How-To Guides: Difference between revisions
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;(NDT systems only) To create a Rotational Scan: See [[Rotational Scan#Starting a Rotational Scan|Starting a Rotational Scan]]. | ;(NDT systems only) To create a Rotational Scan: See [[Rotational Scan#Starting a Rotational Scan|Starting a Rotational Scan]]. | ||
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;To create a multi-axis Step motion: See [[Teach and Learn Setup]]. | |||
;To | ;To run multiple scans in sequence: See [[Megaboard]]. | ||
==Post-Processing== | ==Post-Processing== | ||
Revision as of 11:48, 17 January 2024
This section contains links that describe the basic configuration needed for common tasks.
Connecting and Calibrating your System
- To connect the A/D and P/R
- See A/D and P/R Connections.
- To set up Encoder Triggering
- See Triggering.
- To Set up Motor Triggering
- See Motor Trigger Connections.
- For other configurations
- See Making Connections.
Pre-Processing
- To setup Gain
- See Gain Adjustment.
- To set up TGC (a.k.a DAC) profiles
- See Time/Gain Correction (TGC).
- To set up Averaging
- See Waveform Averaging.
- To set up waveform filters
- See Filters.
- To do a Beam Profile
- See Transducer Characterization.
Scanning
- To create a Linear Scan
- See Starting a Linear Scan.
- To create a Tray Scan
- See Starting a Tray Scan.
- (NDT systems only) To create a Rotational Scan
- See Starting a Rotational Scan.
.
- To create a multi-axis Step motion
- See Teach and Learn Setup.
- To run multiple scans in sequence
- See Megaboard.
Post-Processing
- To create a Patch Scan
- See Patch Scans.
- To create a Sub B-Scan
- See Sub B-Scans.
- To create a scan from B-Scan data
- See Post Processing.