Laboratory Electronics Test & Development Centre, · PDF fileLaboratory Electronics Test &...

Laboratory Electronics Test & Development Centre, STQC Directorate, 100 Feet Road, Peenya Industrial Area, Bangalore

Accreditation Standard ISO/IEC 17025:2005

Discipline Electro-Technical Calibration

Issue Date 17.09.2012

Certificate Number C-0022

Valid Until 16.09.2014

Last Amended on

-

Page 1 of 19

Quantity Measured/ Instrument

Range / Frequency *Calibration Measurement

Capability ()

Remarks

SOURCE

1. DC VOLTAGE1 100 µV to 10mV 100 ppm to 5 ppm Using DC Ref. Std.,

Fluke 7004N, MFC 4808,

MFC Fluke 5720A,

Null Detector,

Ref. Divider, 80F15

10 mV to 10 V 5 ppm to 2 ppm

10 V to 1000V 2 ppm to 5ppm

1 kV to 8.63kV 0.40%

2. AC VOLTAGE1 10 Hz to 1 kHz.

1 mV to 10 mV

260ppm to 70ppm

Using TVC Holt 11,

Holt 12,

MFC Datron 4808,

Nanovoltmeter,

keithley 182, DMM 1281

10 mV to 1 V 80ppm to 25ppm

1V to 100 V 25ppm to 65ppm

40Hz to 1kHz

100 V to 1000 V

30ppm to 75ppm

1kHz to 100kHz

1mV to 10mV

260ppm to 70ppm

10mV to 1V 110ppm to 25ppm

1V to 100 V 25ppm to 240ppm

1kHz to 20 kHz

100V to 1000V

30ppm to 70ppm

100kHz to 1MHz

1mV to 10mV

260ppm to 1050ppm

10mV to 10V

120ppm to 530ppm

3. DC CURRENT1 10 µA to 100µA 250ppm to 40ppm Using MFC Datrn 4808

100 µA to 1 mA 40ppm to 20ppm Fluke 5720A, B1620

1 mA to 100 mA 20ppm Std. Resistor

100 mA to 1A 20ppm to 40ppm Tinsly 5685, 3111

1 A to 20 A 40ppm to 75ppm DMM 1281, 3458, 8508A,

5500,

Current Coil

20 A to 100 A 0.0075% to 0.052%

100 A to 1000 A 0.052% to 0.55%







Last Amended on

-

Page 2 of 19



Capability ()

Remarks

4. AC CURRENT1 10Hz to 1 kHz

10 µA to 1 mA

325ppm to 65 ppm

Using AC Current shunt,

Holt HCS-1,

MFC Datron 4808,

Fluke 5520A,B1620,

Standard resistor Tin 5685A

AC Measurement std. Fluke

5790, Nanovoltmter,

Keithley 182,

5500 Curent coil

By Direct/ Substitution

Method

1mA to 10mA

65ppm

10Hz to 10 kHz

10mA to 1A

65ppm to 160ppm

1A to 10A

160ppm to 200ppm

10Hz to 5 kHz

10A to 20A

200ppm to 450ppm

50Hz

20 A to 1000 A

0.3% to 0.54%

5. DC RESISTANCE1 100 µΩ to 100mΩ 35ppm to 20ppm Using Stanard Resistor,

Tinsley 5685A/5685B, 5686,

Fluke 742A,

Guildline

9330/9334/6520/65206

By Comparison/ Direct

Method

100 mΩ to 1Ω 20 ppm to 2ppm

1Ω to 1kΩ 2ppm to 5ppm

1kΩ to 10kΩ 5ppm to 2ppm

10kΩ to 100kΩ 2ppm to 5ppm

100kΩ to 10MΩ 5ppm

10MΩ to 100MΩ 5ppm to 12ppm

100MΩ to 1GΩ 12ppm to 300ppm

1GΏ to 10GΏ 300ppm to 680ppm

10 GΏ to 1 TΏ 680ppm to 1300ppm

6. AC RESISTANCE1 1kHz

1 Ω to 10 kΩ

65 ppm to 60 ppm

Using Std. Res. 5685A,

HP 16074A

10kHz to 1 MHz

100Ω to 1 kΩ

0.16%







Last Amended on

-

Page 3 of 19



Capability ()

