRA cst-SMM CONTINNUM 
,10:27:00,0:05:00,CTS-SMM CONTINUUM,,
,10:32:00,0:05:00,CTS-SMM CONTINUUM,,
,10:37:00,0:05:00,CTS-DUAL-CONTINUUM/1,,
,10:42:02,0:05:00,CTS-DUAL-CONTINUUM/2,,"lg Plate 21.66; sm plate 21.50 ,Tcold = -186.0"
,,,,,
,10:47:00,,ENGINEERING MODE,,GO TO ENGINEERING MODE IF TEMPERATURE IS BEING REDUCED
,10:47:00,,,,GO TO CYCLE 6

,,,,,CYCLE NUMBER 6
,,,,,Going to +15C at interface
,10:48:00,,,,REQUEST LARGE PLATE TEMPERATURE= 12 C
,10:49:00,,,,REQUEST SMALL OB PLATE TEMPERATURE= 12C
,10:49:00,0:15:00,,,REQUEST COLD LOAD PLATE TEMPERATURE=  COLD
,11:06:00,0:05:00,"CTS WARMUP (0,40)",,WAIT FOR CTS  TEMPERATURE TO EQUILIBRATE
,11:13:30,0:05:00,CTS -DUAL CONTINUUM/1,,
,11:23:18,,IFP POWER CONTROL(0),,
,12:02:00,0:00:00,,,"AFTER CTS(SPEC-T3) REGULATES AND PLATE TEMPERATURES
SETTLE DOWN,  PROCEED
TLARGE=11.85   ;TSMALL =11.61   ; TCOLD = -184.1"

,,,,,FOLLOWING CONFIGURATION SHOULD EXIST
,,,,,"Test Ports as per ""4.3 IF Frequency Sweep Test"""
,,,,,Config: connect IFP output to CTS input (J304 to J307) [already done]
,,,,,Config: connect Spec Anal to PLE Test Port (J381) [already done]
,,,,,"Config: Spec Anal, Recall, State 0"
,,,,,Config: connect Sig Gen to smm coupler(ALREADY DONE)
,12:02:00,,RF On,,Turn Sig Gen RF On
,12:02:20,,Change Frequency,,SigGen=5.753 GHz (-80 dBm)
,12:02:30,0:03:00,CTS -DUAL CONTINUUM/1,,
,12:05:30,,Change Frequency,,SigGen=5.877 GHz
,12:05:30,0:03:00,CTS -DUAL CONTINUUM/2,,
,12:08:30,,Change Frequency,,SigGen=9.667 GHz 
,12:08:30,0:03:00,CTS -DUAL CONTINUUM/3,,
,12:11:32,,Change Frequency,,SigGen=9.685 GHz
,12:11:32,0:03:00,CTS -DUAL CONTINUUM/4,,
,12:14:30,,Change Frequency,,SigGen=10.791 GHz(-78 dBm)
,12:14:30,0:03:00,CTS -DUAL CONTINUUM/5,,
,12:17:30,,Change Frequency,,SigGen=13.455 GHz
,12:17:30,0:03:00,CTS -DUAL CONTINUUM/6,,
,12:20:30,,Change Frequency,,SigGen=15.137 GHz
,12:20:30,0:03:00,CTS -DUAL CONTINUUM/7,,
,12:23:31,,Change Frequency,,SigGen=16.338 GHz(-75dBm)
,12:23:31,0:03:00,CTS -DUAL CONTINUUM/8,,
,12:26:30,,RF off,,Config: Sig Gen RF off.  
,12:26:30,,Standby,,Turn RF Off
,,,,,
,,,,,Begin CTS LINEARITY Test
,12:27:30,0:03:00,IFP POWER CONTROL(0),,
,12:30:30,0:03:00,IFP POWER CONTROL(3),,
,12:33:30,0:03:00,IFP POWER CONTROL(6),,
,12:36:30,0:03:00,IFP POWER CONTROL(9),,
,12:39:30,0:03:00,IFP POWER CONTROL(12),,
,12:42:30,0:03:00,IFP POWER CONTROL(15),,
,12:45:30,0:01:00,IFP POWER CONTROL(0),,
,12:46:00,,,,TLARGE=11.83  ;TSMALL =11.62   ; TCOLD = -185.7
,,0:00:00,,,BEGIN RECEIVER TEMPERATURE MODE TEST
,12:47:15,0:05:00,DUAL-CONTINUUM,,MODE CHANGE  5 MODES TOTAL
,12:52:15,0:05:00,DUAL-CONTINUUM,,
,12:57:15,0:05:00,MM-CONTINUUM,,
,12:58:15,,CTS warmup off,,
,13:02:14,0:05:00,MM-CONTINUUM,,
,13:07:15,0:05:00,SMM-CONTINUUM,,
,13:12:15,0:05:00,SMM-CONTINUUM,,
,13:17:14,0:05:00,CTS-SMM CONTINUUM,,INSERT AN EXTRA cst-SMM CONTINNUM 
,13:18:45,,"CTS heater 0,4",,
,13:23:00,0:05:00,CTS-SMM CONTINUUM,,
,13:28:00,0:05:00,CTS-SMM CONTINUUM,,
,13:33:03,0:05:00,CTS-DUAL-CONTINUUM/1,,
,13:37:59,0:05:00,CTS-DUAL-CONTINUUM/2,,
,,,,,
,13:43:00,,ENGINEERING MODE,,GO TO ENGINEERING MODE IF TEMPERATURE IS BEING REDUCED
,13:43:00,,,,GO TO CYCLE 7

