page 1 of 3 www.pduke.com 2013/5/3 pdl03 series 3 watts dc-dc converter input specifications input voltage range 5vdc nominal input 12vdc nominal input 24vdc nominal input 48vdc nominal input 4.5 ~ 9vdc 9 ~ 18vdc 18 ~ 36vdc 36 ~ 75vdc input filter capacitor type input surge voltage 5vdc input 12vdc input 24vdc input 48vdc input 15vdc 100ms, max. 36vdc 100ms, max. 50vdc 100ms, max. 100vdc 100ms, max. input reflected ripple current 5vdc input 12vdc input 24vdc input 48vdc input 400map-p, max. 150map-p, max. 380map-p, max. 170map-p, max. start up time nominal input and constant resistive load power up remote on/off 30ms 30ms remote on/off dc-dc on dc-dc off open or high impedance control pin applied current 2 ~ 4ma max(via 1k ) remote off state input current nominal input 2.5ma, max. application circuit environmental specifications operating ambient temperature -40oc ~ +71oc (without derating) +71oc ~ +100oc (with derating) storage temperature range -55oc ~ +125oc thermal shock mil-std-810f vibration mil-std-810f relative humidity 5% to 95% rh emc characteristics emi (note 6) en55022 class a, class b esd en61000-4-2 air contact 8kv 6kv perf. criteria a radiated immunity en61000-4-3 10 v/m perf. criteria a fast transient (note 7) en61000-4-4 2kv perf. criteria a surge (note 7) en61000-4-5 1kv perf. criteria a conducted immunity en61000-4-6 10 vr.m.s perf. criteria a output specifications output power 3 watts, max. voltage accuracy 1% minimum load 0% line regulation ll to hl at full load 0.2% load regulation single dual no load to full load 5% load to 100% load no load to full load 1% 0.5% 1% cross regulation (dual) asymmetrical load 25%/100% fl 5% ripple and noise 20mhz bandwidth see table temperature coefficient 0.02% / oc, max. transient response recovery time 25% load step change 500 s short circuit protection continuous, automatics recovery general specifications efficiency see table isolation voltage standard suffix ?h? 1600vdc, min. 1minute 3000vdc, min. 1minute isolation resistance 500vdc 10 9 ohms, min. isolation capacitance standard suffix ?h? 200pf , max. 40pf, max. switching frequency full load to minimum load 100khz, min. design meet safety standard iec60950-1, ul60950-1, en60950-1 case material non-conductive black plastic base material none potting material silicon (ul94-v0) dimensions 0.86 x 0.36 x 0.44 inch (21.8 x 9.1 x 11.2 mm) weight 4.8g (0.17oz) mtbf(note 1) bellcore tr-nwt-000332 mil-hdbk-217f 4.386 x 10 6 hrs 2.401 x 10 6 hrs t e c h n i c a l s p e c i f i c a t i o n all specifications are typical at nominal input, full load and 25oc otherwise noted features ? 3 watts maximum output power ? output current up to 700ma ? sip package, 0.86 x 0.36x 0.44 inch ? high efficiency up to 85% ? 2:1 wide input voltage range ? switching frequency (100khz, min) ? no external input and output capacitor needed ? low ripple & noise ? ul94-v0 case potting materials ? input to output isolation: 1600vdc ? continuous short circuit protection ? external on/off control ? ce mark meets 2006/95/ec, 2011/95/ec and 2004/108/ec ? safety meets ul60950-1, en60950-1 and iec60950-1 ? iso9001 certified manufacturing facilities ? compliant to rohs eu directive 2011/65/eu o ptions 3000vdc isolation description the pdl03 series offer 3 watts of output power from a 0.86 x 0.36 x 0.44 inch package without derating to 71oc. the pdl03 series have 2:1 wide input voltage of 4.5~9, 9~18, 18~36 and 36~75vdc and features 1600vdc of isolation, short-circuit protection. applications wireless network telecom/datacom industry control system measurement equipment semiconductor equipment
