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Norcom
2020 & 2020SF
Optical Leak Test Systems
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Quantitative results measured in
cc-atm/second helium -
One-step calibration and setup -
Simultaneously tests for fine and gross
leaks -
Tests variety of
hermetically sealed devices, including PC board-mounted and pig-tailed
packages -
Provides
Statistical Process Control (SPC) for tracking of test results -
MIL STD approved
Norcom 2020
Norcom 2020SF (Single Footprint)
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Norcom
410
Optical Gross Leak Test System
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The Norcom 410 saves
you time, expense and risk. It replaces bubble leak testing, eliminates
polluting fluorocarbons, helium for mass spectroscopy, and radioactive
Krypton tracer gases for parts bombing. It eliminates pollution,
radiation, and the cost of consumables.
The bench-top system
is suitable for almost any electronics production environment.
Self-contained it includes everything you need for testing in one
package. A barcode reader for data entry and LAN connectivity are
available as options.
Norcom 410
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Specifications
Dimensions 20.0” x 8.0” x 9.5”
Weight 25 lbs.
Power 100-220 VAC
50/60 Hz.
Max. Part Size 3x4x2 inches
Typical Test Time 10 seconds/part
Gross Leak Tests for:
• Metal Lid Packages
• Ceramic Lid Devices
• Si Lid Devices
• Hybrids
• Sensors
• Displays
• Microwave
• Fiber Optic Devices
• Relays
Electronic packages for:
• Medical
• Automotive
• Marine
• Aerospace
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The NorCom 2020 provides automated in line, full matrix leak testing of
hermetically sealed microelectronic and optoelectronic devices. It
eliminates the need for helium mass spectroscopy and gross leak bubble
testing by utilizing a patented laser interferometer to simultaneously
measure gross and fine leaks in hermetic devices.
Since the reliability of hermetic electronic packages
is dependent on the detection of gross and fine leaks, the NorCom 2020's
pinpoint accuracy, repeatability and increased production throughput
make the system an essential requirement for hermetic device production.
The NorCom 2020 provides quantitative leak test
results in the industry standard of cc-atm/second helium. The system is
ideal for optoelectronic, semiconductor and PC board-mounted devices for
military, aerospace and telecommunication applications.
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