PATEC Core Specification Document REV5.pdf

PATEC Core Specification Document Rev 5

15 June 09

This document lists the manufacturer’s specifications for the latest test equipment which makes up the Portable Automatic Test Equipment Calibrator (PATEC). It may be used as a template for Section 2, Equipment Requirements (often referred to as Table 2) of a Calibration Technical Order. The header for the table has a column titled Minimum Use Specifications. For use in a calibration procedure, these are specifications of the standards that are required to checkout the test station. In this document, the full manufacturer’s specifications are shown which may be much tighter than what is required for a given station. Therefore, this document can be modified and tailored for each test station. Specifications that are not required can be deleted and those that are too restrictive may be loosened. They may not be made more restrictive.

NOTE

This document contains the minimum use specifications for the 5700A/NAF Meter Calibrator for calibrations performed within ±5°C of the temperature as annotated on the Certification/Limited Certification Label. For any calibrations outside of ±5°C of these temperatures refer to the 5700 temperature coefficients in APPENDIX xz of the AFMETCAL T.O. Guide. Contact 562CBSG/GBNA, patec@afmetcal.af.mil for more information.

2.1 PORTABLE (See specifications for AFPSL

AUTOMATIC individual components of the PATECCORE TEST EQUIPMENT PATEC, listed below.)

CALIBRATOR

(PATEC)

CONSISTING OF

THE FOLLOWING

COMPONENTS:

2.1.1 METER Range: 0 to 1100 VDC Fluke

CALIBRATOR 5700A

Accuracy:

(9 ppm of output + 0.8 V) on the 220 mV DC range;

(8 ppm of output + 1.2 V) on the 2.2 VDC range;

(8 ppm of output + 4 V) on the 11 VDC range;

(8 ppm of output + 8 V) on the 22 VDC range;

(9 ppm of output + 100 V) on the 220 VDC range;

(11 ppm of output + 600 V) on the 1100 VDC range

Range: 0 to 1100 VAC

Accuracy:

10 to 20 Hz:

(600 ppm of output + 5 V) on the 2.2 mV AC range;

(600 ppm of output + 6 V) on the 22 mV AC range;

(600 ppm of output + 16 V) on the 220 mV AC range;

(600 ppm of output + 100 V) on the 2.2 VAC range;

(600 ppm of output + 1 mV) on the 22 VAC range;

(600 ppm of output + 10 mV) on the 220 VAC range

20 to 40 Hz:

(240 ppm of output + 5 V) on the 2.2 mV AC range;

(240 ppm of output + 6 V) on the 22 mV AC range;

(240 ppm of output + 10 V) on the 220 mV AC range;

(180 ppm of output + 30 V) on the 2.2 VAC range;

(180 ppm of output + 300 V) on the 22 VAC range;

(180 ppm of output + 3 mV) on the 220 VAC range

2.1.1 METER Range: 0 to 1100 VAC Fluke

CALIBRATOR (Cont.) 5700A 40 Hz to 20 kHz:

(120 ppm of output + 5 V) on the 2.2 mV AC range;

(120 ppm of output + 6 V) on the 22 mV AC range;

(110 ppm of output + 10 V) on the 220 mV AC range;

(85 ppm of output + 7 V) on the 2.2 VAC range;

(85 ppm of output + 70 V) on the 22 VAC range;

(90 ppm of output + 1 mV) on the 220 VAC range

20 to 50 kHz:

(410 ppm of output + 5 V) on the 2.2 mV AC range;

(410 ppm of output + 6 V) on the 22 mV AC range (360 ppm of output + 10 V) on the 220 mV AC range;

(140 ppm of output + 20 V) on the 2.2 VAC range;

(140 ppm of output + 200 V) on the 22 VAC range;

(250 ppm of output + 4 mV) on the 220 VAC range

50 to 100 kHz:

(950 ppm of output + 8 V) on the 2.2 and 22 mV AC ranges;

(900 ppm of output + 30 V) on the 220 mV AC range;

(280 ppm of output + 80 V) on the 2.2 VAC range;

(280 ppm of output + 400 V) on the 22 VAC range;

(600 ppm of output + 10 mV) on the 220 VAC range

100 to 300 kHz:

(0.13% of output + 15 V) on the 2.2 and 22 mV AC ranges;

(0.11% of output + 30 V) on the 220 mV AC range;

(480 ppm of output + 150 V) on the 2.2 VAC range;

(600 ppm of output + 1.7 mV) on the 22 VAC range;

(0.16% of output + 110 mV)

2.1.1 METER Range: 0 to 1100 VAC Fluke

300 to 500 kHz:

(0.18% of output + 30 V) on the 2.2 and 22 mV AC ranges;

(0.18% of output + 40 V) on the 220 mV AC range;

(0.12% of output + 400 V) on the 2.2 VAC range;

(0.14% of output + 5 mV) on the 22 VAC range;

(0.54% of output + 110 mV) on the 220 VAC range

500 kHz to 1 MHz:

(0.36% of output + 30 V) on the 2.2 and 22 mV AC ranges;

(0.36% of output + 100 V) on the 220 mV AC range;

(0.24% of output + 1 mV) on the 2.2 VAC range;

(0.30% of output + 9 mV) on the 22 VAC range;

(1.3% of output + 220 mV) on the 220 VAC range

1100 V range:

50 Hz to 1 kHz, (90 ppm of output + 4 mV)

Range: 10 Hz to 1.1999 MHz;

Wideband, 10 Hz to 30 MHz

Accuracy: 0.01% of setting

Phase Lock Range:

1 to 10 V rms, 10 Hz to 1.1999 MHz

Accuracy: (Except 1100 V range) <30 Hz, 3;

>30 Hz, (1 + 0.05/kHz)

Phase Reference Range: 0 to 180

Accuracy: (Except 1100 V range) 1 at 0, 90 and 180;

2 at all other points

2.1.1 METER Range: 0 to 2.2 ADC Fluke

Accuracy:

(60 ppm of output + 10 nA) on the 220 A and 2.2 mA DC ranges;

(60 ppm of output + 100 nA) on the 22 mA DC range;

(70 ppm of output + 1 A) 200 X I2 ppm >100 mA DC on the 220 mA DC range;

(95 ppm of output + 30 A) 10 X I2 ppm >1 ADC on the 2.2 ADC range

Range: 0 to 2.2 AAC

Accuracy:

10 to 20 Hz:

(800 ppm of output + 30 nA) on the 220 A AC range;

(800 ppm of output + 50 nA) on the 2.2 mA AC range;

(800 ppm of output + 500 nA) on the 22 mA AC range;

(800 ppm of output + 5 A) on the 220 mA AC range

20 to 40 Hz:

(420 ppm of output + 25 nA) on the 220 A AC range;

(420 ppm of output + 40 nA) on the 2.2 mA AC range;

(420 ppm of output + 400 nA) on the 22 mA AC range;

(420 ppm of output + 4 A) on the 220 mA AC range (750 ppm of output + 40 A) on the 2.2 AAC range (5700A/NAF)

40 Hz to 1 kHz:

(160 ppm of output + 20 nA) on the 220 A AC range;

(160 ppm of output + 40 nA) on the 2.2 mA AC range;

(160 ppm of output + 400 nA) on the 22 mA AC range;

(180 ppm of output + 4 A) on the 220 mA AC range;

(750 ppm of output + 40 A) on the 2.2 AAC range

2.1.1 METER Range: 0 to 2.2 AAC Fluke

Accuracy:

1 to 5 kHz:

(700 ppm of output + 50 nA) on the 220 A AC range;

(700 ppm of output + 500 nA) on the 2.2 mA AC range;

(700 ppm of output + 5 A) on the 22 mA AC range;

(700 ppm of output + 50 A) on the 220 mA AC range;

(850 ppm of output + 100 A) on the 2.2 AAC range

5 to 10 kHz:

(0.18% of output + 100 nA) on the 220 A AC range;

(0.18% of output + 1 A) on the 2.2 mA AC range;

(0.18% of output + 10 A) on the 22 mA AC range;

(0.18% of output + 100 A) on the 220 mA AC range;

(1% of output + 200 A) on the 2.2 AAC range

Range: 10Hz to 1.1999MHz Wideband, 10Hz to 30MHz

Accuracy: 10ppm of setting

Range: 0 to 100 M

Accuracy: 4-Wire:

Range () Accuracy (ppm) 0 50 1 110

1.9 110 10 33 19 31 100 20 190 20 1 k 15

1.9 k 15 10 k 14 19 k 14 100 k 16 190 k 16 1 M 23

1.9 M 24

10 M 46 19 M 55 100 M 130

2.1.1 METER 2-Wire Adder: (m) Fluke

Range Im = Current produced by () Ohmmeter

0.1 Lead Res 1 Lead Res

0 2 + 4 V/Im 4 + 4 V/Im 1 2 + 4 V/Im 4 + 4 V/Im

1.9 2 + 4 V/Im 4 + 4 V/Im 10 2 + 4 V/Im 4 + 4 V/Im 19 2 + 4 V/Im 4 + 4 V/Im 100 2 + 4 V/Im 4 + 4 V/Im 190 2 + 4 V/Im 4 + 4 V/Im 1 k 10 15

1.9 k 10 15 10 k 50 60 19 k 100 120

Range: 0 to 3.5 VAC

Accuracy: Wideband Amplitude: (% of output + V) @ 30 Hz to 500 kHz, (5700A);

