HP 3458A Manuel utilisateur

33K8-4-551-1

TECHNICAL MANUAL

CALIBRATION PROCEDURE

FOR

DIGITAL VOLTMETER

3458A

(HEWLETT-PACKARD)

This publication incorporates Interim Operational Supplement T

. 33K8-4-551-1S-1

dated 27 August 2007.

Distribution Statement C - Distribution authorized to U

. S

. Government agencies and their contractors for

official use or for administrative or operational purposes only, 7 November 1990

. Requests for this

document shall be referred to 562 CBSG/GBHA, 813 Irving-Wick Dr W, Heath, OH 43056-1199.

Destruction Notice - For unclassified, limited documents, destroy by any method that will prevent

disclosure of the contents or reconstruction of the document.

Published under Authority of the Secretary of the Air Force

30 JUNE 2007

CHANGE 1 - 30 SEPTEMBER 2007

. 33K8-4-551-1

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30 June 2007

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

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

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USAF

. 33K8-4-551-1

DIGITAL VOLTMETER

3458A

(HEWLETT-PACKARD)

I CALIBRATION DESCRIPTION

Table I.

Test Instrument (TI)



Performance



Test

Characteristics



Specifications



Method

NOTE

The Performance Specifications listed below for the TI show

Relative

specifications as found in

the commercial data and

Absolute specifications

. The absolute specifications were calculated by

combining the uncertainty of the relative specifications found in the commercial data with the

uncertainty of the calibration standards listed in Section 2, Equipment Requirements.

DC Voltage



Range

: 0 to 1000 VDC



Compared to a DC

Reference Standard

Accuracy



and DC Reference

Relative

: ±(ppm of rdg + ppm of mg)



Divider or DC Voltage

Absolute

: ±[Sgrt(TI ppm of rdg^2 +



Divider

STD 1 ppm of rdg^2 + STD2 ppm of rdg^2)

+ TI ppm of rng]

Standard

Range

Relative



Absolute

100mV

9+10



(9+1

.5+0

.5)+10

8+1



(8+1

.5+0

.2)+1

10V

8+0



(8+1

.5)+0

100V 10+ 0



(10+1

.5+0

.2)+0

1000 V

10+0



(10+ 1

.5+0

.5)+0

Inputs >100 VDC, add

12 ppm X (Vin/1000)

Opt 002

Range

Relative



Absolute

100mV

5+10



(5+1

.5+0

.5)+10

4+1



(4+1

.5+0

.2)+1

IOV

4+0



(4+1

.5)+0

. 33K8-4-551-1

Table 1

. (Cont)

Test Instrument (TI)



Performance



Test

Characteristics



Specifications



Method

DC Voltage

(Cont

Range

: 0 to 1000 VDC



Compared to a DC

Reference Standard

Accuracy



and DC Reference

Relative

: ±(ppm of rdg + ppm of mg)



Divider or DC Voltage

Absolute

: ±[Sqrt(TI ppm of rdg

2 +



Divider

STD 1 ppm of rdg^2 + STD2 ppm of rdg^2)

+ TI ppm of mg]

Opt 002

(Cont

Range

Relative

Absolute

100 V

6 + 0

(6 + 1

.5 + 0

.2) + 0

1000 V

6 + 0

(6 + 1

.5 + 0

.5) + 0

Inputs >100 VDC, add

12 ppm X (Vinll000)

Resistance

Range

: 0 to 1 G52



Compared to a

Resistance Standard

Accuracy:

Relative

: ±(ppm of rdg + ppm of mg),

(Add 250 mf

for Two-Wire Ohms)

Absolute: ±[Sgrt(TI ppm of rdg^2 +

STDI ppm of rdg^2) + Ti ppm of mg]

(Add 250 ml) for Two-Wire Ohms)

Relative



Absolute

10 S2

15+5



(15+2

.15)+5

10052

12+5



(12+2

.15)+5

1 kl2

10+0



(10+2

.15)+0

10ki2

10+0



(10+2.1)+0

100kI2

10+0



(10+2.4)+0

1 MSZ

15+2



(15+6)+2

10 MCI

50+10



(50 + 12) + 10

100 MS2

500 + 10



(500 + 50) + 10

1 G1)

5000 + 10



(5000 + 50) + 10

. 33K8-4-551-1

Table 1

. (Cont

Test Instrument (TI)



