Commit a1fed5bd authored by Daniel Brown's avatar Daniel Brown
Browse files

adding spaces between components for new ifo matrix

parent de8ae1b3
......@@ -10,14 +10,19 @@
l i1 3.2 0 nMU3in1 # nominal S5 corrsponds to 75deg
gauss beam_in i1 nMU3in1 268u -550m # beam parameter roughly matching PRC
# (old value: i1 nMU3in 248u -550m) ** to be checked **
mod eom3 $fPR $midxPR 3 pm 0 nMU3in1 nMU3in # PRC control
mod eom3 $fPR $midxPR 3 pm 0 nMU3in1 nMU3in_1 # PRC control
s s__0 0 nMU3in_1 nMU3in_2
##--------------------------------------------------------------
mod eom4 $fSR $midxSR 3 pm 0 nMU3in nMU3_2 # Schnupp1 (SR control)
mod eom5 $fMI $midxMI 3 pm 0 nMU3_2 nMU3_3 # Schnupp2 (MI control)
lens lpr 1.8 nMU3_3 nMU3_4
mod eom4 $fSR $midxSR 3 pm 0 nMU3in_2 nMU3_2_1 # Schnupp1 (SR control)
s s_0 0 nMU3_2_1 nMU3_2_2
mod eom5 $fMI $midxMI 3 pm 0 nMU3_2_2 nMU3_3_1 # Schnupp2 (MI control)
s s_1 0 nMU3_3_1 nMU3_3_2
lens lpr 1.8 nMU3_3_2 nMU3_4_1
s s_2 0 nMU3_4_1 nMU3_4_2
# some rather arbitrary thermal lense for the isolators and the EOMs:
lens therm 5.2 nMU3_4 nMU3_5 # ** to be checked **
isol d2 120 nMU3_5 nMU3out # Faraday Isolator
lens therm 5.2 nMU3_4_2 nMU3_5_1 # ** to be checked **
s s_3 0 nMU3_5_1 nMU3_5_2
isol d2 120 nMU3_5_2 nMU3out # Faraday Isolator
# 070502 corrected length with respect to OptoCad (Roland Schilling)
s smcpr3 4.391 nMU3out nBDIPR1
bs1 BDIPR 50u 30u 0 45 nBDIPR1 nBDIPR2 dump dump
......
......@@ -10,14 +10,19 @@
l i1 3.2 0 nMU3in1 # nominal S5 corrsponds to 75deg
gauss beam_in i1 nMU3in1 268u -550m # beam parameter roughly matching PRC
# (old value: i1 nMU3in 248u -550m) ** to be checked **
mod eom3 $fPR $midxPR 3 pm 0 nMU3in1 nMU3in # PRC control
mod eom3 $fPR $midxPR 3 pm 0 nMU3in1 nMU3in_1 # PRC control
s s_0 0 nMU3in_1 nMU3in_2
##--------------------------------------------------------------
mod eom4 $fSR $midxSR 3 pm 0 nMU3in nMU3_2 # Schnupp1 (SR control)
mod eom5 $fMI $midxMI 3 pm 0 nMU3_2 nMU3_3 # Schnupp2 (MI control)
lens lpr 1.8 nMU3_3 nMU3_4
mod eom4 $fSR $midxSR 3 pm 0 nMU3in_2 nMU3_2_1 # Schnupp1 (SR control)
s s_1 0 nMU3_2_1 nMU3_2_2
mod eom5 $fMI $midxMI 3 pm 0 nMU3_2_2 nMU3_3_1 # Schnupp2 (MI control)
s s_2 0 nMU3_3_1 nMU3_3_2
lens lpr 1.8 nMU3_3_2 nMU3_4_1
s s_3 0 nMU3_4_1 nMU3_4_2
# some rather arbitrary thermal lense for the isolators and the EOMs:
lens therm 5.2 nMU3_4 nMU3_5 # ** to be checked **
isol d2 120 nMU3_5 nMU3out # Faraday Isolator
lens therm 5.2 nMU3_4_2 nMU3_5_1 # ** to be checked **
s s_4 0 nMU3_5_1 nMU3_5_2
isol d2 120 nMU3_5_2 nMU3out # Faraday Isolator
# 070502 corrected length with respect to OptoCad (Roland Schilling)
s smcpr3 4.391 nMU3out nBDIPR1
bs1 BDIPR 50u 30u 0 45 nBDIPR1 nBDIPR2 dump dump
......