(% of output + % of range) @ 1 kHz, (5700A/NAF)

(5700A) (5700A/NAF)

Range % V % %

1.1 mV 0.8 2 0.50 0.037

3.3 mV 0.7 3 0.50 0.037 11 mV 0.7 8 0.50 0.037 33 mV 0.6 16 0.45 0.037 110 mV 0.6 40 0.45 0.037 330 mV 0.5 100 0.35 0.037

1.1 V 0.5 400 0.35 0.037

3.5 V 0.4 500 0.35 0.037

Range: 10 Hz to 30 MHz

Accuracy: Wideband Amplitude Flatness, 1 kHz Reference

10 to 30 Hz:

0.3% of output on the 1.1 mV thru 3.5 VAC ranges

30 Hz to 120 kHz:

0.1% of output on the 1.1 mV thru 3.5 VAC ranges

120 kHz to 2 MHz:

2.1.1 METER (0.2% of output + 3 µV) Fluke

CALIBRATOR (Cont.) on the 1.1 mV AC range; 5700A (0.1% of output + 3 µV) on the 3 mV thru 3.5 VAC ranges

2 to 10 MHz:

(0.4% of output + 3 µV) on the 1.1 mV AC range;

(0.3% of output + 3 µV) on the 3 mV AC range;

(0.2% of output + 3 µV) on the 11 mV thru 3.5 VAC ranges

Range: 10 Hz to 30 MHz

Accuracy: Wideband Amplitude Flatness, 1 kHz Reference

10 to 20 MHz:

(0.6% of output + 3 µV) on the 1.1 mV AC range;

(0.5% of output + 3 µV) on the 3 mV AC range;

(0.4% of output + 3 µV) on the 11 mV thru 3.5 VAC ranges

20 to 30 MHz:

(10.5% of output + 15 µV) on the 1.1 mV AC range;

(10.5% of output + 3 µV) on the 3 mV AC range;

(1% of output + 3 µV) on the 11 mV thru 3.5 VAC ranges

2.1.2 METER Range: 0 to 1100 VDC Fluke

CALIBRATOR 5720A

Accuracy:

(9 ppm of output + 0.5 V) on the 220 mV DC range;

(6 ppm of output + 0.8 V) on the 2.2 VDC range;

(4 ppm of output + 3 V) on the 11 VDC range;

(4 ppm of output + 5 V) on the 22 VDC range;

(6 ppm of output + 50 V) on the 220 VDC range;

(8 ppm of output + 500 V) on the 1100 VDC range

Range: 0 to 1100 VAC

Accuracy:

10 to 20 Hz:

2.1.2 METER (300 ppm of output + 5 V) Fluke

CALIBRATOR (Cont.) on the 2.2 mV AC range; 5720A (300 ppm of output + 5 V) on the 22 mV AC range;

(300 ppm of output + 15 V) on the 220 mV AC range;

(300 ppm of output + 50 V) on the 2.2 VAC range;

(300 ppm of output + 500 V) on the 22 VAC range;

(300 ppm of output + 5 mV) on the 220 VAC range*

20 to 40 Hz:

(115 ppm of output + 5 V) on the 2.2 mV AC range;

(115 ppm of output + 6 V) on the 22 mV AC range;

(115 ppm of output + 8 V) on the 220 mV AC range;

(110 ppm of output + 20 V) on the 2.2 VAC range;

(110 ppm of output + 200 V) on the 22 VAC range;

(110 ppm of output + 2 mV)

Range: 0 to 1100 VAC

40 Hz to 20 kHz:

(100 ppm of output + 5 V) on the 2.2 mV AC range;

(100 ppm of output + 5 V) on the 22 mV AC range;

(100 ppm of output + 8 V) on the 220 mV AC range;

(52 ppm of output + 10 V) on the 2.2 VAC range;

(52 ppm of output + 70 V) on the 22 VAC range;

(65 ppm of output + 0.7 mV) on the 220 VAC range

20 to 50 kHz:

(250 ppm of output + 5 V) on the 2.2 mV AC range;

(250 ppm of output + 5 V) on the 22 mV AC range (250 ppm of output + 8 V) on the 220 mV AC range;

(90 ppm of output + 12 V) on the 2.2 VAC range;

(90 ppm of output + 120 V) on the 22 VAC range;

(100 ppm of output + 1.2 mV)

2.1.2 METER on the 220 VAC range Fluke

CALIBRATOR (Cont.) 5720A 50 to 100 kHz:

(600 ppm of output + 6 V) on the 2.2 and 22 mV AC ranges;

(600 ppm of output + 20 V) on the 220 mV AC range;

(130 ppm of output + 40 V) on the 2.2 VAC range;

(120 ppm of output + 250 V) on the 22 VAC range;

(180 ppm of output + 3 mV) on the 220 VAC range

100 to 300 kHz:

(1300 ppm of output + 12 V) on the 2.2 and 22 mV AC ranges;

(1100 ppm of output + 12 V) on the 220 mV AC range;

(500 ppm of output + 100 V) on the 2.2 VAC range;

(325 ppm of output + 800 V) on the 22 VAC range;

(1100 ppm of output + 20 mV) on the 220 VAC range

Range: 0 to 1100 VAC

300 to 500 kHz:

(1700 ppm of output + 25 V) on the 2.2 and 22 mV AC ranges;

(1700 ppm of output + 30 V) on the 220 mV AC range;

(1200 ppm of output + 250 V) on the 2.2 VAC range;

(1200 ppm of output + 2.5 mV) on the 22 VAC range;

(5400 ppm of output + 50 mV) on the 220 VAC range

500 kHz to 1 MHz:

(3400 ppm of output + 25 V) on the 2.2 and 22 mV AC ranges;

(3300 ppm of output + 60 V) on the 220 mV AC range;

(2000 of output + 400 V) on the 2.2 VAC range;

(1800 ppm of output + 4 mV) on the 22 VAC range;

(10000 ppm of output + 100 mV) on the 220 VAC range

1100 V range:

15 Hz to 50 Hz, (360 ppm of output + 20 mV)

2.1.2 METER 50 Hz to 1 kHz, Fluke

CALIBRATOR (Cont.) (85 ppm of output + 4 mV) 5720A

1100 V range(with 5725A):

40 Hz to 1 kHz, (90 ppm of output + 4 mV)

1 kHz to 20 kHz, (165 ppm of output + 6 mV)

20 kHz to 30 kHz, (600 ppm of output + 11 mV)

750 V range:

30 kHz to 50 kHz, (600 ppm of output + 11 mV)

50 kHz to 100 kHz, (2300 ppm of output + 45 mV)

Range: 0 to 2.2

Accuracy:

(50 ppm of output + 7 nA) on the 220 A range;

(40 ppm of output + 8 nA) on the 2.2 mA range;

(40 ppm of output + 50 nA) on the 22 mA DC range;

(50 ppm of output + 0.8 A) 200 X I2 ppm >100 mA DC on the 220 mA DC range;

(90 ppm of output + 15 A) 10 X I2 ppm >1 ADC on the 2.2 ADC range

Range(with 5725A): 0 to 11 ADC

Accuracy:

(360 ppm of output + 480 A)

Range: 0 to 2.2 AAC

Accuracy:

10 to 20 Hz:

(300 ppm of output + 20 nA) on the 220 A AC range;

(300 ppm of output + 50 nA) on the 2.2 mA AC range;

(300 ppm of output + 500 nA) on the 22 mA AC range;

(300 ppm of output + 5 A) on the 220 mA AC range (320 ppm of output + 40 A) on the 2.2 A AC range

2.1.2 METER 20 to 40 Hz: Fluke

CALIBRATOR (Cont.) (200 ppm of output + 12 nA) 5720A on the 220 A AC range;

(200 ppm of output + 40 nA) on the 2.2 mA AC range;

(200 ppm of output + 400 nA) on the 22 mA AC range;

(200 ppm of output + 4 A) on the 220 mA AC range (320 ppm of output + 40 A) on the 2.2 AAC range

40 Hz to 1 kHz:

(140 ppm of output + 10 nA) on the 220 A AC range;

(140 ppm of output + 40 nA) on the 2.2 mA AC range;

(140 ppm of output + 400 nA) on the 22 mA AC range;

(140 ppm of output + 3 A) on the 220 mA AC range;

(320 ppm of output + 40 A) on the 2.2 AAC range

Range: 0 to 2.2 AAC

Accuracy:

1 to 5 kHz:

(350 ppm of output + 15 nA) on the 220 A AC range;

(240 ppm of output + 130 nA) on the 2.2 mA AC range;

(240 ppm of output + 0.7 A) on the 22 mA AC range;

(240 ppm of output + 4 A) on the 220 mA AC range;

(500 ppm of output + 100 A) on the 2.2 AAC range

5 to 10 kHz:

(1300 ppm of output + 80 nA) on the 220 A AC range;

(1300 ppm of output + 0.8 A) on the 2.2 mA AC range;

(1300 ppm of output + 6 A) on the 22 mA AC range;

(1300 ppm of output + 12 A) on the 220 mA AC range;

(8000 ppm of output + 200 A) on the 2.2 AAC range

Range(with 5725A): 0 to 11AAC

40Hz to 1 kHz:

