#author("2024-03-06T14:33:47+09:00","default:LabMember","LabMember")
* 所有機器リスト [#g934ee85]

#contents

** Lasers [#lasers]

*** B207 [#b207]
|LEFT:200|LEFT:60|LEFT:80|LEFT:80|LEFT:180|LEFT:|c
|~model (ser. no.)|~type|~wavelength|~max output|~experiment|~note and options (FM,AM possible?)|
|[[NKT Photonics Koheras AdjustiK E15>AndoLabInstrumentsKoherasAdjustiKE15]]| fiber     | 1550nm | 50mW  |optical levitation -> B4 exp (SILVIA) -> TOBA (Oshima)|output power can be changed; frequency modulation possible|
|[[NKT Photonics Koheras BoostiK HPA>AndoLabInstrumentsKoherasBoosticHPA]]| fiber amp | 1550nm | 2W    |optical levitation| all fibers (its output → chamber feedthrough → fiber collimator) are spliced|
|[[NKT Photonics Koheras BasiK ???>AndoLabInstrumentsKoherasBasiKModule]] | fiber     | 1550nm | 50mW  |Lorentz invariance| output power can be changed |
|NKT Photonics Koheras AdjustiK C15 (SN: KOH 1269)| fiber     | 1550nm | 10mW  | DECIGO exp| output power can be changed; frequency modulation possible; [[photo>https://granite.phys.s.u-tokyo.ac.jp/wiki/Lab/index.php?plugin=attach&pcmd=open&file=KoherasAdjustiK_C15.JPG&refer=AndoLabInstruments]] |
|[[NKT Photonics Koheras BasiK X15 (SN: K172-103-605)>AndoLabInstrumentsKoherasBasiKX15]]| fiber     | 1550nm | 30mW  |DECIGO exp → TOBA|  output power cannot be changed; frequency modulation possible; [[photo>https://granite.phys.s.u-tokyo.ac.jp/wiki/Lab/index.php?plugin=attach&pcmd=open&file=KoherasBasiK_X15_K172-103-605.JPG&refer=AndoLabInstrumentsKoherasBasiKX15]]|
|NKT Photonics Koheras BasiK Y10 (SN: K102-102-605)| fiber| 1064nm | 14mW  |DECIGO experiment ono|[[operation check>https://granite.phys.s.u-tokyo.ac.jp/elog/?p=2491]]; laser power cannot be changed); [[photo>https://granite.phys.s.u-tokyo.ac.jp/wiki/Lab/index.php?plugin=attach&pcmd=open&file=KoherasBasiK_Y10_K102-102-605.JPG&refer=AndoLabInstruments]]|
|NKT Photonics Koheras BasiK Y10 (SN: K0055114)| fiber| 1064nm | 14mW  |DECIGO experiment ono|[[photo>https://granite.phys.s.u-tokyo.ac.jp/wiki/Lab/index.php?plugin=attach&pcmd=open&file=KoherasBasiK_Y10_K0055114.jpg&refer=AndoLabInstruments]]|
|[[NKT Photonics Koheras AdjustiK E15 (SN: K0027203)>AndoLabInstrumentsKoherasAdjustiKE15TOBA]]| fiber     | 1550nm | 40mW  |TOBA| output power can be changed; frequency modulation possible; [[photo>https://granite.phys.s.u-tokyo.ac.jp/wiki/Lab/index.php?plugin=attach&pcmd=open&file=Koheras_front-scaled.jpg&refer=AndoLabInstrumentsKoherasAdjustiKE15TOBA]]|
|[[Thorlabs S3FC1550 >https://www.thorlabs.co.jp/thorproduct.cfm?partnumber=S3FC1550]] | fiber     | 1550nm | 1.5mW  |TOBA → CSL experiment| [[photo>https://granite.phys.s.u-tokyo.ac.jp/wiki/Lab/index.php?plugin=attach&pcmd=open&file=ThorlabsFiber.jpg&refer=AndoLabInstruments]] |
|[[FITEL FRL15DCWD-A81-19480-C>https://www.furukawa.co.jp/fitel/english/active/signal.htm]]| fiber | 1550nm | 40mW |TOBA| [[photo>https://granite.phys.s.u-tokyo.ac.jp/wiki/Lab/index.php?plugin=attach&pcmd=open&file=Butterfly.jpg&refer=AndoLabInstruments]] |
|Single Frequency Fiber Laser (Connet)| fiber | 1064nm | 20mW | DANCE | [[manual>https://drive.google.com/drive/folders/1WH1ceyvrPMKv3bkeP02HA6bfa5-UbdkP?usp=share_link]] / [[spec>https://www.fiberlabs.co.jp/index-fiber-laser/cosf-d-yb-m/]] |
|中川レーザー| fiber | tunable | 50mW | DANCE | [[manual>https://drive.google.com/drive/u/0/folders/11Tb9QMdD5-kxE4PqBsom6K38mm7_t_pa]] |
|Mephisto 500NE (SN: 1345)| free-space| 1064nm | ???  |TOBA → toy cavity|[[photo>https://granite.phys.s.u-tokyo.ac.jp/wiki/Lab/index.php?plugin=attach&pcmd=open&file=Mephisto500NE_1345.JPG&refer=AndoLabInstruments]]|
|Mephisto 500 NE (SN: 1177)| free-space| 1064nm | 0.525 W  |DANCE| output power can be changed; frequency modulation possible; [[photo>https://granite.phys.s.u-tokyo.ac.jp/wiki/Lab/index.php?plugin=attach&pcmd=open&file=Mephisto500NE.JPG&refer=AndoLabInstruments]] |
|Mephisto 2000 NE (SN: 1557)| free-space| 1064nm | 2W  |optomech| [[photo>https://granite.phys.s.u-tokyo.ac.jp/wiki/Lab/index.php?plugin=attach&pcmd=open&file=Mephisto2000NE_1557.JPG&refer=AndoLabInstruments]]  |

