1 www.pduke.com 2014/4/30 fed60 series dc-dc converter 2:1 wide input range up to 60watts features applications ? no minimum load required ? 1600vdc input to output isolation ? standard 2.00 x 1.00 x 0.40 inch ? six-sided continuous shield ? safety meets ul60950-1, en60950-1, iec60950-1, & en 50155 ? ce marked ? compliant to rohs ii & reach ? wireless network ? telecom/datacom ? industry control system ? distributed power architectures ? semiconductor equipment 1600vdc isolation remote control uvp ocp scp ovp otp low standby power technical specification all specifications are typical at nominal input, ful l load and 25 otherwise noted input range output voltage output current @full load input current @ no load efficiency maximum capacitor load (1) model number vdc vdc a ma % f fed60-12s3p3 9 ~ 18 3.3 12 15 89 32000 fed60-12s05 9 ~ 18 5 12 15 90 30000 fed60-12s12 9 ~ 18 12 5 15 90 5850 fed60-12s15 9 ~ 18 15 4 15 91 3900 fed60-12s24 9 ~ 18 24 2.5 15 92 2000 fed60-12d12 9 ~ 18 12 2.5 15 90 3900 fed60-12d15 9 ~ 18 15 2 15 90 2400 fed60-12d24 9 ~ 18 24 1.25 15 91 1000 fed60-24s3p3 18 ~ 36 3.3 12 10 90 32000 fed60-24s05 18 ~ 36 5 12 10 92 30000 fed60-24s12 18 ~ 36 12 5 10 91 5850 fed60-24s15 18 ~ 36 15 4 10 92 3900 fed60-24s24 18 ~ 36 24 2.5 10 91 2000 fed60-24d12 18 ~ 36 12 2.5 10 90 3900 fed60-24d15 18 ~ 36 15 2 10 90 2400 fed60-24d24 18 ~ 36 24 1.25 10 91 1000 fed60-48s3p3 36 ~ 75 3.3 12 10 90 32000 fed60-48s05 36 ~ 75 5 12 10 92 30000 fed60-48s12 36 ~ 75 12 5 10 92 5850 fed60-48s15 36 ~ 75 15 4 10 92 3900 fed60-48s24 36 ~ 75 24 2.5 10 92 2000 fed60-48d12 36 ~ 75 12 2.5 10 91 3900 fed60-48d15 36 ~ 75 15 2 10 91 2400 fed60-48d24 36 ~ 75 24 1.25 10 91 1000 part number structure fed60 - 48 s 05 - n hs series name input voltage (vdc) output quantity output voltage (vdc) remote control options heat-sink s: single 3p3: 05: 12: 15: 24: 3.3 5 12 15 24 12: 24: 48: 9~18 18~36 36~75 d: dual 12: 15: 24: 12 15 24 : n: positive logic negative logic : hs: hc: no heat-sink heat-sink heat-sink with clamp
2 www.pduke.com 2014/4/30 input specifications parameter conditions min. typ. max. unit operating input voltage range 12vin(nom) 24vin(nom) 48vin(nom) 9 18 36 12 24 48 18 36 75 vdc start-up voltage 12vin(nom) 24vin(nom) 48vin(nom) 9 18 36 vdc shutdown voltage 12vin(nom) 24vin(nom) 48vin(nom) 8 16 32 vdc start up time constant resistive load power up remote on/off 60 60 ms input surge voltage 1 second, max. 12vin(nom) 24vin(nom) 48vin(nom) 25 50 100 vdc input filter pi type positive logic (standard) dc-dc on dc-dc off open or 3 ~ 12vdc short or 0 ~ 1.2vdc referred to ?vin pin negative logic (option) dc-dc on dc-dc off short or 0 ~ 1.2vdc open or 3 ~ 12vdc remote on/off input current of ctrl pin -0.5 0.5 ma remote off input current 3 ma output specifications parameter conditions min. typ. max. unit voltage accuracy -1.0 +1.0 % line regulation low line to high line at full load -0.2 +0.2 % load regulation no load to full load single dual -0.5 -1.0 +0.5 +1.0 % cross regulation asymmetrical load 25%/100% fl dual -5.0 +5.0 % voltage adjustability single output 3.3vout, 5vout, 12vout 15vout, 24vout -10 -10 +10 +20 % ripple and noise measured by 20mhz bandwidth with a 10 f/25v x7r mlcc with a 10 f/25v x7r mlcc with a 4.7 f/50v x7r mlcc 3.3vout, 5vout 12vout, 15vout 24vout 75 100 150 100 125 200 mvp-p temperature coefficient -0.02 +0.02 %/ transient response recovery time 25% load step change 250 s over voltage protection zener diode clamp 3.3vout 5vout 12vout 15vout 24vout 3.9 6.2 15 20 30 vdc over load protection % of iout rated; hiccup mode 150 % short circuit protection continuous, automatics recovery general specifications parameter conditions min. typ. max. unit isolation voltage 1 minute input to output input (output) to case 1600 1600 vdc isolation resistance 500vdc 1 g isolation capacitance 2200 pf switching frequency 225 250 275 khz safety meets ul60950-1 en60950-1 iec60950-1 case material copper base material fr4 pcb potting material silicone (ul94 v-0) weight 33g (1.16oz) mtbf mil-hdbk-217f, full load. 8.804 x 10 5 hrs environmental specifications parameter conditions min. typ. max. unit operating ambient temperature with derating -40 +105 maximum case temperature +105
3 www.pduke.com 2014/4/30 over temperature protection +115 storage temperature range -55 +125 thermal impedance vertical direction by natural con vection (20lfm) without heat-sink wiith heat-sink 10.8 10.3 /w thermal shock mil-std-810f vibration mil-std-810f relative humidity 5% to 95% rh emc specifications parameter conditions level emi (2) en55022 class a esd en61000-4-2 air 8kv and contact 6kv perf. c riteria a radiated immunity en61000-4-3 20 v/m perf. criteria a fast transient (3) en61000-4-4 2kv perf. criteria a surge (3) en61000-4-5 2kv perf. criteria a conducted immunity en61000-4-6 10 vr.m.s perf. criteria a note: 1. test by minimum input and constant resistive load. 2. the standard module meets emi class a or class b wi th external components. for further information, pl ease contact with p-duke. 3. the external input components are required if the m odule has to meet en61000-4-4, en61000-4-5. the fed60-12 and the fed60-24 recommended an aluminum electrolytic capacitor (ni ppon chemi-con ky series, 220 f/100v) and a tvs (smdj58a, 58v, 3000watt peak pulse power) to co nnect in parallel. the fed60-48 recommended an aluminum electrolytic capacitor (ni ppon chemi-con ky series, 220 f/100v) and a tvs (smdj120a, 120v, 3000watt peak pulse power) to connect in para llel. caution: this power module is not internally fused. an input line fuse must always be used. characteristic curve fed60-48s12 derating curve fed60-48s12 derating curve with heat-sink fed60-48s12 efficiency vs input voltage fed60-48s12 efficiency vs output load mechanical drawing
4 www.pduke.com 2014/4/30 external output trimming 1. all dimensions in inch (mm) 2. tolerance :x.xx0.02 (x.x0.5) x.xxx0.01 (x.xx0.25) 3. pin pitch tolerance 0.01 (0.25) 4. pin dimension tolerance 0.004(0.1) pin connection pin single dual 1 +vin +vin 2 -vin -vin 3 ctrl ctrl 4 +vout +vout 5 -vout common 6 trim -vout output can be externally trimmed by using the method shown below. 6 5 trim up r u 6 4 trim down r d
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