2.1.2 METER (460 ppm of output + 170 A) Fluke

CALIBRATOR (Cont.) on the 11A AC range; 5720A 1 kHz to 5 kHz:

(950 ppm of output + 380 A) on the 11A AC range;

5 kHz to 10 kHz:

(3600 ppm of output + 750 A) on the 11A AC range;

Range: 0 to 100 M

Accuracy: 4-Wire:

Range () Accuracy (ppm) 0 50 1 110

1.9 110 10 27 19 27 100 12 190 12 1 k 10

1.9 k 10 10 k 10 19 k 10 100 k 13 190 k 13 1 M 23

1.9 M 24

10 M 46 19 M 55 100 M 120

2-Wire Adder: (m)

Range Im = Current produced by () Ohmmeter

0.1 Lead Res 1 Lead Res

0 2 + 4 V/Im 4 + 4 V/Im 1 2 + 4 V/Im 4 + 4 V/Im

1.9 2 + 4 V/Im 4 + 4 V/Im 10 2 + 4 V/Im 4 + 4 V/Im 19 2 + 4 V/Im 4 + 4 V/Im 100 2 + 4 V/Im 4 + 4 V/Im 190 2 + 4 V/Im 4 + 4 V/Im 1 k 10 15

1.9 k 10 15 10 k 50 60 19 k 100 120

Range: 0 to 3.5 VAC

Accuracy: Wideband Amplitude: (% of output + V) @ 30 Hz to 500 kHz, (5700A);

2.1.2 METER Range % V Fluke

CALIBRATOR (Cont.) 1.1 mV 0.8 2 5720A 3 mV 0.7 3 11 mV 0.7 8 33 mV 0.6 16 110 mV 0.6 40 330 mV 0.5 100

1.1 V 0.5 400

3.5 V 0.4 500

Range: 10 Hz to 30 MHz

Accuracy: Wideband Amplitude Flatness, 1 kHz Reference

10 to 30 Hz:

(0.3% of output) on the 1.1 mV range;

(0.3% of output) on the 3 mV range;

(0.3% of output) on the >3 mV range;

30 Hz to 120 kHz:

(0.1% of output) on the 1.1 mV range;

(0.1% of output) on the 3 mV range;

(0.1% of output) on the >3 mV range;

120 kHz to 2 MHz:

(0.2% of output + 3V) on the 1.1 mV range;

(0.1% of output + 3V) on the 3 mV range;

(0.1% of output + 3V) on the >3 mV range;

2 MHz to 10 MHz:

(0.4% of output + 3V) on the 1.1 mV range;

(0.3% of output + 3V) on the 3 mV range;

(0.2% of output + 3V) on the >3 mV range;

120 kHz to 2 MHz:

10 MHz to 20MHz:

(0.6% of output + 3V) on the 1.1 mV range;

(0.5% of output + 3V) on the 3 mV range;

(0.4% of output + 3V) on the >3 mV range;

2.1.2 METER 20 MHz to 30 MHz: Fluke

CALIBRATOR (Cont.) (1.5% of output + 15V) 5720A on the 1.1 mV range;

(1.5% of output + 3V) on the 3 mV range;

(1% of output + 3V) on the >3 mV range;

2 to 10 MHz:

(0.4% of output + 3 µV) on the 1.1 mV AC range;

(0.3% of output + 3 µV) on the 3 mV AC range;

(0.2% of output + 3 µV) on the 11 mV thru 3.5 VAC ranges

Range: 10 Hz to 30 MHz

Accuracy: Wideband Amplitude Flatness, 1 kHz Reference

10 to 20 MHz:

(0.6% of output + 3 µV) on the 1.1 mV AC range;

(0.5% of output + 3 µV) on the 3 mV AC range;

(0.4% of output + 3 µV) on the 11 mV thru 3.5 VAC ranges

20 to 30 MHz:

(10.5% of output + 15 µV) on the 1.1 mV AC range;

(10.5% of output + 3 µV) on the 3 mV AC range;

(1% of output + 3 µV) on the 11 mV thru 3.5 VAC ranges

*Maximum range capability is determined by 2.2 X 107/V or Hz being used.

2.1.3 OSCILLOSCOPE DCVoltage Fluke

CALIBRATOR Range: 1 mV to 200 VDC 9500B/3200PT into 1 MΩ; 1 mV to 5 VDC into 50 Ω

Accuracy: (0.025% of setting + 25 μV)

Squarewave Voltage Range: 10 Hz to 100 kHz; 40 μV to 200 Vp-p into 1 MΩ, 40 μV to 5 Vp-p into 50 Ω

Accuracy: (<10 kHz) *1

2.1.3 OSCILLOSCOPE <1 mV p-p, Fluke

CALIBRATOR(Cont.) (1.0% of output + 10 V p-p); 9500B/3200PT 1 mV p-p, (0.1% of output + 10 V p-p)

Leveled Sine with 9530 head Range: 100 mHz to 10 MHz, 5 mV p-p to 5 V p-p

Accuracy: (all % are of output) 100 mHz to <50 kHz, [2% (Voltage Uncertainty of Active Head) + 1.5% (Flatness relative to 50 kHz to 10 MHz)];

50 kHz to 10 MHz, 1.5% *2

Time Mark Function Range: (at 100, 250, 500 mV p-p and 1 V p-p symmetrical about ground) Square/Sine:

Sine: 450.5 ps to 9.009 ns for 9500B/1100 or 9500B/3200;

909.1 ps to 9.009 ns for 9500B/600;

Square: 9.0091 ns to 55.000 s at 100, 250 and 500 mV p-p and 1 V p-p

Pulse:

900.91 ns to 55.000 s at 100, 250 and 500 mV p-p and 1 V p-p

Triangle:

900.91 ns to 55.000 s at 100, 250 and 500 mV p-p and 1 V p-p

Accuracy: 0.25 ppm

*1 Due to lack of standards, the TI Squarewave Voltage is not calibrated below 5 mV p-p. Annotate and attach a Limited Certification Label accordingly

*2 The 9500B has an absolute specification from 50 kHz to 10 MHz of 1.5% of setting. Below 50 kHz, the Active Head adds the flatness error of 2% for a total specification of 3.5% of setting.

2.1.4 MEASURING Reference Oscillator Hewlett-Packard

RECEIVER Range: 10 MHz 8902A

SYSTEM

LO AND MIXER Accuracy: (Std) Accuracy: 6.0 X 10-6; *1 Aging/month: <1.0 X 10-6;

(Opt 002) Accuracy: 1.8 X 10-7; *1 Aging/day: <1.0 X 10-9

2.1.4 MEASURING Display Hewlett-Packard

RECEIVER Range: 150 kHz to 1300 MHz 8902A

SYSTEM

LO AND MIXER (Cont.) Accuracy:

(reference oscillator accuracy + 3counts of LSD) @ f<100 MHz; *2 (reference oscillator accuracy (+3 counts of LSD or 30 Hz, whichever is larger)) @ f>100 MHz

Frequency Counter Range: 150 kHz to 1300 MHz Sensitivity Accuracy:

12 mV rms, 150 kHz to <650 MHz;

22 mV rms, 650 to <1300 MHz

Amplitude Modulation Depth Range: to 99% depth (Std and Opt H15 and G18) 20 Hz to 10 kHz for 150 kHz to 10 MHz carrier;

20 Hz to 100 kHz for 10 to 1300 MHz carrier

(PATEC)

20 Hz to 10 kHz for 150 kHz to 10 MHz carrier;

20 Hz to 20 kHz for 10 to 1300 MHz carrier

Accuracy:

AM ACCURACY FREQUENCY

(1 digit) RANGE RATES DEPTH

(Std) 2% of reading 150 kHz to 10 MHz 50 Hz to 10 kHz 5% to 99% 3% of reading 150 kHz to 10 MHz 20 Hz to 10 kHz to 99% 1% of reading 10 to 1300 MHz 50 Hz to 50 kHz 5% to 99% 3% of reading 10 to 1300 MHz 20 Hz to 100 kHz to 99%

(PATEC)

2% of reading 150 kHz to 10 MHz 50 Hz to 10 kHz 5% to 99% 3% of reading 150 kHz to 10 MHz 20 Hz to 10 kHz to 99% 1% of reading 10 to 1300 MHz 50 Hz to 20 kHz 5% to 99% 3% of reading 10 to 1300 MHz 20 Hz to 20 kHz to 99%

(Opt H15 and G18) 1.75% of reading 150 kHz to 10 MHz 50 Hz to 10 kHz 5% to 99% 3% of reading 150 kHz to 10 MHz 20 Hz to 10 kHz to 99% 3% of reading 10 to 1300 MHz 20 Hz to 100 kHz to 99% 0.75% of reading 10 to 1300 MHz 50 Hz to 50 kHz 5% to 99% 0.4% of reading 108 to 112 MHz 90 Hz 5% to 40% 0.4% of reading 108 to 112 MHz 150 Hz 5% to 40%

0.4% of reading 332 to 335 MHz 90 Hz 5% to 40% 0.4% of reading 332 to 335 MHz 150 Hz 5% to 40% 0.45% of reading 332 to 335 MHz 90 Hz 41% to 80% 0.45% of reading 332 to 335 MHz 150 Hz 41% to 80%