Remarks

7. CAPACITANCE1 1kHz

1 pF to 100 pF

50 ppm to 5 ppm

Using Fused Silica Capacitor,

A&H 1100,

Std. Cap. GR 1409,

4T Cap. Std. 1417,

HP 16380

By Direct/ Comparison

Method

100 pF to 1nF 5 ppm to 60 ppm

1nF to 1 µF

60ppm to 150 ppm

100 Hz

1 µF to 100 mF

0.3% to 0.45%

100 kHz to 1MHz

10 pF to 1 µF

0.16%

8. INDUCTANCE1 1kHz

100 µH to 100 mH

0.23% to 0.012 %

Using Std. Self inductor

by Comparison Method 100 mH to 10 H

0.012 % to 0.032%

9. POWER FACTOR1 50 Hz

0.2 PF to 1 PF

0.025 deg

Using Power Energy

Calibrator Rotek 8000

By Direct Method

10. PHASE ANGLE

1 50 Hz

+/- 180 deg

0.025deg

Using Power Energy

Calibrator Rotek 8000

By Direct Method

11. AC POWER

1

1 Phase

50Hz

60 V to 240 V

Using Power Energy

Calibrator Rotek 8000-3P

By Direct Method @ UPF 100 mA to 50 A 0.05% to 0.06%

@ 0.8 pf (1.2W to 12 kW) 0.05% to 0.1%

@ 0.5 pf 0.06% to 0.11%

@ 0.2 pf

0.09% to 0.18%







Last Amended on

-

Page 4 of 19



Capability ()

Remarks

12. AC POWER1

(Active) 3 PH

@ UPF

@ 0.8 pf

@ 0.5 pf

@ 0.2 pf

50Hz

60 V to 240 V

Using Power Energy


By Direct Method

100 mA to 50 A 0.09% to 0.10%

(3.6 W to 36 kW) 0.09% to 0.19%

0.10% to 0.18%

0.15% to 0.20%

13. AC POWER 1

(Reactive)

3 PH

50Hz

@ Sin Ø=0.2 60 V to 240 V 0.09% to 0.12% Using Power Energy


By Direct Method

@ SinØ=0.979 0.8 pf 100 mA to 50 A 0.15% to 0.20%

(3.6 VAR to 35.244 kVAR)

14. AC ENERGY ACTIVE1

1PH

UPF

50 Hz

60 V to 240 V

0.052% to 0.06%

Using P/E Calibrator, Rotek

8000-3P

By Direct Method 0.8 pf 100 mA to 50 A 0.062% to 0.10%

0.5 pf (0.6 W to 12 kW) 0.073% to 0.12%

0.2 pf

0.11% to 0.2%

15. AC ENERGY ACTIVE1

3 PH

50 Hz

UPF 60 V to 240 V 0.09% to 0.10% Using P/E Calibrator, Rotek

8000-3P

By Direct Method 0.8 pf 100 mA to 50 A 0.09% to 0.10%

0.5 pf (3.6 W to 36 kW) 0.10% to0.18%

0.2 pf

0.20% to 0.21%







Last Amended on

-

Page 5 of 19



Capability ()

Remarks

16. AC ENERGY

REACTIVE1

3 Phase 50 Hz 60 V to 240 V

Using P/E Calibrator, Rotek

8000-3P sinØ= 0.200 100mA to 50A 0.09% to 0.12 %

sinØ= 0.979

3.6 VAR to 35.27 kVAR 0.18% to 0.21%

17. OSCILLOSCOPE3

(i) Amplitude DC 3 mV to 220V 1% to 0.04% Using Wavetek 9500

By Direct Method (Vertical axis Deflection

factor)

(1Mohm) (3mV to 220V)

DC 3mV to 5.5V 1% to 0.06%

(50 ohm)

(3mV to 5.5V)

1kHz

Square Wave

(6mV to 210 V) 0.55% to 0.07%

(1 Mohm) (6mV to 60V)

