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3 HART DHI DHI Hart Scientific NVLAP 3

4 5080A A A A5720A A 6100B A B A A B METCAL B734A A A A40B A A A R GPS A8846A A A2625A2635A A2645A A2686A

5 Fluke 5080A 5080A 5080A Fluke ACOIL A 1000 A 200MHz 5080A 5080CAL METCAL 5080A 18 GΩ Lite CAL Plus 5080A METCAL Plus MET Manual METCAL Fluke 5080A 5080A 50 V 800 ma 5

6 1 5 μ 0 mv mv % μv 60 Ω 0 V V 0.01 % μv 300 ma 0 V V 0.01 % μv 600 ma 10 V V % mv 300 ma 30 V V % mv 120 ma 100 V V % mv 40 ma μ 0 μa μa % na 9 V 0 ma ma % μa 9 V 0 ma ma 0.05 % μa 50 V 0 ma ma 0.05 % μa 35 V 0 A A ( 3 A ) 0.15 % μa 6 V 1.1 A A 0.19 % μa 6 V 0 A A ( 20 A ) 0.25 % ma 4 V 11 A A 0.5 % ma 4 V * 2.5 H μ 1.00 mv mv 45 Hz 65 Hz 0.33 % μv 60 Ω 65 Hz 1 khz 0.34 % mv mv 45 Hz 65 Hz 0.15 % μv 60 Ω 65 Hz 1 khz 0.16 % V V 45 Hz 65 Hz 0.10 % μv 300 ma 65 Hz 1 khz 0.11 % V V 45 Hz 65 Hz 0.10 % mv 800 ma 65 Hz 1 khz 0.12 % V V 45 Hz 65 Hz 0.14 % mv 400 ma 65 Hz 1 khz 0.15 % V V 45 Hz 65 Hz 0.14 % mv 120 ma 65 Hz 1 khz 0.15 % V V 45 Hz 65 Hz 0.14 % mv 40 ma 65 Hz 1 khz 0.15 % μ 29.0 μa μa 45 Hz 65 Hz 0.25 % V 65 Hz 1 khz 0.26 % ma ma 45 Hz 65 Hz 0.22 % V 65 Hz 1 khz 0.23 % ma ma 45 HZ 65 Hz 0.10 % V 65 Hz 1 khz 0.19 % ma ma 45 Hz 65 Hz 0.10 % V 65 Hz 1 khz 0.19 % A A 45 Hz 65 Hz 0.10 % V 65 Hz 1 khz 0.24 % A A 45 Hz 65 Hz 0.10 % V 65 Hz 1 khz 0.28 % A A 45 Hz 65 Hz 0.25 % V 65 Hz 1 khz 0.40 % A A 45 Hz 65 Hz 0.50 % V 65 Hz 1 khz 0.52 % (1) 2.5 H (2) Hz 6

7 1 5 Ω 0 Ω 0.01 Ω 220 ma 1 Ω 1.0 % 220 ma 1.9 Ω 0.5 % 220 ma 10 Ω 0.15 % 220 ma 19 Ω 0.1 % 160 ma 100 Ω 0.04 % 70 ma 190 Ω 0.04 % 50 ma 1000 Ω % 22 ma 1.9 kω % 16 ma 10 kω % 3 ma 19 kω % 1.6 ma 100 kω % 0.3 ma 190 kω % 0.16 ma 1 MΩ 0.04 % 30 μa 1.9 MΩ 0.04 % 16 μa 10 MΩ 0.1 % 3 μa 19 MΩ 0.15 % 1.6 μa 100 MΩ 0.5 % 300 na 190 MΩ 1.0 % 160 na 0.33 ma 3.3 ma 0.33 A 3 A ma ma A 20.5 A ma 9 ma 33 ma 90 ma ma ma ma ma A 0.9 A 2.2 A 4.5 A A A A 20.5 A * Hz % 2 mhz 0.1 Hz RS (tcal) <80 % 30 <70 % 40 <40 % 50 <95 % 2,000 m (6,500 ft) 12,200 m (40,000 ft) EN :2001 CANCSA-C22.2 No UL : V EN : VA 53.8 cm 43.2 cm 44.3 cm 19.3 cm ( ) (21.2 in 17 in 17.5 in 7.6 in) 22 kg (48 lb) 10 kω 18 GΩ 0.20 % 0 V 1575 V dc 1 % 10 ma dc 1 Ω 5.9 kω(16 ) 0.1 % 0 V 70 V dc 1 % 700 ma max 0 V 2.2 V (50 Ω) 0.25 % 0 V 33 V (1 MΩ) 1.8 mv 2.2 V p-p (50 Ω) 0.25 % 1.8 mv 105 V p-p (1 MΩ) 4.5 mv 2.75 V p-p (50 Ω) <1 ns 50 Hz 200 MHz 1.5 % 5 s 2 ns 25 ppm 7

8 SCOPE STBY OPR ( ) % ppm PREV MENU RESET SETUP Edit 5080A MEG Ω NEW REF ( ) MULT [x10] DIV [ 10] A 5080AMEG (1) 5080ASC (1) 5080ASCMEG (1) Gold CarePlan (4) Silver CarePlan (4) ACOIL ACASE 5320A-HV 10 kv Adapter ( ) 5080A-MEG (1) ( Fluke ) 5080A-SC (1) ( Fluke ) (1) 2010 (2) (3) 5080AMEG 5080ASC 5080ASCMEG METCAL Lite 5080CAL (2) 5080AWS1 (2,3) 5080CAL METCAL Lite (4) 5 8

9 A METCAL Plus 5522A 5522A 5522A 5522A ( ) (600 MHz 1.1 GHz)( ) A 29 Fluke A 600 MHz 1.1 GHz 5520A-PQ 5522A IEC 5522A 300 V 5522A 5522A 9