2.1.4 MEASURING AM Flatness Hewlett-Packard

RECEIVER Range: 8902A SYSTEM (Std and Opt H15 and G18) LO AND MIXER (Cont.) 10 to 1300 MHz carrier, 90 Hz to 10 kHz rates, 20 to 80% depth

(PATEC)

250 kHz to 10 MHz carrier, 400 Hz and 1 kHz rates, 20 to 80% depth;

10 to 1300 MHz carrier, 90 Hz to 10 kHz rates, 20 to 80% depth

Accuracy:

0.3% of reading 1 digit

AM Demodulated Output Distortion:

Range: Range: (Std and Opt H15 and G18) 95% depth

Accuracy:

<0.3% THD for 50% depth;

<0.6% THD for 95% depth

Range: (PATEC) <95% depth

Accuracy: <1% THD

FM Rejection Range: 250 kHz to 1300 MHz at 50 Hz to 3 kHz BW

Accuracy:

(Std and Opt H15 and G18) <0.2% AM, 250 kHz to 10 MHz carrier:

<5 kHz peak deviation at 400 Hz or 1 kHz rate;

<0.2% AM, 10 to 1300 MHz carrier:

<50 kHz peak deviation at 400 Hz or 1 kHz rate

(PATEC)

<0.2% AM, 250 kHz to 1300 MHz carrier:

<5 kHz peak deviation at 400 Hz or 1 kHz rate

Residual AM Range: 50 Hz to 3 kHz BW

Accuracy: <0.01% rms

FM Maximum Peak Deviation Range: 40 kHz peak maximum, 150 kHz to 10 MHz carrier;

2.1.4 MEASURING 400 kHz peak maximum, Hewlett-Packard

RECEIVER 10 to 1300 MHz carrier; 8902A SYSTEM 40 kHz peak maximum, LO AND MIXER (Cont.) 10 to 1300 MHz carrier, 750 s de-emphasis

Accuracy:

FM ACCURACY FREQUENCY PEAK

(1 digit) RANGE RATES DEVIATION

(Std) 2% of reading 250 kHz to 10 MHz 20 Hz to 10 kHz 40 kHz 1% of reading 10 to 1300 MHz 50 Hz to 100 kHz 400 kHz 5% of reading 10 to 1300 MHz 20 Hz to 200 kHz 400 kHz

(PATEC)

2% of reading 250 kHz to 10 MHz 20 Hz to 10 kHz 40 kHz 1% of reading 10 to 1300 MHz 50 Hz to 20 kHz 400 kHz 5% of reading 10 to 1300 MHz 20 Hz to 20 kHz 400 kHz

(Opt H15 and G18) 2% of reading 250 kHz to 10 MHz 20 Hz to 10 kHz 40 kHz 1.75% of reading 250 kHz to 10 MHz 50 Hz to 10 kHz 40 kHz 0.75% of reading 10 to 1300 MHz 50 Hz to 100 kHz 400 kHz 5% of reading 10 to 1300 MHz 20 Hz to 200 kHz 400 kHz

Demodulated Output Distortion

FREQUENCY

THD RANGE RATES DEVIATION

(Std) <0.1% 400 kHz to 10 MHz 20 Hz to 10 kHz <10 kHz <0.1% 10 to 1300 MHz 20 Hz to 100 kHz <100 kHz

(PATEC)

<0.1% 400 kHz to 10 MHz 20 Hz to 10 kHz <10 kHz <0.1% 10 to 1300 MHz 50 Hz to 20 kHz <100 kHz

Demodulated Output Distortion (Opt H15 and G18)

Frequency THD Range Rates Deviation

<0.1% 400 kHz to 10 MHz 20 Hz to 10 kHz <10 kHz <0.1% 10 to 1300 MHz 20 Hz to 100 kHz <100 kHz <0.25% 400 kHz to 10 MHz 50 Hz to 10 kHz <40 kHz <0.25% 10 to 1300 MHz 50 Hz to 100 kHz <400 kHz

AM Rejection Range: 150 kHz to 1300 MHz

Accuracy: <2.0 Hz peak deviation for Hewlett-Packard

2.1.4 MEASURING 50% AM depth at 1 kHz or 400 Hz rates; Hewlett-Packard RECEIVER 50 Hz to 3 kHz BW 8902A

SYSTEM

LO AND MIXER (Cont.) Residual FM Range: 50 Hz to 3 kHz BW Accuracy: <8 Hz rms at 1300 MHz decreasing linearly with frequency to <1 Hz rms for 100 MHz

Phase Modulation Range: 200 Hz to 10 kHz for 150 kHz to <10MHz carrier;

200 Hz to 29 kHz for 10 to 1300 MHz carrier

Accuracy:

Frequency Range PM Accuracy (1 digit)

(Std and PATEC) 150 kHz to 10 MHz Carrier 4% of reading 10 to 1300 MHz Carrier 3% of reading

(Opt H15 and G18) 150 kHz to 10 MHz Carrier 3.5% of reading 10 to 1300 MHz Carrier 2.75% of reading

Demodulated Output Distortion Accuracy: (Std and PATEC) 0.1% THD

(Opt H15 and G18) 0.25% THD

AM Rejection Range: 150 kHz to 1300 MHz

Accuracy:

(Std and Opt H15 and G18) <0.03 radians peak for 1 kHz rate at 50% AM depth; 50 Hz to 3 kHz BW

(PATEC)

<0.03 radians peak for 1 kHz and 400 Hz rate at 50% AM depth;

50 Hz to 3 kHz BW

RF Power Reference Output Range: 1 mW at 50 MHz

Accuracy: 1.2%

RF Range Linearity *3 Range: 10W to 1 W

Accuracy:

0.03 dB, RF Range 1;

0.02 dB, RF Ranges 2 to 5 Hewlett-Packard

2.1.4 MEASURING Hewlett-Packard

RECEIVER RF Range-to-Range Change Error *3 8902A SYSTEM Range: 10 W to 1 W LO AND MIXER (Cont.)

Accuracy: 0.02 dB/RF Range Change from Reference Range

Zero Set Range: 10 W to 1 W

Accuracy:

0.5% of full scale 1 count

Tuned RF Level (Opt H15 and G18) IF Synchronous Detector - 200 Hz BW

Detector Range Linearity IF Range- Digit Noise (dBm) Frequency Error Range Error Error Error

0 to -110 2.5 to 10 MHz (0.02 dB +0.02 dB/IF Range +1 digit + Noise Error)

-110 to -127 2.5 to 10 MHz (0.02 dB +0.05 dB/IF Range +1 digit + Noise Error)

0 to -80 10 to 1300 MHz (0.02 dB +0.01 dB/IF Range +1 digit + Noise Error)

-80 to -110 10 to 1300 MHz (0.02 dB +0.02 dB/IF Range +1 digit + Noise Error)

-110 to -127 10 to 1300 MHz (0.02 dB +0.05 dB/IF Range +1 digit + Noise Error)

(Opt H15 and G18) IF Average Detector - 30 kHz BW Detector Range Linearity IF Range- Digit Noise (dBm) Frequency Error Range Error Error Error

0 to -85 2.5 to 1300 MHz (0.04 dB +0.02 dB/IF Range +1 digit + Noise Error)

-85 to -100 2.5 to 1300 MHz (0.04 dB +0.05 dB/IF Range +1 digit + Noise Error)

(PATEC and TFCU) IF Synchronous Detector - 200 Hz BW Detector Range Linearity IF Range- Digit Noise (dBm) Frequency Error Range Error Error Error 0 to -127 10 to 1300 MHz (0.02 dB 0.02 dB/IF Range +1 digit + Noise Error)

(PATEC and TFCU) IF Average Detector - 30 kHz BW

2.1.4 MEASURING Hewlett-Packard

RECEIVER 8902A

SYSTEM

LO AND MIXER (Cont.) Detector Range Linearity IF Range- Digit Noise

(dBm) Frequency Error Range Error Error Error 0 to -85 2.5 to 1300 MHz (0.04 dB +0.02 dB/IF Range +1 digit + Noise Error)

-85 to -100 2.5 to 1300 MHz (0.04 dB +0.05 dB/IF Range +1 digit + Noise Error)

(Std) IF Synchronous Detector - 200 Hz BW Detector Range Linearity IF Range- Digit Noise (dBm) Frequency Error Range Error Error Error 0 to -110 2.5 to 1300 MHz (0.02 dB +0.02 dB/IF Range +1 digit + Noise Error)

-110 to -127 2.5 to 1300 MHz (0.02 dB +0.05 dB/IF Range +1 digit + Noise Error)

(Std) IF Average Detector - 30 kHz BW Detector Range Linearity IF Range- Digit Noise (dBm) Frequency Error Range Error Error Error 0 to -85 2.5 to 1300 MHz (0.04 dB +0.02 dB/IF Range +1 digit + Noise Error)

-85 to -100 2.5 to 1300 MHz (0.04 dB +0.05 dB/IF Range +1 digit + Noise Error) Noise Error <0.18 dB for levels <-120 dBm or <0.18 dB for levels <-110 dBm when using SP1.9

(Opt 050) IF Synchronous Detector - 200 Hz BW Detector Range Linearity IF Range- Digit Noise (dBm) Frequency Error Range Error Error Error 0 to -100.000 30 MHz (0.015 dB +0.010 dB/10 dB +1 digit + Noise Error)

-100.001 to -127 (0.015 dB +0.050 dB/10 dB +1 digit + Noise Error)

Audio RMS Level Range: 50 Hz to 40 kHz,

0.1 to 3 V rms

Accuracy: 4%

Audio Frequency Counter Range: 20 Hz to 250 kHz Accuracy:

reference 3 digits >1 kHz;

reference 0.02 Hz <1 kHz

2.1.4 MEASURING Audio Distortion Hewlett-Packard

RECEIVER Range: 400 and 1000 Hz, 0.1 to 3 V rms, 8902A SYSTEM 20 Hz to 50 kHz BW LO AND MIXER (Cont.)

