
Agilent Medalist x6000
Automated X-ray Inspection (AXI)
Data Sheet
Industry-Leading 3D Inspection
Throughput Delivers Reduced
Conversion Costs, Reduced
Capital Expenditure and
High Defect Coverage
• The Agilent Medalist x6000 AXI
system offers extensive simul-
taneous 3D X-ray inspection of
double-sided panels at throughput
rates that match most line rates of
medium to high complexity printed
circuit board assemblies (PCBA).
• Provides uncompromised 3D
inspection for maximum fault
detection up to 95% of all manu-
facturing defects.
• Designed for in-line or off-line
automated X-ray process testing
of lead or lead-free solder joints
on PCBAs, with user confi gurable
pass-thru or pass-back loading.
• Enables successful implementa-
tions through an easy-to-learn
and easy-to-use development
environment providing faster
time-to-market with high
quality results.
• Digital cross-sectional X-ray images
of solder joints are automatically
generated and analyzed. The
dynamic analysis measures joint
characteristics and compares
results against both learned and
user defi ned thresholds.
Key System Parameters
Performance
Total panel Maximum image acquisition rate 32.3 cm
2
/sec (5 in
2
/sec)
test cycle time
1
Typical image acquisition rate
2
25.8 cm
2
/sec (4 in
2
/sec)
Positioning, alignment and automatic 20 sec
system adjustments
3
Minimum feature Joint pitch
4
0.3 mm & up (0.012 in & up)
detection capability
Short width
5
0.045 mm (0.0018 in)
Solder thickness 0.0127 mm (0.0005 in)
1 This is an estimate of time from one panel load to when the system is ready to load the next panel.
Panels above 17 inches (43.1 cm) long require repositioning and realignment.
2 Image acquisition rate is dependent on component’s opacity.
3 Panel setup contains all panel movement for load, unload, X-ray barrier control, mechanical positioning
and compensation, automatic system adjustments, and panel alignment. Alignment time is dependent on
the size of the panel. Left to right pass through mode.
4 Assuming pad width is 50% of pitch.
5 The reported values for minimum feature detection assume that the feature is in a single plane of focus
and that there are no X-ray absorbers in the X-ray path or in the immediate area of the feature other than
those found in a typical multi-layer printed circuit board.
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