*** B111 [#b111]

|~model (ser. no.)|~type|~wavelength|~max output|~experiment|~note and options (FM,AM possible?)|
|Coherent Mephisto 2000 (GDP.1309420.1887)| free-space| 1064nm | 2 W  |DANCE||

*** Broken [#p5a27ba4]
|~model (ser. no.)|~type|~wavelength|~max output|~note and options (FM,AM possible?)|
|Mephisto M200NE (SN: 1226)| free-space| 1064nm | ???  | [[broken>https://granite.phys.s.u-tokyo.ac.jp/elog/?p=1868]]; [[photo>https://granite.phys.s.u-tokyo.ac.jp/wiki/Lab/index.php?plugin=attach&pcmd=open&file=MephistoM200NE_1226.JPG&refer=AndoLabInstruments]]|
|Lightwave 120-03A (SN: 504)| free-space| 1064nm | ? mW  |broken?; [[photo>https://granite.phys.s.u-tokyo.ac.jp/wiki/Lab/index.php?plugin=attach&pcmd=open&file=Lightwave120-03A_504.JPG&refer=AndoLabInstruments]]|
|Lightwave 120-01A (SN: 402)| free-space| 1064nm | 4 mW  |broken; [[elog page>https://granite.phys.s.u-tokyo.ac.jp/elog/?p=4435]]; [[photo>https://granite.phys.s.u-tokyo.ac.jp/wiki/Lab/index.php?plugin=attach&pcmd=open&file=Lightwave120-01A_402.JPG&refer=AndoLabInstruments]]|
|Lightwave 120-01A (SN: 482)| free-space| 1064nm | ? mW  |labeled NAOJ水沢; [[elog page>https://granite.phys.s.u-tokyo.ac.jp/elog/?p=4435]]; [[photo>https://granite.phys.s.u-tokyo.ac.jp/wiki/Lab/index.php?plugin=attach&pcmd=open&file=Lightwave120-01A_482.JPG&refer=AndoLabInstruments]]|
|Lightwave electronics 124-1064-050 (SN: 162)| free-space| 1064nm | 425 mW?  |cable for driver gone; [[photo>https://granite.phys.s.u-tokyo.ac.jp/wiki/Lab/index.php?plugin=attach&pcmd=open&file=Lightwave124-1064-050_162.JPG&refer=AndoLabInstruments]]|
|Lightwave electronics 126-1064-50 (SN: 180)| free-space| 1064nm | 2 W  |[[broken>https://granite.phys.s.u-tokyo.ac.jp/elog/?p=6786]]; [[photo>https://granite.phys.s.u-tokyo.ac.jp/wiki/Lab/index.php?plugin=attach&pcmd=open&file=Lightwave126-1064-50.JPG&refer=AndoLabInstruments]]|

