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A Fully Vertically Integrated Custom Solutions Manufacturer - Six Sigma Certified

Military / Aerospace Applications

Home>Power Filters & Film Capacitors

Features

  • High common and differential mode attenuation
  • Standard designs up to 100 Amps
  • Excellent insertion loss characteristics
    up to 1 GHz
  • Voltage rating 115-250VAC and 400VDC
    up to 400 Hz
  • Available to meet MIL-F-15733, MIL-STD-461, and MIL-STD-1399 standards
  • Available to meet TEMPEST and FCC requirements
  • Rugged Construction to meet MIL Standard Environmental conditions
  • Custom designs available

CE03 Testing

Before
Competition using Open & Exposed Circuit Card Assembly

Before: Competition using Open & Exposed Circuit Card Assembly

After
We Suggested a Multisection Box, Closed Metal Box Assembly

After: We Suggested a <strong>Multisection Box</strong>, Closed Metal Box Assembly

Mil-Std 461D Testing

Before
System as Received has No Filter

Before: System as Received has No Filter

After
461D Passed Allowing Customer to Pass CE Requirement

After: 461D Passed Allowing Customer to Pass CE Requirement

Test Specifications

Test
Group		 Order
of Test		 Examination or Test Test Method (Per MIL-STD-202) Post Test Requirements
IIA 1 Voltage Drop Paragraph 4.6.8 of MIL-F-15733 Three percent of rated
voltage max.
2 Leakage Current UL 1283 Per applicable specification
3 Temperature Rise MIL-F-15733 Paragraph 4.6.4 25°C max.
4 Terminal Strength Method 211, Condition A No evidence of loosening or rupture
after 5 lb. of applied force. Line Cords: 35 Lbs.
IIB 1 Shock,
Medium Impact		 Method 213, Condition G Must pass DWV
and Insertion Loss
2 Vibration,
High Frequency		 Method 204, Condition A Monitor for shorts or open
3 Thermal Shock Method 107, Test Condition A Pass 90% DWV IR
to be 30% of initial
4 Humidity Method 107, Condition B, except
temperature equals 25°C		 Pass 90% DWV IR
to be 30% of initial
III 1 Life Method 108, Condition D
1.2 x Rated AC voltage
at max. operating temp.
or 1.4 x DC voltage		 Pass 90% DWV
insulation resistance
to be 30% of initial.