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1 5
2
3 1
4 1) 2) 1) 2) 3) (LCR) 2
5 ( ( (
6 NPL ILAC JCSS ILAC 2005 NMIJ-BIPM International Workshop on the Impact of Information technology for Metrology 2007 PTB-BIPM "e-trace Workshop" NIMT ASEAN NIMT 2004 APLAC, ILAC ILAC NEDO e-trace H16H NITE ISO/IEC17025 ASNITE-NMI, ASNITE- CAL JCSS (jcss) ISO/IEC APLAC, ILAC
7 5
8 -1
9 -2
10 -3
11 -4
12 -5
13 -6
14 NEDO NEDO NEDO NEDO JCSS NEDO Japan Calibration Service System I-1
15 GPS UL I-2
16 11 10 CIPM/MRA NIST 2 SIMnet 2 National Institute of Standards and Technology I-3
17 SIM Interamerican Metrology System net internet SIMnet NIST DVM NIST NIST PTB 3 e-calibration e-trace e-metrology NPL 4 NPL NPL EUROMET 5 GPS NMIJ-BIPM workshop on the Impact of Information technology on Metrology APLAC 7 ILAC 8 ILAC 3 Physikalisch-Technische Bundesanstalt 4 National Physical Laboratory 5 European Collaboration on Measurement Standards (European Metrology Collaboration) 6 Global Positioning System 7 Asia Pacific Laboratory Accreditation Cooperation 8 International Laboratory Accreditation Cooperation I-4
18 I-5
19 90 % GPS II-1 (e-trace) -1
20 (1) AIST GPS % ) 1 (2) 1.5 µm "" -2
21 2 m 10 m 2m/10 m nm 0.2 m50 mm 0.2 m250 mm (3) -3
22 DC AC-DC AIST LCR LCR 1 khz10 khz LCR 80 ppm LCR 500 ppm LCR LCR LCR 1/5 80 ppm 1 khz10 khz (4) IC 20 IC IC IC IC JIS Z % 20 % -4
23 (5) 50 mm 500 nm MEMS 100 mm 1nm 200 mm 200 nm 100 mm 1 um 10 ppm 50 mm 500 nm (6) ( 0.05 Hz m/s 2 1 Hz ISO 1/3 1 Hz 0.05 Hz ISO m/s2-5
24 (7) () 10 Pa10 kpa100 mpa 0.01 % 10 MPa100 MPa0.01 % 10 Pa 10 kpa 10 MPa 100 MPa jcss -6
25 (1) GPS GPS % GPS (2) 1.5 "" -7
26 (3) SNS NbN GPS DC AC-DC LCR (4) IC -8
27 IC IC ID IC IC IC ID (5) (6) (7) () 10 kpa100 kpa 10 Pa10 kpa 10 MPa100 MPa -9
28 -1-10
29 ( - ) () (() ) He-Ne ()-11
30 -12 (1) (2)
31 TEL TEL JR 1) 2) -13
32
33 IT 89 IC 78 RoHSUL -15
34
35 -17
36 13 5 NEDO e-trace 15 (1) e-trace (1)e-trace (2) e-trace (1) (3) 15 (1) (2) (3) ISO/IEC 17025(JIS Q 17025) -18
37 APLAC ILAC
38 NEDO -20
39
40 13 5 e-trace e-trace 15 6 ILAC -1
41 -2
42 -3
43 2-4
44 GPS ISO/IEC17025 ISO10012 NIST) 10% -5
45
46 -7
47 -8
48 -9
49 -10
50 -11
51 NMIJ-BIPM workshop 2004/5/28 H17/5/16, /7/ /2/ /3/ /6/24 () /7/ /9/ /11/ /1/ /11/ /2/1 () /8/ /10/ /12/ /2/4 () ()