Performance

Characteristics



Specifications

Test

Method

DC Current



Range

: 0 to 1 ADC

Compared to a known

DC Current

Accuracy:

Relative

: ±(ppm of rdg + ppm of mg)

Absolute

: ±[Sgrt(TI ppm of rdg^2 +

STD1 ppm of rdg^2 + STD2 ppm of rdg^2)

+ TI ppm of mg]

Range



Relative

100 nA



30 + 400

1 µA



20 + 40

10µA *'



20+10

100 µA



20 + 8

1 and 10 mA



20 + 5

100mA



35+5



110+ 10

Absolute

N/A

(20 + 5

.277 + 5) + 8

(20 + 5

.277 + 5) + 5

(35+5

.277+5)+5

(110+5

.277+6)+10

AC Voltage



Range

: 0 to 1000 VAC

(Synchronous Sub-sampled Mode)

AC BAND <_2 MHz

Compared to an

AC Measurement

Standard or Calibrator

Accuracy:

Relative

: ±(% of rdg + % of mg)

Absolute:

±[Sgrt(TI % of rdg^2 + STD1 % of rdg^2 +

STD2 % of rdg^2) + TI % of mg +

STD1 µV + STD2 [IV]

Range



Frequency



Relative



Absolute

10 mV



1 to 20 Hz



.03 + 0

.03



.03+0+0

.029)+0

.03+0+ 1

20 to 40 Hz



.03 + 0

.03



.03+0+0

.019)+0

.03+0+ 1

40 Hz to 1 kHz



.02 + 0

.011



.02 + 0 + 0

.011) + 0

.011 + 0 + 1

1 to 20 kHz



.03 + 0

.011



.03 +0+0

.011)+0

.011 + 0 + 1

20to50kHz



.1+0

.011



.1+0+0

.021)+0

.011+0+2

50 to 100 kHz



.5 + 0

.011



.5+0+0

.031)+0

.011+0+2

100 to 300 kHz



4 + 0

.02



(4+0+0

.081)+0

.02+0+4

See footnotes at end of Table

. 33K8-4-551-1



Table 1

. (Cont)

Test Instrument (TI)



Performance

Characteristics



Specifications

Test

Method

AC Voltage



Range

: 0 to 1000 VAC



Compared to an

(Synchronous Sub-sampled Mode)

(Cont



AC Measurement

AC BAND 5

.2 MHz



Accuracy



Standard or Calibrator

Relative

: ±(% of rdg + % of mg)

Absolute:

±[Sgrt(TI % of rdg^2 + STD 1 % of rdg^2 +

STD2 % of rdg^2) + TI % of mg +

STD1 µV + STD2 µV]