10 LCD Spec 5522A Fluke

11 STBY( ) OPR( ) ) SCOPE( ) ( Edit( ) ) PREV MENU( MULT [X] DIV[ ]

12 V A 1 mv 1020 V 10 Hz 500 khz 1000 V@ 10 khz330 V@100 khz 29 μa 20.5 A 10 Hz 30 khz 0 Ω 1100 MΩ 220 pf 110 mf ( ) 20.9 kw 0.01 ( ) B C E J K L N R S T U 10 μv C RTD( ) Pt Ω Pt Ω Pt Ω Pt Ω Pt Ω Pt Ω PtNi Ω (Ni120) Cu Ω RS-232 IEEE 488 < 2.5 ppm (10 MHz) ( ) 5 mv 5.5 Vpp( ) 50 khz 600 MHz 3.5 Vpp( ) 1100 MHz < 300ps ( ) 5522A 5522A6 600 MHz 5522A1GHZ 1100 MHz 5522A-PQ 5522A-PQ6 600 MHz 5522A-PQ1GHZ 1100 MHz 5522ACARRY CASE 55XXCASE 5520A-525ALEADS 5500ALEADS 5500ACOIL AHNDL Y5537 Rack Fluke-700Pxx METCAL METCAL Plus 12

13 5500A Windows RTD METCAL 5500A ISO CAL METCAL LCD 5500A MULT( ) DIV ( ) 10 RS-232 IEEE A Spec( ) 300MHz 600MHz METCAL ISO

14 0 1020V A MΩ mV 1020V 10Hz 500kHz μA 11A 10Hz 10kHz nF 1.1mF 0.25%+0.091% RTD μW 11kW 0.03% 109μW 11kW 45-65Hz PF=1 0.15% Hz 10kHz Hz 2.0MHz 25ppm +1mHz 300MHz 600MHz A 0 6.6V 50Ω 0.25%+40μV 0 130V 1MΩ 0.05%+40μV 1mV 6.6V p-p 50Ω 0.25%+40μV 1mV 130V p-p 1MΩ 0.1%+40μV 4mV 2.5V p-p 50Ω <300ps 50kHz 600MHz 1.5%+100μV 5s 2ns 20% 2.5ppm 1.8mV 55V p-p 1MΩ 3%+100μV 1.8mV 2.5V p-p 50Ω 10Hz 100kHz 10mV 2.5V 5% 4ns 500ns 2.5ppm 20ms 150ns <1ns NTSC SECAM PAL PAL-M 40Ω 60 Ω 500kΩ 1.5 MΩ 0.1% 5pF 50pF 5%+0.5pF 5V 9V DC AC 5 60s 0 2.2V 50Ω 0.25%+100μV 1.8mV 2.2V p-p 50Ω 0.25%+100μV 1.8mV 105V p-p 1MΩ 4.5mV 2.75V p-p 50Ω 400ps 50kHz 300MHz 1.5%+100μV 5s 2ns 25ppm 1.8mV 55V p-p 1MΩ 3%+100μV 1.8mV 2.5V p-p 50Ω 10Hz 100kHz 550 A 1000 A 14

15 12 1 LCD STBY( ) OPR ( ) 3 Spec( ) 5 SCOPE( ) ( ) 6 SETUP( ) RESET( ) NEW REF( ) 9 RTD PREV MENU( ) 7 10 MULT[ ]( ) DIV[ ]( )

16 XY 9100 ScopeMeter ~4kΩ, 1350V 100 kω 2 GΩ 350mA A A V V 10Hz 100kHz A 1000A A 1000A Hz 30kHz 0 400MΩ nS 2.5mS 0.04% 1mW 20kW 1MW 0.03% 1mWmVAR 20kWkVAR 0.125% 1MW1MVAR 500pF 40mF 0.3%+0.04% 0.5Hz 10MHz 25ppm ppm 0.05% 99.95% 35ns 0.30μs ms 25ppm ppm TTL CMOS ECL 35ns kΩ 2GΩ 0.1% V 0.6% 1μA 2.3mA 1.5% 0 4kΩ 0.035%+100mΩ 0 10V 100μA 350mA 1.0% RTD MHz 600MHz 60 10Hz 600MHz % 2ns 5s 25ppm ppm 16

17 95% 5700A 5700A II 95% 5700A 5700A SPEC A 5720A 5720A A 10V 1Ω 10kΩ 5720A 5720A A 5720A 99% 5700A 5720A 17

18 0 1100V μV 1100V Hz 1MHz 0 100MΩ A 5725A 11A μA 2.2A 5725A 11A Hz 10kHz 300μV 3.5V 0.4%+0.014% 0.4%+0.014% 10Hz 30MHz 2 30 IEEE488 RS A 5205A 5215A (BNC) (BNC) 0 ~50 15 ~35-40 ~75 <80% 30 <70% 40 <40% 50 <95% 4 UL3111 EN61010 CSA C22.2 No.1010 ANSIISA S V FCC 15 B B EN EN ~63Hz 100V 110V 115V 120V 200V 220V 230V 240V 10% 5700A5720A 300VA 5725A 750VA 5700A5720A 43.2(W) 17.8(H) 63(D)(cm) 5725A 43.2(W) 13.3(H) 63(D)(cm) 5700A5720A 27kg 5725A 32kg 5700A 5720A II 5700A 11A 5720A 732B 10V Vac Vdc Aac Adc 742A-1 1Ω Ω 1.9Ω 742A-10k 10kΩ Aac Adc Ω 100MΩ -6 10Ω 100MΩ 5700A 5720A 18

19 OPERATIONSTANDBY 5200A IO RS232 IEEE488 Fluke5725A 5220A 5205A 5215A OFFSET SCACE ppm N SPEC RF 10Hz 30MHz

20 6105A 6105A6100B 6106A 6100B 6105A 6100B 6101B 500mA 1A 1000V 60mA 6105A 6105A 6100B 6106A6101B 21A 6105A6100B 66ppm 6105A 6100B 6105A 6100B 80A 50A 10A 14V 12.5V 20A 6100B 6105A 6105A 6100B Windows 6105A 6105A 6100B 6105A 6106A 6100B 6101B 6100B 6105A 6100B 6105A 6100B 6105A B 6106A 6101B A 6100B A 6100B 20

