page 1 of 4 the thm-10wi series is a range of medical 10 watt dc/dc converters in dip-24 plastic package and with ultra-wide 4:1 input voltage range. they provide a rein - forced isolation system for 5000 vacrms isolation and a very low leakage current of less than 2 a. the units are approved to iec/en/es 60601-1 3rd edition for 2 x mopp (means of patient protection) and come along with an iso 14971 risk management fle. design and production conform to the quality management system iso 13485. with a high effcien?cy of up to 87% and highest grade com - ponents the converters can reliably operate in an ambient temperature range of C40c up to +90c. they constitute a reliable solution not only for medical equipment but also for demanding ranges of application such as transportation, control & measurement or igbt drivers. ? ultra wide 4:1 input voltage 10 w dc/dc converter in a compact dip-24 plastic case ? i/o isolation 5000 vacrms rated for 250 vacrms working voltage ? certifcation according to iec/en/es 60601-1 3rd edition for 2xmopp ? risk management process according to iso 14971 including risk management fle ? acceptance criteria for electronic assemblies according to ipc-a-610 level 3 ? low leakage current < 2a ? extended operating temperature range C40c to 90c. ? emc compliance to iec 60601-1-2 4th edition and en55032 class a ? operating up to 5000m altitude ? 5 year product warranty order code input voltage range output voltage output current max. effciency typ. thm 10-0510wi 3.3 vdc 2500 ma 80.0 % thm 10-0511wi 5.0 vdc 2000 ma 84.0 % thm 10-0512wi 12 vdc 830 ma 86.5 % thm 10-0513wi 4.5 C 9 vdc 15 vdc 670 ma 87.0 % thm 10-0515wi (5 vdc nominal) 24 vdc 416 ma 85.5 % thm 10-0521wi 5.0 vdc 1000 ma 83.0 % thm 10-0522wi 12 vdc 416 ma 85.5 % thm 10-0523wi 15 vdc 333 ma 86.5 % thm 10-2410wi 3.3 vdc 2500 ma 83.0 % thm 10-2411wi 5.0 vdc 2000 ma 86.5 % thm 10-2412wi 12 vdc 830 ma 89.0 % thm 10-2413wi 9. 0 C 36 vdc 15 vdc 670 ma 89.0 % thm 10-2415wi (24 vdc nominal) 24 vdc 416 ma 89.0 % thm 10-2421wi 5.0 vdc 1000 ma 85.0 % thm 10-2422wi 12 vdc 416 ma 89.0 % thm 10-2423wi 15 vdc 333 ma 88.0 % thm 10-4810wi 3.3 vdc 2500 ma 82.5 % thm 10-4811wi 5.0 vdc 2000 ma 86.5 % thm 10-4812wi 12 vdc 830 ma 89.0 % thm 10-4813wi 18 C 75 vdc 15 vdc 670 ma 89.0 % thm 10-4815wi (48 vdc nominal) 24 vdc 416 ma 88.5 % thm 10-4821wi 5.0 vdc 1000 ma 85.0 % thm 10-4822wi 12 vdc 416 ma 88.0 % thm 10-4823wi 15 vdc 333 ma 88.0 % models es 60601-1 c b scheme ic 606010-1 http://www.tracopower.com dc/dc converter thm 10wi series, 10 watt
page 2 of 4 input specifications input current no load 5 vin models: 20 ma typ. 24 vin models: 6 ma typ. 48 vin models: 4 ma typ. surge voltage (3 sec. max.) 5 vin models: 16 v max. 24 vin models: 50 v max. 48 vin models: 100 v max. start-up voltage 5 vin models: 4. 5 vdc (or lower) 24 vin models: 9 vdc (or lower) 48 vin models: 18 vdc (or lower) startup time 30 ms under voltage shut down 5 vin models: 4 vdc typ. 24 vin models: 8 vdc typ. 48 vin models: 16 vdc typ. conducted noise C conducted & radiated input surpression en 55011 limits to iec 60601-1-2 4th editon en 55032 class a (internal filter) emc immunity C generic for medical equipment iec/en 60601-1-2 4th edition C esd (electrostatic discharge) en 61000-4-2, air 8 kv, contact 6 kv, perf. criteria a C radiated immunity en 61000-4-3, 10 v/m, perf. criteria a C fast transient / surge en 61000-4-4, 2 kv, perf. criteria a (with external input capacitor / diode) en 61000-4-5, 2 kv perf. criteria a 5 vin models: nippon chemi-con ky 1000 f/ 25 v and reverse diode (vishay v10p45) in parallel 24 vin models: nippon chemi-con ky 470 f/ 50 v 48 vin models: nippon chemi-con ky 330 f/ 100 v C conducted immunity en 61000-4-6, 10 vrms, perf. criteria a C magnetic field immunity en 61000-4-8 100 a/m, continuous, perf. criteria a 1000 a/m, 1 sec., perf. criteria a external input fuse required (recommended values, slow blow type) 5 vin models: 10 a 24 vin models: 5 a 48 vin models: 2.5 a output specifications voltage set accuracy 1 % max. regulation C input variation single output: 0.2 % max. dual output: 0.5 % max. C load