Range



Frequency



Relative

100 mV



1 to 20 Hz



.007 + 0

.004

20 to 40 Hz



.007 + 0

.004

40 Hz to 1 kHz



.007 + 0

.002

1 to 20 kHz



.014 + 0

.002

20 to 50 kHz



.03 + 0

.002

50 to 100 kHz



.08 + 0

.002

100to300kHz



.3+0

.01

300 to 500 kHz



1 + 0 .01

500 kHz to 1 MHz



1 + 0

.01

1 to2MHz



.5+0

.01

1 V



1 to 20 Hz



.007 + 0

.004

20 to 40 Hz



.007 + 0

.004

40 Hz to 1 kHz



.007 + 0

.002

1 to 20 kHz



.014 + 0

.002

20 to 50 kHz



.03 + 0

.002

50 to 100 kHz



.08 + 0

.002

100 to 300 kHz



.3 + 0

.01

300to500kHz



1+0

.01

500 kHz to 1 MHz



1 + 0 .01

1to2MHz



.5+0

.01

10 V



1 to 20 Hz



.007 + 0

.004

20 to 40 Hz



.007 + 0

.004

40 Hz to 1 kHz



.007 + 0

.002

1 to 20 kHz



.014 + 0

.002

20 to 50 kHz



.03 + 0

.002

50 to 100 kHz



.08 + 0

.002

100 to 300 kHz



.3 + 0

.01

300 to 500 kHz



1 + 0

.01

500 kHz to 1 MHz



1 + 0

.01

1 to 2 MHz



.5 + 0

.01

See footnote at end of Table

Absolute

.007+0+0

.021)+0

.004+0+1

.007+0+0

.0085)+0

.004+0+1

.007+0+0

.0038)+0

.002+0+1

.014+0+0

.0038)+0

.002+0+1

.03 +0+0

.0069)+0

.002+0+2

.08+0+0

.016)+0

.002+0+2

.3+0+0

.025)+0

.01 +0+4

(1+0+0

.038)+0

.01+0+8

(1+0+0

.06)+0

.01+0+0

.5+0.1+0

.0038)+0

.01+3+1

.007+0+0

.02)+0

.004+0+0

.007+0+0

.0066)+0

.004 +0+0

.007+0+0

.0024)+0

.002+0+0

.014+0+0

.0024)+0

.002+0+0

.03+0+0

.0046)+0

.002+0+0

.08+0+0

.0071)+0

.002+0+0

.3+0+0

.016)+0

.01+0+0

(1+0+0

.026)+0

.01+0+0

(1+0+0

.06)+0

.01+0+0

.5+0

.1-1-0

.0024)+0

.01+3+0

.007+0+0

.02)+0

.004+0+0

.007+0+0

.0067)+0

.004+0+0

.007+0+0

.0027)+0

.002+0+0

.014+0+0

.0027)+0

.002+0+0

.03+0+0

.0048)+0

.002+0+0

.08+0+0

.0081)+0

.002+0+0

.3+0+0

.019)+0

.01+0+0

(1+0+0

.04)+0

.01+0+0

(1+0+0

.06)+0

.01+0+0

.5+0.1+0

.0027)+0

.01+3+0

. 33K8-4-551-1

Table 1

. (Cont)

Test Instrument (TI)



Performance

Characteristics



Specifications

Test

Method

AC Voltage



Range

: 0 to 1000 VAC

Compared to an

AC Measurement(Synchronous Sub-sampled Mode)

(Cont

AC BAND <_2 MHz

Accuracy



Standard or Calibrator

Relative

: ±(% of rdg + % of mg)

Absolute:

±[Sgrt(TI % of rdg^2 + STD1 % of rdg^2 +

STD2 % of rdg

2) + TI % of mg +

STD1 µV + STD2 µV]

Range

Frequency

Relative

Absolute

100 V

1 to 20 Hz

.02 + 0

.004

.02+0+0

.02)+0

.004+0+0

20 to 40 Hz

.02 + 0

.004

.02+0+0

.0068)+0

.004+0+0

40 Hz to 20 kHz

.02 + 0

.002

.02+0+0

.0031)+0

.002+0+0

20 to 50 kHz

.035 + 0

.002

.035+0+0

.0069)+0

.002+0+0

50 to 100 kHz

.12 + 0

.002

.12+0+0

.0098)+0

.002+0+0

100 to 300 kHz

.4 + 0

.01

.4+0+0

.021)+0

.01+0+0

300 kHz to 1 MHz

.5 + 0

.01

.5+0+0

.05)+0

.01+0+0

1000 V

* 3

1 to 20 Hz

.04 + 0

.004

.04+0+0

.02)+0

.004+0+0

* 2

20 to 40 Hz

.04 + 0

.004

.04+0+0

.0099)+0

.004+0+0

(<220 V)

40 Hz to 1 kHz 0

.04 + 0

.002

.04+0+0

.0031)+0

.002+0+0

(<_700 V)

40 Hz to 1 kHz 0

.04 + 0

.002

.04+0+0

.0041)+0

.002+0+0

(>700 V) 40 Hz to 1 kHz

.04 + 0

.002

.04+0+0

.0038)+0

.002+0+0

(<_700 V)

1 to 20 kHz

.06 + 0

.002

.06+0+0

.0041)+0

.002+0+0

(>700 V)

I to 20 kHz

.06 + 0

.002

.06+0+0

.0038)+0

.002+0+0

20 to 50 kHz

.12 + 0

.002

.12+0+0

.013)+0

.002+0+0

50 to 100 kHz

.3 + 0

.002

.3+0+0

.05)+0

.002+0+0

AC BAND >2 MHz

Accuracy:

Relative

: ±(% of rdg + % of mg)

Absolute:

±[Sgrt(TI % of rdg^2 + STD1 % of rdg^2 +

STD2 % of rdg^2) + TI % of mg +

STD1

[IV

+ STD2 µV]