,13:43:51,,,,CYCLE NUMBER 7
,,,,,Going to +5C at interface
,13:43:51,,,,REQUEST LARGE PLATE TEMPERATURE= 2 C
,13:43:51,,,,REQUEST SMALL OB PLATE TEMPERATURE= 2C
,13:43:51,0:15:00,,,REQUEST COLD LOAD PLATE TEMPERATURE=  COLD
,14:02:59,0:05:00,"CTS WARMUP (0,30)",,WAIT FOR CTS  TEMPERATURE TO EQUILIBRATE
,15:01:10,,CTS -DUAL CONTINUUM/1,,
,15:04:09,,IFP POWER CONTROL(0),,
,15:05:00,0:00:00,,,"AFTER CTS(SPEC-T3) REGULATES AND PLATE TEMPERATURES
SETTLE DOWN,  PROCEED
TLARGE= 1.94  ;TSMALL =1.49   ; TCOLD = -184.5"

,,,,,FOLLOWING CONFIGURATION SHOULD EXIST
,,,,,"Test Ports as per ""4.3 IF Frequency Sweep Test"""
,,,,,Config: connect IFP output to CTS input (J304 to J307) [already done]
,,,,,Config: connect Spec Anal to PLE Test Port (J381) [already done]
,,,,,"Config: Spec Anal, Recall, State 0"
,,,,,Config: connect Sig Gen to smm coupler(ALREADY DONE)
,15:08:00,,RF On,,Turn Sig Gen RF On
,15:08:00,,Change Frequency,,SigGen=5.753 GHz (-80 dBm)
,15:08:29,0:03:00,CTS -DUAL CONTINUUM/1,,
,15:11:30,,Change Frequency,,SigGen=5.877 GHz
,15:11:30,0:03:00,CTS -DUAL CONTINUUM/2,,
,15:14:31,,Change Frequency,,SigGen=9.667 GHz 
,15:14:31,0:03:00,CTS -DUAL CONTINUUM/3,,
,15:17:30,,Change Frequency,,SigGen=9.685 GHz
,15:17:30,0:03:00,CTS -DUAL CONTINUUM/4,,
,15:17:31,,Change Frequency,,SigGen=10.791 GHz(-78 dBm)
,15:17:31,0:03:00,CTS -DUAL CONTINUUM/5,,
,15:20:31,,Change Frequency,,SigGen=13.455 GHz/GOT STARTED A LITTLE LATE
,15:20:31,0:03:00,CTS -DUAL CONTINUUM/6,,
,15:27:50,,Change Frequency,,SigGen=15.137 GHz
,15:27:50,0:03:00,CTS -DUAL CONTINUUM/7,,
,15:31:00,,Change Frequency,,SigGen=16.338 GHz(-75dBm)
,15:31:00,0:03:00,CTS -DUAL CONTINUUM/8,,
,15:34:00,,RF OFF,,Config: Sig Gen RF off.  
,15:34:00,,STANDBY,,Turn RF Off
,,,,,
,,,,,Begin CTS LINEARITY Test
,15:34:15,0:03:00,IFP POWER CONTROL(0),,
,15:37:15,0:03:00,IFP POWER CONTROL(3),,
,15:40:15,0:03:00,IFP POWER CONTROL(6),,
,15:43:15,0:03:00,IFP POWER CONTROL(9),,
,15:46:15,0:03:00,IFP POWER CONTROL(12),,
,15:49:15,0:03:00,IFP POWER CONTROL(15),,
,15:52:15,0:01:00,IFP POWER CONTROL(0),,
,15:53:00,,,,TLARGE=2.11  ;TSMALL =1.75   ; TCOLD = -184.0
,,0:00:00,,,BEGIN RECEIVER TEMPERATURE MODE TEST
,15:54:59,0:05:00,DUAL-CONTINUUM,,MODE CHANGE  5 MODES TOTAL
,16:00:00,0:05:00,DUAL-CONTINUUM,,
,16:04:59,0:05:00,MM-CONTINUUM,,
,16:10:00,0:05:00,MM-CONTINUUM,,MJ on
,16:15:00,0:05:00,SMM-CONTINUUM,,
,16:20:00,0:05:00,SMM-CONTINUUM,,
,16:26:00,0:05:00,CTS-SMM CONTINUUM,,INSERT AN EXTRA cst-SMM CONTINNUM 
,16:32:00,0:05:00,"CTS HEATER (0,3)",,"USE CTS HEATER COMMAND before continuuing/Invoke CTS calibration if previous
command fails(IT FAILED!)"
,16:36:00,,CTS INTERNAL CAL,,
,16:40:00,0:05:00,CTS-SMM CONTINUUM,,
,16:45:00,0:05:00,CTS-SMM CONTINUUM,,
,16:50:00,0:05:00,CTS-DUAL-CONTINUUM/1,,
,16:55:00,0:05:00,CTS-DUAL-CONTINUUM/2,,
,17:00:00,,,,
,17:00:00,,ENGINEERING MODE,,GO TO ENGINEERING MODE IF TEMPERATURE IS BEING REDUCED
,17:00:00,,,,GO TO CYCLE 8

