KAGRA ISC Electrical Components Layout Yuta Michimura Ando Group Department of Physics, University of Tokyo April 17, 2015.

Slides:



Advertisements
Similar presentations
Jan 29, 2007 LIGO Excomm, G R 1 DC READOUT INSTALLATION RF PICKOFF OMC ELECTRONICS Squeezer Pickoff PD MMT1 Tip/Tilt MMT2.
Advertisements

LIGO-G M April 5, 2006 Interferometer Sensing and Control (ISC) Cost and Schedule Breakout Presentation NSF Review of Advanced LIGO Project Richard.
Electronics and Cables around IMC Common Mode Servo Board Yuta Michimura Ando Group Department of Physics, University of Tokyo August 10, 2015.
G D Tasks After S3 Commissioning Meeting, Oct 6., 2003 Peter Fritschel, Daniel Sigg.
Summary of Suspension Configurations Yuta Michimura Department of Physics, University of Tokyo March 18, 2015.
KAGRA Roadmap and Progress Evaluation Assessment S.Miyoki  M.Ando 2012/7/30.
LIGO- G R Telecon on June, Mach-Zender interferometer to eliminate sidebands of sidebands for Advanced LIGO Osamu Miyakawa, Caltech.
Optical Levers Layout and Cabling Yuta Michimura, Yuya Kuwahara Ando Group Department of Physics, University of Tokyo November 19, 2015.
Intensity Stabilization Servo Plan Yuta Michimura Department of Physics, University of Tokyo November 23, 2015.
G D Commissioning Progress and Plans Hanford Observatory LSC Meeting, March 21, 2005 Stefan Ballmer.
New iKAGRA Configuration Yuta Michimura Department of Physics, University of Tokyo 11th KAGRA F2F (University of Tokyo) Feb 6, 2015.
LIGO- G R LIGO seminar, November Optical spring and optical resonance in the 40m Detuned RSE interferometer LIGO seminar November 1, 2005.
KAGRA ISC Electrical Components Layout Yuta Michimura Ando Group Department of Physics, University of Tokyo December 8, 2015.
G D LIGO Commissioning Update LSC Meeting, Nov. 11, 2003 Daniel Sigg.
Cabling Policy for KAGRA ISC Yuta Michimura Ando Group Department of Physics, University of Tokyo March 14, 2016.
Summary of iKAGRA Test Run Mar 25-31, 2016 Yuta Michimura Department of Physics, University of Tokyo April 12, 2016JGW-T
IKAGRA 初期アラインメント手順 Initial Alignment Procedure for iKAGRA Yuta Michimura Department of Physics, University of Tokyo July 5, 2016JGW-T
LIGO- G R Amaldi7 July 14 th, 2007 R. Ward, Caltech 1 Prototyping for eLIGO: Power Recycled Fabry Perot Michelson DARM RF ITMy ITMx BS PRM SRM.
Main Interferometer Subsystem
Arm Length Stabilization Conceptual Configuration Yuta Michimura Department of Physics, University of Tokyo JGW-T November 14, 2016.
bKAGRA PSL Design Study
Main Interferometer Subsystem
Main Interferometer Subsystem
Demonstration of lock acquisition and optical response on
Summary of iKAGRA Test Run Mar 25-31, 2016
Summary of iKAGRA Test Run Apr 11-25, 2016
GEO600 Control aspects where do the error signal come from?
Yuta Michimura Department of Physics, University of Tokyo
Electronics and Cables around IMC Common Mode Servo Board
Commissioning Progress and Plans
KAGRA Control Room Appearance (tentative)
The Advanced LIGO Angular Control System (ASC) (Hanford edition)
Interferometer Design for bKAGRA Phase 1 and Beyond
iKAGRA初期アラインメント手順 Initial Alignment Procedure for iKAGRA
Arm Length Stabilization Conceptual Configuration
Arm Length Stabilization Conceptual Configuration
Cartoon of the optical layout around IMC, IFI and IMM
RF and DC Cabling Policy for KAGRA ISC
Interferometer Design for bKAGRA Phase 1 and Beyond
Summary of iKAGRA Test Run Mar 25-31, 2016
Summary of iKAGRA Test Run Mar 25-31, 2016
Interferometer Design for bKAGRA Phase 1 and Beyond
Interferometer Design for bKAGRA Phase 1 and Beyond
bKAGRA PSL EOM Layout ~180W ? to IMC Laser EOM (fPMC, PM) PMC EOM
Interferometer Design for bKAGRA Phase 1 and Beyond
Commissioning Procedure for bKAGRA Phase 1 ( )
iKAGRA初期アラインメント手順 Initial Alignment Procedure for iKAGRA
Commissioning Procedure for bKAGRA Phase 1 ( )
Commissioning Procedure for bKAGRA Phase 1
Commissioning Procedure for bKAGRA Phase 1
Commissioning Procedure for bKAGRA Phase 1 ( )
Progress report from 40m team for the Advanced LIGO
iKAGRA初期アラインメント手順 Initial Alignment Procedure for iKAGRA
Yuta Michimura Department of Physics, University of Tokyo
Status of KAGRA Yuta Michimura on behalf of the KAGRA Collaboration
Commissioning Procedure for bKAGRA Phase 1
Status of KAGRA Yuta Michimura on behalf of the KAGRA Collaboration
Commissioning Procedure for bKAGRA Phase 1
Interferometer Design for bKAGRA Phase 1 and Beyond
Beam Propagation for bKAGRA Phase 1 with flat ETMs
iKAGRA初期アラインメント手順 Initial Alignment Procedure for iKAGRA
Summary of iKAGRA Test Run Mar 25-31, 2016
Intensity Stabilization Servo Plan
RF and DC Cabling Policy for KAGRA ISC
Interferometer Design for bKAGRA Phase 1
Intensity Stabilization Servo Plan
Arm Length Stabilization Conceptual Configuration
KAGRA ISC Electrical Components Layout
Yuta Michimura Department of Physics, University of Tokyo
KAGRA ISC Electrical Components Layout
Presentation transcript:

KAGRA ISC Electrical Components Layout Yuta Michimura Ando Group Department of Physics, University of Tokyo April 17, 2015

Draw rough layout of electrical components (RF distribution, PD/QPDs, servo boards) for KAGRA ISC Cameras and picomotors are not included Components for ISS, ALS, and OMC are very uncertain “AS rack” is currently not on the rack list References: - JGW-D (IMC servo topology) - JGW-D (Cabling around PSL+IMC) - JGW-D (electronics racks layout) - JGW-D (what’s inside electronics racks) - JGW-T (list of ISC detection ports) - Wiki/OutputTables (list of output tables)JGW-D JGW-D JGW-D JGW-D JGW-T Wiki/OutputTables Scope and Disclaimer 2

IFI KAGRA Layout 3 MCF IMM MCE PRM PR3 PR2 BS SR2 SR3 OMM IYC IYA EYA EYC EYT IXC IXAEXA EXC EXT IMC REFL REFL IMC TRANS IMMT2T IMMT1T POY POX POP POS TRY TRX AS IO MC MMT PRM LSCASC1ASC2 AUX PR2BSSR2 IX1 PCX1 IY1 PCY1 EY2 EY3 EY4 EX2EX3EX4 table chamber rack PSL Server room AS?

List of EOMs, PDs, QPDs 4 MCF IFIIMM MCE PRM PR3 PR2 BS SR2 SR3 OMM IYC IYA EYA EYC EYT IXC IXAEXA EXC EXT IMC REFL REFL IMC TRANS IMMT2T IMMT1T POY POX POP POS TRY TRX AS IO MC MMT PRM LSCASC1ASC2 AUX PR2BSSR2 IX1 PCX1 IY1 PCY1 EY2 EY3 EY4 EX2EX3EX4 EOM (fPMC) EOM (fIMC) EOM (f1) EOM (f2) EOM (f3) EOAM (f1) PMCR (fPMC, DC) PMCT (DC) REFCAVR (fIMC, DC) REFCAVT (DC) IP A (DC) IP B (DC) IMCT (DC) IMCT A (DC) IMCT B (DC) IMMT2T (f1, f2, DC) IMMT2T A (DC) IMMT2T B (DC) IMCR (fIMC, DC) IMCR A (fIMC, DC) IMCR B (fIMC, DC) REFL (f1, f2, DC) REFL NRSB (f3-f1, f3-f2, DC) REFL A (f1, f2, DC) REFL B (f1, f2, DC) IMMT1T (DC) POY (f1, f2, DC) EOM (fALSY) POP (f1, f2, DC) SPOP (2*f1, 2*f2, DC) POP GR (fALSY, DC) POP A (f1, f2, DC) POP B (f1, f2, DC) EOM (fALSX) SPOS (2*f1, 2*f2, DC) POS GR (fALSX, DC) Server room POX (f1, f2, DC) AS (f1, DC) OMCT (DC) AS A (f1, DC) AS B (f1, DC) OMCT A (DC) OMCT B (DC) TRX (DC) TRX GR (DC) TRX A (DC) TRX B (DC) TRX GR A (DC) TRX GR B (DC) TRY (DC) TRY GR (DC) TRY A (DC) TRY B (DC) TRY GR A (DC) TRY GR B (DC) PSL AS? REFLVAC (f1, f2, DC) REFLVAC A (f1, f2, DC) REFLVAC B (f1, f2, DC) IMMT2TVAC (DC) IMMT2TVAC A (DC) IMMT2TVAC B (DC) IMMT1TVAC (DC) IMCTVAC A (DC) IMCTVAC B (DC) POPVAC (f1, f2, DC) POPVAC A (f1, f2, DC) POPVAC B (f1, f2, DC) POYVAC (f1, f2, DC) POXVAC (f1, f2, DC) TRYVAC A (DC) TRYVAC B (DC) TRYVAC GR A (DC) TRYVAC GR B (DC) TRXVAC A (DC) TRXVAC B (DC) TRXVAC GR A (DC) TRXVAC GR B (DC) ASVAC (f1, DC) OMCTVAC (DC) ASVAC A (f1, DC) ASVAC B (f1, DC) OMCTVAC A (DC) OMCTVAC B (DC)

Where Do Signals Go 5 PSL MCF IFIIMM MCE PRM PR3 PR2 BS SR2 SR3 OMM IYC IYA EYA EYC EYT IXC IXAEXA EXC EXT IMC REFL REFL IMC TRANS IMMT2T IMMT1T POY POX POP POS TRY TRX AS IO MC MMT PRM LSCASC1ASC2 AUX PR2BSSR2 IX1 PCX1 IY1 PCY1 EY2 EY3 EY4 EX2EX3EX4 fIMC, DC DC f1, f2, DC fIMC, DC DC f1, f2, f3-f1, f3-f2, DC f1, f2, DC f1, DC f1, f2, DC 2*f1, 2*f2, fALSX, DC f1, f2, 2*f1, 2*f2, fALSY, DC DC Server room fPMC, DC AS?

RF Generation and Distribution 6 MCF IFIIMM MCE PRM PR3 PR2 BS SR2 SR3 OMM IYC IYA EYA EYC EYT IXC IXAEXA EXC EXT IMC REFL REFL IMC TRANS IMMT2T IMMT1T POY POX POP POS TRY TRX AS IO MC MMT PRM LSCASC1ASC2 AUX PR2BSSR2 IX1 PCX1 IY1 PCY1 EY2 EY3 EY4 EX2EX3EX4 PSL Server room fIMC f1 → 2*f1 f2 → 2*f2 f3 → f3-f1 → f3-f2 fALSX fALSY fPMC AS?

Servo Boards 7 MCF IFIIMM MCE PRM PR3 PR2 BS SR2 SR3 OMM IYC IYA EYA EYC EYT IXC IXAEXA EXC EXT IMC REFL REFL IMC TRANS IMMT2T IMMT1T POY POX POP POS TRY TRX AS IO MC MMT PRM LSCASC1ASC2 AUX PR2BSSR2 IX1 PCX1 IY1 PCY1 EY2 EY3 EY4 EX2EX3EX4 PSL Server room Common Mode Servo (for IMC) ISS TTFSS PMC Servo Common Mode Servo (for CARM) Common Mode Servo (for ALSX) Common Mode Servo (for ALSY) Phase Frequency Discriminator (for ALSX) Phase Frequency Discriminator (for ALSY) PLL Servo ? (for ALSX) PLL Servo ? (for ALSY) OMC Servo ? AS?