21 6105A 6100B 1008V 20A 50VA 14V (W) (VA) (VAR) (PF) 6105A 6100B A 6100B IEC IEC % 140 % 1 1 IEC B Fluke 6105A 6105A 6100B Fluke % IEC

22 1 % 0~1008V 60mA~500mA ppm 24ppm 6100B 42ppm 6105A 0~21A80A50A 2V~14V ppm 24ppm 6100B 47ppm 6105A 0~80kW ppm 6100B 62ppm 6105A 0~ ~ VV 0 30% 0.008Hz 40Hz PST 0.25% 100 6kHz 30% THD 50% 30% 16Hz 9kHz 0.025% 0.008Hz 30Hz 0~140% 1ms Hz 850 Hz 10 ppm 0.1 Hz 1 0~10 s π

23 A 6106A50A 6106A80A 6105A 6125A 6135A 6145A 6105A50A 6125A50A 6135A50A 6145A50A 6105A80A 6125A80A 6135A80A 6145A80A 6105AE 6125AE 6135AE 6145AE 6105ACLK 6125ACLK 6135ACLK 6145ACLK 6105A50ACLK 6125A50ACLK 6135A50ACLK 6145A50ACLK 6105A80ACLK 6125A80ACLK 6135A80ACLK 6145A80ACLK 6105AECLK 6125AECLK 6135AECLK 6145AECLK 6105A50AE 6125A50AE 6135A50AE 6145A50AE 6105A50AECLK 6125A50AECLK 6135A50AECLK 6145A50AECLK 6105A80AE 6125A80AE 6135A80AE 6145A80AE 6105A80AECLK 6125A80AECLK 6135A80AECLK 6145A80AECLK B 6101B50A 6101B80A 6100B 6120B 6130B 6140B 6100B50A 6120B50A 6130B50A 6140B50A 6100B80A 6120B80A 6130B80A 6140B80A 6100BE 6120BE 6130BE 6140BE 6100BCLK 6120BCLK 6130BCLK 6140BCLK 6100B50ACLK 6120B50ACLK 6130B50ACLK 6140B50ACLK 6100B80ACLK 6120B80ACLK 6130B80ACLK 6140B80ACLK 6100BECLK 6120BECLK 6130BECLK 6140BECLK 6100B50AE 6120B50AE 6130B50AE 6140B50AE 6100B50AECLK 6120B50AECLK 6130B50AECLK 6140B50AECLK 6100B80AE 6120B80AE 6130B80AE 6140B80AE 6100B80AECLK 6120B80AECLK 6130B80AECLK 6140B80AECLK 6100B6101B6105A6106A 6100B6101B6105A6106A 6100B6101B6105A6106A 80A LED 23

24 Fluke 5320A 5320A 5320A 5320A 5320A 5320A IEEE-488 RS-232 LAN METCAL MET CAL METCAL 24

25 5320A PC 25

26 1 ZGND HI Ω RCD LO Ω ZL 2 3 UUT 26

27 ( + ) (tcal 5 ) kω GΩ 1 Ω ~ 100kΩ 55 ~ 1575 V 0.2 ~1.0% MΩ TΩ ( 100kΩ ~ 100MΩ 10kVp 1.0 ~ 3.0%+ 100 GΩ 1575 V 3.0 % 2 4 (tcal 5 ) (tcal 5 ) 100mΩ 199.9Ω 0.1~100mΩ 100~400mA 0.2~0.3 % + 25mΩ 0.2~0.3 % + 10 mω 200Ω 10 kω 1Ω~10Ω 5~45mA 0.20 % 0.20 % 25mΩ~1.8 kω 10~50 % 1mΩ~ 10 Ω 0.025~30 A 0.15~40 A 1.5%+(2~700)mA % + mv 10 V mv 100 V mv 1100 V mv % + ma 300mA mA 3A mA 30A mA 40 kv 0.1~30mA 1μA10μA 0.3% +2μA 10~250V 600 V 3~3000 ma 1~100μA 1~5% 0.025~1800Ω 10~5000 ms 0.25 ms 0.025~1800Ω 600 V 40kV 10 kv (% +mv) (% +mv) 3~29.99V 1mV mA 3~29.99V 1mV mA 30~99.99V 10mV mA 30~149.9V 10mV mA 100~299.99V 100mV mA 150~600V 100mV mA 300~600V 100mV mA 10 kω 5 MΩ 5500 V 140 W kv 0.3 % + 5 V 0.5 % + 10 V ( 5060 Hz) 0 40 kv 0.5 % + 10 V 0.5 % + 10 V ( Hz) 27

28 9500B 9500B 600 MHz1.1 GHz3.2 GHz GHz 70ps 9500B METCAL METCAL IEEE-488 GPIB 4.44mV 3.1V Windows ISO ps 9550 METCAL 9500B B 9500B SUPPORT PORT MET METSUP- 28

29 1mV 200V 1MΩ 0.025%+25μV 1mV 5V 50Ω 40μV 200Vp-p 1MΩ 0.1%+10μV 40μV 5Vp-p 50Ω 5mV 3Vp-p 50Ω 500ps 1V 200Vp-p 1MΩ <150ns 5mV 3Vp-p 50Ω 150ps mV 2Vp-p 50Ω 70ps ps mVp-p 50Ω 25ps s 1ns 0.25ppm 0.1Hz~6.4GHz 1.5% 10Ω 150Ω 50kΩ 12MΩ 0.1 % 1pF 95pF 2 %+0.25pF 100μA 100mA 0.25%+0.5μA 10Hz 100kHz 1.0V Hz Hz 5V 20V 0.2s 100s zero skew 50ps 5ps 600MHz 1.1GHz 3.2GHz 1.1GHz 500ps 3.2GHz 25ps 6GHz 150ps500ps 70ps B B B B B B B B B