6/08/01,17:00:00,,,,CYCLE NUMBER 8
,,,,,Going to -5C at interface
,17:00:00,,,,REQUEST LARGE PLATE TEMPERATURE= -8 C
,17:00:00,,,,REQUEST SMALL OB PLATE TEMPERATURE= -8C
,17:00:00,0:15:00,,,REQUEST COLD LOAD PLATE TEMPERATURE=  COLD
,17:30:00,0:05:00,"CTS WARMUP (0,20)",,WAIT FOR CTS  TEMPERATURE TO EQUILIBRATE
,17:35:00,,CTS -DUAL CONTINUUM/1,,
,17:39:00,,IFP POWER CONTROL(0),,
,17:39:00,0:50:00,SG off,,"AFTER CTS(SPEC-T3) REGULATES AND PLATE TEMPERATURES
SETTLE DOWN,  PROCEED
TLARGE=-7.8   ;TSMALL =-8.26   ; TCOLD = -182.9"
,18:19:00,,,,CTS comes to equilibrium
,,,,,FOLLOWING CONFIGURATION SHOULD EXIST
,,,,,"Test Ports as per ""4.3 IF Frequency Sweep Test"""
,,,,,Config: connect IFP output to CTS input (J304 to J307) [already done]
,,,,,Config: connect Spec Anal to PLE Test Port (J381) [already done]
,,,,,"Config: Spec Anal, Recall, State 0"
,,,,,Config: connect Sig Gen to smm coupler(ALREADY DONE)
,18:19:20,,RF On,TS on,Turn Sig Gen RF On
,18:19:20,,Change Frequency,,SigGen=5.753 GHz (-80 dBm)
,18:20:00,0:03:00,CTS -DUAL CONTINUUM/1,,
,18:23:00,,Change Frequency,,SigGen=5.877 GHz
,18:23:00,0:03:00,CTS -DUAL CONTINUUM/2,,
,18:26:00,,Change Frequency,,SigGen=9.667 GHz 
,18:26:00,0:03:00,CTS -DUAL CONTINUUM/3,,
,18:29:00,,Change Frequency,,SigGen=9.685 GHz
,18:29:00,0:03:00,CTS -DUAL CONTINUUM/4,,
,18:32:00,,Change Frequency,,SigGen=10.791 GHz(-78 dBm)
,18:32:00,0:03:00,CTS -DUAL CONTINUUM/5,,
,18:35:00,,Change Frequency,,SigGen=13.455 GHz
,18:35:00,0:03:00,CTS -DUAL CONTINUUM/6,,
,18:38:00,,Change Frequency,,SigGen=15.137 GHz
,18:38:00,0:03:00,CTS -DUAL CONTINUUM/7,,
,18:41:00,,Change Frequency,,SigGen=16.338 GHz(-75dBm)
,18:41:00,0:03:00,CTS -DUAL CONTINUUM/8,,
,18:44:00,,,,Config: Sig Gen RF off.  
,18:44:00,,RF Off,,Turn RF Off
,,,,,
,,,,,Begin CTS LINEARITY Test
,18:44:00,0:03:00,IFP POWER CONTROL(0),,
,18:47:00,0:03:00,IFP POWER CONTROL(3),,
,18:50:00,0:03:00,IFP POWER CONTROL(6),,
,18:53:00,0:03:00,IFP POWER CONTROL(9),,
,18:56:00,0:03:00,IFP POWER CONTROL(12),,
,18:59:00,0:03:00,IFP POWER CONTROL(15),,
,19:02:00,0:01:00,IFP POWER CONTROL(0),,
,19:03:00,,,,TLARGE= -7.54 ;TSMALL = -8.024  ; TCOLD = -182.3
,,0:00:00,,,BEGIN RECEIVER TEMPERATURE MODE TEST
,19:03:05,0:05:00,DUAL-CONTINUUM,,MODE CHANGE  5 MODES TOTAL
,19:08:02,0:05:00,DUAL-CONTINUUM,,
,19:13:00,0:05:00,MM-CONTINUUM,,
,19:18:00,0:05:00,MM-CONTINUUM,,
,19:23:00,0:05:00,SMM-CONTINUUM,,
,19:28:00,0:05:00,SMM-CONTINUUM,,
,19:33:00,0:05:00,CTS-SMM CONTINUUM,,INSERT AN EXTRA cts-SMM CONTINNUM 
,19:38:00,,"CTS HEATER (0,2)",,"CTS HEATER   Before continuing/Invoke CTS calibration if previous
command fails (IT FAILED!)"
,19:40:00,,CTS INTERNAL CALIBRATION,,
,19:44:00,0:05:00,CTS-SMM CONTINUUM,,
,19:49:00,0:05:00,CTS-SMM CONTINUUM,,
,19:54:04,0:05:00,CTS-DUAL-CONTINUUM/1,,
,19:59:00,0:05:00,CTS-DUAL-CONTINUUM/2,,
,,,,,
6/08/01,20:04:00,,ENGINEERING MODE,,GO TO ENGINEERING MODE IF TEMPERATURE IS BEING REDUCED
,20:04:00,,,,GO TO CYCLE 9


