AC/DC Medical Power Supply TPP 100A-J Series, 100 Watt Open frame 100 W power supply with JST connection in 2.0 x 3.0 package Certification according to IEC/EN/ES 60601-1 3rd edition for 2 x MOPP Low leakage current <75 A rated for BF applications Risk management process according to ISO 14971 incl. risk management file Acceptance criteria for electronic assemblies acc. to IPC-A-610 Level 3 Active power factor correction >0.95 Protection class l and ll prepared ES 60601-1 IEC 60601-1 UL 62368-1 IEC 62368-1 Operating up to 5000 m altitude The TPP 100A-J series of 100 Watt AC/DC open frame power supplies feature Ready to meet ErP directive, <0.3 W no a reinforced double I/O isolation system according to latest medical safety load power consumption standards (60601-1 3rd edition, 2 x MOPP). The earth leakage current is below 75 A which makes the units suitable for BF (body floating) applications. The 5-year product warranty excellent efficiency of up to 92% allows a high power density for the standard 2.0 x 3.0 packaging format. The full load operating temperature range is 25C to +55C while it goes up to 80C with 50% load derating. The EMC characteristic is dedicated for applications in industrial and medical fields. High reliability is provided by the use of industrial quality grade components and an excellent thermal management. It makes the products an ideal solution for medical devices and for demanding safety and space critical applications. Models Order Code Output Power Output Voltage Output Current Efficiency nom. (adjustable) max. max. typ. TPP 100-112A-J 12 VDC (10.8 - 13.2 VDC) 8 340 mA 91 % TPP 100-115A-J 15 VDC (13.5 - 16.5 VDC) 6 670 mA 92 % TPP 100-124A-J 24 VDC (21.6 - 26.4 VDC) 4 170 mA 92 % 100 W TPP 100-128A-J 28 VDC (25.2 - 30.8 VDC) 3 580 mA 92 % TPP 100-136A-J 36 VDC (32.4 - 39.6 VDC) 2 780 mA 91 % 48 VDC (43.2 - 52.8 VDC) 2 090 mA 91 % TPP 100-148A-J Options on demand (backorder with MOQ - Optional model with 18 VDC / 5 560 mA non stocking item) Page 1 / 5 www.tracopower.com January 27, 2021TPP 100A-J Series, 100 Watt Input Specifications Input Voltage - AC Range 85 - 264 VAC (Full Range) - DC Range 120 - 370 VDC (Designed for, no certification) Input Frequency 47 - 63 Hz Input Current - Full Load & Vin = 230 VAC 550 mA max. - Full Load & Vin = 115 VAC 1 150 mA max. Power Consumption - At no load 300 mW max. (Ready to meet ErP directive) Input Inrush Current - At 230 VAC 60 A max. Power Factor - At 230 VAC 0.95 min. (Active Power Factor Correction) - At 115 VAC 0.95 min. (Active Power Factor Correction) Input Protection T 3.15 A / 250 VAC (Internal Fuse in L & N) Recommended Input Fuse (The need of an external fuse has to be assessed in the final application.) Output Specifications Output Voltage Adjustment 10% (By trim potentiometer) Output power must not exceed rated power Voltage Set Accuracy 1% max. Regulation - Input Variation (Vmin - Vmax) 0.2% max. - Load Variation (0 - 100%) 0.5% max. Ripple and Noise 12 VDC model: 120 mVp-p typ. (w/ 10 F X7R) (20 MHz Bandwidth) 15 VDC model: 150 mVp-p typ. (w/ 10 F X7R) 18 VDC model: 160 mVp-p typ. (w/ 10 F X7R) 24 VDC model: 160 mVp-p typ. (w/ 1 F X7R) 28 VDC model: 180 mVp-p typ. (w/ 1 F X7R) 36 VDC model: 190 mVp-p typ. (w/ 1 F X7R) 48 VDC model: 340 mVp-p typ. (w/ 0.1 F X7R) Capacitive Load 12 VDC model: 6 950 F max. 15 VDC model: 4 450 F max. 18 VDC model: 3 100 F max. 24 VDC model: 1 750 F max. 28 VDC model: 1 280 F max. 36 VDC model: 770 F max. 48 VDC model: 430 F max. Minimum Load Not required Temperature Coefficient 0.02 %/K max. Hold-up Time - At 230 VAC 16 ms min. - At 115 VAC 16 ms min. Start-up Time - At 230 VAC 1 000 ms max. - At 115 VAC 1 000 ms max. Short Circuit Protection Continuous, Automatic recovery Output Current Limitation 115 - 150% of Iout max. Overvoltage Protection 115 - 135% of Vout nom. Transient Response - Response Deviation 3% max. (50% to 75% Load Step) - Response Time 500 s typ. (50% to 75% Load Step) All specifications valid at nominal voltage, full load and +25C after warm-up time unless otherwise stated. Page 2 / 5 www.tracopower.com January 27, 2021