500 Watt, 400 Hz, 3 Phase Input, Single Output, Military Grade Power Supply
Product Description
This unit is a 500 watt, 400Hz, 3 phase input, single output, military grade power supply designed for electronic systems operating in harsh environments (shock and vibration) and extreme temperature conditions. It is conduction cooled providing a -55° to +85° C operating temperature range. This product is based on predesigned board sections that are integrated into a sealed enclosure to meet or exceed applicable military standards including MIL-STD-810F & MIL-STD-461F.
Product Features
- Meets MIL-STD-461F
- Meets MIL-STD-810F
- Input: 115Vac, 400Hz, 3 Phase
- 88% Efficiency
- Operating Temperature Range: -50º to +85º C
AC Input
- Voltage Input Range: 95-138AC (115VAC nominal input)
- Frequency: 50/60/400Hz (47-440Hz)
- Phase: Three Phase
- Power factor correction: 0.98 min @ Full Load
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Model #:
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Voltage
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Max Current
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Regulation
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Ripple
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MGPS500-3P-3.3
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3.3Vdc
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106 Amps
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±3%
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50mV pk-pk
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MGPS500-3P-5
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5.0Vdc
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80 Amps
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±3%
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50mV pk-pk
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MGPS500-3P-9
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9.0Vdc
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45 Amps
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±3%
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120mV pk-pk
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MGPS500-3P-12
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12Vdc
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37.5 Amps
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±1%
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120mV pk-pk
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MGPS500-3P-15
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15Vdc
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33.3 Amps
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±1%
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150mV pk-pk
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MGPS500-3P-19
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19Vdc
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26.3 Amps
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±1%
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150mV pk-pk
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MGPS500-3P-24
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24Vdc
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20.8 Amps
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±1%
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240mV pk-pk
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MGPS500-3P-28
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28Vdc
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17.8 Amps
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±1%
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240mV pk-pk
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MGPS500-3P-36
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36Vdc
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13.8 Amps
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±1%
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240mV pk-pk
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MGPS500-3P-348
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48Vdc
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10.4 Amps
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±1%
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240mV pk-pk
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Note: Alternate output voltages are available, consult factory for availability.
DC Output Characteristics (Floating)
- Output Power: 500 Watts (maximum continuous power, may require derating for some low voltage outputs)
- Line Regulation: ±2.0% Typical
- Load Regulation: ±2.0% Typical (No load to full load; nominal input)
- Output Ripple/Noise: 1% Typical (pk-pk; nominal input; full load; 20MHz bandwidth)
- Set Point Accuracy: ± 1.0% of Output Voltage (Nominal input; full load; 25°C)
- Transient Response: Output voltage returns to within 1% in less than 2.5mS for a 50% load change and the peak transient does not excess 5%.
- Overshoot: Turn-on and turn-off overshoot should not exceed 5% over nominal voltage.
Electrical Characteristics
- Switching Frequency: 300KHz Fixed
- Efficiency: 88% Typical (Measuring at 115Vac and at full load)
- Turn On Delay:1.5 second maximum at 120 VAC
- Isolation Voltage: 1000V between input and output. 1000V between input and case. 500V between output and case.
- Isolation Resistance: 10Mohms (Input to output)
- Temperature Regulation: +/-2.0%/ºC (+/-.005%/ ºC max; over operating temp range)
Protection
- Over Current Limit: ~115 to 120% of maximum rating. Hiccup, continuous.
- Over-Voltage Setpoint: ~115% of nominal main. Unit latched 1 minute, recycle AC input to reset at 25°C.
- Short Circuit: Auto-Recovery after short circuit condition is removed.
- Over temperature Protection: Shutdown at baseplate temperature of +100°C (±5%) Automatic recovery at baseplate temperature lower than +95°C (±5%)
Environmental
- Operating Temperature: -50º to +85º C (baseplate)
- Storage Temperature: -55º to 125º C
- Operating Humidity: 5% to 90% RH, Non-condensing
- Storage Humidity: 5% to 95% RH, Non-condensing
- Operating Altitude: Sea-level to 40,000 ft. in pressurized environment
- Sock & Vibration Standards: MIL-STD-810F
- Conducted EMI: MIL-STD-461F
- Cooling: Conduction cooled, coldplate required. Optional heatsink available.
Reliability
- 250,000 hours, calculated per MIL-STD-217F at +55°C baseplate, ground fixed.
Mechanical
- Enclosure: Aluminum Housing
- Outline Dimensions: 2.5" X 5.0" X 9.5" (H X W X L) – not including I/O connector
- Weight: ~4.5 lbs. (1816 grams)
- AC Input: D38999 or EQ.
- DC Output Connector: D38999 or EQ.
Additional Features, Controls or Alarms
- Inhibit: TTL
- Remote Sense
Notes
- Some specifications have not been tested for actual compliance and can not be guaranteed to meet 100% compliance during system testing.
- Product specifications subject to change without notice. All rights reserved.
- The information and specifications contained in this document are believed to be correct and accurate at the time of publication. DSC Power Solutions, Inc. accepts no responsibility for consequences
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