Range

Frequency

Relative

Absolute

10 mV

45 Hz to 20 kHz

.09 + 0

.06

.09+0+0

.011)+0

.06+0+ 1

20 to 50 kHz

.09 + 0

.06

.09+0+0

.021)+0

.06+0+2

50 to 100 kHz

.09 + 0

.06

.09 + 0 + 0

.031) + 0

.06 + 0 + 2

100to300kHz

.2+0

.05

.2+0+0

.081)+0

.05+0+4

300to500kHz

.2+0

.05

.2+0+0

.089)+0

.05+0+8

500 kHz to 1 MHz

.2 + 0

.05

.2+0+0

.17)+0

.05+0+8

1 to 2 MHz

7 + 0

.07

(7+0

.1 +0

.011)+0

.07+3+ 1

2to4MHz

7+0

.07

(7+0.2+0

.011)+0

.07+3+ 1

4 to 8 MHz

20 + 0

.08

(20+0

.2 +0

.011)+0

.08 +3 + 1

See footnotes at end of Table

. 33K8-4-551-1

Table 1

. (Cont)

Test Instrument (TI)



Performance

Characteristics



Specifications

Test

Method

AC Voltage



Range

: 0 to 1000 VAC

Compared to an

AC Measurement

(Synchronous Sub-sampled Mode)

(Cont

AC BAND >2 MHz

Accuracy



Standard or Calibrator

Relative

: ±(% of rdg + % of mg)

Absolute:

±[Sgrt(TI % of rdg

2 + STD1 % of rdg^2 +

STD2 % of rdg

2) + TI % of mg +

STD1 p

.V + STD2

.tV]