30 5820A 600MHz 2.1GHz 5820A 600 MHz, 2.1GHz 5820A 5820A 2.1GHz 600 MHz 2.1 GHz 600 MHz 2.1 GHz 0 6.6V 50Ω 0.25%+40μV 0 130V 1MΩ 0.025%+25μV 1mV 6.6Vp-p 50Ω 0.25%+40μV 1mV 130Vp-p 1MΩ 0.05%+5μV 4mV 2.5Vp-p 50Ω 300ps 150ps 50kHz 600 MHz2.1 GHz 1.5%+100μV 5s 2ns500ps 0.33ppm 20% 1.8mV 55Vp-p 1MΩ 3%+100μV 1.8mV 2.5Vp-p 50Ω 0.01Hz 100kHz 5820A 600 MHz 15mV 1.5V < 500ps 1ns 500ns 5 % +200 ps 20ms 200ns 0.33ppm 0 10V 0.05%+1mV ma 0.25%+0.5μA 100μA 100 ma p-p 0.25%+0.5μA 10Hz 100kHz NTSC SECAM PAL PAL-M 40Ω 1.5MΩ 0.1% 5pF 50pF 5%+0.5pF 5V 9V MHz 5820A 2.1GHz 2.1 GHz 5820A 5820A 2.1 GHz 30

31 Fluke 9640A 154dB 0.05dB 4 GHz 9640A-STD 9640A-STD75 50 Ω 75 Ω 9640A 9640A-LPN 10KHz -144dBc 9640A EMI W dbm 9040A RMS MET 154 db dbm CAL 9640A METCAL -130 dbm 9640A 31

32 10 Hz ~ 4 GHz < 100 MHz Hz > 100 MHz ppm+0.16mhz 10 Hz ~ 4 GHz 0.1Hz 1 MHz ~ 20 MHz 1 MHz 30 ppm 1 MHz 10 MHz 50Ω -130 dbm ~ +24 dbm (0.2 μv ~ 10 V pk-pk) > 125 MHz +20 dbm > 1.4 GHz +14 dbm 75Ω -136 dbm ~ +18 dbm (0.13 μv ~ 6.3Vpk-pk) > 125 MHz +14 dbm > 1.4 GHz +8 dbm 0.001dB 100 khz ~ 125MHz 125MHz~ 4GHz +24 ~ -48 dbm 0.05 db +20 ~ +14 dbm 0.25 db ( 1.4GHz) -48 ~ -74 dbm 0.2 db +14 ~ -74 dbm 0.5 db -74 ~ -94 dbm 0.5 db -74 ~ -84 dbm 1.0 db -94 ~ -130 dbm 1.5 db -84 ~ -94 dbm 1.0 db ( 3GHz) -94 ~ -130 dbm 1.5 db ( 3GHz) dbchz 10Hz 100Hz 1kHz 10kHz 100kHz 1MHz 10MHz ( ) ( ) ( ) ( ) ( ) ( ) ( ) 1GHz -97(-102) -118(-112) -118(-112) -124(-130) -142(-144) 10MHz -104(-108) -129(-139) -148(-155) -151(-155) -153(-157) -155(-157) -155(-160) 125MHz -92(-95) -117(-124) -140(-145) -144(-149) -147(-152) -153(-154) -153(-156) 250MHz -86(-90) -112(-118) -135(-140) -141(-146) -142(-149) -152(-155) -153(-155) 500MHz -80(-85) -107(-112) -130(-136) -138(-143) -139(-144) -151(-154) -153(-154) 1GHz -74(-78) -101(-106) -125(-130) -134(-138) -134(-138) -148(-152) -151(-153) 2GHz -68(-71) -95(-100) -119(-126) -129(-133) -128(-133) -145(-149) -150(-152) 4GHz -62(-68) -69(-96) -114(-120) -124(-128) -122-(128) -141(-146) -149(-151) 50 Ω N ( 75 Ω ) 500MHz 1.1 1GHz 1.2 3GHz 1.3 4GHz dbc -75 dbc AM FM 20 Hz ~ 220 khz 5 : 1 0.1% 99 % 0.75% -50 db 1 Hz ~ 300 khz Hz ~ 750 khz 0.25% -65 db FM 1kHz 0 ~ 50 5 ~ 40 Tcal 5-20 ~ +70 IEEE488.2 (GPIB) mm ( ) 18 kg (40 ) 4GHz 50Ω 4GHz 50Ω 75Ω 32

33 525B 525B RTD B A-PXX ,000 PSI % ATE 525B GPIB RS-232C 525B 1mA 0 100V 30ppm +3μV 10V 0 100mA 50ppm +1μA Ω 0.015Ω (B,C,E,J,K,L,N,R,S,T,U ) 0.14 (E ) RTD (Pt 100,200,500,1000); (pt 100) ( TCR) (YSI400) Ni 120,Cu 10, YSI Ω 20ppm Ω (B,C,E,J,K,L,N,R,S,T,U ) 0.14 (E ) RTD (Pt 100,200,500,1000); (pt 100) ( TCR) Ni Cu kΩ 10kΩ SPRT 100Ω kPa 69 MPa 0.05% 525A-PXX -103kPa 20.7 MPa 0.02% 33

34 METCAL METCAL METCAL METCAL METCAL 5500CAL METCAL RS A 5520A 5800A 5820A METCAL LITE 5320A PC 5500A CAL METCAL 5500 METCAL METBASE SQL METCAL ISO 9000 ANSI Z540 ISOIEC ODBC ODBC Excel Word 34

35 5500CAL METTRACK METCAL 5500CAL METTRACK METBASE 5500CAL METTRACK METCAL METCAL METBASE-7 METCAL METBASE CAL PCI GPIB 2 2 GPIB USB GPIB 2 PCMCIA GPIB USB GPIB PCI GPIB 1 GPIB CD-ROM METBASE METBASE 35

36 732B 10V 732B 10V 1.018V 734A 732A 732B 4 732B 4 732B 4 732B 734A 734A B 2.0ppm 10V 0.3ppm 10V 10V 12mA B 1 732B 1 732B A 734A 4 732B 734A ppm 734A 734A B 734A 734A 734A 3 732B 742A-1Ω 742A- 10kΩ B 5700A5720A V 0.3ppm 2.0ppm 1.018V 0.8ppm NA 36

