Features- 2 x MOPP medical isolation
- Aerospace qualified per RTCA/DO-160G, EMS-ready per IEC60601-1-12
- Wide "universal" DC input range
- Enhanced transient and automotive/aerospace surge handling capability
- Shock & vibration in accordance with IEC60601-1-12 (EMS) & DO-160G
InputInput Voltage Range: | 12 - 36VDC (nameplate, nominal) 10.2 - 39.6VDC (rated, -15% / +10%)
Plus short-term capability between 9.0 - 10.2V. (Duration is limited by temperature rise.) |
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Input Current: | 9.5A (typ.) @ 12VDC / 100W 12.0A (max.) @ 10.2VDC / 100W 17.5A (max.) @ 9.0VDC / 120W |
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No Load Input Power: | < 0.5W |
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Efficiency: | 87% @ 12VDC, 90% @ 24VDC typ., at "typical" 60W usage scenario |
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Inrush Current: | < 1.5A @ 14VDC, satisfies DO-160G, Section 16.7.5.2 |
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OutputTurn-on Delay: | < 2 seconds |
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Output Regulation | +1.5% / -4% max. (measured at the output connector) |
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Line Regulation: | ± 0.1 % typ. (measured at the output connector) |
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Ripple: | 1% max. (using a 10µF low-ESR electrolytic cap + 0.1µF ceramic cap, measured @ 20MHz BW, at the output connector) |
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Transient Response (Step Load): | 10% max. deviation, 2ms max. recovery time (with 100W load step) |
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Transient Response (Load Dump): | 5% max. deviation, 100ms max. recovery time (with 100W load dump) |
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ProtectionsInput Protection: | Input line fusing (high-breaking capacity) Reverse polarity protection (up to -36VDC) |
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Input Over-Voltage Protection: | "Ride-through" input over-voltage protection without interruption of output voltage for high-energy surges up to 85VDC (See 'Maximum Allowable Surge Duration' plot for details. See 'EMC' section for other conditions.) Output cycles on/off IF (50V < Vin < 85V) AND IF (surge duration is outside the SOA region in the "Maximum Allowable Surge Duration" plot), 1.5s (typ.) delay between restart attempts |
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Input Under-Voltage Protection: | Shut down @ 7.4V (typ.), Restore @ 9.0V (max.) |
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Output Over-Voltage Protection: | 110 - 130%, Latching, cycle DC input voltage to reset |
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Output Over-Current Protection: | 110 - 150%, Auto-recovery |
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Output Short-Circuit Protection: | Auto-recovery |
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Over-Temperature Protection: | Auto-recovery |
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EnvironmentalMTBF: | > 1,500,000 hours @ 25°C ambient (Telcordia SR-332, Issue 3) > 750,000 hours @ 50°C ambient (Telcordia SR-332, Issue 3) |
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Operating Temperature: | -10°C to 40°C (100W) Check derating curve for T > 40°C. |
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Storage Temperature: | -40°C to 80°C |
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Humidity: | 0% to 95% relative humidity, non-condensing |
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Altitude | 5000m |
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Cooling: | Natural convection |
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Shock: | End use handling: Half-sine, <3ms duration, 1.65m/s, 3 shocks per face Transportation simulation: Trapezoid, 60G acceleration, 5.75m/sec, 3 shocks per face General shock: Half-sine, 100G acceleration, 6ms duration, 3 shocks per face |
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Vibration: | IEC60601-1-12, Section 10.1.3, Clause B DO-160G, Section 8, Procedure 8.8, Category U, Zone 1A |
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Bump: | EN1789, Clause 6.4.1 |
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Drop: | EN1789, Clause 6.4.2 |
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Ingress Protection: | IP43 |
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RoHS: | Complies with EU 2015/863 and China SJ/T 11363-2006 |
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SafetyCompliant Standards: | General medical: IEC60601-1 Emergency medical services (EMS): IEC60601-1-12 Information & communications technologies (ICT): IEC62368-1 |
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Dielectric Withstand Voltage (Hi-Pot): | 4300VDC from input to output, 1 minute 4300VDC from input to case, 1 minute 500VAC from output to case, 1 minute |
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Output Leakage Current: | NC: 8µA max. SFC: 40µA max. |
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Means of Protection (Primary-to-Secondary): | 2 x MOPP |
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Protection Class: | Class II (reinforced insulation) |
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EMCCompliant Standards: | Medical: IEC60601-1-2 Airborne Equipment: RTCA DO-160G Aftermarket automotive: EN50498 |
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Conducted Emissions: | CISPR25, Class 3 DO-160G, Section 21.4, Category M (measured with resistive load) |
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Radiated Emissions: | CISPR25, Class 3 DO-160G, Section 21.5, Category M EN50498 (measured with resistive load) |
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Electrical Transient Conduction Along Supply Lines: | ISO7637-2 (Test conditions for 12V nom. / 24V nom. systems, respectively) Test Pulse 1: - 100V / -600V (5,000 pulses) Test Pulse 2a: + 50V / + 50V (5,000 pulses) Test Pulse 2b: + 10V / + 20V (10 pulses) Test Pulse 3a: -150V / - 200V (1 hour) Test Pulse 3b: +100V / + 200V (1 hour) Test Pulse 4: -6V / -12V (1 pulse)
ISO16750-2 Load Dump: 12V nom. system: Test Pulse A : Us = 87V, Ri = 2Ω, td = 400ms 24V nom. system: Test Pulse B: Us* = 65V, Ri = 2Ω, td = 350ms |
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Input Voltage Interruptions, Dips, Surges and Spikes (DO-160G): | DO-160G, Section 16.6.1.3, Category Z (Momentary interruption) DO-160G, Section 16.6.1.4, Category Z (Normal surge) DO-160G, Section 16.6.2.4, Category Z (Abnormal surge) DO-160G, Section 17, Category B (Spikes) |
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Electrostatic Discharge (ESD) Immunity: | EN61000-4-2, 10KV contact discharge, 18KV air discharge, Criterion A |
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Radiated RF Immunity: | EN61000-4-3, 20V/m @ 80MHz - 2.7GHz, 80% 1KHz AM, 80% 5Hz AM, Criterion A DO-160G, Section 20.5, Category R |
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Conducted RF Immunity: | EN61000-4-6, 3VRMS & 6VRMS (ISM & Amateur bands), 80% 1KHz AM, Criterion A DO-160G, Section 20.4, Category R |
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EnclosureHousing: | High impact plastic, 94V0 polycarbonate, non-vented |
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Markings: | Adhesive backed label or laser engraving |
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