(6mV to 5.5V) 0.55% to 0.07%

(50 ohm)

(6mV to 5V)

(ii) Time base 450ps to 55sec 3 ppm

(Horizontal axis deflection

factor)

(iii) Bandwidth Upto 100MHz 2.50%

100MHz to 1GHz 2.5% to 5%

1GHz to 8GHz

5% to 11%







Last Amended on

-

Page 6 of 19



Capability ()

Remarks

18. TEMPERATURE

SIMULATION1

(INDICATOR/

RECORDER/

CONTROLLER)

THERMOCOUPLE

K Type -200 ºC to 120ºC

120 ºC to 1350ºC

0.08 ºC to 0.06ºC

0.06 ºC to 0.11ºC

Using Multi function

calibrator

Datron 4808

By Electrical Simulation

Method

J Type -200ºC

-200 ºC to 760ºC

0.08ºC

0.06ºC

E Type -250ºC

-250 ºC to 1000ºC

0.11ºC

0.06ºC

T Type -250ºC

-250 ºC to 150ºC

-150 ºC to 400ºC

0.13ºC

0.07ºC

0.06ºC

N Type -200ºC

-200 ºC to 1300ºC

0.1ºC

0.07ºC

R Type 0 ºC

0 ºC to 1750ºC

0.15ºC

0.15 ºC to 0.10ºC

S Type 0ºC

0 ºC to 1750ºC

0.15ºC

0.13 ºC to 0.11ºC

B Type 600ºC

600 ºC to 1800ºC

0.14ºC

0.12 ºC to 0.10ºC

C Type 0ºC

150 ºC to 650ºC

650 ºC to 1800ºC

1800 ºC to 2300ºC

0.3ºC

0.26ºC

0.31 ºC to 0.5ºC

0.9ºC







Last Amended on

-

Page 7 of 19



Capability ()

Remarks

L Type -200 ºC to -100ºC

-100 ºC to 800ºC

800 ºC to 900ºC

0.37ºC

0.26ºC

0.17ºC

U Type -200 ºC to 0ºC

0 ºC to 600ºC

0.56ºC

0.27ºC

RTD – Pt 385, 100 ohm -199ºC

-199 ºC to -80ºC

-80 ºC to 100ºC

100 ºC to 300ºC

300 ºC to 400ºC

400 ºC to 630ºC

630 ºC to 800ºC

0.001ºC

0.003ºC

0.005 ºC to 0.007ºC

0.012ºC

0.014ºC

0.019ºC

0.043ºC

Using Precision resistance

Make : Time electronics 1067

19. FREQUENCY1 1 Hz to 100 kHz 0.065ppm to 0.008ppm Using HP5071A, Agilent

33220A, Agilent E8257D

by Direct Method

100 kHz to 1 GHz 0.008ppm to 0.0002ppm

1 GHz to 26.5 GHz 0.00004ppm to 0.00006ppm

26.5 GHz to 40 GHz

0.00007ppm

20. RF POWER1 100kHz to 10 MHz

13 dBm to -20 dBm

2.2 % to 4.0 %

Using Agilent 33220A,

Agilent E8257D, CPM 20

with sensor 6912, Measuring

receiver with sensors 504 &

526 by Direct Method

(20mW to 10µW)

13 dBm to -30 dBm 4.0 % to 5.0 %

(20mW to 1µW)

10MHz to 18 GHz

-30 dBm to -90 dBm

4.2 % to 5.5 %

(1 µW to 1 pW)

21. RF ATTENUATION1 10 MHz to 18 GHz

1 dB to 60 dB

0.06 dB to 0.32 dB

Using 8300 step attenuator

Signal source E8257D

By Direct Method







Last Amended on

-

Page 8 of 19



Capability ()

