Carrier 38TXA Guide- User Manual

Carrier 38TXA Guide

Carrier 38TXA Guide– User Manual, read for free online in PDF format. We hope this helps you resolve any issues you may have. If you have further questions, please contact us through the contact form.

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Table of Contents:

  • Page 2 – Notice; © Copyright 1997 Agilent Technologies
  • Page 3 – Contents; Product Description
  • Page 4 – RXA Audio Response Dev from
  • Page 5 – Parameter Descriptions
  • Page 8 – Chapter 1; Description
  • Page 9 – Software Functions; • Parametric verification of CDMA mobile station transmitter and
  • Page 10 – Software Features
  • Page 11 – Agilent 83217A Test Software Introduction to Operation
  • Page 13 – Test Descriptions
  • Page 14 – Chapter 2; Introduction; Agilent 83217A Test Software User’s Guide.; Standards Used; TEST_19 - RXA FVC Order Message Error Rate
  • Page 15 – Test Nomenclature; • MSUT - Mobile Station Under Test
  • Page 16 – NOTE; REGID; Pass/Fail Limits Used
  • Page 17 – Parameters Used
  • Page 18 – Channel
  • Page 19 – “TEST_03 - TXA Frequency Error” on page 19
  • Page 20 – “TEST_13 - TXA Current Drain” on page 36; allows you to select only the
  • Page 22 – TEST_05 - TXA Modulation Deviation Limiting
  • Page 23 – is set to
  • Page 24 – Background; • Audio frequency response is measured at 2.9 kHz peak deviation for
  • Page 26 – pass/fail limit 8. RXA NAMPS Expandor Zero Reference
  • Page 29 – FM hum and noise is expressed in dB, from the formula:; CAUTION
  • Page 30 – TXA NAMPS DSAT Closure
  • Page 33 – Applications
  • Page 36 – External Devices
  • Page 37 – TESTS
  • Page 39 – parameter 24. RXA Expandor Step
  • Page 41 – parameter 22. RX RF; RXA Audio Response Dev From
  • Page 43 – 0 dBm RF signal is applied to the receiver’s antenna.
  • Page 45 – The receiver’s SINAD is measured at the RF level specified by; • The RF signal (level set by the
  • Page 47 – parameter 25. RXA FVC Message Error Rate
  • Page 51 – RXA Tones Functional
  • Page 59 – At the beginning of this test, the test system simulates a control
  • Page 60 – Analog functions
  • Page 62 – parameter 46. TXA Switch
  • Page 64 – The test works as follows:; • None
  • Page 67 – parameter 22. RX RF Level
  • Page 68 – Agilent 8924C Reference Guide
  • Page 71 – Refer to the
  • Page 74 – parameter 19. RT Rate Set Selection
  • Page 76 – TEST_34 - TXD Traffic Channel Open Loop Power
  • Page 82 – TEST_37 - TXD Minimum Controlled Output Power
  • Page 85 – RXD Maximum Frames for FER
  • Page 88 – This test is performed as follows:
  • Page 91 – The following information is printed to the TESTS (IBASIC
  • Page 95 – The following measurement results are printed to the TESTS
  • Page 98 – parameter 19. RT Rate Set
  • Page 99 – The timer is stopped and the talk time is displayed.
  • Page 102 – When the test is run, the user’s first menu will have the following
  • Page 103 – Each SMS menu item is discussed below:
  • Page 104 – By selecting the Authentications test menu, the following menu
  • Page 105 – • User entered at run time. See menu descriptions above.
  • Page 106 – Test 49_TXD Access Probe Open Loop Power
  • Page 108 – Set the pass/fail limits to the standards for your MSUT.
  • Page 109 – Chapter 3; • EIA/TIA Standard: Audio Harmonic Distortion; Example; as the Upper Limit.
  • Page 110 – This sets the pass/fail limits used in; dB over the
  • Page 111 – Response
  • Page 112 – as the Lower Limit and
  • Page 114 – Software User’s Guide
  • Page 116 – • MSUT Specification; dB for a given frequency deviation (to produce the 0
  • Page 118 – • EIA Standard: RF Sensitivity; as the Lower Limit.
  • Page 119 – • EIA/TIA Standard: Modulation Distortion and Noise
  • Page 120 – dB from a true 6 dB/octave pre-emphasis
  • Page 124 – • MSUT Specification: Current Consumption, Transmit; If you desire your transmitter’s current consumption to be 3.0 amps
  • Page 125 – enter
  • Page 126 – Transmitted Pulse Characteristics
  • Page 127 – kHz deviation, enter
  • Page 128 – • EIA/TIA Standard: Frequency Requirements, Frequency Stability
  • Page 129 – • EIA/TIA Standard: Modulation Deviation Limiting; 2 kHz, you would enter
  • Page 130 – as the lower limit and
  • Page 132 – TXA NAMPS DSAT Phase Jitter; as the upper limit and
  • Page 133 – Pass/fail limits are defined by any applicable standard, such as:; kHz, you would enter
  • Page 134 – parameter 36. TX Units for Pwr Meas; Power Level
  • Page 135 – See
  • Page 142 – as the Lower Limit
  • Page 143 – Hz, you would enter
  • Page 144 – kHz with a