page 2 of 3 www.pduke.com 2013/5/3 pdl03 series 3 watts dc-dc converter output current model number input range output voltage min. load full load output (2) ripple & noise no load (3) input current eff ( 4 ) (%) capacitor ( 5 ) load max pdl03-05s3p3 4.5 ~ 9 vdc 3.3 vdc 0ma 700ma 50 mvp-p 45ma 75 3300 f pdl03-05s05 4.5 ~ 9 vdc 5 vdc 0ma 600ma 50 mvp-p 45ma 79 1680 f pdl03-05s09 4.5 ~ 9 vdc 9 vdc 0ma 333ma 50 mvp-p 55ma 80 1000 f pdl03-05s12 4.5 ~ 9 vdc 12 vdc 0ma 250ma 50 mvp-p 55ma 81 820 f pdl03-05s15 4.5 ~ 9 vdc 15 vdc 0ma 200ma 50 mvp-p 55ma 82 680 f PDL03-05D05 4.5 ~ 9 vdc 5 vdc 0ma 300ma 50 mvp-p 55ma 78 1000 f pdl03-05d12 4.5 ~ 9 vdc 12 vdc 0ma 125ma 50 mvp-p 60ma 81 470 f pdl03-05d15 4.5 ~ 9 vdc 15 vdc 0ma 100ma 50 mvp-p 60ma 81 330 f pdl03-12s3p3 9 ~ 18 vdc 3.3 vdc 0ma 700ma 50 mvp-p 25ma 77 3300 f pdl03-12s05 9 ~ 18 vdc 5 vdc 0ma 600ma 50 mvp-p 25ma 81 1680 f pdl03-12s09 9 ~ 18 vdc 9 vdc 0ma 333ma 50 mvp-p 30ma 80 1000 f pdl03-12s12 9 ~ 18 vdc 12 vdc 0ma 250ma 50 mvp-p 30ma 83 820 f pdl03-12s15 9 ~ 18 vdc 15 vdc 0ma 200ma 50 mvp-p 30ma 83 680 f pdl03-12d05 9 ~ 18 vdc 5 vdc 0ma 300ma 50 mvp-p 30ma 82 1000 f pdl03-12d12 9 ~ 18 vdc 12 vdc 0ma 125ma 50 mvp-p 30ma 83 470 f pdl03-12d15 9 ~ 18 vdc 15 vdc 0ma 100ma 50 mvp-p 30ma 83 330 f pdl03-24s3p3 18 ~ 36 vdc 3.3 vdc 0ma 700ma 50 mvp-p 16ma 76 3300 f pdl03-24s05 18 ~ 36 vdc 5 vdc 0ma 600ma 50 mvp-p 16ma 82 1680 f pdl03-24s09 18 ~ 36 vdc 9 vdc 0ma 333ma 50 mvp-p 17ma 82 1000 f pdl03-24s12 18 ~ 36 vdc 12 vdc 0ma 250ma 50 mvp-p 18ma 83 820 f pdl03-24s15 18 ~ 36 vdc 15 vdc 0ma 200ma 50 mvp-p 18ma 84 680 f pdl03-24d05 18 ~ 36 vdc 5 vdc 0ma 300ma 50 mvp-p 17ma 80 1000 f pdl03-24d12 18 ~ 36 vdc 12 vdc 0ma 125ma 50 mvp-p 18ma 83 470 f pdl03-24d15 18 ~ 36 vdc 15 vdc 0ma 100ma 50 mvp-p 18ma 85 330 f pdl03-48s3p3 36 ~ 75 vdc 3.3 vdc 0ma 700ma 50 mvp-p 10ma 74 3300 f pdl03-48s05 36 ~ 75 vdc 5 vdc 0ma 600ma 50 mvp-p 10ma 79 1680 f pdl03-48s09 36 ~ 75 vdc 9 vdc 0ma 333ma 50 mvp-p 11ma 80 1000 f pdl03-48s12 36 ~ 75 vdc 12 vdc 0ma 250ma 50 mvp-p 12ma 81 820 f pdl03-48s15 36 ~ 75 vdc 15 vdc 0ma 200ma 50 mvp-p 12ma 82 680 f pdl03-48d05 36 ~ 75 vdc 5 vdc 0ma 300ma 50 mvp-p 12ma 79 1000 f pdl03-48d12 36 ~ 75 vdc 12 vdc 0ma 125ma 50 mvp-p 12ma 82 470 f pdl03-48d15 36 ~ 75 vdc 15 vdc 0ma 100ma 50 mvp-p 12ma 83 330 f pdl03-48s05 efficiency vs output load 40 45 50 55 60 65 70 75 80 85 10 20 30 40 50 60 70 80 90 100 output load (% of full load) e f f i c i e n c y ( % ) pdl03-48s05 derating curve 0 20 40 60 80 100 120 -40 -20 0 20 40 60 80 100 120 ambient temperature( ) o u t p u t p o w e r ( % ) 71 note 1. bellcore tr-nwt-000332. case 1: 50% stress, temperature at 40oc. mil-hdbk-217f notice2 @ta=25 oc, full load(ground, benign, controlled environment) 2. typical value at nominal input and full load. (20mhz bw.) 3. typical value at nominal input and no load. 4. typical value at nominal input and full load. 5. test by minimum input and constant resistive load. 6. the pdl03 series standard module meets en55022 class a and class b with external components. for more detail information, please contact with p-duke. 7. an external input filter capacitor is required if the module has to meet en61000-4-4, en61000-4-5. the filter capacitor power mate suggest: nippon chemi-con ky series, 220 f/100v. caution: this power module is not internally fused. an input line fuse must always be used.
page 3 of 3 www.pduke.com 2013/5/3 pdl03 series 3 watts dc-dc converter mechanical drawing pin connection pin single dual 1 -input -input 2 +input +input 3 ctrl ctrl 5 nc*/no pin** nc*/no pin** 6 +output +output 7 -output common 8 nc -output *nc pin for standard. **no pin for 3kv isolation. (p/n suffix ?h?) 1. all dimensions in inch (mm) tolerance: x.xx0.02 (x.x0.5) x.xxx0.01 (x.xx0.25) 2. pin pitch tolerance 0.01 (0.25) 3. pin dimension tolerance 0.004 (0.1)
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