API SmartScan 350 - Figure 6: Probe Z Offset Example; Figure 7:Open Probe Settings Window; Figure 8:Probe Tip Offset Calibration Window for Probe Z Offset

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offset calibration is the procedure to give the slight variation to the software. An example of

probe Z offset is shown in Figure 6.

Figure 6: Probe Z offset example.

a. Double click on "Probe Settings" under project name on left pane, and select "Z wizard" after

the "Probe Settings" window pops up.

Figure 7:Open "Probe Settings" window.

Figure 8:"Probe Tip Offset Calibration" window for probe Z offset.

Main Page

Table of Contents2
Smartscan 350/550 Overview7
ESD Scanner Outline7
Configuration Diagram7
Main Components of ESD Scanner8
Figure 1: Block Diagram of the ESD Scanner8
Understanding the Terminology9
ESD Scanner Operation Procedures10
Create "Workspace" and "Project10
Figure 2: Opening Window of Smartscan V5.010
Figure 3:Workspace Definition Window11
Figure 4:Project Definition Window11
Calibrate Probe Z Offset12
Figure 5:Smartscan Window after a "Project" (ESD-1) Has Been Created12
Figure 6: Probe Z Offset Example13
Figure 7:Open "Probe Settings" Window13
Figure 8:"Probe Tip Offset Calibration" Window for Probe Z Offset13
Figure 9:"Robot Movement" Window14
Figure 10: Z Offset Number Has Been Updated14
Take a Picture of DUT15
Figure 11: "Snapshot" Icon and "Take Snapshot" Shortcut15
Figure 12: "Snapshot" Window16
Figure 13: DUT Picture in Scan Area16
Define Scan Area and Height17
Figure 14: Zoomed in DUT Picture17
Figure 15: Click Left Mouse Button to Define Polygon Scan Area18
Figure 16: Polygon Scan Area as Defined18
Figure 17: Cut out Polygon Area19
Figure 18: Scan Area Properties Pane19
Figure 19: Multiple Scan Area Definition20
Figure 20: Detect Selected Area Height by Touch Sensor20
Figure 21: Make Sure Touch Sensor Is Working21
Figure 22: Start the Height Measurement Using Touch Sensor21
Figure 23: Scan Height Shown in the "Scan Area Properties" Pane21
Figure 24: Get Area Height by Moving Robot22
Figure 25: Robot Movement Window Pops up22
Figure 26: Probe Tip Barely Touching the DUT22
Calibrate Probe XY Offset23
Figure 27: Assign Measured Height to Selected Area23
Figure 28: Scan Height Shown in the "Scan Area Properties" Pane23
Figure 29: XY Offset Top View24
Figure 30: Define Reference Point24
Figure 31: Reference Point Setting25
Figure 32: Probe XY Offset Calibration25
Figure 33: Robot Movement Warning Window25
Figure 34: Probe Landing Position26
Figure 35: Probe Adjustment Position (Aligned with Reference Point)26
Figure 36: Apply XY Offset Changes26
Create a New Failure Detection (FD) Project27
Create an "FD Project27
Figure 37: Saved XY Offset Changes27
Figure 38: Open "FD Project27
Figure 39: "FD Project" Window28
Figure 40: Define the Name of FD Project28
Figure 41: New FD Project Shown in the Project Window29
Figure 42: New FD Project Opened in the FD Module Window30
Figure 43: Add New Group30
Set up Analog and Digital Channels31
Figure 44: Name the Group31
Figure 45: Delete the Group31
Figure 46: Delete Group Confirmation31
Figure 47: Analog (Left) and Digital (Right) Channel Icon32
Figure 48: Analog and Digital Channels in FD Module's Front Panel32
Figure 49: FD Module's Front Panel32
Figure 50: Add Analog Channel32
Figure 51: "Analog Channel Setup" Window33
Figure 52: "Analog Channel Setup" Window33
Figure 53: Analog Channel Is Added to the Group34
Figure 54: Add Digital Channel34
Figure 55: Select the Device Port34
Figure 56: Digital Channel Is Added to the Group35
Timing Setting36
Figure 57: Digital Channel Setup Window36
Figure 58: Go to "Timing Settings36
Figure 59: "Timing Settings" Window36
Start Monitoring37
Threshold37
Figure 60: Monitoring Window37
Figure 61: Set "High Threshold" Voltage38
Figure 62: Edit Threshold Property38
Figure 63: High Threshold Cursor39
Figure 64: both High Threshold and Low Threshold Have Been Set39
Set Macros40
Figure 65: Red Led Turns on When Failure Occur40
Figure 66: Select a Type of Macro40
Figure 67: Setup "Check Failure Macros41
Instrument Settings42
Figure 68: Setup "Reboot DUT Macros42
Figure 69: Open Options Window42
Figure 70: "Test Fire" Done43
Figure 72: Open "Instrument Settings" Window43
Figure 72: "Instrument Settings" Window44
Start ESD Scan45
Figure 74: Start ESD Scan45
Figure 75: "Scanning Task" Window45
Figure 76: Select a Project to Run46
Reviewing Measurement Data47
Plot Options48
Selecting a Plot Type48
Show Plot as 3D49
Browser50
Show Legend, Peak and Grid52
Track Point53
Transparency of Data Plots54
Data Visualization Options54
Plot Display Options54
Plot Range56
Cut Planes Option56
Data Selection58
Peak Search Option61
Data Export62
Image Stitching64
Import DUT Image65

API SmartScan 350 - Figure 6: Probe Z Offset Example; Figure 7:Open Probe Settings Window; Figure 8:Probe Tip Offset Calibration Window for Probe Z Offset

Table of Contents