Range

Frequency

Relative

Absolute

100 mV

45 Hz to 20 kHz

.09 + 0

.06

.09+0+0

.0038)+0

.06+0+ 1

20 to 50 kHz

.09 + 0

.06

.09 + 0 + 0

.0069) + 0

.06 + 0 + 2

50 to 100 kHz

.09 + 0

.06

.09 + 0 + 0

.016) + 0

.06 + 0 + 2

100 to 300 kHz

2 + 0

.05

(2+0+0

.025)+0

.05+0+4

300 to 500 kHz

2 + 0

.05

(2+0+0

.038)+0

.05+0+8

500 kHz to 1 MHz 2 + 0

.05

(2+0+0

.06)+0

.05+0+0

1 to 2 MHz

4 + 0

.07

(4+0

.1 +0

.0038)+0

.07 +3 + 1

2to4MHz

4+0

.07

(4 + 0

.2 + 0

.0038) + 0

.07 + 3 + 1

4to8MHz

4+0

.08

(4 + 0.2 + 0

.0038) + 0

.08 + 3 + 1

8to10MHz

15+0

(15+0

.2+0

.0038)+0

.1+3+1

1 V

45 Hzto20kHz

.09+0

.06

.09+0+0

.0024)+0

.06+0+0

20 to 50 kHz

.09 + 0

.06

.09 +0+0

.0046)+0

.06+0+0

50 to 100 kHz

.09 + 0

.06

.09+0+0

.0071)+0

.06+0+0

100to300kHz

2+0

.05

(2+0+0

.016)+0

.05+0+0

300to500kHz

2+0

.05

(2+0+0

.026)+0

.05+0+0

500 kHz to 1 MHz

2 + 0

.05

(2+0+0

.06)+0

.05+0+0

1 to2MHz

4+0

.07

(4+0.1+0

.0024)+0

.07+3+0

2to4MHz

4+0

.07

(4+0.2+0

.0024)+0

.07+3 +0

4to8MHz

4+0

.08

(4+ 0

.2 + 0

.0024) + 0

.08 + 3 +

8to10MHz

15+0

(15+0

.2+0

.0024)+0

.1 +3 +0

10V

45 Hz to 20 kHz

.09 + 0

.06 (0

.09+0+0

.0027)+0

.06+0+0

20 to 50 kHz

.09 + 0

.06

.09+0+0

.0048)+0

.06+0+0

50 to 100 kHz

.09 + 0

.06 (0

.09+0+0

.0081)+0

.06+0+0

100to300kHz

2+0

.05

(2+0+0

.019)+0

.05+0+0

300 to 500 kHz

2 + 0

.05

(2+0+0

.04)+0

.05+0+0

500 kHz to 1 MHz

2 + 0

.05

(2+0+0

.06)+0

.05+0+0

1 to2MHz

4+0

.07

(4+0.1+0

.0027)+0

.07+3+0

2 to 4 MHz

4 + 0

.07

(4+0.2+0

.0027)+0

.07+3+0

4to8MHz

4+0

.08

(4+0.2+0

.0027)+0

.08+3+0

8to 10 MHz

15+0

(15+0.2+0

.0027)+0

.1+3+0

100 V

45 Hz to 20 kHz

.12 + 0

.002

.12+0+0

.0031)+0

.002+0+0

20to50kHz

.12+0

.002

.12+0+0

.0069)+0

.002+0+0

50 to 100 kHz

.12 + 0

.002

.12+0+0

.0098)+0

.002+0+0

1000V

(<_220 V)

45 Hz to 20 kHz

.3 + 0

.01

.3+0+0

.0031)+0

.01+0+0

(<_700 V)

45 Hz to 20 kHz

.3 + 0

.01

.3+0+0

.0041)+0

.01+0+0

(>700 V)

45 Hz to 20 kHz

.3 + 0

.01

.3+0+0

.0038)+0

.01+0+0

20 to 50 kHz

.3 + 0

.01

.3+0+0

.013)+0

.01+0+0

50 to 100 kHz

.3+0

.01

.3+0+0

.05)+0

.01+0+0

See footnotes at end of Table.

. 33K8-4-551-1

Table 1

. (Cont)

Test

Instrument (TI)

Characteristics

Performance

Specifications

Test

Method

AC Voltage Range

: 0 to 1000 VAC



Compared to an

(Analog Mode)

AC Measurement

AC BAND <_2 MHz

Accuracy



Standard or Calibrator

Relative

: ±(% of rdg + % of mg)

Absolute:

±[Sgrt(TI % of rdg

2 + STD 1 % of rdg^2 +

STD2 % of rdg

2) + TI % of rng +

STD1 µV + STD2 µV]

