Hi-Rel Grade, DC/DC EMI Filter, 10 A - 50 V

General Characteristics

  • Galvanic isolation input/output : non isolated
  • Input current up to : 10 A
  • Nominal power up to : 150 W
  • Wide input range : 9-50 Vdc
  • RoHs

Key Features

  • DO-160 C/D/E/F/G compliant
  • EMI filter for Avionics/Defense
  • Input immunity to MIL-STD-1275 A/B/C/D
  • Input immunity to MIL-STD-704 A/D/F
  • MIL-STD-461 D/E/F compliant

Series Description
The GAIA Converter filter module FGDS-10A-50V provides a state-of-the-art product to fulfill Electromagnetic Interferences (EMI) requirements for Aerospace and Defence applications. 
The FGDS-10A-50V is a very compact and low loss solution for applications requiring up to 10 A input current. 
The FGDS-10A-50V complies with major standards including: the US MIL-STD-461 rev D, E and rev F the international DO-160 rev C, D, E, F & rev G. 
In particular, the filter module is compliant with the following requirements of MIL-STD-461D/E and DO-160-C/D/E standards: 
- MIL-STD-461D/E/F Part 2. & 3. requirements: 
. Conducted Emission (CE) 
> CE102, power leads, emission over 10KHz to 10MHz, basic curve 
. Conducted Susceptibility (CS) 
> CS101, power leads, frequency 30Hz to 150KHz, curve #1, 
> CS114, bulk cable injection, frequency 10KHz to 400MHz, 
> CS115, spikes, bulk cable injection calibrated spike 
> CS116, damped sinusoidal transient 
- DO-160-C/D/E/F/G requirements: 
. Conducted Emission (CE) 
> Section 21 power lines, emission over 15KHz to 152MHz, category B, AZ & LMH 
. Conducted Susceptibility (CS) 
> Section 20 power lines, frequency 10KHz to 400MHz. 
In addition, this filter withstands in a transparent state without dammage the transient requirements of: 
- MIL-STD-704A/D/E/F with up to 80V/100ms
- MIL-STD-1275A/B/C/D with up to 100V/50ms 
The FGDS-10A-50V is suitable for all GAIA Converter DC/DC converters and DC architecture: from 25W up to 150W output power up to 10A output current up to 50V permanent input voltage.
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Product Selection

This product selection table includes all available versions. Other references may be offered – see technical datasheets.
For more information, please consult factory.

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Reference Status Output power Input voltage Max. transient input voltage Output current Case dimensions Standard electrical functions Operating case temp. range Case material Inrush current limiter DC resistance Weight Power dissipation Options RoHS / SnPb
FGDS-10A-50V Active 10 A - 50 V 9 - 50 Vdc 80 Vdc / 100 ms, 100 Vdc / 50 ms 10 A 40.2 x 26.2 x 12.8 mm -40 to 105 °C Metallic black anodized coating 11 mOhm 25 Grams T, S

Output Nbr: S: Single output, B: Bi-outputs, D: Dual outputs, T: Triple outputs – Dual outputs products can be usable for single output or bi-outputs. Output Nbr E corresponds to a slave module (see DataSheet)
Case dimensions: L x W x H (maximum values in mm)
Standard electrical functions: Case: Case connection, OVLO: Input overvoltage lockout, UVLO: Input under voltage lockout, OCP: Output over current protection level, OPP: Output over power protection, OVP: Output over voltage protection level, SCP: Output short circuit protection, OTP: Over temperature protection, VIF: Pin for Input Current Ripple Reduction, SYNC: Pin for Synchronisation, TRIM: Pin for adjust ouput voltage, ITRIM: Pin for adjustement ouput current limitation, CC: Pin for capacitor charged signal, CD: Pin for capacitor discharged signal, UVLOadj: Pin for level undervoltage lockout adjust, VREF: Pin for output internal voltage reference, PF: Pin for power fail signal, SENSE: Pin for voltage regulation, REV.POL: Reverse polarity protection, SHARE: Pin for output current parallel sharing
Status NPR: Not preferred for new Design
Options: T Screening at start-up -55° C, Y High isolation 3000 Vdc, M On/Off function, S Screening and serialization, F Synchronization function, P Share function

Technical Documentation
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Materials Disclosure Disclaimer
Even though all possible efforts have been made to provide you with the most accurate information, we can not guarantee to its completeness and accuracy due to the fact that the data has been compiled based on the ranges provided and some information that may not have been provided by the subcontractors and raw material suppliers to protect their business proprietary information.