Accuracy:

Frequency: 5%;

Residual Noise: <0.3% (-50.4 dB);

Distortion: 1 dB of rdg;

Sensitivity: 0.1 to 3 V rms, external

Audio Filters 50 Hz High-Pass (2 Pole) Flatness:

<1% at rates 200 Hz;

300 Hz High-Pass (2 Pole) Flatness:

<1% at rates 1 kHz;

3 kHz Low-Pass (5 Pole) Flatness:

<1% at rates 1 kHz;

15 kHz Low-Pass (5 Pole) Flatness:

<1% at rates 10 kHz;

>20 kHz Low-Pass Flatness:

<1% at rates 10 kHz (9 Pole Bessel);

De-emphasis Filters (Low-Pass, 1 Pole) 25 s, 50 s, 75 s, and 750 s nominal

Wide Filter (Opt 032 and 037) Filter Shape (12.5 kHz):

Loss at First Minimum >-2 dB;

6 dB Bandwidth, 6.4 to 10.4 kHz

Loss at 1.6 kHz Below Lower 6 dB Corner, <-30 dB;

6 dB Corner, <-80 dB;

Loss at 12 kHz Above Lower 6 dB Corner, <-30 dB;

Loss at 15 kHz Above Lower 6 dB Corner, <-80 dB

Wide Filter (Opt 032 and 033 or 033 and 037) Filter Shape (25 kHz):

Loss at First Minimum, >-2 dB;

6 dB Bandwidth, 12.4 to 16.9 kHz

Loss at 1.6 kHz Below Lower 6 dB Corner, <-30 dB;

Loss at 4.6 kHz Below Lower 6 dB Corner, <-80 dB;

Loss at 18.5 kHz Above Lower 6 dB Corner, <-30 dB;

Loss at 21.5 kHz Above Lower 6 dB Corner, <-80 dB

Narrow Filter (Opt 032 and 033 or 032 and 035) Filter Shape (12.5 kHz):

Loss at First Minimum, >-2 dB;

6 dB Bandwidth, 6.4 to 10.4 kHz

2.1.4 MEASURING Loss at 1.6 kHz Below Lower Hewlett-Packard

RECEIVER 6 dB Corner, <-30 dB; 8902A SYSTEM Loss at 4.6 kHz Below Lower LO AND MIXER (Cont.) 6 dB Corner, <-80 dB;

Loss at 12 kHz Above Lower 6 dB Corner, <-30 dB;

Loss at 15 kHz Above Lower 6 dB Corner, <-80 dB

Narrow Filter (Opt 033 and 035) Filter Shape (25 kHz):

Loss at First Minimum, >-2 dB;

6 dB Bandwidth, 12.4 to 16.9 kHz

Loss at 1.6 kHz Below Lower 6 dB Corner, <-30 dB;

Loss at 4.6 kHz Below Lower 6 dB Corner, <-80 dB;

Loss at 18.5 kHz Above Lower 6 dB Corner, <-30 dB;

Loss at 21.5 kHz Above Lower 6 dB Corner, <-80 dB

High-Selectivity Gain (Opt 030 Series) Frequency Range: 10 to 1300 MHz;

Carrier Power Range:

+30 to -20 dBm, 12.5, 25, and 30 kHz Filters;

+30 to -10 dBm, Carrier Noise Filter

Relative Accuracy:

Levels 95 dBc, 12.5, 25, and 30 kHz Filters: 0.5 dB;

Levels 129 dBc, Carrier Noise Filter: 0.5 dB

*1 The accuracy is the manufacturers calculated specification after six months. The accuracy specification is found by multiplying the longest term aging rate by the appropriate time interval to obtain six months. If the aging rate has a per year aging rate, that value has been used as the limits.

*2 The Frequency Counter accuracy is based upon a 1 Hz resolution. With an input frequency below

10.1 MHz, the TI will display a resolution of 0.1 Hz.

*3 Using recorder Output. Using front-panel display add 1 count of LSD to accuracy.

2.1.5 MEASURING Reference Frequency Agilent

RECEIVER Range: 10 MHz N5530SE26

SYSTEM

Accuracy: +/- (time since last adjustment X aging rate) + temperature stability + calibration accuracy*1 Aging/year: +/- 1 X 10-7

Settability: +/- 2 X 10-9

Temperature Stability: +/- 1 X 10-8 (20 to 30°C)

Achievable Initial Calibration Accuracy: *2 +/-7 X 10-8

2.1.5 MEASURING Readout Frequency Agilent

RECEIVER Range: 3 Hz to 50 GHz N5530SE26 SYSTEM (Cont.)

Accuracy: +/- (marker frequency X frequency reference accuracy) + (0.25% X span) + 5% of RBW *3 + 2Hz + (0.5 X horizontal resolution *4)

Counter Frequency*5 Range: 3 Hz to 50 GHz Resolution: 0.001 Hz

Count Accuracy: +/- (marker frequency X frequency reference accuracy) + 0.100 Hz Delta Count Accuracy: +/- (delta frequency X frequency reference accuracy) + 0.141 Hz

Frequency Span Range: 0Hz (zero span), 10Hz to 50GHz Resolution: 2Hz

Accuracy: (swept) +/- (0.2% X span) + horizontal resolution*4

Resolution Bandwidth Range: 1Hz to 8MHz

Power Bandwidth Accuracy:

1Hz to 51kHz and 110 to 240kHz at all CF, +/- 0.5% (0.022dB) 56 to 100kHz at all CF, +/- 1.0% (0.044 dB) 270kHz to 1.1MHz at CF <=3 GHz, +/- 1.5% (0.066dB)

Resolution Bandwidth Switching Uncertainty Range: Relative to 30kHz Bandwidth, 1Hz to 8MHz*8

Accuracy: +/- 0.03dB, 1Hz to 1MHz RBW +/- 0.05dB, 1.1 to 3MHz RBW +/- 1.0dB, 4,5,6 and 8MHz RBW

Noise Sidebands Range: CF = 1GHz, 20 to 30°C, Best Case Optimization*7

Accuracy: 100Hz, for -91dBc/Hz offset 1kHz, for -103dBc/Hz offset 10kHz, for -116dBc/Hz offset 30kHz, for -116dBc/Hz offset 100kHz, for -122dBc/Hz offset 1MHz, for -145dBc/Hz offset 6MHz, for -154dBc/Hz offset 10MHz, for -156dBc/Hz offset

Displayed Average Noise Level Range: 3Hz to 50GHz

Amp Off/Preselector On Accuracy: *9

Input terminated, normalized to 10dB attenuation Sample or average detector and average type = Log:

3Hz to 1kHz, -110dBm

1 to 10kHz, -130dBm

2.1.5 MEASURING (Zero span and Swept, Agilent

RECEIVER normalized to 1Hz RBW, 20 to 30°C) N5530SE26 SYSTEM (Cont.) 10 to 100kHz, -137dBm 100kHz to 1MHz, -145dBm 1 to 10MHz, -150dBm 10MHz to 1.2GHz, -152dBm 1.2GHz to 2.1GHz, -150dBm

2.1 to 3GHz, -149dBm 3 to 6.6GHz, -150dBm

6.6 to 13.2GHz, -144dBm

13.2 to 19GHz, -141dBm 19 to 22.5GHz, -141dBm

22.5 to 26.8GHz, -136dBm

26.8 to 31.5GHz, -139dBm

31.5 to 35GHz, -131dBm 35 to 38GHz, -125dBm 38 to 41GHz, -127dBm 41 to 44GHz, -127dBm 44 to 45GHz, -124dBm 45 to 49GHz, -124dBm 49 to 50GHz, -124dBm

Amp Off/Preselector Off: Accuracy: *9

Input terminated, normalized to 10dB attenuation Sample or average detector and average type = Log:

3 to 6.6GHz, -145dBm

6.6 to 13.2GHz, -145dBm

13.2 to 19GHz, -144dBm 19 to 22.5GHz, -134dBm

22.5 to 26.8GHz, -130dBm

26.8 to 31.5GHz, -136dBm

31.5 to 35GHz, -125dBm 35 to 38GHz, -125dBm 38 to 41GHz, -120dBm 41 to 44GHz, -120dBm 44 to 45GHz, -113dBm 45 to 49GHz, -113dBm 49 to 50GHz, -113dBm

Amp On/Preselector On: Accuracy: *9

Sample or average detector and average type = Log:

100 to 500kHz, -158dBm 500kHz to 1MHz, -161dBm 1 to 10MHz, -167dBm 10 to 50MHz, -148dBm 50 to 500MHz, -153dBm 500MHz to 1.2GHz, -165dBm