52 ASEAN seminar & workshop INTERMEASURE NMIJ e-trace workshop and seminar in Bangkok H17/11/30-12/2 183 (AC/DC) H20/04/25 H20/8/ /JA /06/ /06/ /02/ /06/ /06/ /10/0105 / /11/21-13
53 (GPS-DO ) jcss8 4 ( 2 ASNITE-CAL) ( He- Ne 3. (PJVS) (AC/DC) NIMT - 47 km - 40 km) 450 km 280 m - (20 km) in-situ 1 V PJVS 10 V PJVS KIM-LIPI - NMAPTB NIMT -14
54 jcss3 4 KRISS JEMIC 7. ()
55
56 (1) GPS 1980 TAIUTC (1)(2) (2) (a) 15 GPS 10 ns (b) (3) GPS % -17
57 (4) (a) Rb GPS PC % (b) (c) (d) GPS 2 (e) GPS-DO 1 5 GPS-DO (a) (f) jcss/jcss jcss JCSS 20 2 (b) e-trace e- trace (g) e-trace (f) GPS GPS ASEAN JICA ASEAN NMI -18
58 (5) (5-1) H17 (a) GPS 17 1 GPS Rb Rb 200 (b) (a) (c) (b) GPS jcss NITE JCSS -19
59 (d) GPS CMC(k=2) 1 50 km km km Peer review AS-NITE 5 AS-NITE (e) GPS-DO GPS GPS GPS- DO -20
60 (5-2) H18-H20 (a) (1) LAN on NMIJ (2) NMIJ (3) UTC(NMIJ) NMIJ GPS UTC(NMIJ) (4) NMIJ GCET (3) UTC(NMIJ) GPS Rb OCXO GPS time Web site 1 UTC(NMIJ) GPS time UTC(NMIJ) UTC(NMIJ)
61 GPS L1( MHz), C/A code 12 channels -135 dbm 5 m 1 (option) 10 MHz 10 MHz 8 ports 5 MHz 1 port 1 pps 1 port OCXO CGGTTS format, NMIJ Web UTC(NMIJ) (NMIJ-DO ) GPS time GPS DO ) HTTP protocol NMIJ-DO 1 1 day () 3 1 s NMIJ-DO 5 1 day () 1 1 s Ethernet (10/100 BASE-T),RS-232C -22
62 2.1-3 GCET GCET NMIJ-DO Rb OCXO NMIJ-DO Rb 1000 UTC(NMIJ) OCXO Rb
63 km (2007/9/17 49 km 11/7) 52 km 2 () 65 km (2007/11/1 151 km 12/3) 3 66 km (2007/12/13 51 km 2008/1 ) () 99 km (b) (c) (a) -24
64 GPS BBM -160 dbm 2530 db mm OCXO 1 PHS (h)gps 1 GPS (d) 17 GPS 1820 UTC(NMIJ) (e) (e) GPS-DO GPS-DO GPS-DO (a) GCET GPS-DO -25
65 2.1-6 GPS-DO NMIJ-DO GCET UTC(NMIJ) GCET GPS-DO UTC(NMIJ) GPS-DO (a) -26
66 (b) (c) GPS-DO GCET(NMIJ-DO ) (f) jcss/jcss 1) 17 2 jcss 18 4 CMC Inter RMO jcss 8 12 JCSS ) 20 AERO-SPACE2008 3) e-trace ASEAN seminar e-trace seminar ASEAN NIMT e-trace -27
67 e-trace ASEAN NMIJ ) APMP/TCTF TCTF GNSS Working Group on GNSS2007 TCTF WG WG TCTF TCTF NMI TCTF WG i) ii) GPS-DO NMI (g) (c) (h) (NEDO ) 1) GPS GPS 1 GPS -28
68 GPS GPS GPS GPS GPS 1 19 TV GPS TV GPS GPS 130 MHz BS/CS TV TV GPS TV GPS 1.5 GHz -29
69 2.1-8 GPS TV GPS 2) JICA(TICA) ASEAN 20 NIMT NIMT 1 20 NIMT NIMT NIMT (b) -30
70 NIMT GCET 2.1-9(a)NIMT GCET NMIJ-DO UTC(NMIJ) (b) 5 (a) NIMT (b) NIMT 5 GCET (6) jcss/jcss jcss 12 JCSS 2 AS-NITE 1 2 ASEAN 2 (a) OCXO (5-2)(c)
71