6/08/01,20:04:00,,,,CYCLE NUMBER 9
,,,,,Going to -15C at interface
,20:05:00,,,,REQUEST LARGE PLATE TEMPERATURE= -18 C
,20:05:00,,,,REQUEST SMALL OB PLATE TEMPERATURE= -18C
,20:05:00,1:00:00,,,REQUEST COLD LOAD PLATE TEMPERATURE=  COLD
,21:02:30,0:05:00,"CTS WARMUP (0,10)",,WAIT FOR CTS  TEMPERATURE TO EQUILIBRATE
,21:06:00,0:03:00,CTS -DUAL CONTINUUM/1,,
,21:09:00,0:04:00,IFP POWER CONTROL(0),,
,21:10:30,0:00:00,,,"AFTER CTS(SPEC-T3) REGULATES AND PLATE TEMPERATURES
SETTLE DOWN,  PROCEED
TLARGE= -17.42  ;TSMALL = -17.95  ; TCOLD = -182.5"

,,,,,FOLLOWING CONFIGURATION SHOULD EXIST
,,,,,"Test Ports as per ""4.3 IF Frequency Sweep Test"""
,,,,,Config: connect IFP output to CTS input (J304 to J307) [already done]
,,,,,Config: connect Spec Anal to PLE Test Port (J381) [already done]
,,,,,"Config: Spec Anal, Recall, State 0"
,,,,,Config: connect Sig Gen to smm coupler(ALREADY DONE)
,21:12:00,,RF On,,Turn Sig Gen RF On
,21:12:00,,Change Frequency,,SigGen=5.753 GHz (-80 dBm)
,21:12:00,0:03:00,CTS -DUAL CONTINUUM/1,,
,21:15:00,,Change Frequency,,SigGen=5.877 GHz
,21:15:00,0:03:00,CTS -DUAL CONTINUUM/2,,
,21:18:00,,Change Frequency,,SigGen=9.667 GHz 
,21:18:00,0:03:00,CTS -DUAL CONTINUUM/3,,
,21:21:00,,Change Frequency,,SigGen=9.685 GHz
,21:21:00,0:03:00,CTS -DUAL CONTINUUM/4,,
,21:24:00,,Change Frequency,,SigGen=10.791 GHz(-78 dBm)
,21:24:00,0:03:00,CTS -DUAL CONTINUUM/5,,
,21:27:00,,Change Frequency,,SigGen=13.455 GHz
,21:27:00,0:03:00,CTS -DUAL CONTINUUM/6,,
,21:30:00,,Change Frequency,,SigGen=15.137 GHz
,21:30:00,0:03:00,CTS -DUAL CONTINUUM/7,,
,21:33:00,,Change Frequency,,SigGen=16.338 GHz(-75dBm)
,21:33:00,0:03:00,CTS -DUAL CONTINUUM/8,,
,21:35:55,,,,Config: Sig Gen RF off.  
,21:35:55,,RF Off,,Turn RF Off
,,,,,
,,,,,Begin CTS LINEARITY Test
,21:36:02,0:03:00,IFP POWER CONTROL(0),,
,21:39:00,0:03:00,IFP POWER CONTROL(3),,
,21:42:00,0:03:00,IFP POWER CONTROL(6),,
,21:45:00,0:03:00,IFP POWER CONTROL(9),,
,21:48:00,0:03:00,IFP POWER CONTROL(12),,
,21:51:00,0:03:00,IFP POWER CONTROL(15),,
,21:54:00,0:01:00,IFP POWER CONTROL(0),,
,21:54:30,,,,TLARGE= -17.14 ;TSMALL = -17.68  ; TCOLD = -184.2
,,0:00:00,,,BEGIN RECEIVER TEMPERATURE MODE TEST
,21:55:00,0:05:00,CTS-DUAL-CONTINUUM,,Erroneous command
,22:00:00,0:05:00,DUAL-CONTINUUM,,MODE CHANGE  5 MODES TOTAL
,22:05:00,0:05:00,DUAL-CONTINUUM,,
,22:10:00,0:05:00,MM-CONTINUUM,,
,22:15:00,0:05:00,MM-CONTINUUM,,
,22:20:00,0:05:00,SMM-CONTINUUM,,
,22:25:00,0:05:00,SMM-CONTINUUM,,
,22:30:00,0:05:00,CTS-SMM CONTINUUM,,INSERT AN EXTRA cst-SMM CONTINNUM 