Remarks

22. DC VOLTAGE2 1 mV to 10 mV 650ppm to 75 ppm Using MFC dat 4808

By Direct Method 10 mV to 1000 V

75 ppm to 10 ppm

23. AC VOLTAGE2 50 Hz to 10 kHz

1 mV to 10 mV 0.66% to 0.075% Using MFC Dat 4808

By Direct Method 10 mV to 100 mV 0.075% to 0.02%

100 mV to 100 V 0.02% to 0.01%

100 V to 700 V

0.01% to 0.027%

10 kHz to 100 kHz

1 mV to 10 mV 0.66% to 0.12%

10 mV to 100 mV 0.10% to 0.05%

100 mV to 100 V

0.05% to 0.02%

10 kHz to 20 kHz

100 V to 700 V

0.02% to 0.03%

24. DC CURRENT2 100 µA to 100 mA 320ppm to 60 ppm Using MFC Dat 4808, Trans

cond. Amp., Fluke 9100,

Fluke coil 5500 By Direct

Method

100 mA to 2A 60 ppm to 200 ppm

2A to 20A 200 ppm to 970 ppm

20A to 100A 970 ppm to 0.44%

100A to 1000A

0.44% to 0.31%

25. AC CURRENT2 50 Hz to 1 kHz Using MFC Dat 4808, Trans.

Cond. Amp., Fluke 5220A,

Fluke coil 5500 By Direct

Method

10mA to 100 mA 0.09% to 0.027%

100 mA to 2A

0.031% to 0.051%

50Hz

2A to 20 A 0.051% to 0.29%

20A to 100 A 0.29% to 0.5%

100 A to 1000 A

0.5% to 0.45%







Last Amended on

-

Page 9 of 19



Capability ()

Remarks

26. DC RESISTANCE2 1 mΩ to 100 mΩ 310ppm Using MFC Dat4808,

Standard Resistor, Tin 5685,

Vai 9409, OSAW, Welwyn,

Alma

100 mΩ to 100 kΩ 310ppm to 130 ppm

100 kΩ to 100 MΩ 130 ppm to 540 ppm

100 MΩ to 1 TΩ 540 ppm to 0.94%

27. AC RESISTANCE

2 1 kHz

1 Ω to 10 kΩ 210ppm to 480 ppm Using RL Standard HP 16074

series1

By Direct Method

28. CAPACITANCE2 1 kHz

1 pF to 1 µF

0.07% to 0.1 % Using Std. Capacitor

HP 16380,

GR 1417 100Hz

1 µF to 100µF

0.12% to 0.32%

29. INDUCTANCE2 1 kHz

100 µH to 10 H 0.37% to 0.12% Using Standard Inductor

GR 1482

By Direct Method

30. TEMPERATURE

SIMULATION2

(INDICATOR/

RECORDER/

CONTROLLER)

THERMOCOUPLE

K Type

-200 ºC to 120ºC

120 ºC to 1350ºC

0.21 ºC to 0.11ºC

0.11ºC to0.23ºC


calibrator Fluke 5500A


Method J Type -200ºC to 150ºC

150 ºC to 1200ºC

0.16 ºC to 0.06ºC

0.06 ºC to 0.13ºC

E Type -250 ºC to 350ºC

350 ºC to 1000ºC

0.36 ºC to 0.06ºC

0.06 ºC to 0.1ºC







Last Amended on

-

Page 10 of 19



Capability ()

