features 7pin sip package high efficiency up to 85% unregulated output types internal smd construction 1kvdc & 1.5kvdc isolation no external component required industry standard pinout operating temperature:-40 to +85 dc-dc converter 14d series 1watt 1kv & 1.5kv isolated single & dual output sip7 specifications typical at ta=25c, nominal input vo ltage and rated output current unless otherwise specified part number output voltage output current efficiency package style vdc ma %typ 14d-xxs03n (nl/1.5kv) 3.3 303 70 1 14d-xxs05n (nl/1.5kv) 5 200 70 1 14d-xxs09n (nl/1.5kv) 9 112 75 1 14d-xxs12n (nl/1.5kv) 12 84 78 1 14d-xxs15n (nl/1.5kv) 15 67 80 1 14d-xxs24n (nl/1.5kv) 24 42 82 1 14d-xxd03n (nl/1.5kv) 3.3 150 70 1 14d-xxd05n (nl/1.5kv) 5 100 70 1 14d-xxd09n (nl/1.5kv) 9 56 75 1 14d-xxd12n (nl/1.5kv) 12 42 78 1 14d-xxd15n (nl/1.5kv) 15 34 80 1 14d-xxd24n (nl/1.5kv) 24 21 82 1 14d-xxs05n2 (nl/1.5kv) 5 200 70 2 14d-xxs09n2 (nl/1.5kv) 9 112 75 2 14d-xxs12n2 (nl/1.5kv) 12 84 78 2 14d-xxs15n2 (nl/1.5kv) 15 67 80 2 14d-xxs24n2 (nl/1.5kv) 24 42 82 2 14d-xxd05n2 (nl/1.5kv) 5 100 70 2 14d-xxd09n2 (nl/1.5kv) 9 56 75 2 14d-xxd12n2 (nl/1.5kv) 12 42 78 2 14d-xxd15n2 (nl/1.5kv) 15 34 80 2 14d-xxd24n2 (nl/1.5kv) 24 21 82 2 yuan dean scientific yuan dean scientific co.,ltd rev:2 2018/10/03 1 4 d series temperature derating graph input specifications parameters conditions min typ max units voltage tolerance vo,io nom 10 % filter capacitor note: 1.xx is input voltage:033.3vdc,05=5vdc,09=9vdc,12= 12vdc,15=15vdc,24=24vdc,48=48vdc. 2. over 48vdc input voltage, using the 2nd package. 3. the input voltage increases, there will be an incre ase in efficiency. 4. no suffix is standard isolation (1kvdc) e.g, 14d- 05s05nnl,14d-05s05n2nl *add suffix /1.5kv for 1.5kvdc isolation, e.g, 14d-0 5s05n1.5kv,14d-05s05n21.5kv 100 75 50 25 0 o utput po wer(%) -40 85 100 ambient temperature( ) nature convection
general specifications parameters conditions min typ max units isolation resistance 500vdc 1000 m switching frequency full load, nominal input 100 khz operating temperature -40 +85 humidity non condensing 95 % cooling free air convection case material dap mtbf mil-hdbk-217f @25 3500000 hours weight package1 or package2 2.1 or 2.7 g dimensions package 1 19.5x6.0x10.0 mm dimensions package 2 19.5x7.1x10.0 mm 1 4 d series tolerance envelope graph yuan dean scientific co.,ltd rev:2 2018/10/03 markings and dimensions pin connection pin 1 2 4 5 6 single +vin -vin -vout no pin +vout dual +vin -vin -vout common +vout output specifications parameters conditions min typ max units voltage tolerance 100% full load 5 % short circuit protection short term 1 sec line regulation for 1.0% of vin 1.2 % load regulation 3.3v,5v (10% to 100% f.l) 15 % load regulation 9v,12v,15v,24v (10% to 100% f.l) 10 % ripple & noise bw=dc to 20mhz 100 mvp-p transient response setting time 50% load step change 350 us recommended test circuit single vin +vout gnd -vout cin cout 3.3v:cin 4.7uf,25v 5v :cin 4.7uf,25v 9v :cin 4.7uf,25v 12v :cin 2.2uf,25v 15v:cin 1uf,50v 24v:cin 1uf,50v 48v:cin 1uf,100v 3.3v :cout 22uf,25v 5v :cout 10uf,25v 9v :cout 4.7uf,25v 12v:cout 2.2uf,25v 15v:cout 1uf,50v 24v:cout 1uf,50v output current(%) output voltage(% ) 120% 110% 100% 90% 80% 70% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100% 110% 120% part number 14d - 05 s 05 n 2 nl b c d e a:series b:input voltage c:single(s)dual(d) d:output voltage e:unregulated(n) f:packge g:rohs version a f g unit mm unless otherwise specified, all tolerances are 0.25 2.54 6.00 5 19.50 1 2 6 0.500.05 12.70 1.25 2.00 0.250.05 4.0 10.00 top view bottom view printed face 4 dual vin +vout gnd cin cout cout com -vout 3.3v:cin 4.7uf,25v 5v :cin 4.7uf,25v 9v :cin 4.7uf,25v 12v :cin 2.2uf,25v 15v:cin 1uf,50v 24v:cin 1uf,50v 48v:cin 1uf,100v 3.3v :cout 22uf,25v 5v :cout 10uf,25v 9v :cout 4.7uf,25v 12v:cout 2.2uf,25v 15v:cout 1uf,50v 24v:cout 1uf,50v 19.50 10.00 4.0 1 2 6 0.500.05 12.70 2.00 1.25 0.250.05 top view bottom view printed face 4 2.54 7.10 5 1 2 packaging size(mm) a b c d 9.50 16.50 522 5.00 14d - 24 s 24 n 2 1.5kv a b c d e f a:series b:input voltage c:single(s) dual(d) d:output voltage e:unregulated(n) f:package g:isolation voltage g
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