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Internal Lab Panoramic view
Report 130116A comparison
Report 130116A comparison
compared with traditional EMI filters.
They do not need any modification
of the body shell and do not create
air pockets or defeat existing
environmental seals. 3D construction,
unlike 2D PCB solutions, does not risk
violating applicable MIL standards
for spacing, conformal coating, pad-
size, etc. Components and wiring are
fully imbedded in protective silicone,
so, for example, capacitors can’t ‘pop
off’, and won’t be damaged cracked
during installation or use. The silicone
construction also withstands severe
temperature ranges and exposure to
many deteriorating influences such as
ozone, chemicals, aging and UV; further
there are no spring metal contacts
(BeCu) to degrade or become brittle
due to overstress during installation -
EESeal contacts accommodate severe
misalignment and mismatch without
loss or performance. Finally, EESeals
are usually lighter than PCBs or arrays.
EESeal EMI inserts can be custom-
manufactured in as little as seven
days and will fit into many different
hi-rel connector formats including
MIL-C-38999,
MIL-C-26482,
MIL-C-5015, MIL-C-83723, ARINC,
Eurofighter, Lemo, Centronix, MDM,
D-subminiature, Micro D-subminiature
and DIN. Custom connector forms can
be as easily accommodated as standard
types. All types of filtering element can
be included - MOVs and other transient
voltage suppression (TVS) diodes can
also be included within the silicone
inserts offering surge protection as
well as EMI.
The new EESeal EMI inserts are
available on a very fast turn-around
from Astute Electronics, the leading
supplier of electronic components and
value added services.
Connectors & Cables
Special Edition
New-Tech Magazine Europe l 63