*** ほしい物リスト [#pbc3cc9b]
- %%fiber laser, 1550 nm, which can change the output power (for TOBA)%%
- %%free-space laser, 1064 nm, 2 W NPRO (for axion)%%
- fiber/free-space laser, 1064/1550 nm, 2 W or even higher power (optical levitation)
- free-space, 1064 nm, low power for easy use

** 特注ミラー [#b64dc93c]
- [[特注ミラー>CustomMirrors]]

** 測定機器 [#cbed904e]
- 磁束計(Bartington): [[Mag649 + PSU1(power supply unit)>AndoLabInstrumentsMag649]]
- 地震計(Sercel): [[Geophone L-4C & L-22E>AndoLabInstrumentsGeophone]]
- 地震計(Güralp): [[Seismometer CMG-3ESPC>AndoLabInstrumentsSeismometer]]
- データロガー(Yokogawa): [[DL850E wiki>InternalDL850E]], [[DL850E e-log>https://granite.phys.s.u-tokyo.ac.jp/elog/?p=4898]](情報が古い可能性があるので注意。),  [[DL950 wiki>DL950]]
- [[ファイバー非対称マイケルソン干渉計>AndoLabInstrumentsFiberAMI]]
- [[Moku:Lab, Moku:Go>InternalMokuLab]]
- 分光器(Spectrometer): [[manual>https://drive.google.com/drive/u/0/folders/1h_Pjjc6FDwBLlAISbndNTJIU5D7N_F74]](付属のUSBにソフトウェアインストレーションパッケージが入っている)

** アクチュエータ [#z92ecd88]
- [[Picomotor Controller 8752>AndoLabInstrumentsPico8752]]
- PZT driver for AVIT: [[M-2629>AndoLabInstrumentsM2629]]
- PZT driver (PI): [[E-665>AndoLabInstrumentsE665]]
- PZT driver (PI): [[E-610>AndoLabInstrumentsE610]]
- 1ch PZT driver: [[1ch Driver>AndoLabInstruments1chPZTDriver]]

** 回路 [#l128ceb5]
- [[Resonant RFPD circuit board>RFPD_circuit_board]]
- [[Filter circuit for Lorentz invariance test>Filter_circuit_for_Lorentz_invariance_test]]
- [[3rd-order LPF for Lorentz invariance test>3rd-order_LPF_for_Lorentz_invariance_test]]
- [[Whitening Filter for Mag 649>Whitening_Filter_for_PEM_injection_test]]
- [[Whitening Filter for Mag 13>Whitening_Filter_for_Mag_13]]
- [[0.1-3Hzの位相補償回路(光学浮上)>0.1-3Hz_phase_compensation_circuit]]
- [[1-30Hzの位相補償回路(光学浮上)>1-30Hz_phase_compensation_circuit]]
- [[ローパスフィルタ回路(光学浮上)>LPF_circuit]]
-[[Differential Amplifier>Differential Amplifier]]
- [[Photo sensor board (SG-2BC)>AndoLabInstrumentsSG2BC]]
- [[Coil driver board (4CH)>AndoLabInstrumentsCoildriverboard4ch]]
- [[Offset adjustment and 4x4 matrix operation circuit board>AndoLabInstrumentsOffsetMatrix]]
- [[General filter circuit board>GeneralBoard]]
- [[DCQPD trans impedance circuit>DCQPD]]
- [[QPD Yaw/Pitch/Sum board>QPD_YPS]]
- [[Switchable filter curcuit (ST560)>ST560]]
- [[Offset-Sum circuit>Offset_Sum]]
- [[Offset-Sum-Monitor>AndoLabInstrumentsOffsetSumMonitor]]
- [[Offset+Lowpass circuit>AndoLabInstrumentsOffsetLowpass]]