Range

Frequency

Relative

Absolute

10mV

10 to 20 Hz

.4+0

.32

.4+0+0

.029)+0

.32+0+ 1

20 to 40 Hz

.15 + 0

.25

.15+0+0

.019)+0

.25+0+ 1

40 to 100 Hz

.06 + 0

.25

.06+0+0

.011)+0

.25+0+ 1

100 Hz to 20 kHz

.02 + 0

.25

.02+0+0

.011)+0

.25+0+ 1

20to50kHz

.15+0

.25

.15+0+0

.021)+0

.25+0+2

50 to 100 kHz

.7+0

.35

.7+0+0

.031)+0

.35+0+ 2

100 to 250 kHz

4+0

(4+0+0

.081)+0

.7+0+4

100 mV

10 to 20 Hz

.4 + 0

.02 (0

.4+0+0

.021)+0

.02+0+ 1

20 to 40 Hz

.15+0

.02 (0

.15 +0+0

.0085)+0

.02+0+ 1

40 to 100 Hz

.06 + 0

.01

.06+0+0

.0038)+0

.01 +0+ 1

100 Hz to 20 kHz

.02 + 0

.01

.02+0+0

.0038)+0

.01 +0+ 1

20 to 50 kHz

.15 + 0

.04

.15 +0+0

.0069)+0

.04+0+2

50 to 100 kHz

.6 + 0.08 (0

.6+0+0

.016)+0

.08+0+ 2

100 to 2501(Hz

2+0

(2+0+0

.025)+0

.5+0+4

250 to 300 kHz

3 + 0

(3+0+0

.025)+0

.6+0+4

300 to 500 kHz

3 + 0

(3+0+0

.038)+0

.6+0+8

500 kHz to 1 MHz

5 + 2

(5+0+0

.06)+2+0+0

1to2MHz

10+5

(10+0

.1 +0

.0038)+5 +3 + 1

1 V

10 to 20 Hz

.4+0

.02

.4+0+0

.02)+0

.02+0+0

20 to 40 Hz

.15 + 0

.02

.15+0+0

.0066)+0

.02+0+0

40 to 100 Hz

.06 + 0

.01

.06+0+0

.0024)+0

.01 +0+0

100 Hz to 20 kHz

.02+0

.01

.02+0+0

.0024)+0

.01 +0+0

20 to 50 kHz

.15 + 0

.04

.15+0+0

.0046)+0

.04+0+0

50 to 100 kHz

.6 + 0

.08

.6+0+0

.0071)+0

.08+0+0

100to250kHz

2+0

(2+0+0

.016)+0

.5+0+0

250 to 300 kHz

3+0

(3+0+0

.016)+0

.6+0+0

300 to 500 kHz

3 + 0

(3+0+0

.026)+0

.6+0+0

500 kHz to l MHz

5 + 2

(5+0+0

.06)+2+0+0

1to2MHz

10+5

(10+0

.1+0

.0024)+5+3+0

. 33K8-4-551-1

Table 1

. (Cont

Test

Instrument (TI) Performance

Test

Characteristics

Specifications

Method

Voltage Range

: 0

to 1000

VAC

Compared

to an

(Analog Mode) (Cont

Measurement

BAND

<_2

MHz

Accuracy

Standard

Calibrator

Relative

±(% of rdg + % of mg)

Absolute:

±[Sgrt(TI

% of rdg^2 + STD 1 % of rdg^2 +

STD2

% of

rdg^2)

% of mg +

STD

1 µV + STD2 µV]

Range

Frequency

Relative

Absolute

10 to

.4 + 0

.02

.4+0+0

.02)+0

.02+0+0

.15 + 0

.02

.15 +0+0

.0067)+0

.02+0+0

40 to

100 Hz

.06+0

.01

.06 + 0 + 0

.0027) + 0 .01 + 0 +

100

Hz to 20

kHz

.02 + 0

.01

.02 + 0 + 0 .0027) + 0

.01 + 0 + 0

20to50kHz

.15+0

.04

.15 +0+0

.0048)+0

.04+0+0

50 to 100 kHz

.6 + 0

.08

.6+0+0

.0081)+0

.08+0+0

100 to 250

kHz

2 + 0

(2+0+0

.019)+0

.5+0+0

250 to 300 kHz

3 + 0

(3+0+0

.019)+0

.6+0+0

300to500kHz

3+0

(3+0+0

.04)+0

.6+0+0

500

kHz to 1 MHz 5 + 2

(5+0+0

.06)+2+0+0

to2MHz

10+5

(10+0

.1+0

.0027)+5+3+0

100 V

10 to 20 Hz

.4 + 0

.02 (0

.4+0+0

.02)+0

.02+0+0

to 40

.15 + 0

.02 (0

.15+0+0

.0068)+0

.02+0+0

to 100 Hz

.06 + 0

.01

.06+0+0

.0031)+0

.01

+0+0

100 Hz to

kHz

.03 +

.01

.03+0+0

.0031)+0

.01+0+0

20to50kHz

.15+0

.04 (0

.15+0+0

.0069)+0

.04+0+0

to 100 kHz

.6 + 0

.08

.6+0+0

.0098)+0

.08+0+0

100

to 250

kHz

2+0

(2+0+0

.021)+0

.5+0+0

250

300 kHz

3 + 0

(3+0+0

.021)+0

.6+0+0

300

500

kHz

3 + 0

(3+0+0

.05)+0

.6+0+0

500

kHz

1 MHz 5 + 2

(5+0+0

.06)+2+0+0

1000

to 20 Hz

.42+0

.03

.42+0+0

.02)+0

.03+0+0

20 to 40

.17+0

.03

.17+0+0

.0099)+0

.03+0+0

(<_700 V)

40 to

100 Hz

.08 + 0

.02

.08+0+0

.0041)+0

.02+0+0

(>700 V)

40 to

100 Hz

.08 + 0

.02

.08+0+0

.0038)+0

.02+0+0

.06+0+0

.0041)+0

.02+0+0

(5700 V)

100 Hz

to 20

kHz

.06 + 0

.02

(>700 V)

100

to 20

kHz

.06 + 0

.02

.06+0+0

.0038)+0

.02+0+0

20 to 50

kHz

.15+0

.04 (0

.15+0+0

.013)+0

.04+0+0

50 to 100 kHz

.6+0

.6+0+0

.05)+0

.2+0+0

See footnotes at end of

Table.

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