......@@ -10,14 +10,19 @@
l i1 3.2 0 nMU3in1 # nominal S5 corrsponds to 75deg
gauss beam_in i1 nMU3in1 268u -550m # beam parameter roughly matching PRC
# (old value: i1 nMU3in 248u -550m) ** to be checked **
mod eom3 $fPR $midxPR 3 pm 0 nMU3in1 nMU3in # PRC control
mod eom3 $fPR $midxPR 3 pm 0 nMU3in1 nMU3in_1 # PRC control
##--------------------------------------------------------------
mod eom4 $fSR $midxSR 3 pm 0 nMU3in nMU3_2 # Schnupp1 (SR control)
mod eom5 $fMI $midxMI 3 pm 0 nMU3_2 nMU3_3 # Schnupp2 (MI control)
lens lpr 1.8 nMU3_3 nMU3_4
s s_0 0 nMU3in_1 nMU3in_2
mod eom4 $fSR $midxSR 3 pm 0 nMU3in_2 nMU3_2_1 # Schnupp1 (SR control)
s s_1 0 nMU3_2_1 nMU3_2_2
mod eom5 $fMI $midxMI 3 pm 0 nMU3_2_2 nMU3_3_1 # Schnupp2 (MI control)
s s_2 0 nMU3_3_1 nMU3_3_2
lens lpr 1.8 nMU3_3_2 nMU3_4_1
s s_3 0 nMU3_4_1 nMU3_4_2
# some rather arbitrary thermal lense for the isolators and the EOMs:
lens therm 5.2 nMU3_4 nMU3_5 # ** to be checked **
isol d2 120 nMU3_5 nMU3out # Faraday Isolator
lens therm 5.2 nMU3_4_2 nMU3_5_1 # ** to be checked **
s s_4 0 nMU3_5_1 nMU3_5_2
isol d2 120 nMU3_5_2 nMU3out # Faraday Isolator
# 070502 corrected length with respect to OptoCad (Roland Schilling)
s smcpr3 4.391 nMU3out nBDIPR1
bs1 BDIPR 50u 30u 0 45 nBDIPR1 nBDIPR2 dump dump
......
......@@ -10,14 +10,19 @@
l i1 3.2 0 nMU3in1 # nominal S5 corrsponds to 75deg
gauss beam_in i1 nMU3in1 268u -550m # beam parameter roughly matching PRC
# (old value: i1 nMU3in 248u -550m) ** to be checked **
mod eom3 $fPR $midxPR 3 pm 0 nMU3in1 nMU3in # PRC control
mod eom3 $fPR $midxPR 3 pm 0 nMU3in1 nMU3in_1 # PRC control
s s_0 0 nMU3in_1 nMU3in_2
##--------------------------------------------------------------
mod eom4 $fSR $midxSR 3 pm 0 nMU3in nMU3_2 # Schnupp1 (SR control)
mod eom5 $fMI $midxMI 3 pm 0 nMU3_2 nMU3_3 # Schnupp2 (MI control)
lens lpr 1.8 nMU3_3 nMU3_4
mod eom4 $fSR $midxSR 3 pm 0 nMU3in_2 nMU3_2_1 # Schnupp1 (SR control)
s s_1 0 nMU3_2_1 nMU3_2_2
mod eom5 $fMI $midxMI 3 pm 0 nMU3_2_2 nMU3_3_1 # Schnupp2 (MI control)
s s_1 0 nMU3_3_1 nMU3_3_2
lens lpr 1.8 nMU3_3_2 nMU3_4_1
s s_2 0 nMU3_4_1 nMU3_4_2
# some rather arbitrary thermal lense for the isolators and the EOMs:
lens therm 5.2 nMU3_4 nMU3_5 # ** to be checked **
isol d2 120 nMU3_5 nMU3out # Faraday Isolator
lens therm 5.2 nMU3_4_2 nMU3_5_1 # ** to be checked **
s s_3 0 nMU3_5_1 nMU3_5_2
isol d2 120 nMU3_5_2 nMU3out # Faraday Isolator
# 070502 corrected length with respect to OptoCad (Roland Schilling)
s smcpr3 4.391 nMU3out nBDIPR1
bs1 BDIPR 50u 30u 0 45 nBDIPR1 nBDIPR2 dump dump
......