1.2 to 2.1GHz, -165dBm

2.1 to 3GHz, -165dBm 3 to 6.6GHz, -165dBm

6.6 to 13.2GHz, -162dBm

2.1.5 MEASURING 13.2 to 19GHz, -161dBm Agilent

RECEIVER 19 to 22.5GHz, -161dBm N5530SE26 SYSTEM (Cont.) 22.5 to 26.8GHz, -155dBm

26.8 to 31.5GHz, -157dBm

31.5 to 35GHz, -152dBm 35 to 38GHz, -146dBm 38 to 41GHz, -146dBm 41 to 44GHz, -146dBm 44 to 45GHz, -143dBm 45 to 49GHz, -143dBm 49 to 50GHz, -140dBm

Amp On/Preselector Off: Accuracy: *9

Sample or average detector and average type = Log:

3 to 6.6GHz, -159dBm

6.6 to 13.2GHz, -157dBm

13.2 to 19GHz, -155dBm 19 to 22.5GHz, -146dBm

22.5 to 26.8GHz, -142dBm

26.8 to 31.5GHz, -142dBm

31.5 to 35GHz, -132dBm 35 to 38GHz, -132dBm 38 to 41GHz, -132dBm 41 to 44GHz, -123dBm 44 to 45GHz, -123dBm 45 to 49GHz, -112dBm 49 to 50GHz, -112dBm

Frequency Response Amp Off/Preselector On Range: 3Hz to 50GHz (10dB attenuation, 20 to 30°C)

Amp Off/Preselector On Accuracy:

(Maximum error relative to 50MHz) *10

3Hz to 3GHz, 0.38dB 3 to 6.6GHz, 1.50dB

6.6 to 22GHz, 2dB 22 to 26.8GHz, 2.5dB

26.8 to 31.15GHz, 1.75dB

31.15 to 50GHz, 2.5dB

Amp On/Preselector On Range: 100kHz to 50GHz (0dB attenuation, 20 to 30°C)

Amp On/Preselector On Accuracy:

(Maximum error relative to 50MHz) *10

10MHz to 3GHz, 1.3dB 3 to 6.6GHz, 2.50dB

6.6 to 13.2GHz, 2.50dB

13.2 to 19GHz, 3dB 19 to 26.8GHz, 4dB

26.8 to 31.15GHz, 3dB

31.15 to 50GHz, 3.5dB

2.1.5 MEASURING Amp Off/Preselector Off Range: 50MHz to 3GHz Agilent RECEIVER (20, 30, 40dB attenuation, 20 to 30°C) N5530SE26 SYSTEM (Cont.)

Amp Off/Preselector Off Accuracy:

(Maximum error relative to 50MHz) *10

Attenuator set to 20dB:

10MHz to 2.2GHz, 0.53dB

2.2 to 3GHz, 0.69dB

Attenuator set to 30dB:

10MHz to 2.2GHz, 0.53dB

2.2 to 3GHz, 0.69dB

Attenuator set to 40dB:

10MHz to 2.2GHz, 0.53dB

2.2 to 3GHz, 0.69dB

Input Attenuation Switching Uncertainty Range: 0 to 70dB at 50MHz, referenced to 10dB attenuation

Input Attenuation Switching Uncertainty Accuracy:

12 to 40dB, 0.14dB All other settings, 2dB settings, 0.18dB 0dB setting, 0.20dB

Absolute Amplitude (Amp off) Range: Input level from -50 to -10dBm at 50MHZ (20 to 30°C)

(Amp off) Accuracy: 0.4dB*11

(Amp On) Range: Input level from -80 to -40dBm at 50MHZ (20 to 30°C)

(Amp On) Accuracy: 0.24dB*11

Reference Level Range: -170 to +30dBm

Accuracy: 0dB *12 *13

Display Scale Switching Uncertainty Range: N/A*13

Accuracy: Linear to Log and Log Scale Switching, 0dB *13

Display Scale Fidelity Range: N/A*14

Accuracy: Log and Linear Fidelity (relative to the reference condition of -25dBm input through the 10dB attenuator, or -35dBm at the input mixer)*15*16 -20dBm input mixer leve*17, 0.07dB linearity -10dBm input mixer level*17, 0.13dB linearity

2.1.5 MEASURING Third Order Intermodulation Distortion (TOI) Agilent RECEIVER Range: 10MHz to 26.5GHz N5530SE26 SYSTEM (Cont.)

Accuracy:

(All specifications are for two -30dBm signals at the input mixer and > 15kHz separation) 10 to 100MHz, <-90dBc*18 (+15dBm TOI*19) 100 to 400MHz, <-92dBc*18 (+16dBm TOI*19) 400MHz to 1.7GHz, <-94dBc*18 (+17dBm TOI*19)

1.7 to 3GHz, <-96dBc*18 (+18dBm TOI*19) 3 to 6GHz, <-92dBc*18 (+16dBm TOI*19) 6 to 26.5GHz, <-84dBc*18 (+12dBm TOI*19)

Second Harmonic Distortion Range: 10MHz to 13.25GHz

Accuracy:

10 to 460MHz, <-82dBc (+42dBm SHI*20) for -40dBm signal at input mixer*17 460MHz to 1.18GHz, <-92dBc (+52dBm SHI*20) for -40dBm signal at input mixer*17

1.18 to 1.5GHz, <-82dBc (+42dBm SHI*20) for -40dBm signal at input mixer*17

1.5 to 2GHz, <-90dBc (+80dBm SHI*20) for -10dBm signal at input mixer*17

2 to 3.25GHz, <-94dBc (+84dBm SHI*20) for -10dBm signal at input mixer*17

3.25 to 13.25GHz, <-96dBc (+86dBm SHI*20) for -10dBm signal at input mixer*17

Other Input Related and General Spurious Responses Range: Image Responses: 10MHz to 50GHz

Accuracy:

10MHz 26.8GHz, <-80dBc with -10dBm mixer level*8*17

26.8 to 50GHz, <-60dBc with -30dBm mixer level*8*17

Range: Multiple and Out of Band Responses: 10MHz to 50GHz

Accuracy:

10MHz 26.8GHz, <-80dBc with -10dBm mixer level*8*17

26.8 to 50GHz, <-55dBc with -30dBm mixer level*8*17

Range: General Spurious Responses: 10MHz to 50GHz

Accuracy:

f<10MHz from carrier at -40dBm mixer level*17, <(-73 + 20LogN*21)dBc*8 f>10MHz from carrier at -40dBm mixer level*17, <(-80 + 20LogN*21)dBc*8

Residual Response Range: 200kHz to 6.6GHz

2.1.5 MEASURING Accuracy: Agilent

RECEIVER <-100dBm*22 N5530SE26

SYSTEM (Cont.)

Audio Amplitude Accuracy Range: 20Hz to 250kHz

Accuracy:

1% of reading(0.086dB) at input signals 0.1 to 3V rms

Audio Distortion Range: 20Hz to 250kHz

Accuracy:

<0.3% (-50.5dB) THD*8 with the 50Hz HP filter applied

RF Power Meter Power Reference Output Range: 1mW at 50MHz

Accuracy:

1.2% of output (0.05dB), at 0 to 55°C)

RF Power Meter Linearity Range: -35 to +20dBm

Accuracy:

Instrumentation Linearity: 0.8% of ind

RF Power Meter Sensor Modules (N5532A-504) Frequency Range: 100kHz to 4.2GHz

(N5532A-504) Cal Factor Uncertainty: (all % are of charted value) 2.5%, 100 to 200kHz 2.4%, 200 to 300kHz

2.1%, 300kHz to 1MHz 2.0%, 1 to 10MHz 2.7%, 10 to 50MHz 2.5%, 50MHz to 2GHz 2.6%, 2 to 4.2GHz

(N5532A-504) Sensor Linearity:

3%, +20 to +30dBm < 3%, <+20dBm

(N5532A-504) VSWR:

<1.10:1, 100kHz to 2GHz <1.28:1, 2 to 4.2GHz

(N5532A-518) Frequency Range: 10MHz to 18GHz

(N5532A-518) Cal Factor Uncertainty: (all % are of charted value) 2.8%, 10 to 50MHz 2.5%, 50MHz to 8GHz

3.0%, 8 to 12GHz 3.3%, 12 to 18GHz

2.1.5 MEASURING (N5532A-518) Sensor Linearity: Agilent

RECEIVER 3%, +20 to +30dBm N5530SE26 SYSTEM (Cont.) < 3%, <+20dBm

(N5532A-518) VSWR:

<1.10:1, 10MHz to 2GHz <1.28:1, 2 to 18GHz

(N5532A-526) Frequency Range: 30MHz to 26.5GHz

(N5532A-526) Cal Factor Uncertainty: (all % are of charted value) 3.4%, 50 to 100MHz 3.3%, 100MHz to 2GHz

3.4%, 2 to 8GHz 3.8%, 8 to 12GHz 4.1%, 12 to 18GHz 4.4%, 18 to 26.5GHz

(N5532A-526) Sensor Linearity:

3%, +20 to +30dBm < 3%, <+20dBm

(N5532A-526) VSWR:

<1.10:1, 30MHz to 2GHz <1.28:1, 2 to 18GH <1.40:1, 18 to 26.5GHz

(N5532A-550) Frequency Range: 50MHz to 50GHz*8

(N5532A-550) Cal Factor Uncertainty: (all % are of charted value) 2.6%, 50MHz to 4GHz 2.8%, 4 to 8GHz

3.5%, 8 to 12GHz 3.8%, 12 to 18GHz 5.2%, 18 to 26.5GHz 5.0%, 26.5 to 40GHz

(N5532A-550) Sensor Linearity:

3%, +20 to +30dBm < 3%, <+20dBm

(N5532A-550) VSWR:

<1.10:1, 30MHz to 2GHz <1.28:1, 2 to 18GH <1.40:1, 18 to 26.5GHz <1.55:1, 26.5 to 33GHz <1.70:1, 33 to 40GHz <1.75:1, 40 to 50GHz

*1 Calibration accuracy depends on how accurately the TI Timebase was adjusted to nominal. Calibration accuracy = Acheivable Initial Calibration Accuracy.