37 V 10V 1.018V 0.5ppm 10V V 10V ppm 1 10V 0.5ppm1 0.1ppm 8~9 12V, 1200mAH 16 37

38 Fluke 792A 10ppm 2V A40B 1000V 0.1mA ~ 100A 792A 792A 5520A5700A5720A 1 ma ~ 100 A 1281 HP3458A 792A A A 10ppm 792A 5ppm 792A 2mV 1000V NIST 10Hz 1MHz DKD NVLAP 792A A 7 10mV 2V 792A 792A 2mV 1000V 10ppm 10Hz 1MHz 38

39 Fluke 5790A 5790A 600μV 1000V 10Hz 1MHz 30MHz Fluke A40B 0.1mA ~ 100 A 5790A N 5790A 792A Fluke N 5790A 5500A5520A 5700A A 5790A 1 ma ~ 100 A 2V 7-10mV Fluke 5790A 5790A IEEE-488 RS- 232C 600μV ~1000V 600μV ~7V 10Hz ~1MHz 10Hz ~30MHz 15ppm 18ppm 22ppm 24ppm 0.03%~0.35% 0.8%+2μV 39

40 Fluke A40B mA 100A A40B A40B 14 A40B ppm 23 ppm A40B 100kHz 8V 100A 80Ω 1mA 800Ω A40B 4575 mv 8mΩ 10mA 1mA 10mA 20mA 50mA 100mA 200mA 500mA 1A 2A 5A 10A 20A 50A 100A A40B LC LC LC LC N Ω 1mA mA mA mA mA mA mA A A A A A A A N N LC N 4mm N LC N 40

41 742A A ppm 742A 1Ω 1.9Ω 10Ω 100Ω 1kΩ 10kΩ 19kΩ 100kΩ 1MΩ 10MΩ 19MΩ 1Ω 19MΩ ppm 41

42 752A 10:1 100:1 10V 732B 752A 10V 100mV 1V 10V 100V 1000V 10:1 0V 100V 0.2ppm 100:1 0V 1000V 0.5ppm 752A 5 720A 0.1ppm 0.1ppm 0:1.1 0V 1100V 0.1ppm 7 0.1ppm 42

43 910910R GPS GPS GPS R GPS-View OCXO T=1s GPS T=10s GPS T=100s GPS T=1000s GPS GPS, MHz MHz MHz MHz GPS GPS GPS GPS-View GPS GPS-View GPS MHz MHz MHz 5 13MHz 1 43

44 10nΩ 200V 200mV 1kV 100mA 1nV 1MHz PRT SPRT ITS-90 Callendar van Duesen -SPRT -PRT PRT 20A 1Hz 100kHz 200μA 2Ω 20GΩ 44

45

46 95% 99% (ppm + (ppm + ppm ppm 0~ mV ~ V ~ V ~ V ~ V ~ μA ~ mA ~ mA ~ mA ~ A ~ A ~ Ω ~ Ω ~ Ω ~ MΩ ~ MΩ ~ MΩ ~ GΩ ~ GΩ ~ mV ~ V ~ V ~ V ~ V ~ mA ~ mA ~ A ~ A ~ Ω (0.002 ) (0.002 ) 200~ Ω ( ) ( ) 1GΩ 4mm 2 1 ptfe R TPW 25.5Ω 0.5Ω 100Ω 1Ω Ω >0.3925Ω < 10mK 661 < 30mK mk Iconel TM 600 Iconel TM mm 482mm 6.35mm 381mm 46

47 8845A8846A 10 A 3A 100 μa 100 pa 8845A8846A IEEE-488 RS A8846A 8845A8846A A8846A USB-RS232C USB 8845A8846A Fluke A 8845A 8846A 8846A 8845A 8846A 8846A 24 ppm 8846A U USB 1000 V 750V 1 GΩ 10 Ω 10 μω 1 MHz 100 mf 8845A8846A 8845A8846A U 47

48 FlukeView PC PC 8845A8846A %(8846A)0.0035%(8845A) 100μA~10A Ω~1GΩ 100pA 10μΩ(8846A) USB Fluke 45 (8846A) (8846A) Agilent 34401A Trendplot TM CAT I 1000VCAT II 600V A USB 48

49 V dc V ac mv 1000 V 100 nv mv 750 V 1 mv 1000 V 100 nv Hz 300 KHz ppm ppm USB mm USB RS A dc A ac 0 Ω 100 MΩ 0 Ω 1 GΩ 100 μω 10 μω μa 10 A 100 pa 100 pa ma 10 A 1 μa 10 A 10 na 100 pa Hz 10 khz 3 Hz 10 khz 0Hz 300 khz 0 Hz 1 MHz 1 μhz 1 μhz 0.01 % 0.01 % FlukeView Forms 100 USB 512 MB USB 1 GB IEEE488 2 m 0 nf 0.1 F 1 pf 1 % dbdbm mx+b USB RS-232 IEEE LAN USB SCPI IEEE Agilent 34401A Fluke kg 8.0 lb 88 mm 217 mm 297 mm IEC ANSIISA-S CANCSA-C22.2 No CAT I 1000 VCAT II 600 V 49

50 F45 SHIFT S1 S6 F A 8808A F A Fluke 8808A 100 ma PASSFAIL( 8808A ) Fluke 8808A 8808A 8808A 8808A 1 na I-V 8808A PASSFAIL( ) 8808A 8808A 50

51 2 i-lkg 51

52 V dc V ac 2 4 A dc A ac mv 1000 V 1 uv mv 750 V 1 uv Hz 100 KHz 0 Ω 100 MΩ 1 mω μa 10 A 1 na ma 10 A 100 na Hz 2 khz 20 Hz 1 MHz 0.01 Hz 0.01 % % % mm USB RS232 FlukeView Forms dbdbm dbm USB RS-232 USB ASCII Fluke kg 4.6 lb 88 mm 217 mm 297 mm EN :2001 ANSIISA (S ):2004 UL :2004 CANCSA C22.2 No :

