Eclipse
NanoMed, LLC. An Eclipse Design & Material, Inc.
Company
MULTILAYER CERAMIC CAPACITORS +300°C
Class II - 25 Vdc to 1.0 KVdc
Eclipse NanoMed
manufactures a leading edge line of Class II
multilayer ceramic capacitors that are intended for
operation from -55 to +300°C.
Our proprietary dielectric material
formulations achieve exceptionally
high levels of
volumetric efficiency, high
dielectric breakdown, low
leakage current and
minimal parametric shift while maintaining
predictable performance characteristics related
to variations in temperature, applied voltage and
time.
Typical applications include decoupling, by-pass,
filtering, transient voltage
suppression, blocking and
energy storage for
use
in the harsh environments associated with
the down-hole, aerospace / automotive engine compartments and
geophysical probes.
PERFORMANCE CHARACTERISTICS:
Operating
Temperature Range -55
to +300°C
Insulation
Resistance 1000
ΩF or 100
GΩ w/e less @ +25°C 100
ΩF or 10
GΩ w/e less @ +125°C 0.1
ΩF or 10 MΩ w/e less @ +300°C
Dissipation
Factor 2.5°%
Max (< 1.2% Typ) @ 1 KHz & +25°C < 1% Typ @ +300°C
Temperature
Coefficient ΔC
@ ±15%
Max (±8% Typ), -55 to +125°C ΔC
@ +15 / -86%
Max, -55 to +300°C
Dielectric
Strength 2.5
x WVDC @ WVDC ≤
200 Vdc
1.5 x WVDC @ 201 Vdc
≤WVDC≤
500 vdc
1.2 x WVDC @ WVDC >
500 Vdc
Aging
Rate <
2%
per decade hour
MECHANICAL DIMENSIONS:
CAPACITANCE
AND VOLTAGE SELECTION:
PART NUMBER DEFINITION /
ORDERING INFORMATION:
APPLICATION
SPECIFIC PRODUCTS:
Eclipse
NanoMed’s experienced staff
is
ready to assist you
with your
application specific
requirements. Our product
is processed in a
state-of-the-art
facility, complete with a
Class
10,000 clean room, a
full service machine shop and
extensive
testing options, guaranteed to satisfy the most rigid
requirements. Whether your
application
requires Industrial, Military
or
Automotive grade capacitors, or
if
your product will be
exposed to even higher
temperature
environments, we can help.
Commercial ● Military
Grade ● Industrial ● Medical ● Automotive ●
+300°C High
Temperature