Remarks

T Type -250 ºC to 0 ºC

0 ºC to 400ºC

0.48 ºC to 0.06ºC

0.08ºC


calibrator Fluke 5500A


Method N Type -200 ºC to 25ºC

25 ºC to 1300ºC

0.32 ºC to 0.11ºC

0.11 ºC to 0.16ºC

S Type 0 ºC to 1400ºC

1400 ºC to 1750ºC

0.6 to 0.3ºC

0.3 to 0.42ºC

B Type 600 ºC to 800ºC

800 ºC to 1800ºC

0.52ºC to 0.31ºC

0.4ºC to 0.51ºC

RTD – Pt 385, 100 ohm -199 ºC to -80ºC

-80 ºC to 0ºC

0 ºC to 100ºC

100 ºC to 300ºC

300 ºC to 400ºC

400 ºC to 630ºC

630 ºC to 800ºC

0.036 ºC to 0.041ºC

0.041 ºC to 0.045ºC

0.045 ºC to 0.063ºC

0.063 ºC to 0.074ºC

0.074 ºC to 0.079ºC

0.079 ºC to 0.09ºC

0.09 ºC to 0.1ºC


calibrator

Precision DRB time

electronics

31. FREQUENCY2 1Hz to 100kHz

0.9 ppm to 0.07 ppm Using Agilent 33220A,

SMR20

Agilent 53149A

by Direct Method

100kHz to 20 GHz

0.07 ppm to 0.02 ppm

32. RF POWER2 100kHz to10 MHz

13 dBm to -20 dB m

2.5 % to 4.0 %

Using Agilent 33220A,

SMR 20, Agilent 53149A with

sensors 8482A, 8487A &

8487D

by Direct Method

(20mW to 10µW)

50MHz to 18GHz

13 dBm to -60 dB m

4.0 % to 5.5 %

(20mW to 1nW)







Last Amended on

-

Page 11 of 19



Capability ()

Remarks

33. RF ATTENUATION2 50 MHz to 2.7GHz

1 dB to 50dB

0.12 dB to 0.20 dB

Using Step Attenuator (DPSP)

SMR 20 by Direct Method

MEASURE

34. DC VOLTAGE1 10µV to 100uV 0.25% to 250 ppm Using DC Ref. Std.

Fluke 7000N, Ref. Divider,

Fluke 752,MFC Datron 4808,

Fluke Det HV 80F15,34401A

By Direct/Comparison

Method

100 µV to 1 mV 250 ppm to 25 ppm

1 mV to 10 mV 25 ppm to 5 ppm

10 mV to 100 mV 5 ppm to 3 ppm

100 mV to 1000 V 3 ppm to 2 ppm

1 kV to 8.63 kV

0.4%


1mV to 10 mV

550ppm to 91ppm

Using TVC Holt 11


1V to 100 V

25ppm

Using AC Voltage meas.,

Standard Fluke 5790A, MFC

Datron 4808, Keithley

Nanovoltmeter 182

By Substitution/ Indirect

Method

40 Hz to 1 kHz

100V to 1000 V

25ppm to 65ppm

1 kHz to 100 kHz

1mV to 10mV

560ppm to 150ppm


1V to 100 V

20ppm to 25ppm

1kHz to 20 kHz

100V to 1000V

25ppm to 65ppm

100 kHz to 1 MHz

1mV to 10mV

560 ppm to 0.54%

10mV to 100mV 150ppm to 0.15%

100mV to 10V 260ppm to 60 ppm







Last Amended on

-

Page 12 of 19



Capability ()