53 2620A2625A2635A A A2625A2635A 2620A 0 ~ A A 90mV V 1μV 10mV 0.024%+6mV 300mV V 10μV 10mV 0.13%+0.25mV 20Hz 100kHz 300Ω 10MΩ 10mΩ 1kΩ 0.014%+2mΩ 15Hz 1MHz 0.01Hz 100Hz 0.05%+0.02Hz Pt J K T KB MB MB MB * R, S, B, C, E, N 53

54 Hydra Hydra Hydra Hydra Hydra Hydra Hydra IEEE KB 1MB 2MB 4MB PRT 100Ω IO 12 10Ω 0.1% Hydra Logger Trend Link Hydra Logger 54

55 2640A A A2645A 2640A2645A A A2645A 2640A2645A ~ mV V 0.3μV 1mV 0.013%+8μV 300mV V 10μV 10mV 0.3%+0.25mV 20Hz 100kHz 300Ω 3MΩ 1mΩ 10Ω 0.02%+50mΩ 15Hz 1MHz 0.01Hz 100Hz 0.05%+0.02Hz Pt J K T mV 50V 3μV 10mV 0.013%+23μV 300mV 30V 10μV 1mV 0.3%+0.25mV 20Hz 100kHz 300Ω 3MΩ 10mΩ 100Ω 0.02%+0.1Ω 15Hz 1MHz 0.01Hz 100Hz 0.05%+0.02Hz Pt J K T * R, S, B, C, E, N 55

56 NetDAQ 100 NetDAQ 1000 IO 12 10Ω 0.1% 19 4 Windows NetDAQ NetDAQ Trend Link Trend Link 56

57 2680A2686A IO 2680A2686A LAN A 2686A 2680A2686A 2620A-101 DIO A 2680A2686A 2680A2686A -20 ~60 57

58 2680A 120 * 1MB BaseT 2686A 120 * PC ATA 1GB BaseT +1MB 2680A-FAI V 2680A-PAI V300V 2680A-DIO ** V * 2680A-DIO 100 ** ATA 16MB IO 6 90mV V 0.3μV 1mV 0.013%+8μV 300mV V 10μV 10mV 0.3%+0.25mV 20Hz 100kHz 300Ω 3MΩ 1mΩ 10Ω 0.02%+50mΩ 15Hz 1MHz 0.01Hz 100Hz 0.05%+0.02Hz Pt J K T mV 50V 3μV 10mV 0.013%+23μV 300mV 30V 10μV 1mV 0.3%+0.25mV 20Hz 100kHz 300Ω 3MΩ 10mΩ 100Ω 0.02%+0.1Ω 15Hz 1MHz 0.01Hz 100Hz 0.05%+0.02Hz Pt J K T * R,S,B,C,E,N,L,U 2680A-DIO 12 10Ω 0.1% 2686A 16MB ATA 2686A 128MB ATA 2686A 256MB ATA 2686A 512MB ATA 2686A 1GB ATA A-OPC Trend Link 2680 DAQ 2680 DLL 2680 OPC 58

59 MHz MSs DDS 271 Direct Digital Synthesis 27.48MSs 40MSs 80MSs 1K 64K 256K (Sin X)X 10MHz DDS 40MSs (Sin X)X (Sin X)X 40MSs MSs AM AM SCM AM SCM (50Ω) 10 Vpp 10 Vpp 10 Vpp IEEE-488, RS-232 IEEE-488, RS-232 IEEE-488, RS-232 Waveform Mgr. Plus Waveform Mgr. Plus Waveform Mgr. Plus 80MSs 80MSs 80MSs USB USB USB 59

60 Sinxx 14-bit 16, MSs 14-bit 100μHz 50MHz 397 1M 14-bit 4, MSs 1 M 0.04s 25 Hz 2 125MSs 1M ppm Sin xx 125MSs (50Ω) AM FM FSK FSK ,000, Vpp 397 USB IEEE-488 RS-232 ArbExplorer 60

61 MHz mhz 50 MHz 10 mhz 50 MHz 50Ω 16 Vpp 16 Vpp < 6 ns < 6 ns 8 ns ms 20ns 99.99s 10ns 999ms AM SCM VCO FM AM SCM VCO IEEE-488 IEEE-488 HP 8116A 50MHz 50MHz 61

62

63 Microsoft Excel Fluke 8846A USB U Doyle Davis Fluke 8846A Intermec CSV Davis U CSV 8846A PC Intermec Inc. 8846A 5 DMM Doyle Davis Intermec Fluke 8846A 6. Davis Intermec Davis 8846A 100 ua 100 pa Davis Davis 6.5 Hydra Hydra Davis 8846A 6.5 Fluke 8846A Davis 2,000 PC 8846A Davis 8846A 8846A Hydra 63

64 Intermec 8846A Davis 64

65 10A 1GΩ Fluke 8846A % 100 μa 10 Ω 8846A 8846A DCV 200mV 1000V 100mV 1000V 10V 32 ppm 29 ppm ACV 200mV 750V 100mV 1000V 10V 0.08%, 50Hz-10kHz 0.09%, 50Hz-10kHz DCI 100 μa 2A 100 μa 10A 100mA 440 ppm 550 ppm ACI 100 μa 2A 100 μa 10A 100mA 0.15%, 200Hz-10kHz 0.14%, 10Hz-10kHz Ω 20 Ω--1GΩ 10 Ω--1GΩ 10kΩ 58 ppm 101 ppm nF 100mF Trendplot TM U U 8846A 8846A 8846A 8846A Fluke 8846A 8846A 8846A 8846A 8846A 8846A 65

66 A 8846A 2 GB U USB 8846A U A 8846A 8846A A U Excel.CSV 8846A METCAL 66

67 DCV DCV,,, A 8846A 8846A 8845A8846A 8845A8846A AD 3ppm A Fluke 8845A8846A B RN A8846A RX DVM RN Rx R 8846A 8845A SENSE Hi, Lo INPUT Hi Lo DCVDCV 8845A8846A RN k =RX Fluke 8845A8846A :RX = k RN Fluke 8845A8846A, 8845A8846A Fluke 8845A8846A, AD 8845A8846A 8845A8846A AD 3ppm (DCV DCV) 8845A8846A 67