variation 0 C 100 % single output: 0.2 % max. dual output: 1.0 % max. C cross regulation dual output: 5.0 % max. (asymmetrical load 25/100 %) minimum load not required ripple and noise (20 mhz bandwidth) 3.3 & 5.0 vdc models: 30 mvp-p typ. with cap. 10 f/25 v x7r mlcc 12 & 15 vdc models: 40 mvp-p typ. with cap. 10 f/25 v x7r mlcc 24 vdc models: 50 mvp-p typ. with cap. 4.7 f/50 v x7r mlcc transient response C recovery time (25% load step change) 250 s typ. over load protection at 150 % typ. of iout rated (hiccup mode) short circuit protection continuous, automatic recovery over voltage protection Csingle output 3.3 vdc models: 3.7 C 5.4 vdc 5.0 vdc models: 5.6 C 7.0 vdc 12 vdc models: 13.5 C 19.6 vdc 15 vdc models: 18.3 C 22.0 vdc 24 vdc models: 29.1 C 32.5 vdc Cdual output 5 vdc models: 5.6 C 7.0 vdc 12 vdc models: 13.5 C 18.2 vdc 15 vdc models: 17.0 C 22.0 vdc thm 10wi series, 10 watt http://www.tracopower.com
page 3 of 4 general specifications capacitive load Csingle output 3.3 vdc models: 3000 f max. 5.0 vdc models: 2500 f max. 12 vdc models: 430 f max. 15 vdc models: 350 f max. 24 vdc models: 125 f max. Cdual output 5 vdc models: 1440 f max. (each output) 12 vdc models: 550 f max. (each output) 15 vdc models: 180 f max. (each output) temperature ranges C operating C40c to +90c (with derating) C rated according to iec/en 60601-1 C40c to +50c (without derating) C case temperature +105c max. C storage temperature C55c to +125c derating 3.5%/k above 75c thermal impedance 18 c/w humidity (non condensing) 5 % to 95 % rel h max. isolation voltage C to meet es/iec/en 60601-1 5000 vacrms, rated for 250 vacrms working (50hz, 60sec) voltage, 2 x mopp clearance/creepage 8 mm min. leakagecurrent ( at 240 vac, 60 hz) 2 a max. isolation capacitance (input/output) 17 pf max. altitude during operation 5000 m temperature coefficient 0.02 %/k typ. reliability, calculated mtbf (mil-hdbk-217f at +25c, ground benign) 3800000 h switching frequency 300 khz 30 khz (pulse width modulation) vibration and thermal shock resistance according to mil-std-810f safety standards/approvals C medical equipment ansi/aami es60601-1:2005/(r)2012, iec/en60601-1 3rd edition C certification documents www.tracopower.com/products/overview/thm10wi environmental compliance C reach www.tracopower.com/products/reach-declaration.pdf C rohs rohs directive 2011/65/eu physical specifications casing material non-conductive black plastic base material non-conductive black plastic potting material silicone (ul94 v-0 rated) package weight 14 g (0.48oz) soldering temperature max. 265c / 10 sec - the component is not be used in an oxygen rich environment. - the component is not to be used in conjunction with fammable anaesthetics and agents. - the component has to be disposed appropriately. please refer to local regulations (waste electrical and electronic equipment). - a modifcation of the component is not allowed. thm 10wi series, 10 watt http://www.tracopower.com all specifcations valid at nominal input voltage, full load and +25c after warm-up time unless otherwise stated.
www .tracopowe r. com ? copyright 2017 traco electronic ag sp ec i?cati ons can be changed wi thout noti ce! page 4 of 4 outline dimensions pin single dual 2 Cvin (gnd) Cvin (gnd) 11 no con. Cvout 14 +vout +vout 16 Cvout common 22 +vin (vcc) +vin (vcc) 23 +vin (vcc) +vin (vcc) standard pinout dienion in n olerane 5 2 pin 6 1 24 4 pin pi tolerane 25 1 11 22 23 2 16 14 bottom view 15.24 2.54 20.3 (0.10) (0.60) (0.80) 10.2 (0.40) 3.8 (0.15) 2.54 15.24 5.08 4.5 31.8 (0.10) (0.60) (0.20) (0.18) (1.25) 12 23 24 1 15 13 bottom view 15.24 2.54 20.3 (0.10) (0.60) (0.80) 10.2 (0.40) 3.8 (0.15) 2.54 20.32 2x2.54 2.0 31.8 (0.10) (0.80) (2x0.1) (0.08) (1.25) 11 standard pinning optional pinning: suffix -a1 pin single dual 1 +vin (vcc) +vin (vcc) 11 no pin common 12 Cvout no pin 13 +vout Cvout 15 no pin +vout 23 Cvin (gnd) Cvin (gnd) 24 Cvin (gnd) Cvin (gnd) optional pinout ear o u 1 or 5 in odel orreponding part are it 1 erie deault ee traopoerooeriet1 thm 10wi series, 10 watt rev. november 21. 2017
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