Remarks

50 Hz

1 kV to 10kV

1.30%

Using Voltage Divider, Tek

P6015, F80k40

10 kV to 25kV 3.4%

36. DC CURRENT

1 100nA to 10µA 80ppm to 15ppm Using Std. Resistor, Tinsley

5686,3111, L&N, Fluke 742,

MFC Dat 4808, Fluke

5720,5520A,

Ballantin1620A,34401A

by Direct/ Indirect Method

10 µA to 100 µA 15 ppm to 10 ppm

100 µA to 100 mA 10 ppm

100 mA to 1A 10 ppm to 12 ppm

1 A to 10 A 12 ppm to 22 ppm

10 A to 100 A 22 ppm to 80 ppm

37. AC CURRENT1 10 Hz to 1 kHz

10µA to 1mA

240 ppm to 35 ppm

Using AC Current shunt Holt

HCS- 1, Std. Res. 5685B,

AC Meas. Std. Fluke 5790A,

MFC Dat 4808, Fluke 5220A,

Keithley 182

By Indirect/ Substitution

Method

1mA to 10 mA

35ppm to 95 ppm

10Hz to 10 kHz

10 mA to 1 A

35ppm to 90ppm

1 A to 10 A

90ppm to 130ppm

10Hz to 5 kHz

10A to 20A

130ppm to 420ppm

38. DC RESISTANCE1 10 µΩ to 100mΩ 30ppm to 12ppm DCC Bridge, Guidline 6622A,

Std Resistor Tinsley, 5686A,

L&N Fluke 742 Series, Tera

Ohmmeter Guildline 6520

By Direct/ Comparison

Method

100 mΩ to 1 Ω 12ppm to 2ppm

1Ω to 100Ω 2ppm

100Ω to 1MΩ 2ppm to 3ppm

1MΩ to 100 MΩ 3ppm to 7ppm

100MΩ to 1 GΩ 7ppm to 240ppm

1 GΩ to 1 TΩ 240ppm to 1110ppm

39. AC RESISTANCE1 1kHz

1 Ω to 10 kΩ

65 ppm to 60 ppm

Using Std. Res. Tin 5685A &B

RLC Digi bridge

Quad 1693







Last Amended on

-

Page 13 of 19



Capability ()

Remarks

40. INDUCTANCE1 1kHz

100uH to 100mH

0.23% to 0.012%

Using Std. Self inductor

Tin4190, Std. Inductor GR

1482,

RLC Bridge Quad 1693 by

Comparison Method

100mH to 10 H 0.012% to 0.032%

41. CAPACITANCE1 1kHz

1pF to 10 pF

16 ppm to 5 ppm

Using Fused Silica Capacitor,

A&H 1100, Std. Capacitor,

GR 1409, Cap. Meas. System

GR 1621, RLC Bridge Quad

1693

by Direct/ Comparison

Method

10 pF to 100 pF

100pF to 1nF

1nF to 1 µF

5 ppm

5ppm to 15ppm

15 ppm to 150 ppm

100Hz

1 µF to 1 mF 0.05% to 0.45%

1mF to 10 mF

0.45% to 0.82%

42. AC POWER ACTIVE1

1phase

0.2 PF to UPF

50 Hz

60V to 240V

10mA to 50A

(0.6W to 12 kW)

1 phase

230ppm to 250 ppm

Using Watt converter

Rotek MSB 001A

By Direct Method

43. AC POWER ACTIVE 1

3 Ph

UPF

0.8 PF

0.5PF

0.2 PF

50Hz

60V to 240V

100mA to 50A

(3.6W to 36 kW)

3 phase

0.2 PF to UPF

0.11% to 0.12%

0.12% to 0.14%

0.13% to 0.21%

0.19% to 0.26%

Using Rotek 8000 &

PM 6000

By Direct Method







Last Amended on

-

Page 14 of 19



Capability ()

Remarks

44. POWER FACTOR1 50 Hz

0.2pf to 1pf

180 ppm

Using Rotek 8000

45. TIME INTERVAL1 100ms to 10,000 sec 1 ppm Using PM 6665,F6680B

By Direct Method

46. PHASE ANGLE

1 50 Hz

+/- 180 deg

0.06 deg

Using Clark Hess

By Direct Method

47. TEMPERATURE

SIMULATION1

(INDICATOR/

RECORDER/

CONTROLLER)

THERMOCOUPLE

K Type

-200ºC

-200 ºC to 120ºC

120 ºC to 1000ºC

1000 ºC to 1350ºC

0.0166ºC

0.008 ºC to 0.006ºC

0.019ºC

0.027ºC

Using DMM Datron 1281


Method

J Type -200ºC

-200 ºC to 150ºC

150 ºC to 760ºC

760 ºC to 1200ºC

0.013ºC

0.006 ºC to 0.005 ºC

0.012ºC

0.020ºC

E Type -250ºC

-250 ºC to 350ºC

350 ºC to 650ºC

650 ºC to 1000ºC

0.035 ºC

0.006 ºC to 0.007ºC

0.011 ºC

0.016ºC

T Type -250 ºC

-250 ºC to -150ºC

-150 ºC to 400ºC

0.038 ºC

0.011 ºC

0.004 ºC to 0.007ºC







Last Amended on

-

Page 15 of 19



Capability ()