72 (7) GPS % (1) D.W.Allan, M.A.Weiss, Accurate Time and Frequency Transfer During Common- View of a GPS Satellite, 34th Annual Frequency Control Symposium, pp , May (2) D.W.Allan and C.Thomas, Technical directives for standardization of GPS time receiver software, Metrologia, Vol.31, pp.69-79, (3), 9, GPS- -,, pp , (4) Victor S. Zhang, Time and Frequency Transfer Using GPS, 30th NIST Time and Frequency Metorology Seminar, June FY 1 1) FY 2 1) )
73 0 2 1) Michito Imae, Yasuhisa Fujii, Tomonari Suzuyama, Masaki Amemiya, "DEVELOPMENT OF A FREQUNECY TRACEAVILITY SYSTEM USING GPS COMMON-VIEW METHOD FOR GENERAL USERS," ATF2006, New Deli, December 12, ) GPS FY 0 1 1) no ) Michito Imae, Yasuhisa Fujii, Tomonari Suzuyama, and Masaki Amemiya, "Development of a Frequency Traceability System using GPS Common-view Method for General Users," PTB-BIPM Workshop on the Impact of Information Technology in Metrology, Berlin, June 7, ) ) GPS FY ) Michito Imae, Yasuhisa Fujii, Tomonari Suzuyama, Masaki Amemiya, -34
74 Time/Frequency Standard, e-trace seminar in Bankok, August 6, ) Tomonari Suzuyama, Michiti Imae, Yasuhisa Fujii, Yusuke Miyamoto, Masaki Amemiya, A Frequency traceability system using GPS common-view method for general users, ATF2008, October 30, ) ) e-trace ) AEROSPACE
75 ( ) (e-trace) ( ) ( ) 参照標準 参照標準 -36
76 (1) 259 m 280 m 40 GHz 40 GHz 0.3 µm 10 m 2 µm 0.1 ppm 10 m ±2 µm 2 µm/10 m (2) (a) 15 (b) ppm -37
77 (3) 2 µm10 m (4) (a) (b) (c) ) (5) (5-1) H17 16 A m 0.5 ppm m GPS (5-2) H18-H20 1 GPS
78 f050 MHz f=10 GHz50 MHz 200 GPS (a) 1) 1-1) 1 khz -39
79 3 400 khz 1-2) ( ) () -40
80 200 m 0.2 ppm 2) 259 m 3) APMP supplement () 280 m m 280 m m µm ( ) 5x
81 Fluctuation (µm) Pillar 1-7 σ = 14 µm / 280 m (100 s) Data number 100 s
82 (b) 1) 10 GHz 40 GHz 4 10 THz 10 THz RF, f f=40 GHz DBM f LO = f + f DBM f LO f LO LPF LPF R.F. f = f -f LO 10 MHz RF, f f=40 GHz R.F ) 40 GHz m µm µm -43
83 ) 4) mm
84 µm m 100 m (c) ) 2m/10 m 1) 1-1) 2 µm 1-2) 2 µm I 10 GHz m/s
85 khz PLL 1-3) mm/
86 S/C BOX ()
87 2) 2-1) 2-2) 2-2-1) m ppm σ=0.97 µm 20 σ=0.2 µm 2 µm 10 m m 1080 (18 ) 0 µm σ=1.0 µm
88 m 2-2-2) ±2 mm µm 120 mm 2 mm 15 mm ±2 µm ±2 µm 2 µm 1/ mm ±3 µm ±1.5 µm -49
89 ) 10 m 10 m 0.07 ppm 0.7 µm/10 m 2 µm/10 m 2-2-4) m ±2 µm 2 µm/10 m -50
90 ) 2 1 µm σ=1 µm ±1.5 µm 10 m 0.1 ppm1 µm/10 m 10 m ±2 µm 2 µm/10 m (6) GPS 50 µm 3D -51
91 1 (7) 2 µm 2 µm/10 m 18FY 0 2 1) "" 56-1(2006) pp ) "" 72-8(2006) pp