*2 Accuracy at the beginning of the calibration cycle.

*3 Warranted performance is only the sum of all errors under autocoupled conditions.

2.1.5 MEASURING Agilent

RECEIVER N5530SE26

SYSTEM (Cont.)

*4 Horizontal resolution is due to the marker reading out one of the trace points. The points are spaced by span/(Npts-1), where Npts is the number of sweep points. For example, with the factory preset value of 601 sweep points, the horizontal resolution is span/600, with an exception. The exception is that when both the detector mode is normal and spans >0.25 X (Npts-1) X RBW, peaks can occur only in even numbered points, so the effective horizontal resolution becomes doubled, or span/300 in factory preset case. When the RBW is autocoupled and there are 601 sweep points, this exception occurs only for spans >450 MHz.

*5 Instrument conditions: RBW = 1 kHz, gate time = auto (100 ms), S/N 50 dB, Frequency = 1 GHz.

*6 RBW switching is specified and tested in the reference condition: -25 dBm signal input and 10 dB attenuation. At higher input levels, changing RBW may cause a larger change in result than specified, because the Display Scale Fidelity can be slightly different for different RBWs. These RBW differences in scale fidelity are nominally within 0.01 dB in all RBWs even for signals as large as -10 dBm at the input mixer.

*7 Offsets at 30 kHz measured with phase noise optimization set to Optimize L (f) for f <50 kHz. For offsets of 100 kHz the optimization is set for f >50 kHz.

*8 See step 3.9.

*9 Displayed Average Noise Level (DANL) is tested at 1 kHz RBW and normalized to the narrowest RBW (1 Hz RBW). Because 1) The narrowest RBWs of 1.0 to 1.8 Hz are not useful at levels <-110 dBm and

2) DANL is measured with 10 dB of input attenuation and normalized to 0 dB input attenuation to be congruent with the TOI allowing accurate dynamic range estimation for the TI.

*10 Specifications for frequencies >3 GHz apply for sweep rates <100 MHz/ms.

*11 This specification is the total for all amplitude measurement errors and applies over the following subset of settings and conditions: 10 Hz RBW 1 MHz; Input signal -50 to -10 dBm; Input Attenuation 10 dB; Span <5 MHz (nominal additional error for Span 5 MHz is 0.02 dB); all settings autocoupled except Auto Swp Time = Accy; combinations of low signal level and wide RBW use VBW 30 kHz to reduce noise. This specification includes the sum of the following individual specifications under the aforementioned conditions: Scale Fidelity, Reference Level Accuracy, Display Scale Switching Uncertainty, Resolution Bandwidth Switching Uncertainty, 50 MHz Amplitude Reference Accuracy and the accuracy with which the TI aligns the internal gains to the 50 MHz Amplitude Reference.

*12 Due to the Digital Amplifier instead of a traditional Logarithmic Amplifier, Reference Level becomes a function of a display as opposed to a measurement function. This allows the TI to make marker measurements accurately that are off, either above or below the TI screen. The only exception to the independence of the Reference Level and the way in which the measurement is performed is in the input attenuator setting: When the input attenuator is set to auto, the rules for the determination of the input attenuation include dependence on the Reference Level. Because the input attenuation setting controls the tradeoff between large signal behaviors (TOI, compression, display scale fidelity and noise), the measurement results can change with Reference Level changes when the input attenuation is set to auto.

*13 Affects only the display, not the measurement, it causes no additional error in measurement results from trace data or markers.

*14 With a digital IF, the Range and Accuracy are independent of each other, the Range is N/A (the Accuracy is still the same even if an external mixer is used above the range of the TI).

*15 Display Scale Fidelity and RBW switching uncertainty interact slightly. See Footnote *6. RBW switching applies at only one level on the scale fidelity curve, but scale fidelity applies for all RBWs.

2.1.5 MEASURING Agilent

RECEIVER N5530SE26

SYSTEM (Cont.)

*16 Scale Fidelity is warranted with ADC dither turned on. Turning on ADC dither nominally increases the DANL. The nominal increase is highest with the preamp off in the lowest DANL frequency range under 1.2 GHz, where the nominal increase is 2.5 dB. Other ranges and the preamp-on case will show lower increases in DANL. Turning off ADC dither nominally degrades low level (signals below -60 dBm at the mixer input) scale fidelity by 0.2 dB.

*17 Mixer level = Input level - Input Attenuator.

*18 Distortion is computed from TOI.

*19 TOI is given by the mixer tone level (in dBm) - (distortion/2) where distortion is the relative level of the distortion tones in dBc.

*20 SHI (Second Harmonic Intercept) is given by the mixer power in dBm - the second harmonic distortion evel relative to the mixer tone in dBc.

*21 N = LO Harmonic (See below):

Frequency Band Band LO Harmonic

3 Hz to 3.0 GHz 0 1-

2.85 to 6.6 GHz 1 1-

6.2 to 13.2 GHz 2 2-

12.8 to 19.2 GHz 3 4-

18.7 to 26.8 GHz 4 4-

26.4 to 31.15 GHz 5 4+

31.0 to 50.0 GHz 6 8-

*22 Input terminated, 0 dB attenuation.

2.1.6 POWER SENSOR #1 Frequency Range: Hewlett-Packard

10 MHz to 18 GHz 8481A

Power Range:

1µW to 100 mW

Calibration Factor Range: 85 to 100% Uncertainty: *1 2.8% of Charted Cal Factor, 10 to 50 MHz;

2.5% of Charted Cal Factor, 50 MHz to 8 GHz;

3.0% of Charted Cal Factor, 8 to 12 GHz;

3.3% of Charted Cal Factor, 12 to 18 GHz

Temperature Range:

0 to 55 C for all specifications

2.1.7 POWER SENSOR #2 Frequency Range: Hewlett-Packard

100 kHz to 4.2 GHz 8482A

Power Range:

1µW to 100 mW

Calibration Factor Range: 85 to 100%

Uncertainty: *1 2.5% of Charted Cal Factor, 100 to 200 kHz;

2.4% of Charted Cal Factor, 200 to 300 kHz;

2.1 of Charted Cal Factor, 300 kHz to 1 MHz;

2.0% of Charted Cal Factor, 1 to 10 MHz;

2.7% of Charted Cal Factor, 10 to 50 MHz;

2.5% of Charted Cal Factor, 50 MHz to 2 GHz;

2.6% of Charted Cal Factor, 2 to 4.2 GHz

Temperature Range:

0 to 55 C for all specifications

2.1.8 POWER SENSOR #3 Frequency Range: Hewlett-Packard

10 MHz to 18 GHz 8484A or 8481D

Power Range:

0.1nW to 10µW

Calibration Factor Range: 70 to 100% nominal

2.1.8 POWER Uncertainty: * Hewlett-Packard

SENSOR #3 (Cont.) ±4.8% of Charted Cal Factor, 8484A or 8481D 10 to 30 MHz;

±4.2% of Charted Cal Factor, 30 to 100 MHz;

±3.5% of Charted Cal Factor, 100 MHz to 4 GHz;

±4.2% of Charted Cal Factor, 4 to 6 GHz;

±5.0% of Charted Cal Factor, 6 to 10 GHz;

±5.4% of Charted Cal Factor, 10 to 12 GHz;

±8.0% of Charted Cal Factor, 12 to 18 GHz

Attenuation Range: 30 dB at 50 MHz

Accuracy: ±0.05 dB

Temperature Range:

0 to 55 C for all specifications

2.1.9 POWER SENSOR #4 Frequency Range: Hewlett-Packard

50 MHz to 26.5 GHz 8485A

Power Range:

1µW to 100 mW

Calibration Factor Range: 85 to 100%

Uncertainty: *1 3.4% of Charted Cal Factor, 50 to 100 MHz;

3.3% of Charted Cal Factor, 100 MHz to 2 GHz;

3.4% of Charted Cal Factor, 2 to 8 GHz;

3.8% of Charted Cal Factor, 8 to 12 GHz;

4.1% of Charted Cal Factor, 12 to 18 GHz;

4.4% of Charted Cal Factor, 18 to 26.5 GHz

Temperature Range:

0 to 55 C for all specifications

* Uncertainty values were derived from PMCS accuracies using the NIST Technical Note 1297, Guidelines for Evaluating and Expressing the Uncertainty of NIST Measurement Results.