** その他 [#ad7b1b0e]
- 真空槽
-- [[大真空槽(E-1)>AndoLabInstrumentsVacChamE1]]
参考になるページ
- [[TAMA300回路リスト>http://tamago.mtk.nao.ac.jp/tama/ifo/general_lib/lib_circuits.html]]

- レーザー
-- [[NKT Photonics社のファイバーレーザー Koheras AjustiK E15モデル(1550nm,最大50mW)>AndoLabInstrumentsKoherasAdjustiKE15]]
-- [[ NKT Photonics社のファイバーアンプ Koheras Boostic HPA (最大2W) >AndoLabInstrumentsKoherasBoosticHPA]]
-- [[NKT Photonics社のファイバーレーザー Koheres BasiK(1550nm,最大50mW)>AndoLabInstrumentsKoherasBasiKModule]]
** フォトダイオード [#c6d91b71]
|~型番|~個数|~更新日|
|S1557|1個|2021.5.31|
|S1557-03|6個|2021.5.31|
|S2386-18K|28個|2021.5.31|
|S2841|2個|2021.5.31|
|S3759|12個|2023.4.18|
|S15137|2個|2024.3.6|
|S3979|5個|2021.5.31|
|S4707-01|54個|2021.5.31|
||||
|G10899-01K|2個|2022.2.9|
|G10899-003K|9個|2021.5.31|
|G8605-13|2個|2021.5.31|
||||
|OP999|10個|2021.5.31|
|605-1082|1個|2021.5.31|
|379-2752|1個|2021.5.31|
||||
|S4349(QPD)|5個|2021.5.31|
|G6849(QPD)|3個|2022.6.17|
|QD50-4X(QOD)|6個|2021.5.31|
|L1915-02(LED)|7個|2021.5.31|

- オペアンプIC
** 光ファイバー部品 [#c97a1050]
|~種類|~型番|~波長|~個数|~コメント|~更新日|
|アイソレーター||1550nm||||
|カプラー(50:50)||1550nm||||
|カプラー(90:10)||1550nm||||
|サーキュレーター||1550nm||||
|||||||
|コリメーター||1550nm||||
|||||||
|パッチケーブル(1m,PM)||1550nm||||
|パッチケーブル(2m,PM)||1550nm||||
|ベアファイバー||||||

** ビームプロファイラー [#c6d3aa1c]
|LEFT:200|LEFT:60|LEFT:60|LEFT:80|LEFT:80|LEFT:180|LEFT:|c
|~model |~ser. no.|~wavelength|~note and options|
|CINOGY CMOS-1202|1202-U2-2121-0542|1064nm||
|CINOGY CMOS-1201|1201-U2-3317-0596|1064nm|三尾研からもらった|
|CINOGY CMOS-1202 IR|1202-U2-0423-0659|1550nm||
|Thorlabs BP209IR1/M||1064nm, 1550nm||