92 11 1) K. Minoshima, "Precision length metrology using optical comb", Optics Seminar, Boston, 2006/5/30 2) "" 2006/08 3) K. Minoshima, "Precision length metrology using optical comb", Length Group Seminar, Daejon, 2006/10 4) "" 2006/11/15 5) "" 2006/11/18 6) K. Minoshima, "Ultrahigh dynamic-range distance meter using an optical frequency comb", KAIST-NMIJ Symposium, Daejon, 2006/12 7) K. Minoshima, "High-accuracy long distance measurements using a femtosecond frequency comb" High Accuracy Absolute Distance Measurement Workshop, Munich, 2007/2/6 8) "Ultrahigh dynamicrange portable distance meter using an optical frequency comb" CLEO/QELS 2006Long Beach2006/05/21 9) "" 2006/6/7. 10) " "2006/11/13 11) " "2007/1/ FY 0 3 1), Thomas Schibli,,,,,, " " 30, pp ,
93 1), "", LEMA 489, p.13-21, ), "", RGB 3, pp , ) Kaoru Minoshima, Hajime inaba, Hirokazu Matsumoto, Yoshiyuki Iino, Kaoru Kumagai, "Ultrahigh dynamic-range distance measurement using a femtosecond frequency comb", LEOS Summer Topicals, Portland, ) Kaoru Minoshima, "Precision length metrology using optical comb", Max-Planck Seminar, Erlangen, ), "", EXPO,, ), "",,, ), "",, ), "", IP ,, ), " ",,, ) Kaoru Minoshima, "Ultrahigh dynamic-range length metrology using optical frequency combs", NMIJ-BIPM symposium on optical comb, Tsukuba, ) Kaoru Minoshima, Hajime inaba, Hirokazu Matsumoto, Yoshiyuki Iino, Kaoru Kumagai, "Frequency-Traceable High-Accuracy Distance Standard using an Optical Frequency Comb", PTB-BIPM Workshop, Berlin, ), ""2007/6/29. 11) "" 2007/12/14. 12) " ",,,
94 20FY 2 1) /03/03 2) "" /03/03 1 () 1) "", vol. 37, No. 10 (2008) pp ), " ",,, 2009/3/31 2),,,,, ", "Optics Photonics Japan,, 2008/11/5 3),,,,", "Optics Photonics Japan,, 2008/11/5 4), ""2008/6/23 5),,,, " ",,, 2008/9/2 6) " "2008/11/28 7) "" 2008/12/ ) ""e-trace 2008/8/
95 NMIJ in-situ JCSS
96 (1) (2) (a) 15 3 km 0.1 µm5 cm (b) 17 3 km 0.05 µm0.25 m (3) 0.2 µm50 mm 0.2 µm250 mm (4) (a) 1000 mm -57
97 (b) (a) (c) in situ in situ in situ (5) (5-1) H nm nm km -58
98 50 nm16 47 km 17 He-Ne 20 km100 mm 251 mm nm 67 nm Ciddor 0.1 ppm (5-2) H18-H20 (a) 1000 mm
99 X X Z -60
100 Z X Y Y X Y Z 10 µm 0.04 X Y 10 mmz 40 mm± mm/s 1 % He-Ne Z Z -61
101 30 mm/s 400 mm mm/s () He-Ne He-Ne
102 D Hz 60 µ
103 D2 D1 D XY X D2=0 D1, D3D3-D1/ CSV mm50 mm µm -64
104 (b) 20 1) H ) H20 2-1)