68 20A 2A 0.1% 0.5% A40A 10 ma 20A 0.02% ~ 0. 05% Fluke A40 Fluke A40A A A40B 14 1mA Fluke A40 Fluke A40A A40B 3 1mA 10mA 20mA Fluke A40 Fluke 50mA 100mA μA mA A A A A 68

69 A40B 0.1mA 100kHz 100A A40B 200mA 500mA 1A 2A 5A 10A 20A 50A 100A 0.8V 100kHz A40B A40B A40B 100A 8mΩ 80Ω 10mA 1mA 800Ω Ω 1 ma mA mA mA mA mA mA A A A A A A A mA mA mA mA mA mA mA A A A A A A A [1] 95% K=2 [2] [3] 1mA TCal 1 69

70 A40B Wavetek 1281 Fluke 300 μa ma A A A A40B 5520A 5520A, 5500A 9100 z z Fluke A 5500A A40B 5720A 5700A A40B 15% 0.1 ma 100A A40B A40B A40B A 5500A A A40B 8846A 70

71 Kelvin-Varley PRT 1 adc ppm 71

72 20GΩ 1000V 2 Ω 7 50Hz 1280 ms 60Hz 1067 ms 2Hz 0.1 ppm 60 Hz 5 ms 50 Hz 3.3 IEEE db 1V 10mV 200 nv 1V 0.2 ppm 1mV 20mV 200mV 10nV 100mV 10nV 10V 1V V 72

73 1V 10V 10V 1 V V 20V 10V 1V UUT 10V 2 1 V V 8 50nV :1 0.1ppm 3 ppm 10V 1V 10V 0.1 kω kΩ 5 5 5kΩ 10kΩ 15 kω Ω 100Ω 1kΩ 10kΩ 25 Ω FR F-R F-R R ppm 1 ppm FR 10V 1V % 20kΩ

74 Rx Ix Lo Hi Hi 5 74

75 8 10 6a 4 Lo 250 Ω Ia Lo 100mA 2 Ω 6b 1:1 10:1 5 8 Grd' 'Ext 10kΩ 1kΩ 20kΩ Lo Rx Ra Lo 0V Ib=0 Lo 0V Ix Rx 75

76 kω Lo 20GΩ 20VΩ 100 mω 10 kω V 1 Lo 200V 11 1A 10A 4 10 MΩ 200V Ω 1 1 kω 10 kω 20 kω Ω 1 kω 2 kω Ω 100Ω 200Ω Ω 10Ω 20Ω Ω 1Ω 2Ω Ω 0.1Ω 2Ω

77 20 GΩ Rs Lo Rs Lo Vo I(Rs 200mA 2A 20 A 2A 2A Vs 13 Rs 2A 20A 5520A Rs 20A Vin Vo 20A μA 2mA 20mA 77

78 20A 200 Ω 'Lo I' 2 kω 1mA PRT 8 PRT SPRT PRT Ω 100 Ω ITS-90 Callendar van Duesen 78

79 6105A6100B 6105A6100B UUT 1. VAhour var-hour watt-hours LED 3. TTL A6100B 6105A6100B k A6100B 79

80 IEC IEC A6100B A6100B 6105A6100B 6105A6100B 6105A6100B k 6105A6100B A6100B 6105A6100B A6100B 1. Derivation 2. Duration 3. Pulse source 3 Derivation 6105A6100B 6105A6100B OPER 6105A6100B Duration Derivation 6105A6100B A6100B 80

81 6105A6100B Energy Gated Mode Configuration A6100B 6105A6100B 6105A6100B Esc Energy Counting 6100A Configure Meter Constants Channel Configuration and Meter Configuration A6100B 6105A6100B 6100B A Source 6105A6100B MUT Out 6105A6100B Energy Gate In Gate Out Energy 6105A6100B A 6100A 6100B 4 Main Output 150 1k A6100B Meter Constant Base Units 6105A6100B 6105A 6100B Energy Gate InOut Connector Wh( ) VAh varh 6105A6100B 6105A6100B 81

82 (MUT) Constant(Reference) (Output), Meter Constant Meter Meter Constant 6105A6100B 6101A VI 150 1k A6100B Use Internal pull-up 6105A6100B L3 6105A6100B L1 L2 6105A6100B 6105A6100B OPER OPER 6105A6100B IEC A6100B 6105A6100B 6105A6100B 6105A6100B 6105A6100B 6105A6100B 6105A6100B 6105A6100B 6105A6100B 82

83 6105A6100B 1kV 20A 0. 01% 0.02% UPS EMC 6105A6100B IC CE 50A 80A 80A 6105A6100B CE EMC 6105A6100B 6105A6100B A6100B 6105A6100B Fluke A6100B 6105A6100B CE 6105A6100B 6105A6100B IEC A IEC A6100B IEC IEC

84 IEC IEC IEC IEC S 0.5S 6105A6100B 6105A6100B IEC A 6105A6100B 6105A6100B 4 0.1% 6105A6100B 0.1% 6105A6100B A6100B 0.01% 0.02% 50VA 6105A6100B IEC 2 VA 6105A6100B x IEC 6105A6100B IEEE IEEE Agilent California Instruments EMC Partner EMV Haefely EMC Schaffner A6100B IEC A6100B

85 V 0.3 μvv 10kΩ 0.25 μωω 732A 100mV 5 μvv 752A 5700AEP 100mV 3458AHFL 752A 752A [1] 3458A 100 mv 5700AEP 3458A 1 V 10 V 100 V 1 kv 100mV 5700AEP 10V 11 V 100mV 22 V 100mV 5700AEP 15 V 19 V 100mV 22V MetCal 10V 100mV 15V 19V 5700.cor 5720A 3458A 11V 10V 5V 99% 148 [2 3 4] UUT 3458A 3458AHFL Data Proof 160A 742A 732A 752A 100mV Uncert Char 0V 100mV 95% A 100mV 0.5 μv 85