  • Page 145 – If you desire that the Signaling Tone frequency should be 10 kHz
  • Page 148 – • EIA/TIA Standard: Range of Closed Loop Power Control; If you desire the closed loop power control range to be at least
  • Page 149 – • EIA/TIA Standard: Frequency Tolerance For Digital Mode Operation; 00 Hz of any assigned channel frequency, enter
  • Page 150 – • EIA/TIA Standard: Minimum Controlled Output Power; If you desire the range of maximum RF output power to be
  • Page 151 – If you desire the minimum controlled output power to be less than
  • Page 152 – • EIA/TIA Standard: Range of Open Loop Output Power; If you desire the range of open loop output power for I; dBm to the maximum allowable ERP for the mobile station class,
  • Page 153 – as the lower limit and
  • Page 155 – If you desire that Rho pass/fail limits be
  • Page 158 – Chapter 4; RC = Running Conditions
  • Page 160 – The seven valid sequences are as follows:; If you want the first sequence shown above, you would enter a
  • Page 164 – If you want the SAT to be at 6000 Hz, you would enter
  • Page 165 – If your MSUT’s SID number is decimal 11111, you would enter
  • Page 167 – Entering
  • Page 173 – must be set to
  • Page 174 – parameter
  • Page 176 – If you want to use TSB-74 as the a CDMA Protoco standard, enter
  • Page 177 – and the user expects the software to do rate set 2 (14400) testing. If; If you want to test at rate set 2, enter
  • Page 178 – See “To Configure a Programmable Power Supply” in the
  • Page 180 – to; If you desire an RF level of; Used in Tests; • All tests
  • Page 183 – 10 dBm, you would enter
  • Page 184 – If you want the RF level to be stepped in 5 dB steps, enter
  • Page 185 – If you want the RF signal level to be at
  • Page 186 – Parameter 20. RT Test at Extreme Settings
  • Page 188 – If you desire the RF signal level to be at
  • Page 189 – for 200 mV. The test operator is prompted
  • Page 190 – This parameter is only active when
  • Page 191 – This parameter sets the maximum frame count for each FER test.
  • Page 192 – If you desire to apply a
  • Page 193 – Level Search
  • Page 195 – . The values must be
  • Page 196 – If you desire to start the relative input level at 20 dB, enter 20.
  • Page 197 – If you desire to step the relative input level in 5 dB steps, enter 5.
  • Page 199 – The value must be entered as a BWD with a range from 1 to 255.; Power levels are defined by the IS-98 Standard.
  • Page 201 – This parameter activates a 50 Hz HPF in; If you want to turn the 50 HPF on in lieu of the <20 Hz HPF, enter
  • Page 202 – . This parameter’s range is based
  • Page 203 – This parameter sets the start channel used in; If you want to set the start channel to channel 300, enter
  • Page 204 – . This step size may be any integer; If you want to set the step channel size to 10 channels, enter
  • Page 205 – This parameter sets the stop channel used in; If you want to set the stop channel to channel 600, enter
  • Page 206 – • Select 0=tran (transient) to perform the test on the entire RVC data
  • Page 207 – If you need 20 dB input attenuation to the test system, enter; All analog tests require 20 dB input attenuation.
  • Page 208 – No Antenna Gain parameter is used during analog tests.
  • Page 209 – Index; Numerics
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Agilent Technologies 83217A Option 001

CDMA/AMPS/NAMPS TESTS

Reference Guide

Software Revision A.03.03 and above

Agilent Part Number: 83217-90002

Manual Revision G

Printed in U.S.A.

February 2000

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Summary

Page 2 - Notice; © Copyright 1997 Agilent Technologies

2 Notice Information contained in this document is subject to change without notice. All Rights Reserved. Reproduction, adaptation, or translation without prior written permission is prohibited, except as allowed under the copyright laws. This material may be reproduced by or for the U.S. Government...

Page 3 - Contents; Product Description

Contents 3 Product Description Description . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 8Software Functions . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9Software Features . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ...

Page 4 - RXA Audio Response Dev from

4 Contents TEST_36 - TXD Maximum RF Output Power . . . . . . . . . . . . . . 80TEST_37 - TXD Minimum Controlled Output Power . . . . . . . . 82TEST_38 - RXD Traffic Channel FER . . . . . . . . . . . . . . . . . . . . 84TEST_39 - RXD Sensitivity & Dynamic Range . . . . . . . . . . . . . 86TEST_40...

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