TEN 40-4823WIN TRACO Power

DC/DC Converter TEN 40WIN Series, 40 Watt Highest power density: 40 W in 1 x 2 x 0.4 package Ultra wide 4:1 input range Excellent efficiency up to 90 % Output voltage adjustable Remote On/Off UL 62368-1 IEC 62368-1 Protection against short circuit The TEN 40WIN Series is a new range of isolated high performance DC/D- and over voltage C-converter modules. Due to the very high efficiency of up to 90% these 40 W converters come with a footprint of only 1.0 x 2.0. The 12 models have an ul- I/O isolation 1500 VDC tra wide 4:1 input voltage range and a tight output voltage regulation. The out- Operating temperature range put voltage is adjustable by external resistor. Remote On/Off and protection 40C to +75C against overpower and over voltage are standard features of these converters. Typical applications are in mobile equipment, instrumentation, distributed pow- 3-year product warranty er architectures in communication and industrial electronics and everywhere where space on the PCB is limited. Models Order Code Input Voltage Output 1 Output 2 Efficiency Range Vnom Imax Vnom Imax typ. TEN 40-2410WIN 3.3 VDC 8 000 mA 89 % TEN 40-2411WIN 5 VDC 8 000 mA 90 % TEN 40-2412WIN 12 VDC 3 330 mA 89 % 9 - 36 VDC TEN 40-2413WIN 15 VDC 2 670 mA 89 % (24 VDC nom.) TEN 40-2415WIN 24 VDC 1 670 mA 91 % TEN 40-2422WIN +12 VDC 1 670 mA 12 VDC 1 670 mA 88 % TEN 40-2423WIN +15 VDC 1 330 mA 15 VDC 1 330 mA 88 % TEN 40-4810WIN 3.3 VDC 8 000 mA 89 % TEN 40-4811WIN 5 VDC 8 000 mA 90 % TEN 40-4812WIN 12 VDC 3 330 mA 90 % 18 - 75 VDC TEN 40-4813WIN 15 VDC 2 670 mA 90 % (48 VDC nom.) TEN 40-4815WIN 24 VDC 1 670 mA 91 % TEN 40-4822WIN +12 VDC 1 670 mA 12 VDC 1 670 mA 88 % TEN 40-4823WIN +15 VDC 1 330 mA 15 VDC 1 330 mA 88 % Options TEN-HS4 - Optional Heat Sink: www.tracopower.com/products/ten-hs4.pdf TEN-HS6 - Optional Heat Sink: www.tracopower.com/products/ten-hs6.pdf Page 1 / 5 www.tracopower.com December 14, 2021TEN 40WIN Series, 40 Watt Input Specifications Input Current - At no load 24 Vin models: 90 mA typ. (3.3 Vout model) 90 mA typ. (5 Vout model) 95 mA typ. (12 Vout model) 105 mA typ. (15 Vout model) 115 mA typ. (24 Vout model) 65 mA typ. (12 / -12 Vout model) 65 mA typ. (15 / -15 Vout model) 48 Vin models: 55 mA typ. (3.3 Vout model) 55 mA typ. (5 Vout model) 60 mA typ. (12 Vout model) 65 mA typ. (15 Vout model) 75 mA typ. (24 Vout model) 45 mA typ. (12 / -12 Vout model) 45 mA typ. (15 / -15 Vout model) - At full load 24 Vin models: 1 240 mA max. (3.3 Vout model) 1 850 mA max. (5 Vout model) 1 870 mA max. (12 Vout model) 1 870 mA max. (15 Vout model) 1 835 mA max. (24 Vout model) 1 890 mA max. (12 / -12 Vout model) 1 890 mA max. (15 / -15 Vout model) 48 Vin models: 620 mA max. (3.3 Vout model) 930 mA max. (5 Vout model) 930 mA max. (12 Vout model) 930 mA max. (15 Vout model) 920 mA max. (24 Vout model) 950 mA max. (12 / -12 Vout model) 950 mA max. (15 / -15 Vout model) Surge Voltage 24 Vin models: 50 VDC max. (100 ms max.) 48 Vin models: 100 VDC max. (100 ms max.) Under Voltage Lockout 24 Vin models: 8.3 VDC typ. 48 Vin models: 16.5 VDC typ. Reflected Ripple Current 30 mAp-p typ. 24 Vin models: 48 Vin models: 20 mAp-p typ. Recommended Input Fuse 24 Vin models: 8 000 mA (slow blow) 48 Vin models: 4 000 mA (slow blow) (The need of an external fuse has to be assessed in the final application.) Input Filter Internal LC-Type Output Specifications Output Voltage Adjustment 10% to +20% (24 Vout single models) 10% (other single models) (By external trim resistor) See application note: www.tracopower.com/overview/ten40win Output power must not exceed rated power Voltage Set Accuracy 1% max. Regulation - Input Variation (Vmin - Vmax) single output models: 0.5% max. dual output models: 0.5% max. - Load Variation (0 - 100%) single output models: 0.5% max. dual output models: 1% max. (Output 1) 1% max. (Output 2) - Voltage Balance dual output models: 2% max. (symmetrical load) All specifications valid at nominal voltage, resistive full load and +25C after warm-up time, unless otherwise stated. Page 2 / 5 www.tracopower.com December 14, 2021