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HIGH DENSITY FLEXIBLE
CIRCUITS
Metriform II is DRC’s technique for the selective
application of several photolithographic processes in combination with
thick and thin film techniques to create custom, high-density passive
circuits or compact assemblies.
Who needs Metriform II components?
Design and application engineers and high-technology
manufacturers who need to fabricate new, proprietary, and unusual
microcircuits or special multi-layer assemblies.
If your application includes any of the following
characteristics, Metriform II is your solution:
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severe size and space constraints
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chip on-board micro-miniaturization
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fine lines or conductors (5 microns)
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multiple layers
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small vias
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special substrates (Kapton, ceramics,
glasses)
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Metriform II Technology includes:
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Thin film (additive) circuitry - Combinations
of sputtered, electroformed, lift-off evaporation, dry or wet etching,
lamination, and silk screening.
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Fine lines - DRC specializes in line widths
from .001" (25.4 microns) and down. Line widths and spaces of
.0004" (10 microns) are demonstrated on the free sample.
Circuitry on or over substrate edges is not unusual.
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Multi-layer construction - Thin glass, Kapton,
and liquid polyamides are common dielectrics. Many other screened,
thin-film, or sputtered dielectrics are also available.
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Special substrates - We have worked with
glass, quartz, fused silica, alumina, sapphire, stainless steel,
Kapton, FR-4, G-10, copperclad invar, special optical materials, as
well as machined/polished alloys. A wide variety of sizes and shapes
can be accommodated.
To see specific parts that we have fabricated, view High Density Circuit Applications.
View our design guide and brochures below:
DRC offers the know-how that comes with more than 30 years in
high-quality photolithographic product development and production. If
you have an unusual and state-of-the-art developmental requirement,
please contact us today. We offer a free sample that demonstrates a
single-layer circuit with 10-micron lines and spaces. Conductor and
space widths down to 5 microns are achievable.
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