DAQ970A data

This page http://monitor.mikes.fi/ionclock/DAQ/

Notes - Comb - Ion - Cavity - DAQ

MUX-card: DAQM901A 20-channel 2/4-wire multiplexer
sensor nrCal RMS / mKLocation
1010.16Pumping neck, above weld-seam, FS-side. Note coil wires
1020.10RF-feedthrough flange (chamber) at 15:00, Note Cu grounding strips
1030.20Dispenser flange (chamber) at 14:30, Note Cu grounding sheet
1040.95Ambient air, closet to CaF2 window.
1050.22Top of chamber, Note top coil
1060.73Shapal heat sink (was: HelRes, above adapter (was: Thin Cu RF shield))
1070.79Cu tube rf shield
1080.50Helical resonator, above GND connection
1090.45Al breadboard left rear (was: ion pump neck)
1100.26Ambient reference on post behind/left of chamber. Short cable.
Plots update every 2 minutes
Channel 1 Day 1 Week 1 Month 1 Year
Temperature - 110

Temperature, All, 101 - 110
BBR_1d.txt
Temperature_101_1d.txt
Temperature_102_1d.txt
Temperature_103_1d.txt
Temperature_104_1d.txt
Temperature_105_1d.txt
Temperature_106_1d.txt
Temperature_107_1d.txt
Temperature_108_1d.txt
Temperature_109_1d.txt
Temperature_110_1d.txt


BBR_1w.txt
Temperature_101_1w.txt
Temperature_102_1w.txt
Temperature_103_1w.txt
Temperature_104_1w.txt
Temperature_105_1w.txt
Temperature_106_1w.txt
Temperature_107_1w.txt
Temperature_108_1w.txt
Temperature_109_1w.txt
Temperature_110_1w.txt


BBR_4w.txt
Temperature_101_4w.txt
Temperature_102_4w.txt
Temperature_103_4w.txt
Temperature_104_4w.txt
Temperature_105_4w.txt
Temperature_106_4w.txt
Temperature_107_4w.txt
Temperature_108_4w.txt
Temperature_109_4w.txt
Temperature_110_4w.txt


BBR_52w.txt
Temperature_101_52w.txt
Temperature_102_52w.txt
Temperature_103_52w.txt
Temperature_104_52w.txt
Temperature_105_52w.txt
Temperature_106_52w.txt
Temperature_107_52w.txt
Temperature_108_52w.txt
Temperature_109_52w.txt
Temperature_110_52w.txt

Resistance, All, 101 - 110
Resistance_101_1d.txt
Resistance_102_1d.txt
Resistance_103_1d.txt
Resistance_104_1d.txt
Resistance_105_1d.txt
Resistance_106_1d.txt
Resistance_107_1d.txt
Resistance_108_1d.txt
Resistance_109_1d.txt
Resistance_110_1d.txt

Resistance_101_1w.txt
Resistance_102_1w.txt
Resistance_103_1w.txt
Resistance_104_1w.txt
Resistance_105_1w.txt
Resistance_106_1w.txt
Resistance_107_1w.txt
Resistance_108_1w.txt
Resistance_109_1w.txt
Resistance_110_1w.txt

Resistance_101_4w.txt
Resistance_102_4w.txt
Resistance_103_4w.txt
Resistance_104_4w.txt
Resistance_105_4w.txt
Resistance_106_4w.txt
Resistance_107_4w.txt
Resistance_108_4w.txt
Resistance_109_4w.txt
Resistance_110_4w.txt

Resistance_101_52w.txt
Resistance_102_52w.txt
Resistance_103_52w.txt
Resistance_104_52w.txt
Resistance_105_52w.txt
Resistance_106_52w.txt
Resistance_107_52w.txt
Resistance_108_52w.txt
Resistance_109_52w.txt
Resistance_110_52w.txt