,22:35:00,0:05:00,"CTS HEATER (0,1)",,"Warmup before continuing/Invoke CTS calibration if previous
command fails  (IT FAILED!)"
,22:37:00,0:02:00,CTS INTERNAL CALIBRATION,,
,22:39:00,0:05:00,CTS-SMM CONTINUUM,,
,22:44:00,0:05:00,CTS-SMM CONTINUUM,,
,22:49:00,0:05:00,CTS-DUAL-CONTINUUM/1,,
,22:54:00,0:05:00,CTS-DUAL-CONTINUUM/2,,
,,,,,
,22:59:00,0:00:55,ENGINEERING MODE,,GO TO ENGINEERING MODE IF TEMPERATURE IS BEING REDUCED
,22:59:55,,POWER OFF = 269,,
,,,,,"LARGE, SMALL, COLD PLATE TEMPERATURES TURNED OFF"
,23:02:00,,,,Requested thermal control off.
,,,,,PUMPING TURNED OFF
,23:05:00,MJ & TS OFF,,,END OF TESTS
10/6/01,8:00:00,,,,Backfill chamber and open door.
,8:30:00,,,,Swap CPU S/N 14 with S/N 37
,9:45:00,,,,Remove test RF cables and install 3 flight RF cables.
,10:17:00,,POWER ON = 270,,Perform EU functional test after CPU swap.
,10:21:23,0:05:00,CTS-DUAL-CONTINUUM,,
,10:31:31,0:05:00,ENGINEERING MODE,,
,10:33:00,0:00:00,POWER OFF = 270,,
,10:45:00,0:00:00,,,CLOSED CHAMBER DOOR.
,11:25:00,0:00:00,POWER ON = 271,,
,11:25:00,rn,,Testing Software,Loading vxWorks_061001_test.bin into RAM
,,,,,Note: From this point forward all science data should be ignored as I am debugging some new software. When finished and new software is loaded into EEPROM I will note that in the log.
,11:38:00,,,,Software up and running
,11:40:30,,DUAL-CONTINUUM MODE,,
,11:50:37,,CTS-DUAL-CONTINUUM,,
,11:55:35,,SET PLL RESET OFF,,
,11:56:23,,PLL RESET ON,,
10/6/01,12:03:41,RN,Command sent,,"Asteroid Mode programmed to run at 992175100, for 2 scans, starting LO frequency is 0."
,12:05:30,rn,Command sent,,Dual continuum in preparation for asteroid mode
,12:37:26,,POWER OFF =271,,
,12:37:50,,POWER ON = 272,,
,12:37:50,RN,,Testing Software,Loading vxWorks_061001_test_2.bin into RAM
,12:53:09,,DUAL-CONTINUUM MODE,,
,13:03:06,,CTS-DUAL-CONTINUUM,,
,13:29:42,,ENGINEERING MODE,,
,13:30:32,,SOFTWARE RESTART COMMAND,,
,13:38:14,,POWER OFF = 272,,
,13:38:30,,POWER ON = 273,,
,13:38:30,RN,,Loading EEPROM,Loading vxWorks_061001_ee.bin into EEPROM
,13:54:12,,Command ,,DUAL-CONTINUUM MODE
,14:08:09,,Command,,CTS-DUAL-CONTINUUM
,14:16:59,,Command,,ENGINEERING MODE
,14:17:00,YS,,,Begin Ambient in Air LFT
10/6/01,18:02:00,CK,,,Complete Ambient in Air Limited Functional Test   Note:  Data looks good
,18:05:54,,Power off 273,,
,18:08:00,CK,Pumpdown,,Begin Pumpdown
,19:36:30,CK,Power on 274,,
,19:37:00,CK,,,Begin Ambient in Vacuum LFT
10/6/01,22:10:00,CK,,,Complete Ambient in Vacuum LFT
,22:12:00,CK,Power off 274,,

