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TypeBp with IP SAS model 1
TypeBp with IP
Mechanical responseCalculated by SUMCON (and Simulink)
2TypeBp with IP SAS model
TypeBp with IP 160205
3TypeBp with IP SAS model
Eigen Mode List
4TypeBp with IP SAS model
#1
TF1
Resonance frequency
Eigen mode number
Eigen mode shapeSensing / Excitation point
() Hardly seen/excited
5
Eigen Mode Shape
#1 #2 #3 #4 #5
#6 #7 #8 #9 #10
#6 : RPayload
#7 : VPayload
#8 : PTMPTM, PRM, PIM
#9 : TPen
#10 : LPen
#1 : TIP
#2 : LIP
#3 : YIPWhole chain
(common)
#4 : YIPWhole chain
(diff)
#5 : YPenYaw Payload
TypeBp with IP SAS model
TF1 LF1 YF1 YF1 YIMYTMOL
RIM VF1VF2VIM
PIMPTMOL
TF1(RIM)
LF1(PIM)
6
Eigen Mode Shape
#13 #14 #15
#16 #17 #19 #20
#11 #12
#18
#16 : PTM
#17 : TPen
#18 : LPen
#19 : YTM(RM, TM diff)
#20 : YIR
#11 : VF2
#12 : RF2
#13 : VF2
#14 : LTM,PTM
#15 : TTM,RTM
TypeBp with IP SAS model
TIMRIM
LIMPIM
VF1VF2VIM
LTM(PTM)
(RIM)
PTMPTMOL
(PIM)
TF1(RIM)
LF1(PIM)
YTMYTMOL
YIM
7
Eigen Mode Shape
#22 #23 #24 #25#21
#27 #28 #29 #30#26
#26 : PTM(TM, RM diff)
#27 : VTM(TM, RM diff)
#28 : RTM(TM, RM diff)
#29 : VRM(RM, IM diff)
#30 : RRM(RM, IM diff)
#21 : TIR(IM, IR diff)
#22 : LIR(IM, IR diff)
#23 : TIR(IM, IRcommon)
#24 : LIR(IM, IRcommon)
#25 : YTM(TM, RM common)
TypeBp with IP SAS model
TIM LIM (RIM)(TIM)
YIMYTMYTMOL
PIMPTM
VIM RIM (VIM) (RIM)
(PIM)(LIM)
Eigen Mode Shape
#32 #33#31
#31 : RIR
#32 : PIR
#33 : VIR
8TypeBp with IP SAS model
(RIM) (PIM) (VIM)
Force Transfer Functions(, which can be measured, with No ctrl)
L
V
TP
R
Y
9TypeBp with IP SAS model
Force Transfer Function
LVDT_LF1 / actLF1
TypeBp with IP SAS model
#2
#10#18
#12
#22#24
10
Force Transfer Function
LVDT_TF1 / actTF1
TypeBp with IP SAS model
#1
#9#17
#11
#21#23
11
Force Transfer Function
LVDT_YF1 / actYF1
12TypeBp with IP SAS model
#3#4
Force Transfer Function
LVDT_VF1 / actVF1
13TypeBp with IP SAS model
#7#13
Force Transfer Function
LVDT_VF2 / actVF2
14TypeBp with IP SAS model
#7#13
Force Transfer Function
OSEM_LIM / actLIM
15TypeBp with IP SAS model
#10
#12 #22
#18 #24
Force Transfer Function
OSEM_TIM / actTIM
16TypeBp with IP SAS model
#9
#11 #21
#17 #23
Force Transfer Function
OSEM_VIM / actVIM
17TypeBp with IP SAS model
#7
#29#27
#13
#33
Force Transfer Function
OSEM_RIM / actRIM
18TypeBp with IP SAS model
#6
#9, 11
#15
#17
#28
#30
#31
Force Transfer Function
OSEM_PIM / actPIM
19TypeBp with IP SAS model
#8
#10, 12
#16
#18#22, 24
#26
#32
Force Transfer Function
OSEM_YIM / actYIM
20TypeBp with IP SAS model
#3
#4
#5
#20
#25
Force Transfer Function
OSEM_LTM / actLTM
21TypeBp with IP SAS model
#8#14
#16
Force Transfer Function
OSEM_PTM / actPTM
22TypeBp with IP SAS model
#8
#14
#16
#26
Force Transfer Function
OSEM_YTM / actYTM
23TypeBp with IP SAS model
#19#25
Force Transfer Function
OpLev_PTM / actPTM
24TypeBp with IP SAS model
#8#10 #14
#16
#26
Force Transfer Function
OpLev_YTM / actYTM
25TypeBp with IP SAS model
#5
#19 #25
Spectra without controlusing 90 percentile seismic noise
26TypeBp with IP SAS model
❖ From http://gwdoc.icrr.u-tokyo.ac.jp/DocDB/0039/T1503908/002/TypeBpDesign.pdf
27TypeBp with IP SAS model
Spectra without ctrl
TM displacement : H and V 1% TM displacement : H + V 1%
RMS displacement :0.38 um
28
um/rtHz
TypeBp with IP SAS model
Spectra without ctrl
TM velocity : H and V 1% TM velocity : H + V 1%
RMS velocity :0.27 um/sec
29TypeBp with IP SAS model
Spectra without ctrl
TM Pitch Angular fluctuation
RMS angular fluct.:0.38 urad
30
TM Pitch fluctuation excited by Longitudinal GND motion
TypeBp with IP SAS model
Spectra without ctrl
TM Yaw Angular fluctuation
RMS angular fluct.:3.9 urad
31
TM Yaw fluctuation excited by Yaw GND motion
TypeBp with IP SAS model
Control Simulation Results
32TypeBp with IP SAS model
33
Filter shape
TypeBp with IP SAS model
34
OLTF
TypeBp with IP SAS model
35
CLTF
TypeBp with IP SAS model
36
Q factor in damping control
TypeBp with IP SAS model
37
Impulse response
TypeBp with IP SAS model