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* [[KAGRA/Subgroups/CAL/GstLAL/tutorials/step7|Step 7: Apply FIR filters and make a strain frame file]] * [[KAGRA/Subgroups/CAL/GstLAL/tutorials/step9|Step 9: Make an ASD from a frame (cache) file]] |
* Check the transfer function of Inverse sensing filter (CFL/MICH_IN) {{{ > kagra-cal/Observation/Phase1/tutorials/trf --frame=K-TEST-1209288324-4.gwf --channel=CALIB_CFL,CALIB_MIN --output=cfl.png Channels: K1:CALIB_CFL K1:CALIB_MIN }}} * The bode plot shows the frequency response of the inverse-sensing FIR filter, where you can see the low-frequency cutoff * Check the transfer function of Actuation filter (AFL/MICH_OUT) {{{ > kagra-cal/Observation/Phase1/tutorials/trf --frame=K-TEST-1209288324-4.gwf --channel=CALIB_AFL,CALIB_MOU --output=afl.png --logy --invph Channels: K1:CALIB_AFL K1:CALIB_MOU }}} * The bode plot shows the frequency response of the actuation FIR filter, where you can see the low-frequency cutoff * [[KAGRA/Subgroups/CAL/GstLAL/tutorials/step9|(Next) Step 9: Make an ASD from a frame (cache) file]] * [[KAGRA/Subgroups/CAL/GstLAL/tutorials/step7|(Prev) Step 7: Apply FIR filters and make a strain frame file]] |
Step 8: Check the transfer function of FIR filters
- Check the transfer function of Inverse sensing filter (CFL/MICH_IN)
> kagra-cal/Observation/Phase1/tutorials/trf --frame=K-TEST-1209288324-4.gwf --channel=CALIB_CFL,CALIB_MIN --output=cfl.png Channels: K1:CALIB_CFL K1:CALIB_MIN
- The bode plot shows the frequency response of the inverse-sensing FIR filter, where you can see the low-frequency cutoff
- Check the transfer function of Actuation filter (AFL/MICH_OUT)
> kagra-cal/Observation/Phase1/tutorials/trf --frame=K-TEST-1209288324-4.gwf --channel=CALIB_AFL,CALIB_MOU --output=afl.png --logy --invph Channels: K1:CALIB_AFL K1:CALIB_MOU
- The bode plot shows the frequency response of the actuation FIR filter, where you can see the low-frequency cutoff
(Prev) Step 7: Apply FIR filters and make a strain frame file