Remarks

N Type -200ºC

-200 ºC to -100 ºC

-100 ºC to 410ºC

410 ºC to 1300ºC

0.024ºC

0.011ºC

0.008 ºC to 0.01 ºC

0.023 ºC

Using DMM Datron 1281


Method

R Type 0ºC

0 ºC to 1750ºC

0.02ºC

0.034 ºC to 0.035ºC

S Type 0ºC

0 ºC to 1750ºC

0.02ºC

0.034 ºC to 0.043ºC

B Type 600 ºC to 1800ºC 0.04ºC

C Type 0ºC to 150ºC

150 ºC to 650ºC

650 ºC to 1800ºC

1800 ºC to 2300ºC

0.3ºC

0.26ºC

0.13 ºC to 0.5ºC

0.9ºC

L Type -200 ºC to -100ºC

-100 ºC to 800ºC

800 ºC to 900ºC

0.37ºC

0.26ºC

0.17ºC

U Type -200 ºC to 0ºC

0 ºC to 600ºC

0.56ºC

0.27ºC

RTD – Pt 385, 100 ohm -199ºC

-199 ºC to -80ºC

-80 ºC to 0ºC

0 ºC to 100ºC

100 ºC to 300ºC

300 ºC to 400ºC

400 ºC to 630ºC

630 ºC to 800ºC

0.001ºC

0.005ºC

0.007ºC

0.010ºC

0.017ºC

0.020ºC

0.028ºC

0.036ºC







Last Amended on

-

Page 16 of 19



Capability ()

Remarks

48. FREQUENCY1 1 Hz to 100 kHz

0.065 ppm to 0.008 ppm Using HP5071A, Fluke

PM6680B, Measuring

Receiver (N5530S), Agilent

53149A by Direct Method 100 kHz to 1 GHz

0.008 ppm to 0.0002 ppm

1 GHz to 26.5 GHz

0.00004 ppm to 0.00006 ppm

26.5 GHz to 40 GHz

0.00007 ppm

49. RF POWER1 100 kHz to 10 MHz

13 dBm to -20 dB m

1.9 % to 2.3 %

Using CPM 20 with sensor

6912 by Direct Method (20mW to 10uW)

10MHz to 18 GHz

13 dBm to -30 dB m

4.0 % to 5.0 %

Using Measuring receiver

with sensor 504 & 526

by Direct Method (20mW to 1µW)

-30dBm to - 90 dBm 4.2 % to 5.5 %

(1 µw to 1 pW)

50. RF ATTENUATION1

10MHz to 18 GHz

1 dB to 60 dB

0.06 dB to 0.42 dB

Using VM7 attenuator &

Signal calibrator, 8852 Freq

Converter Measuring receiver

(N5530S) Signal source

E8257D by Direct Method

51. MODULATION

1

Amplitude Modulation Carrier Frequency: Using Measuring Receiver

(N5530S)

by Direct Method 100 MHz to 1GHz

Modulation Rate

1kHz

Modulation Depth

10% to 90%

1.6 % to 3.2 %







Last Amended on

-

Page 17 of 19



Capability ()

Remarks

Frequency Modulation Carrier Frequency: Using Measuring Receiver

(N5530S)

By Direct Method 100MHz to 1GHz

Modulation Rate

1kHz

Frequency Deviation :

</=200kHz

2.8%

52. TOTAL HARMONIC

DISTORTION1

(THD)

10 kHz to 150 kHz

@1Vpp 50ohms

5.6 % to 10.5 %

Using Agilent Spectrum

Analyzer (E4440A)

By Indirect Method

53. REFLECTION

COFFICIENT1

10 MHz to 18 GHz

Rho 0.020 to 0.33

Linear Units (L.U)

0.012 to 0.04 L.U

Using Vector Network

Analyzer (ZVK) with cal kit

(VSWR 1.05 to 2.0)

By Direct Method

54. DC VOLTAGE2 1mV to 100 mV 0.44% to 0.01% Using DMM 34401A, HV

Probe 80F15

By Direct Method 100 mV to 10 V 0.01% to 0.005%

10V to 1000 V 0.005% to 0.0065%

1 kV to 10 kV

0.40%


100 mV to 700 V

0.12%

Using DMM 34401A, HV

Probe P6015 & Fluke 80K40

By Direct Method

50 Hz

700 V to 10 kV

0.12% to 1.3%

10 kV to 25 kV

3.5%

56. DC CURRENT

2 100 µA to 100 mA 0.45% to 0.08% Using DMM 34401A

By Direct Method

100 mA to 1A

0.08% to 0.12%







Last Amended on

-

Page 18 of 19



Capability ()