2.1.10 LOCAL Reference Oscillator: Wiltron

OSCILLATOR Range: 10MHz 68369NV

Accuracy: (Std) Accuracy: 3.6 X 10-4; *1, *2 Aging/day: <2 X 10-8; *2 Temperature: <2 X 10-8/ C *3

2.1.10 LOCAL over 0 to 55 C Wiltron

OSCILLATOR (Cont.) 68369NV Accuracy: (Opt 16) Accuracy: 1.8 X 10-7; *1 Aging/day: <5 X 10-10;

Temperature: <2 X 10-10/ C *3 over 0 to 55 C

CW Frequency Synthesis:

Range: 0.01 to 40 GHz;

Resolution: 1 kHz (0.1 Hz with Opt 11)

Accuracy:

Coarse Loop, ±100 Hz;

Fine Loop (Std), 100 Hz;

Fine Loop (Opt 11), 10 Hz

Maximum Leveled Output Power:

Range: 0.01 to 40 GHz

Accuracy: (Std)

0.01 to 2 GHz, +13 dBm;

>2 to 20 GHz, +9 dBm;

>20 to 40 GHz, +6 dBm

Accuracy: (Opt 2B)

0.01 to 2 GHz, +11 dBm;

>2 to 20 GHz, +7 dBm;

>20 to 40 GHz, +3 dBm

Leveled Output Power Flatness:

Range: 0.01 to 40.0 GHz Maximum Leveled Power to -15 dBm (-115 dBm for Opt 2B)

Accuracy: (Step Sweep and CW modes)

Attenuation below 0.01 to 0.05 GHz 0.05 to 20 GHz 20 to 40 GHz Maximum Leveled 0 to 25 dB *4 2.0 dB 0.8 dB 0.8 dB

25 to 60 dB 2.0 dB 0.8 dB 0.8 dB >60 dB 2.0 dB 0.8 dB 0.8 dB

Leveled Output Power:

Range: 0.01 to 40.0 GHz, Maximum Leveled Power to -15 dBm (-115 dBm for Opt 2B)

2.1.10 LOCAL Accuracy: (Step Sweep and CW modes) Wiltron

OSCILLATOR (Cont.) 68369NV Attenuation below 0.01 to 0.05 GHz 0.05 to 20 GHz 20 to 40 GHz Maximum Leveled 0 to 25 dB *4 2.0 dB 1.0 dB 1.0 dB

25 to 60 dB 2.0 dB 1.0 dB 1.0 dB >60 dB 2.0 dB 1.0 dB 1.0 dB

Spurious Signals:

Range: 0.01 to 40 GHz

Harmonic and Harmonic Related:

Accuracy: *5, *6

10 to 50 MHz, <-30 dBc;

>50 MHz to 2 GHz, <-40 dBc;

>2 to 20 GHz, <-60 dBc;

>20 to 40 GHz, <-40 dBc

Nonharmonics:

Accuracy: *5, *6 10 MHz to 2 GHz, <-40 dBc;

>2 to 40 GHz, <-60 dBc

Single Sideband Phase Noise:

Range: @ Carrier Frequency 0.6 GHz

Accuracy: *5 Offset from Carrier:

100 Hz, <-77 dBc/Hz;

1 kHz, <-88 dBc/Hz;

10 kHz, <-86 dBc/Hz;

100 kHz, <-92 dBc/Hz

Range: @ Carrier Frequency

2.0 GHz

Accuracy: *5 Offset from Carrier:

100 Hz, <-80 dBc/Hz;

1 kHz, <-88 dBc/Hz;

10 kHz, <-86 dBc/Hz;

100 kHz, <-96 dBc/Hz

Range: @ Carrier Frequency

6.0 GHz

Accuracy: *5 Offset from Carrier:

100 Hz, <-78 dBc/Hz;

1 kHz, <-88 dBc/Hz;

10 kHz, <-86 dBc/Hz;

100 kHz, <-93 dBc/Hz

Range: @ Carrier Frequency

10.0 GHz

2.1.10 LOCAL Accuracy: *5 Wiltron

OSCILLATOR (Cont.) Offset from Carrier: 68369NV 100 Hz, <-73 dBc/Hz;

1 kHz, <-86 dBc/Hz;

10 kHz, <-83 dBc/Hz;

100 kHz, <-91 dBc/Hz

Range: @ Carrier Frequency

20.0 GHz

Accuracy: *5 Offset from Carrier:

100 Hz, <-66 dBc/Hz;

1 kHz, <-81 dBc/Hz;

10 kHz, <-78 dBc/Hz;

100 kHz, <-85 dBc/Hz

Range: @ Carrier Frequency

26.5 GHz

Accuracy: *5 Offset from Carrier:

100 Hz, <-65 dBc/Hz;

1 kHz, <-78 dBc/Hz;

10 kHz, <-76 dBc/Hz;

100 kHz, <-83 dBc/Hz

Range: @ Carrier Frequency

40.0 GHz

Accuracy: *5 Offset from Carrier:

100 Hz, <-60 dBc/Hz;

1 kHz, <-75 dBc/Hz;

10 kHz, <-72 dBc/Hz;

100 kHz, <-79 dBc/Hz

Residual FM:

Range: 0.01 to 40 GHz, 50 Hz to 15 kHz Bandwidth

Accuracy: *5

0.01 to 8.4 GHz, <120 Hz rms;

>8.4 to 20 GHz, <220 Hz rms;

>20 to 40 GHz, <440 Hz rms

Amplitude Modulation:

Range: 0.01 to 40GHz, 0 to 90%

Accuracy: *7 ±5% of indication

Internal AM/FM Generator:

Range: 0.1 Hz to 1 MHz, sinusoidal;

0.1 Hz to 100 kHz, squarewave, triangle

and ramp

2.1.10 LOCAL Frequency Modulation: Wiltron

OSCILLATOR (Cont.) Range: 0.01 to 40 GHz, 68369NV Deviation:

Unlocked wide: 100 MHz, DC to 100 Hz rates;

Unlocked narrow: 10 MHz, DC to 8 MHz rates;

Locked: The lesser of 10 MHz or rate times 300, 1 kHz to 8 MHz rates;

Locked low noise: The lesser of 10 MHz or rate times 3, 30 kHz to 10 MHz rates

Accuracy: 5% of indication (±200 kHz Deviation @ 100 kHz rate)

Pulse Modulation RF On/Off Ratio:

Range: 0.01 to 40 GHz

Accuracy:

>80 dB

Pulse Modulation Rise and Fall Time:

Range: 0.01 to 40 GHz

Accuracy:

<10 ns

5 parts in 1 X 10-10 per day

Temperature Range:

0 to 35 C for all specifications

2.1.11 LOCAL Reference Oscillator: Anritsu

OSCILLATOR Range: 10MHz 3693B

Accuracy: (Std) Accuracy: 7.2 X 10-7; *1 Aging/day: <2 X 10-9;

Temperature: <2 X 10-8 (0 to 55 C) *2

Accuracy: (OPT 16):

Accuracy: 1.8 X 10-7; *1 Aging/day: <5 X 10-10;

Temperature: <2 X 10-10 (0 to 55 C) *2

Display Range: (STD) 2 to 30 GHz;

(OPT 4 & OPT 5) 10 MHz to 30 GHz

Accuracy: 1 count of LSD

Maximum Leveled Power Range: (STD) 2 to 30 GHz

2.1.11 LOCAL +15 dBm, 2 to 10 GHz; Anritsu

OSCILLATOR (Cont.) +12 dBm, >10 to ≤20 GHz; 3693B +6 dBm, >20 to 30 GHz

Range: (OPT 4) 10 MHz to 30 GHz

Accuracy:

+15 dBm, ≤10 GHz;

+12 dBm, >10 to 20 GHz;

+6 dBm, >20 to 30 GHz

Range: (OPT 5) 10 MHz to 30 GHz

Accuracy:

+15 dBm, ≤10 GHz;

+12 dBm, >10 to 20 GHz;

+6 dBm, >20 to 30 GHz

Range: (OPT 2B) 2 to 30 GHz

Accuracy:

+14 dBm, 2 to 10 GHz;

+10 dBm, >10 to 20 GHz;

+3 dBm, >20 to 30 GHz

Range: (OPT 4 w/OPT 2B) 10 MHz to 30 GHz

Accuracy:

+14 dBm, ≤10 GHz;

+10 dBm, >10 to 20 GHz;

+3 dBm, >20 to 30 GHz

Range: (OPT 5 w/OPT 2B) 10 MHz to 30 GHz

Accuracy:

+14 dBm, ≤10 GHz;

+10 dBm, >10 to 20 GHz;

+3 dBm, >20 to 30 GHz

Leveled Output Power Range: (STD) 2 to 30 GHz;

(OPT 4 or OPT 5) 10 MHz to 30 GHz, -5 dBm to Maximum Leveled Output Power

Accuracy: (Step Sweep and CW modes) 1 dB

Range: (OPT 2B) 2 to 30 GHz, -105 dBm to Maximum Leveled Output Power

2.1.11 LOCAL Attenuation Measurement Anritsu

OSCILLATOR (Cont.) Accuracy: (Step Sweep and CW modes) 3693B 1 dB

Range: (OPT 4 w/OPT 2B or OPT 5 w/OPT 2B) 10 MHz to 30 GHz, -105 dBm to Maximum Leveled Output Power

Accuracy: (Step Sweep and CW modes) 1 dB

Flatness Range: (STD) 2 to 30 GHz;

(OPT 4 or OPT 5) 10 MHz to 30 GHz, 0 to 25 dB…