86 μ 3458A A AHFL A A 24 6 Char Uncert 1.98 μ 3458A A AHFL A A Char Uncert mV 1 100mV 12 μvv V 10V 732A 0.5 μvv μvv 5720A 5% 5720A μvv 5720A 12 10V Peter Dack [5] 1Ω 10Ω 100Ω 1kΩ 10kΩ 100kΩ 1 MΩ 10 MΩ 100 MΩ 742A 100mV 1 15% 2μVV 27% 6 742A 742A Data Proof 25% 86

87 100 MΩ 742A-10M 100 MΩ 10 MΩ 100 MΩ 1Ω 10Ω 10 MΩ 100 MΩ 742A 1 10mA 10 10mA 3 1Ω 3 1Ω MΩ 100MΩ 10MΩ 742A-10M 100MΩ 742A-100M 1:1 100MΩ 4 10MΩ 100MΩ 5700A 100 MΩ 50μΩΩ 20μΩΩ 4 1Ω 100mA 100V Ω μω Ω A A Char Uncert 5.99 Ω μω Ω 3458A A A Char Uncert 50 Improved Char Uncert 20 Ω Ω 87

88 5700A 5700A 3458A OCOMP 742A-1M [5 6] 742A- 1M AUX 1MΩ 10μA 1A 5700A 4 742A Data Proof 1μA 5700A 160A 4 10μA 1A Guildline Ω 10A Y5020 1Ω 1MΩ 5700A 5725A 10 A mA 5 10mA μ 3458A A A Char Uncert

89 220mV 5700A 50Ω 792A 1MΩ UUT 50μVV 100μA 792A 792A 14mV [8] 7 100mV 792A 792A ACDC [7] 6 12 UUT 1V 1kHz 3458A A 1MHz 40μVV 100mV 6 1V 1kHz 1MHz -1600μVV 100mV 1MHz 1.01% 100μA 792A 0.3μAA 3458A 792A 5700A 5700AEP μ 3458A A A Char Uncert

90 μ 3458A A A Char Uncert 78 1kHz 500kHz 8 1kHz 100mA 7 A A A 2 95% 25% 4:1 TUR AUX 10:1 10% A A40 1kΩ 1mA 792A 100μA A40 100Ω 792A 10kHz 10kHz A Hz 90

91 % 100 mv 1Ω 100 MΩ % A % 50% 100mV DV07S 619A 621A 637A 621A % 130% A % % A 10kΩ DV07S kΩ 6 621A 100Ω Ω 621A Ω 100Ω DV07S 100Ω 1mA 10mA μωω

92 5720A μω Ω Ω Ω Ω μωω kΩ +0.4 μωω μωω 10kΩ 0.4 μωω 10kΩ 742A-10k k= μωω 1. Fluke Application Note, Calibrating the Hewlett-Packard 3458A DMM with the 5720A Multifunction Calibrator, Fluke Digital Reference Multimeter Users Manual July 2002 Rev. 2, Fluke 5700A5720A Series II Multi-Function Calibrator Operators Manual May 1996 Rev Agilent Technologies 3458A Multimeter User s Guide Edition 4 December, P. Dack, Modern Precision Multimeter Measurements Putting Theory to the Test, paper presented at NCSL P. Roberts, Precision in Practice, paper presented at NCSL B. Stott, Interpolating Between Calibration Points for an ACDC Transfer Standard, paper presented at NCSL N. Faulkner, How the Loading of an AC DC Transfer Standard Can Effect Your Measurements of AC Voltage and Current, Paper presented at NCSL

93 1 50dB -97dBm -97dBm -130dBm FM 300 khz 220 khz AM VSWR VSWR 2 khz Ω 10 Hz 4 GHz +24dBm -130dBm UUT 10 Hz 10 Hz -50dBm Zero Span UUT AD [1] VSWR AM FM 0.1% 0.05%(-66dB) 70 db 0.02dB -47dBm IF 93

94 3 [2] [1] Rohde & Schwarz AM FM Bessel Null RF Level Test System FM +20dBm to -130dBm [2] Rhode & Schwarz FS-K7 THD Measurement Demodulator option for FSU 4 Spectrum Analyzer FM % db 94

95 10 kv 10 TΩ 50 ka 30 A UK BS PAT VDE EN VDE CE Meggers 4. PAT 95

96 500, kω 10 GΩ 4.5 DMM CE Low Voltage Directive 50 V 5 kv 10 TΩ 10 V EN Safety Requirements for Electrical Equipment for Measurement, Control and Laboratory Use [2] 1 TΩ 1,000 Vrms 5 kv 10 TΩ Ω Ω Guard Rx [3] 2 [1] 100 kω 60 kω 50 kω CE UL UL CE CSA 20 V 220 V~240 V 6 96

97 16 25 mω 1.8 kω 5 mω [7] Ω [6] 1 A 30 A PSC 30 A 40 A 30 A [8] Vn 10 ka 50 ka Zs I = Vn Zs N PE 25 mω 1.8 kω 16 < 5 mω 0 Ω 5 mω 0Ω V IEC IEC IEC ,000 Ω 10, 000 Ω 10 mω 30 A 30 A RCD N L 9 0Ω GFI 97

98 OVEONORM E8001 A.R.E.I R.G.I.E Staerkstrombekendtgorelsen 6 SFS 6000 NF C DIN VDE 0100 CEI 64-8 NEN 1010 NEK 400 HD384 UNE 0460 SS ELSAK-FS 1999:5 NIN SN SEV 1000 BS th Edition IEE Wiring Regulations 30 S 30 A 30 A m 5 kv 10 T [5] (RCD) V (RCD) N L (RCD) N L [9] IEC (RCD) 10 [5][10] 98

99 99

100 , 2301 (010) (010) (021) (021) , 15 B1 (020) (020) K-N (028) (028) K (029) (029) C (024) (024) B 6 3 (023) (023) A,K,L (0755) (0755) (027) (027) (010) (010) FCAL2011ECALCAT