i3070 Export

The i3070 export creates a “board” and “board_xy” file that contain all available component and net information to easily create the test program with the native machine software.

Following export settings are possible:

  • Side Switch: If true, the PCB will be checked from bottom up
  • Rotation: If >0, the PCB will be rotated clockwise by this angle (e.g. 90°) after applying the SideSwitch command (if SideSwitch=true)
  • Fixture Type: Fixture Type
  • Fixture Size: FULL, BANK1, BANK2
  • Top Probes Allowed: ON/OFF
  • Heavy Probe Force: Heavy Probe Force
  • Light Probe Force: Light Probe Force
  • Mechanical Density Threshold: Mechanical Density Threshold
  • Vacuum Density Threshold: Vacuum Density Threshold
  • Autofile: Autofile
  • Test Strategy: COMBINATIONAL, EDGE CONNECTOR ONLY
  • Wire Wrapping: MANUAL, AUTO, WIRELESS, SEMI AUTO
  • Metric Units: ON/OFF
  • Common Lead Resistance (Ohm): 0.1m ohm to 100 ohms.
  • Common Lead Inductance (µH): 0.1n Henry to 1m Henry
  • Capacitance Compensation: Capacitance Compensation
  • IPG Digital Resistance Threshold (Ohm): IPG Digital Resistance Threshold, Value in ohms
  • Preconditioning Levels: Preconditioning Levels
  • Additional Board Voltage: 0-100
  • Use Agilent DriveThru Test: Use Agilent DriveThru Test
  • DriveThru Impedance Threshold (Ohm): DriveThru Impedance Threshold
  • Boundary Scan Overdrive: ON/OFF
  • Boundary Scan Disable: ON/OFF
  • Boundary Scan Chain Override: ON/OFF
  • Ground Bounce Suppression: ON/OFF
  • Powered Shorts Shorting Radius (mils): 1-250
  • Tolerance Multiplier: 0.1 - 10
  • Remote Sensing: ON/OFF
  • Fuse Threshold: Fuse Threshold
  • Diode Current (A): Diode Current
  • Zener Current (A): Zener Current
  • Adjust: NONE, FAST, ACCURATE
  • Upstream Disable: ON/OFF
  • Upstream Condition: ON/OFF
  • Test Strategy Cover Extend: BSCAN, HYBRID, HYBRIDGUARD, BSCANGUARD
  • Family Options: Family Options contain a list of different family options with settings e.g. for TTL/ECL/LVC...
  • Library Options: Library Options contain a list of library paths e.g. './custom_lib'
  • Inductor Series-R (Ohm): Inductor Series-R Standard Value
  • Transistor High Beta (V): Transistor High Beta Value (If value=0 in test model)
  • Transistor Low Beta (V): Transistor Low Beta Value (If value=0 in test model)
  • FET High Resistance Limit (Ohm): FET High Resistance Limit (0.1 Ohm - 1 MOhm)
  • FET Low Resistance Limit (Ohm): FET Low Resistance Limit (0.1 Ohm - 1 MOhm)
  • FET Enhancement Gate Voltage (V): FET Enhancement Gate Voltage (0-9V)
  • Fuse Max Current (A): Fuse Max Current
  • Failure Message: Failure Message (Value from Property: %PROP_NAME%)
  • Failure Message (NOPOP): Failure Message for NOPOP components (Value from Property: %PROP_NAME%)
  • Part number field: Part number field value (Value from Property: %PROP_NAME%)
  • Part number field (NOPOP): Part number field value for NOPOP components (optional if not PIN LIBRARY) (Value from Property: %PROP_NAME%)
  • Special Partname Rules: Rules to rename parts according their original name
  • Export Component Outline: Export Component Outline in XY File (DEVICE Section)
  • Merge all NC Nets: Merge all NC nets into a single NC net
  • Export Transistor as PinLibrary: Export Transistor Model as PinLibrary
  • Export FET as PinLibrary: Export FET Model as PinLibrary
  • Export Diode as PinLibrary: Export Diode Model as PinLibrary
  • Export LED as PinLibrary: Export LED Model as PinLibrary
  • Export Zener as PinLibrary: Export Zener Model as PinLibrary
  • Export Fuse as Jumper: Export Fuse Model as Jumper Close
  • Export Inductor as Jumper: Export Inductor Model as Jumper Close
  • Export Switch as Jumper: Export Switch Model as Jumper Close
  • Probe Reference Prefix: Reference prefix for dummy components at probe locations
  • Suppress Needle Sizes: Suppress Needle Sizes in XY-File (39MIL/50MIL)
  • Export PartNumber and FailureString: Export Partnumber and Failure String for all components. If false, Partnumber and Failure String is exported only for PinLibrary components.
  • Inductor Tolerance Addition (%): Inductor Tolerance Addition in %
  • Resistor Tolerance Addition (%): Resistor Tolerance Addition in %
  • Capacitor Tolerance Addition (%): Capacitor Tolerance Addition in %