Medical PSU FSP100-1K70M1 DESCRIPTION This series of compact, open PC B constructed, AC -DC switching power supplies are capable of delivering 100 watts of continuous output power at convection cooling. They are suited for medical, information technology and industrial applications, but not for life-supporting medical equipment. Approval to both EN60601-1 and EN60950-1 safety standards improves design-in time and reduces end equipment compliance costs. FEATURES Medical and ITE approvals C ompact size 2” × 4” × 1.26” High power density 10 W/cubic inch 100 W output with convection cooling up to +50℃ Low earth leakage current EN55011 /55022 class B emissions RoHS compliant SAFETY STANDARD APPAOVAL OUTPUT SPECIFICATION Ripple & Noise: Maximum excursion of 4% or better on all models, recovering to 1% of final value within 500 us after a 25% step load change All outputs protected to short circuit conditions. W ATTAGE Wattage: 100W DIMENSION Dimension: 101.6mm(L) x 50.8mm(W) x 32.0mm(H) INPUT SPECIFICATION Input Range: Input Frequency: Input Current: Leakage Current: 90-264 Vdc 47-63 Hz 1.9A(rms) for100-120VAC , 1.1A(rms) for200-240VAC 150 µA max. @ 264 VAC ,63 Hz Over Current Protection: GENERAL SPECIFICATION Efficiency: Inrush Current: 88~90% @ 230 VAC full load 40A @ 115 VAC or 80A @ 230 VAC , at 25"C cold start ENVIRONMENTAL SPECIFICATION TEMP.Range: MTBF: Operating Temperature:-10°C to +70°C Storage Temperature: -40°C to + 85℃ 270,000 hours at full load at 25"C ambient temperature calculated per MIL-HDBK-217F *Output Voltage and C urrent Rating Ripple-Noise(R-P) mV Regulation Load % Output Max.(A) Output Min.(A) +36V 360mV ±2% 2.78A 0A NOTES 1. Safety approvals are for PC B form only. To order models with metallic L-bracket or box, change suffix “A” to “B” for Lbracket form, to “C ” for enclosed form (see Outline Drawing of C ased Internal Switchers), e.g. PM100-14C . 2. Ripple and noise is maximum peak to peak voltage value measured at output within 20 MHz bandwidth, at rated line voltage and output load ranges, and with a 10 μF tantalum capacitor in parallel with a 0.1 μF ceramic capacitor across the output. MECHANICAL SPECIFICATION This content is subject to change, please refer to specification for m ore detail. FSP reserve the right to change the content without prior notice