Agilent Agilent 35670A - Manual

Agilent Agilent 35670A

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Table of Contents:

  • Page 2 – Supplemental Operator’s Guide
  • Page 5 – Section 1 : Turning On the AGILENT 35670A; Typical Display After Turn-on Sequence
  • Page 6 – Section 2 : Measurement State After Turn-on
  • Page 7 – Section 3 : Measuring with Transducers; Using ICP-Type Transducers with the AGILENT 35670A; To set up Channel 2 for an ICP transducer:; ON; Using Transducers with External Preamplifiers; AC; to
  • Page 8 – Specifying Transducer Sensitivity and Units
  • Page 9 – CHANNELS; Setting Up Transducer Units for Displacement
  • Page 10 – Frequency Spans Available
  • Page 11 – Quantifying Power Spectrum Results; Press; OFF
  • Page 12 – Section 5 : Improving Measurement Results; Frequency Zooming to Increase Resolution; CENTER; To return to baseband measurements,; ZERO START; Maximizing Dynamic Range
  • Page 15 – Section 6 : Measuring a Single Channel Time Waveform; Selecting Single Channel Operation; Time Record Length in Seconds vs. Resolution
  • Page 16 – Using Manual Arm to Capture a Single Time Waveform
  • Page 17 – POS; To start the data acquisition,; WAITING FOR CH 1 TRIGGER
  • Page 18 – Quantifying Time Trace Results
  • Page 19 – Section 7 : Measuring Dual Channel Spectra; Presetting the Analyzer; DO PRESET; Selecting Dual Channel Operation; CHANNELS 1; Selecting Frequency Span; Hz; Displaying Dual-Channel Power Spectrum Measurements
  • Page 20 – To acquire dual channel spectra,; Using Markers with Dual Channel Measurements
  • Page 21 – Coupled Markers; Coupled Markers with Peak Tracking
  • Page 22 – Section 8 : Improving Dual Channel Measurement Results
  • Page 24 – Section 9 : Measuring Dual Channel Time Waveforms; This always returns the analyzer to dual-channel operation.
  • Page 25 – Arming Dual Channel Time Measurements
  • Page 26 – Trigger Delay
  • Page 27 – Section 10 : Measuring Dual Channel Spectra and Time Waveforms
  • Page 29 – Section 11 : Modal Testing Using a Hammer and Accelerometer; Setting Up the Transducer Parameters; Set up the accelerometer parameters as follows:
  • Page 30 – Setting Up Input Range
  • Page 31 – Setting Up Time Displays
  • Page 32 – Using Force/Response Windows
  • Page 33 – Averaging
  • Page 34 – To start taking measurements,
  • Page 35 – Delay; ForceWidth T
  • Page 36 – Section 12 : Hammer Test Setup Without a Force Transducer; Setting Up the Hammer Test Without a Force Transducer
  • Page 37 – Section 13 : Order Domain Results in List Mode; Prepare the order display as follows:
  • Page 39 – Selecting Measurement Parameters
  • Page 41 – ENTER
  • Page 42 – Using Markers to Compare
  • Page 43 – Section 15 : Waterfall Spectra at Time Intervals; Preset the analyzer as follows:
  • Page 44 – Setting Up Time Step Arm
  • Page 46 – Section 16 : Waterfall Spectra at RPM Intervals; Setting Up the Tachometer; Specifying the Start RPM
  • Page 47 – Starting and Pausing a Measurement
  • Page 48 – A Properly Scaled, RPM Triggered Waterfall Display
  • Page 50 – Set up triggering on Channel 1 to 5% of range:; Measuring Amplitudes, Differential Amplitude, and Phase
  • Page 52 – Set up display; PP
  • Page 54 – Section 18 : Measuring Frequency Response with the AGILENT 35670A; Magnitude and phase; The; Attach force transducer to structure
  • Page 55 – Enter Channel 2 input parameters
  • Page 56 – Choose measurement parameters; Set up display parameters; Set up the AGILENT 35670A source (if amplifier has level control)
  • Page 57 – Viewing Frequency Response Results with a Nyquist Diagram
  • Page 58 – Viewing Results Using Real and Imaginary Traces
  • Page 59 – Assessing Measurement Quality
  • Page 60 – Section 19 : Two Spectral Traces Showing Mils and Ips while EU is G; Set up transducer parameters for a 10 mV/g accelerometer:
  • Page 61 – PK
  • Page 62 – Section 20 : Peak Hold During a Machine Run-up and Coast-Down; Specify measurement parameters; Set up display format to measure peak amplitude
  • Page 64 – Section 21 : Using an External Trigger for Time Averaging; TTL; Specify User Levels for Triggering
  • Page 65 – USER
  • Page 67 – Section 22 : Saving Trace Data to a 3.5” Disk or Non-Volatile RAM; Saving Trace to 3.5” Disk; Confirming Contents of 3.5” Disk File
  • Page 68 – Confirming Contents of NV-RAM; To return to the Trace view:
  • Page 69 – Return to the Trace view; Set up display format to view data register D1; Recall the Data into data register D1
  • Page 71 – Section 24 : Plotting and Printing Trace Data; Generating Output with the AGILENT 35670A; Plotting the Display
  • Page 73 – Section 25 : Importing Plots into Microsoft Word; Determining if MS Word Has HP-GL Graphics Import Filter; Installing the MS Word HP-GL Graphics Import Filter; Insert Picture; It should now be an import option.
  • Page 74 – Plot to file “P1.HGL”
  • Page 75 – Section 26 : Running a Single Calibration Test on Command
  • Page 76 – Section 29 : Transducer Unit Conversion with the AGILENT 35670A; Measuring Acceleration, Displaying Displacement; Specify an averaged measurement
  • Page 77 – domain to get displacement.
  • Page 78 – Now display the function F1 on Trace B
  • Page 80 – above the track number.
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Supplemental Operator’s Guide

for the Agilent 35670A Dynamic Signal Analyzer

By:

David Forrest
Seattle Sound and Vibration, inc.
Print Date: December, 2000

ã

Seattle Sound and Vibration, inc. 1996, 2000.

All rights reserved.
Agilent Part number 35670-90059

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Amoco Corporation and Agilent Technologies, Inc are granted
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Summary

Page 2 - Supplemental Operator’s Guide

AGILENT 35670A Supplemental Operator’s Guide SECTION 1 : TURNING ON THE AGILENT 35670A .......................................................................................... 1 SECTION 2 : MEASUREMENT STATE AFTER TURN-ON ...............................................................................

Page 5 - Section 1 : Turning On the AGILENT 35670A; Typical Display After Turn-on Sequence

AGILENT 35670A Supplemental Operator’s Guide 1 Section 1 : Turning On the AGILENT 35670A The entire turn-on procedure for the AGILENT 35670A takes 40 seconds. Inthat time the analyzer completes a hardware self-test, boots its operating system,completes a front end self-calibration and autoranges all...

Page 6 - Section 2 : Measurement State After Turn-on

AGILENT 35670ASupplemental Operator’s Guide 2 Section 2 : Measurement State After Turn-on Inst Mode FFT Channels 2 Measurement Source INPUT Meas Data Data A PWR SPEC1 Data B PWR SPEC2 Data C TIME1 Data D TIME2 Trac Coord Coord A MAG-LOG Coord B MAG-LOG Coord C REAL Coord D REAL Freq Start 0 Hz Stop ...

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