......@@ -10,14 +10,19 @@
l i1 3.2 0 nMU3in1 # nominal S5 corrsponds to 75deg
gauss beam_in i1 nMU3in1 268u -550m # beam parameter roughly matching PRC
# (old value: i1 nMU3in 248u -550m) ** to be checked **
mod eom3 $fPR $midxPR 3 pm 0 nMU3in1 nMU3in # PRC control
mod eom3 $fPR $midxPR 3 pm 0 nMU3in1 nMU3in_1 # PRC control
s s_0 0 nMU3in_1 nMU3in_2
##--------------------------------------------------------------
mod eom4 $fSR $midxSR 3 pm 0 nMU3in nMU3_2 # Schnupp1 (SR control)
mod eom5 $fMI $midxMI 3 pm 0 nMU3_2 nMU3_3 # Schnupp2 (MI control)
lens lpr 1.8 nMU3_3 nMU3_4
mod eom4 $fSR $midxSR 3 pm 0 nMU3in_2 nMU3_2_1 # Schnupp1 (SR control)
s s_0 0 nMU3_2_1 nMU3_2_2
mod eom5 $fMI $midxMI 3 pm 0 nMU3_2_2 nMU3_3_1 # Schnupp2 (MI control)
s s_1 0 nMU3_3_1 nMU3_3_2
lens lpr 1.8 nMU3_3_2 nMU3_4_1
s s_2 0 nMU3_4_1 nMU3_4_2
# some rather arbitrary thermal lense for the isolators and the EOMs:
lens therm 5.2 nMU3_4 nMU3_5 # ** to be checked **
isol d2 120 nMU3_5 nMU3out # Faraday Isolator
lens therm 5.2 nMU3_4_2 nMU3_5_1 # ** to be checked **
s s_3 0 nMU3_5_1 nMU3_5_2
isol d2 120 nMU3_5_2 nMU3out # Faraday Isolator
# 070502 corrected length with respect to OptoCad (Roland Schilling)
s smcpr3 4.391 nMU3out nBDIPR1
bs1 BDIPR 50u 30u 0 45 nBDIPR1 nBDIPR2 dump dump
......
......@@ -10,14 +10,19 @@
l i1 3.2 0 nMU3in1 # nominal S5 corrsponds to 75deg
gauss beam_in i1 nMU3in1 268u -550m # beam parameter roughly matching PRC
# (old value: i1 nMU3in 248u -550m) ** to be checked **
mod eom3 $fPR $midxPR 3 pm 0 nMU3in1 nMU3in # PRC control
mod eom3 $fPR $midxPR 3 pm 0 nMU3in1 nMU3in_1 # PRC control
s s_0 0 nMU3in_1 nMU3in_2
##--------------------------------------------------------------
mod eom4 $fSR $midxSR 3 pm 0 nMU3in nMU3_2 # Schnupp1 (SR control)
mod eom5 $fMI $midxMI 3 pm 0 nMU3_2 nMU3_3 # Schnupp2 (MI control)
lens lpr 1.8 nMU3_3 nMU3_4
mod eom4 $fSR $midxSR 3 pm 0 nMU3in_2 nMU3_2_1 # Schnupp1 (SR control)
s s_1 0 nMU3_2_1 nMU3_2_2
mod eom5 $fMI $midxMI 3 pm 0 nMU3_2_2 nMU3_3_1 # Schnupp2 (MI control)
s s_2 0 nMU3_3_1 nMU3_3_2
lens lpr 1.8 nMU3_3_2 nMU3_4_1
s s_3 0 nMU3_4_1 nMU3_4_2
# some rather arbitrary thermal lense for the isolators and the EOMs:
lens therm 5.2 nMU3_4 nMU3_5 # ** to be checked **
isol d2 120 nMU3_5 nMU3out # Faraday Isolator
lens therm 5.2 nMU3_4_2 nMU3_5_1 # ** to be checked **
s s_4 0 nMU3_5_1 nMU3_5_2
isol d2 120 nMU3_5_2 nMU3out # Faraday Isolator
# 070502 corrected length with respect to OptoCad (Roland Schilling)
s smcpr3 4.391 nMU3out nBDIPR1
bs1 BDIPR 50u 30u 0 45 nBDIPR1 nBDIPR2 dump dump
......
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