** 真空槽 [#i7d793b6]
- [[大真空槽(E-1)>AndoLabInstrumentsVacChamE1]]

** 真空計 [#d2a01fc9]
- [[クリスタルイオンゲージ M-336MX>AndoLabInstrumentsM336MX]]
- [[真空計コントローラ M-601GC>AndoLabInstrumentsM601GC]]

** Red Pitaya [#j396100f]
- [[Red Pitaya>InternalRedPitaya]]

** オペアンプIC [#ifa1519a]

|~名称|~説明|~リンク|
|AD586|5V電圧リファレンス|[[Analog Devices>http://www.analog.com/jp/products/analog-functions/voltage-references/series-voltage-references/ad586.html#product-overview]]|
|AD587|10V電圧リファレンス|[[Analog Devices>http://www.analog.com/jp/products/analog-functions/voltage-references/series-voltage-references/ad587.html]]|
|AD698|LVDT用アンプ|[[Analog Devices>http://www.analog.com/jp/products/amplifiers/specialty-amplifiers/lvdt-sensor-amplifiers/ad698.html]]|
|AD797|超低歪み,超低ノイズのすごいオペアンプ|[[Analog Devices>http://www.analog.com/jp/products/amplifiers/operational-amplifiers/high-voltage-op-amps-greaterthanequalto-12v/ad797.html#product-overview]]|
|AD811|電流帰還型の広帯域オペアンプ|[[Analog Devices>http://www.analog.com/jp/products/amplifiers/operational-amplifiers/current-feedback-op-amps/ad811.html#product-overview]]|
|AD829|高速オペアンプ|[[Analog Devices>http://www.analog.com/jp/products/amplifiers/operational-amplifiers/high-speed-op-amps-bandwidth-greaterthanequalto-50mhz/ad829.html]]|
|BUF634|電流バッファ|[[Texas Instruments>http://www.tij.co.jp/product/jp/BUF634]]|
|LF356|JFET入力オペアンプ|[[Texas Instruments (旧National Semiconductor)>http://www.tij.co.jp/product/jp/LF356]]|
|LM319|コンパレータ,デュアル|[[Texas Instruments>http://www.tij.co.jp/product/jp/LM319-N]]|
|LT1028|超低ノイズの高速オペアンプ|[[Analog Devices (旧Linear Technology)>http://www.analog.com/jp/products/amplifiers/operational-amplifiers/high-speed-op-amps-bandwidth-greaterthanequalto-50mhz/lt1028.html#product-overview]]|
|LT1128|超低ノイズの高速オペアンプ.上との違いはよくわからん|[[Analog Devices (旧Linear Technology)>http://www.analog.com/jp/products/amplifiers/operational-amplifiers/high-voltage-op-amps-greaterthanequalto-12v/lt1128.html]]|
|MPY634|乗算器|[[Texas Instruments>http://www.tij.co.jp/product/jp/mpy634/description]]|
|HA5002|電流バッファ|[[Intersil>https://www.intersil.com/en/products/amplifiers-and-buffers/all-amplifiers/amplifiers/HA-5002.html]]|
|OP07|汎用オペアンプ|[[Analog Devices>http://www.analog.com/jp/products/amplifiers/operational-amplifiers/high-voltage-op-amps-greaterthanequalto-12v/op07.html]]|
|OP27|汎用オペアンプ.OP07の高速・低雑音版|[[Analog Devices>http://www.analog.com/jp/products/amplifiers/operational-amplifiers/high-speed-op-amps-bandwidth-greaterthanequalto-50mhz/op27.html#product-overview]]|
|OP275|汎用オペアンプ,デュアル.OP27よりもいいらしい|[[Analog Devices>http://www.analog.com/jp/products/amplifiers/operational-amplifiers/high-voltage-op-amps-greaterthanequalto-12v/op275.html#product-overview]]|
|OP470|汎用オペアンプ,クアッド.OP27x4とほぼ同じ|[[Analog Devices>http://www.analog.com/jp/products/amplifiers/operational-amplifiers/high-voltage-op-amps-greaterthanequalto-12v/op470.html#product-overview]]|
|OPA627|高速・低ノイズのすごいオペアンプ.FET入力|[[Texas Instruments>http://www.tij.co.jp/product/jp/OPA627]]|
|OPA637|高速・低ノイズのすごいオペアンプ.OPA627よりも広帯域.FET入力|[[Texas Instruments>http://www.tij.co.jp/product/jp/OPA637]]|
|OPA2604|高速・低ノイズのオペアンプ.OPA627には劣る.デュアル.FET入力|[[Texas Instruments>http://www.tij.co.jp/product/jp/OPA2604]]|


** 参考 [#g2b55db5]
- QRコード作成ページ(外部サイト): https://qr.quel.jp/form_bsc_url.php


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