,23:45:00,PK,,,Pete has arrived.
,,,,,"Instrument power is OFF, all temps are between + 28.6 and +33.2."

,,,,,Will start transition to +60 degrees when fire department resolves fire alarm in buildling 150 across the street.

11/6/01,0:00:00,PK,Max temperature,,"Begin transition to ""MAXIMUM NON-OPERATING TEMPERATURE"""
,,,,,Going to +60 degrees and soaking for 4 hours.
,,,,,Set large and small heat exchanger to +35 degrees.
,,,,,Blow out flood plate (cold load plate).  No longer cooling.
11/6/01,0:05:00,,,,Vacuum is 1.3 X 10 -5.
,0:14:00,,,,Stopped the SYS. Till after the hot soak.
,0:15:00,,,,Vacuum is 1.6 X 10 -6.
,0:16:00,,,,Set large and small heat exchanger to +40.
,0:35:00,,,,Set large and small heat exchanger to +45.
,0:42:00,,,,Temp stopped increasing.  Problem with temp controller.  Paul trying to resolve.
,0:44:00,,,,"Problem resolved,  valve was closed, opened valve.."
,1:00:00,,,,Set large and small heat exchanger to +50.
,,,,,"Temps: OB cover 37.3,  SBEU 37.04,  EU 37.36,  USO  37.75 "
,,,,,"Small plate 45.96,  Large plate 46.6,  MM LNA PRT 41.74."
,,,,,Vacuum is 1.4 X 10 -6.
,,,,,Cold load thermal plate +17.4.
,1:18:00,,,,Set large and small heat exchanger to +55.
,1:35:00,,,,Set large and small heat exchanger to +60.
,,,,,"Temps: OB cover 46.48,  SBEU 46.01,  EU 45.88,  USO  46.61"
,,,,,"Small plate 57.89,  Large plate 57.87,  MM LNA PRT 52.14."
,1:52:00,,,,Set large and small plate to +65.
,,,,,"Temps: OB cover 50.86,  SBEU 49.99,  EU 49.56  USO  50.63"
,,,,,"Small plate 61.42,  Large plate 61.51,  MM LNA PRT 56.78."
,,,,,Vacuum 1.5 X 10 -6.
,2:05:00,,,,"Temps: OB cover 53.97,  SBEU 53.22,  EU 52.71,  USO  53.83"
,,,,,"Small plate 64.65,  Large plate 64.96,  MM LNA PRT 60.36."
,2:07:00,,,,"Set small plate to 63,  large plate remains at 65."
,2:21:00,,,,"Set small plate to 62,  large plate remains at 65."
,,,,,MM LNA PRT 61.11.  Small plate 62.66.
,2:25:00,,,,"Temps: OB cover 55.51,  SBEU 55.95, EU 54.86,  USO 56.26"
,,,,,"Small plate 61.53, Large plate 65.14."
,,,,,"(201) SU A A1 58.08, (202) SU A A2  57.64,  (203) SU U23  59.35."
,,,,,"(204) SU B Gunn U5 56.32, (205) SU B SMM U7 54.4."
,,,,,"(206) MM LNA PRT 60.91, (207) EU A PS A1 58.26."
,,,,,"(208) EU A PS A2 55.40,  (209) SMM LNA PRT 57.46."
,2:30:00,PK,Start Hot soak,,Start Hot soak at +60 degrees.