RF monitor

Channel 1 Day 1 Week 1 Month 1 Year
Voltage, peak-to-peak

RF_monitor_CH4_1d.txt
RF_monitor_rectifier_1d.txt


RF_monitor_CH4_1w.txt
RF_monitor_rectifier_1w.txt

RF_monitor_CH4_4w.txt
RF_monitor_rectifier_4w.txt

RF_monitor_CH4_52w.txt
RF_monitor_rectifier_52w.txt

Cavity transmission photodiode

Channel 1 Day 1 Week 1 Month
Voltage
DMM_photodiode_1d.txt

DMM_photodiode_1w.txt

DMM_photodiode_4w.txt

Cavity system

Cavity data stored both on cavity-computer(RRDtool, text-files) and on ionclock-computer (influxDB)
Most data stored as text-files also at https://monitor.mikes.fi/ftp/IonClock/cavity/
These figures from InfluxDB
Channel 1 Day 1 Week 1 Month 1 Year
T1, bottom of outer shield
Cavity_T1_1d.txt

Cavity_T1_1w.txt

Cavity_T1_4w.txt

Cavity_T1_52w.txt
fVoltage, fine servo voltage output
Cavity_fVoltage_1d.txt

Cavity_fVoltage_1w.txt

Cavity_fVoltage_4w.txt

Cavity_fVoltage_52w.txt
fError, fine servo error
Cavity_fError_1d.txt

Cavity_fError_1w.txt

Cavity_fError_4w.txt

Cavity_fError_52w.txt
T2, top of outer shield
Cavity_T2_1d.txt

Cavity_T2_1w.txt

Cavity_T2_4w.txt

Cavity_T2_52w.txt
T3, middle shield
Cavity_T3_1d.txt

Cavity_T3_1w.txt

Cavity_T3_4w.txt

Cavity_T3_52w.txt
T4, inner shield
Cavity_T4_1d.txt

Cavity_T4_1w.txt

Cavity_T4_4w.txt

Cavity_T4_52w.txt
cT1, ambient, bottom of rack
Cavity_cT1_1d.txt

Cavity_cT1_1w.txt

Cavity_cT1_4w.txt

Cavity_cT1_52w.txt
cT2, ambient, top of rack
Cavity_cT2_1d.txt

Cavity_cT2_1w.txt

Cavity_cT2_4w.txt

Cavity_cT2_52w.txt
cT3, top of cavity cavuum chamber
Cavity_cT3_1d.txt

Cavity_cT3_1w.txt

Cavity_cT3_4w.txt

Cavity_cT3_52w.txt
cT4, bottom of bosch profile
Cavity_cT4_1d.txt

Cavity_cT4_1w.txt

Cavity_cT4_4w.txt

Cavity_cT4_52w.txt
PTotal, total heating power
Cavity_PTotal_1d.txt

Cavity_PTotal_1w.txt

Cavity_PTotal_4w.txt

Cavity_PTotal_52w.txt
PTop, top heating power
Cavity_PTop_1d.txt

Cavity_PTop_1w.txt

Cavity_PTop_4w.txt

Cavity_PTop_52w.txt
PBottom, bottom heating power
Cavity_PBottom_1d.txt

Cavity_PBottom_1w.txt

Cavity_PBottom_4w.txt

Cavity_PBottom_52w.txt
cError, coarse heating servo error
Cavity_cError_1d.txt

Cavity_cError_1w.txt

Cavity_cError_4w.txt

Cavity_cError_52w.txt
Vaisala sensor ambient temp
Cavity_T_1d.txt

Cavity_T_1w.txt

Cavity_T_4w.txt

Cavity_T_52w.txt
Vaisala sensor relative humidity
Cavity_RH_1d.txt

Cavity_RH_1w.txt

Cavity_RH_4w.txt

Cavity_RH_52w.txt
pIonpump, cavity ion pump pressure
Cavity_pIonpump_1d.txt

Cavity_pIonpump_1w.txt

Cavity_pIonpump_4w.txt

Cavity_pIonpump_52w.txt
p_saes, trap ion pump pressure
Saes_1d.txt

Saes_1w.txt

Saes_4w.txt

Saes_52w.txt