105 SN 1 mm mm SN BNC 8 mm 2 mm SN 0.3 mm 2-2) mm
106 1500 nm 1550 nm (c) in situ in situ m in situ
107 1.5 µm 633 nm (a) (b) in-situ -68
108 µ He-Ne He-Ne Ciddor ± He-Ne
109 mm 76 nm 7 k=2 ( ) ( ) L + 43 [nm] L: [mm]200 mm 0.11 µ250 mm 0.12 µ in situ NC X 600 mmy, Z 400 mm0.1 m m (c)nc 633 nm He-Ne (a) (a) 633 nm 1550 nm (b) 633 nm 1550 nm (b) -70
110 0 mm 280 mm 70 mm 3 0 mm 280 mm NC 280 mm -5 µm in situ 250 nm (a) (b) in-situ (a) (b) (c) (c) -71
111 ±1 µm 1 (6) 20 mm mm mm 0.03 µ in-situ JCSS (a) (b) in situ (a) (b) -72
112 (7) 0.2 µ50 mm 0.03 µ 250 mm 0.12 µ in-situ 633 nm He-Ne LAN H18 H18-73
113 15FY-17FY 1 18FY 0 1 1) (2006) 4 1) ) ) Remote calibration system e-trace,kriss ) Remote Calibration System of e-trace Project ) ) e-trace NMIJ FY 10 1) ) ) ) )
114 6) ) ) ) ) ) H. Matsumoto, K. Sasaki, A. Hirai, Remote Calibration of Practical Lengths by Using Low-Coherence Interferometry and Optical Fiber Network, PTB-BIPM Workshop on the Impact of Information Technology in Metrology, Berlin, ) Optics & Photonics Japan 2007,, ) 5,, ) in-situ , FY 0 3 1) M & E, pp ) H. Matsumoto, K. Sasaki, A. Hirai, Remote Measurement of Refractive Index of Air Using Tandem Interferometer over Long Optical Fiber, Jpn. J. Appl. Phys., Vol.47, No.9, 2008, pp ) H. Matsumoto, K. Sasaki, Remote Measurements of Practical Length Standards Using Optical Fiber Networks and Low Coherence Interferometers, Jpn. J. Appl. Phys., Vol.47, No.11, 2008, pp
115 5 1) A. Hirai, J. Kitta, F. Kobayashi, K. Sasaki, H. Matsumoto, Remote and In-Situ Calibration of Linear Scale by Low-Coherence Tandem Interferometer, CLEO/QELS2008, San Jose, ) e-trace ) insitu () ) ) H. Matsumoto, A. Hirai, Remote Measurements of Lengths by Excess-Fraction Method Using Optical Fiber Networks and Tandem Interferometer, Optical Fiber Communications, San Diego,
116 Ⅲ-2.3 電気標準 利便性向上 低コスト化 スピード化 ものづくり産業 の競争力強化 電子メ ール 遠隔校正の概念 研究目標達成までのフロー図 Ⅲ-77 被校正器 を外に出さ なくて良い
117 1 50 Hz1 MHz LCR pf F 5060Hz MHz 0.1 µf 10 mh 1 kω LCR 1 khz10 khz 80 ppm 18 CR 19 CR CR -78
118 LCR 20 LCR NMIJ 2 ah15 14 V AC-DC 10 ppm 2-5V, 10Hz - 1MHz 10ppm1kHz bh17 50 ppm -79
119 3 GPS 10 K 10 V 0.1 ppm LCR LCR 1 khz10 khz LCR 80 ppm (4) (a) (b) (c ) LCR (5) 5-1 H17 10 K 10V 0.1 ppm H17 50 ppm 5-2 H18 - H20 H H19 H20 CR LCR LCR LCR -80
120 LCR 1 khz10 khz 80 ppm LCR LCR PC PC ID LCR LCR LCR -81