,3:00:00,PK,,,210  OB COVER TOP           =     55.57     Facility  OB         =  61.4   
,,,,,211  SBEU ELEC.                =     57.65     Facility   SBEU    = 53.4
,,,,,212  EU ELECT. INTER         =     56.40     Facility  EU         = 51.1
,,,,,213  USO FOOT                   =     57.65     Facility  USO       = 59.0
,,,,,214  SMALL PLATE              =     61.82     Facility  Sm plate = 63.0
,,,,,215  HEAT EXC. LG              =      65.12    Facility  Lg plate   = 62.1
,,,,,                                                               Facility  CPU #2   = 54.6

,,,,,201  SU A A1 TRIPPLE PS.  =       60.07
,,,,,202  SU A A2 +12 PS.          =       59.48
,,,,,203  SU A U23 -5V REG       =       60.91
,,,,,204   SU B GUNN U5            =       58.12
,,,,,"205 SU B SMM LNA U7, U8  =       56.77"
,,,,,206  MM LNA PRT                =       60.95
,,,,,"207  EU A +24, +5V PS A1   =       59.39"
,,,,,208 EU A +/- 12V PS A2       =       56.63
,,,,,209  SMM LNA PRT              =       57.60

11/6/01,3:30:00,PK,,,210  OB COVER TOP           =       55.59     Facility  OB         = 61.4
,,,,,211  SBEU ELEC.                =       58.05     Facility   SBEU    = 54.0
,,,,,212  EU ELECT. INTER         =      56.81     Facility  EU          = 51.5
,,,,,213  USO FOOT                   =       58.00    Facility  USO       = 59.4
,,,,,214  SMALL PLATE              =       62.04    Facility  Sm plate = 63.2
,,,,,215  HEAT EXC. LG              =       65.39    Facility  Lg plate   = 62.5
,,,,,                                                                 Facility  CPU #2  = 54.9

,,,,,201  SU A A1 TRIPPLE PS.  =       60.55
,,,,,202  SU A A2 +12 PS.          =       59.96   
,,,,,203  SU A U23 -5V REG       =       61.33    
,,,,,204   SU B GUNN U5            =       58.60  
,,,,,"205 SU B SMM LNA U7, U8  =       57.37 "
,,,,,206  MM LNA PRT                =       60.96   
,,,,,"207  EU A +24, +5V PS A1   =       59.79"
,,,,,208 EU A +/- 12V PS A2       =       57.01   
,,,,,209  SMM LNA PRT              =       57.64 
,,,,,Vacuum    1.3 X 10 -6.

,4:30:00,PK,,,210  OB COVER TOP           =       55.74     Facility  OB         = 61.4
,,,,,211  SBEU ELEC.                =       58.20     Facility   SBEU    = 54.3
,,,,,212  EU ELECT. INTER         =      56.87     Facility  EU          = 51.8
,,,,,213  USO FOOT                   =       58.12   Facility  USO       = 59.5
,,,,,214  SMALL PLATE              =       61.95    Facility  Sm plate = 63.2
,,,,,215  HEAT EXC. LG              =       64.81    Facility  Lg plate   = 62.4
,,,,,                                                                 Facility  CPU #2  = 55.1

,,,,,201  SU A A1 TRIPPLE PS.  =       60.81
,,,,,202  SU A A2 +12 PS.          =       60.19   
,,,,,203  SU A U23 -5V REG       =       61.48    
,,,,,204   SU B GUNN U5            =       58.83  
,,,,,"205 SU B SMM LNA U7, U8  =       57.71 "
,,,,,206  MM LNA PRT                =       61.11   
,,,,,"207  EU A +24, +5V PS A1   =       59.89"
,,,,,208 EU A +/- 12V PS A2       =       57.17   
,,,,,209  SMM LNA PRT              =       57.83 
,,,,,Vacuum    1.1 X 10 -6.

11/6/01,5:30:00,PK,,,210  OB COVER TOP           =       55.79     Facility  OB         = 61.2
,,,,,211  SBEU ELEC.                =       58.34     Facility   SBEU    = 54.4
,,,,,212  EU ELECT. INTER         =      57.03     Facility  EU          = 52.0
,,,,,213  USO FOOT                   =       58.25   Facility  USO       = 59.7
,,,,,214  SMALL PLATE              =       61.78    Facility  Sm plate = 62.9
,,,,,215  HEAT EXC. LG              =       64.70    Facility  Lg plate   = 62.5
,,,,,                                                                 Facility  CPU #2  = 55.3

,,,,,201  SU A A1 TRIPPLE PS.  =       60.98
,,,,,202  SU A A2 +12 PS.          =       60.37   
,,,,,203  SU A U23 -5V REG       =       61.66    
,,,,,204   SU B GUNN U5            =       58.99  
,,,,,"205 SU B SMM LNA U7, U8  =       57.86 "
,,,,,206  MM LNA PRT                =       61.20   
,,,,,"207  EU A +24, +5V PS A1   =       60.11"
,,,,,208 EU A +/- 12V PS A2       =       57.41   
,,,,,209  SMM LNA PRT              =       57.93 
,,,,,Vacuum    1.0 X 10 -6.