Remarks

57. AC CURRENT2 50 Hz to 1 kHz

1 A to 20A

0.17% to 0.72%

Using DMM 34401A

GDM 8246

By Direct Method

1mA to 3A

0.77% to 0.25%

58. DC RESISTANCE2 10 Ω to 1 kΩ 0.063% to 0.017% Using DMM 34401A

By Direct Method 1 kΩ to 100 k Ω 0.017%

100 kΩ to 100 M Ω

0.017% to 0.95%

59. TEMPERATURE

SIMULATION2

(INDICATOR/

RECORDER/

CONTROLLER)

THERMOCOUPLE

K Type

-200 ºC to 25ºC

25 ºC to 1350ºC

0.24 ºC to 0.09ºC

0.09 ºC to 0.19ºC

Using DMM Aglient 34401A


Method

J Type -200 ºC to 25ºC

25 ºC to 1200ºC

0.18 ºC to 0.07ºC

0.07 ºC to 0.13ºC

E Type -250 ºC to 25ºC

25 ºC to 1000ºC

0.4 ºC to 0.06ºC

0.06 ºC to 0.1ºC

T Type -250 ºC to 0ºC

0 ºC to 400ºC

0.55 ºC to 0.08ºC

0.08ºC

N Type -200 ºC to 25ºC

25 ºC to 1300ºC

0.37 ºC to 0.14ºC

0.14 ºC to 0.17ºC

R Type 0 ºC to 1000ºC

1000 ºC to 1750ºC

0.35 ºC to 0.31ºC

0.31 ºC to 0.35ºC







Last Amended on

-

Page 19 of 19



Capability ()

Remarks

S Type 0 to 25ºC

25 ºC to 1400ºC

1400 ºC to 1750ºC

0.04 ºC to 0.6ºC

0.6 ºC to 0.33ºC

0.33 ºC to 0.45ºC

Using DMM Aglient 34401A


Method

B Type 600 ºC to 800ºC

800 ºC to 1800ºC

0.6 ºC to 0.46ºC

0.46 ºC to 0.38ºC

RTD – Pt 385, 100 ohm -199 ºC to -80ºC

-80 ºC to 0ºC

0 ºC to 100ºC

100 ºC to 300ºC

300 ºC to 400ºC

400 ºC to 630ºC

0.014 ºC to 0.026ºC

0.026 ºC to 0.036ºC

0.036 ºC to 0.047ºC

0.047 ºC to 0.064ºC

0.064 ºC to 0.076ºC

0.076 ºC to 0.11ºC

0.11 ºC to 0.14ºC

60. FREQUENCY2 1Hz to 100kHz 0.9ppm to 0.07ppm Using Fluke PM 6680B

Aglilent 53149A

By Direct Method

100kHz to 20 GHz

0.07 ppm to 0.02 ppm

61. RF POWER2 100 kHz to 10 MHz

13 dBm to -20 dB m

2.5 % to 4.0%

Using Agilent 53149A with

sensors 8482A, 8487A &

8487D

By Direct Method

(20mW to 10uW)

50 MHz to 18 GHz

13 dBm to -60 dB m

4.0 % to 5.5 %

(20mW to 1nW)

62. RF ATTENUATION2 50MHz to 2.7 GHz

1 dB to 50 dB

0.12 dB to 0.30 dB

Using Agilent 53149A with

8487D Signal generator

SMR-20 by Direct Method

* Measurement Capability is expressed as an uncertainty () at a confidence probability of 95%

1 Only in Permanent Laboratory

2 Only for Site Calibration

3 The laboratory is also capable for site calibration however, the uncertainty at site depends on the prevailing actual

environmental conditions and master equipment used.

Date post:	17-Mar-2018
Category:	Documents
Upload:	dangque
View:	232 times
Download:	1 times

Laboratory Electronics Test & Development Centre, · PDF fileLaboratory Electronics Test &...

Documents