Electromagnetic Integrated Solutions: +1(814) 474-1571

Military / Aerospace Applications

API Technologies has a long history of partnering with leading suppliers of the defense industry. We have the ability to find solutions to suppress or eliminate electromagnetic interference (EMI) allowing us to provide high reliability power filters required.

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 25C 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 25C
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.