11/6/01,6:30:00,PK,,,210  OB COVER TOP           =       55.60     Facility  OB         = 61.3
,,,,,211  SBEU ELEC.                =       58.23     Facility   SBEU    = 54.5
,,,,,212  EU ELECT. INTER         =      56.94     Facility  EU          = 52.0
,,,,,213  USO FOOT                   =       58.12   Facility  USO       = 59.7
,,,,,214  SMALL PLATE              =       61.36    Facility  Sm plate = 63.1
,,,,,215  HEAT EXC. LG              =       65.00    Facility  Lg plate   = 62.6
,,,,,                                                                 Facility  CPU #2  = 55.3

,,,,,201  SU A A1 TRIPPLE PS.  =       60.96
,,,,,202  SU A A2 +12 PS.          =       60.35   
,,,,,203  SU A U23 -5V REG       =       61.64    
,,,,,204   SU B GUNN U5            =       58.98  
,,,,,"205 SU B SMM LNA U7, U8  =       57.89 "
,,,,,206  MM LNA PRT                =       60.96   
,,,,,"207  EU A +24, +5V PS A1   =       60.09"
,,,,,208 EU A +/- 12V PS A2       =       57.35   
,,,,,209  SMM LNA PRT              =       57.82 
,,,,,Vacuum    9.4 X 10 -7.

,6:30:00,,,,END OF HOT NON-OP SOAK.
,,,,,
,6:53:00,PK,Start cooling.,,"BEGIN TRANSITION TO ""MAXIMUM OPERATING TEMPERATURE"""
,,,,,"""+55 for SBEU, EU USO.  Optical bench +40."
,,,,,Set flood plate to cold (cold load plate)
,,,,,Set large heat exchanger to +60.
,,,Set small exc =+57,,Set small heat exchanger to +57.
,7:06:00,,,,Set small heat exchanger to +52.
,,,,,Cold plate temp = -28.2.
,,,,,Vacuum 8.8 X 10 -7.
,7:23:00,,,,Set large heat exchanger to +58 from +60.
,,,,,Set small heat exchanger to +47 from +52.
,7:38:00,,,,Set small heat exchanger to +42 from +47.

,7:50:00,,,,Set small heat exchanger to +40 from +42.
,7:53:00,,,,Restart SYS.

,8:00:00,PK,,,210  OB COVER TOP           =       40.97     Facility  OB         = 41.80
,,,,,211  SBEU ELEC.                =       52.85     Facility   SBEU    = 50.2
,,,,,212  EU ELECT. INTER         =      51.70     Facility  EU          = 47.8
,,,,,213  USO FOOT                   =       52.74   Facility  USO       = 54.2
,,,,,214  SMALL PLATE              =       40.49    Facility  Sm plate = 41.6
,,,,,215  HEAT EXC. LG              =       57.93    Facility  Lg plate   = 56.5
,,,,,                                                                 Facility  CPU #2  = 50.5

,,,,,201  SU A A1 TRIPPLE PS.  =       55.73
,,,,,202  SU A A2 +12 PS.          =       55.10  
,,,,,203  SU A U23 -5V REG       =       56.02   
,,,,,204   SU B GUNN U5            =       53.76 
,,,,,"205 SU B SMM LNA U7, U8  =       53.00 "
,,,,,206  MM LNA PRT                =       43.84   
,,,,,"207  EU A +24, +5V PS A1   =       54.78"
,,,,,208 EU A +/- 12V PS A2       =       52.14  ,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,
,,,,,209  SMM LNA PRT              =       42.95,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,:

,8:06:00,PK,,,Set small plate to +38.,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,

,8:10:30,,,,"Power on.  Vin = 28.4,    Iin = .66 amps.",,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,
,11:53:00,,,,Starting limited functional test.,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,
,11:54:00,,,,Limited Functional Test Complete,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,
,12:00:00,,,,turned off calibration heaters and USO,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,
,12:00:00,,,,Starting Power Measurements test,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,
,13:03:00 AM,,,,Finished Power Measurement test,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,
,13:05:05,,cmd,,change mode to CTS/dual,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,
,,,cooling,,cooling to 22C in 5 C steps every 15 minutes (20 C per hour),,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,
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