121 図 遠隔校正の概要 被校正器 L C R 標準器 図 遠隔校正の概要 被校正器 LCR メータ Ⅲ-82
122 (b) 1) NMIJ 5 1 H18/6/1214 () H18/6/1521 () H18/6/2227 () 2 H18/9/1113 () H18/9/1421 () H18/9/2227 () 3 H18/10/1618 () H18/10/1925 () H18/10/2631 () 4 H18/11/1315 () H18/11/1622 () H18/11/2328 () 5 H18/12/1113 () H18/12/1420 () H18/12/2126 () G
123 mh RS mh ppm 43 ppm 2 10 mh 80 ppm -84
124 ) CR CR CR µf1 kω CR ppm -85
125 2.3-6 µ 10 ppm
126 Ω 10 ppm CR 18-87
127 CR 19 NMIJ CR 0.1 µf 1 kω 2 4 CR 1 H19/9/13() H19/9/812() H19/9/1516() 2 H19/10/68() H19/10/1317() H19/10/1316() 3 H19/10/2729() H19/11/37() H19/11/1011() 4 H19/11/1718() H19/11/2428() H19/12/12() G CR ±30 ppm 20 ppm -88
128 38 ppm 37 ppm ±4 ppm 38 ppm 37 ppm µf 1 kω 80 ppm -89
129 ) LCR LCR 6 LCR LCR 1 LCR LCR OPEN SHORT LCR LCR
130 LCR LCR LCR 20 NMIJ NMIJ LCR NMIJ LCR
131 LCR 1 Agilent E4980A (MY ) 0.1 µf 1 kω 0.1 µf1 kω 1 H20/6/23 H20/7/12 H20/7/26 H20/8/ LCR LCR LCR NMIJ
132 ppm ±10 ppm LCR 0.1F 1 k LCR NMIJ LCR LCR Agilent 4284A 2-93
133 Agilent E4980A 2 10 mh 0.1 µf1 kω1 khz 0.1 µf1 kω10 khz LCR mh 0.1 µf 1 kω Nagano JEMIC LCR khz10 khz LCR 0.1 µf1 kω LCR LCR 2 1 khz10 khz 80 ppm LCR -94
134 10 mh 0.1F 1 k LCR LCR -95
135 10 mh 0.1F 1 k LCR LCR -96
136 10 mh 0.1F 1 k LCR LCR -97
137 10 mh 0.1F 1 k LCR LCR -98
138 (6) 1 khz10 khz 80 ppm 23 LCR (7) LCR 1 khz10 khz 80 ppm LCR 18FY 0 2 1) Y. Nakamura, A. Yonenaga, N. Sakamoto and A. Shimoyama, Remote calibration of standard inductors, IEEJ Trans. FM, Vol. 126, No. 11, pp
139 1186, ) JEMIC Vol. 36, No. 1, pp. 1-6, ) ) No ) No FY ) N. Sakamoto, K. Kito, Y. Nakamura, K. Hanaoka, S. Matsuzawa, A. Shimoyama, and S. Sakagami, Remote calibration of standard inductors using a commercial LCR meter, PTB-BIPM Workshop on the impact of information technology in Metrology, ) LCR, FY 0 1 1) S. Matsuzawa, T. Shimodaira, K. Hanaoka, A. Shimoyama, S. Sakagami, A. Domae, K. Kito, and Y. Nakamura, Feasibility study on remote calibration of -100
140 impedance standards for industrial use, CPEM 2008 Conference Digest, pp , ) INTERMEASUER 2008NMIJ, ),
SI SI CIPM MRA
JAB RL331-2008 2008 11 1 2008 9 1 2008-09-01-1/25-1 2008-11-01 ... 3... 3... 4 3.1...4 3.2...4... 5... 7... 8 6.1...8 6.1.1 SI...8 6.1.2 SI...9 6.2...9 6.3...9 6.4...10... 10 7.1 CIPM MRA...10 7.2 135...11
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