HAE200 page 1 of 4 www.pduke.com 2013/5/3 HAE200 series half-brick dc-dc converter 2:1 wide input range up to 255 watts features applications ? no minimum load required ? soft-start ? 2250vdc input to output basic insulation ? safety meets ul60950-1, en60950-1, iec60950-1 and e n50155 ? ce mark meets 2006/95/ec, 2011/95/ec and 2004/108/e c ? compliant to rohs eu directive 2011/65/eu ? wireless network ? telecom/datacom ? industry control system ? distributed power architectures ? semiconductor equipment 2250vdc isolation remote control uvp ocp scp ovp otp sync 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 model number vdc vdc a ma % f HAE200-12s3p3 9 ~ 22 3.3 50 25 87 151000 HAE200-12s05 9 ~ 22 5 36 90 90 72000 HAE200-12s12 8.5 ~ 22 12 15 90 90 12500 HAE200-12s15 8.5 ~ 22 15 12 55 90 8000 HAE200-12s24 8.5 ~ 22 24 7.5 70 90 3100 HAE200-12s28 8.5 ~ 22 28 6.5 55 90 2300 HAE200-12s48 8.5 ~ 22 48 3.7 75 89 770 HAE200-24s3p3 16.5 ~ 36 3.3 50 20 88 151000 HAE200-24s05 16.5 ~ 36 5 40 35 91 80000 HAE200-24s12 16.5 ~ 36 12 18 45 91 15000 HAE200-24s15 16.5 ~ 36 15 15 45 91 10000 HAE200-24s24 16.5 ~ 36 24 9 40 93 3700 HAE200-24s28 16.5 ~ 36 28 7.5 50 93 2600 HAE200-24s48 16.5 ~ 36 48 4.5 50 91 930 HAE200-48s3p3 33 ~ 75 3.3 60 20 90 181000 HAE200-48s05 33 ~ 75 5 46 20 91 92000 HAE200-48s12 33 ~ 75 12 21 25 91 17500 HAE200-48s15 33 ~ 75 15 17 25 93 11300 HAE200-48s24 33 ~ 75 24 10.5 25 92 4300 HAE200-48s28 33 ~ 75 28 9 25 92 3200 HAE200-48s48 33 ~ 75 48 5.2 25 92 1000 HAE200-48s53 33 ~ 75 53 4.7 25 92 880 part number structure HAE200 - 48 s 05 - p y c th hs series name input output output ctrl and sync pin case pin through hole assembly option voltage quantity voltage pin options option option type (1) (vdc) (vdc) 12: 9~22 s: single 3p3: 3.3 : negative logic, : nc : nc : thread : no heat-sink 8.5~22 05: 5 0.200" pin length y: sync pin c: case pin th: no thread heat-sink type: 24: 16.5~36 12: 12 l: negative logic, hs: height h=0.45? vertical fin, 48: 33~75 15: 15 0.145" pin length 7g-0021a-f 24: 24 p: positive logic, hs1: height h=0.24? horizontal fin, 28: 28 0.200" pin length 7g-0022a-f 48: 48 s: positive logic, hs2: height h=0.24? vertical fin, 53: 53 0.145"pin length 7g-0023a-f hs3: height h=0.45? horizontal fin, 7g-0024a-f terminal block type (2) : t: wall mounted tf: wall mounted with emc filter (3) tf1: wall mounted with emc filter can be connected to pe (3)
HAE200 page 2 of 4 www.pduke.com 2013/5/3 (1) the module can?t equip heat-sink with th option . (2) no y and c function for terminal block type, an d terminal block type only for 0.200? pin length. (3) emi filter meet en55022 class a. input specifications parameter conditions min. typ. max. unit operating input voltage range 12vin(nom) 24vin(nom) 48vin(nom) 3.3 & 5vout others 9 8.5 16.5 33 12 12 24 48 22 22 36 75 vdc start up voltage 12vin(nom) 24vin(nom) 48vin(nom) 9 18 34 vdc shutdown voltage 12vin(nom) 24vin(nom) 48vin(nom) 7.3 15.5 31.6 8.1 16.3 32.5 vdc start up time constant resistive load power up remote on/off 75 75 ms input surge voltage 1 second, max. 12vin(nom) 24vin(nom) 48vin(nom) 30 50 100 input filter (1) pi type negative logic (standard) dc-dc on dc-dc off short or 0 ~ 1.2vdc open or 3 ~ 12 vdc referenced to ?input pin positive logic (option) dc-dc on dc-dc off open or 3 ~ 12 vdc short or 0 ~ 1.2vdc remote on/off input current of ctrl pin -0.5 1 ma remote off input current 3 ma sync pin signal (2) -0.3 5.6 vdc output specifications parameter conditions min. typ. max. unit voltage accuracy -1.0 +1.0 % line regulation low line to high line at full load -0.1 +0.1 % load regulation no load to full load -0.1 +0.1 % voltage adjustability maximum output deviation is i nclusive of remote sense -20 +10 % remote sense % of vout(nom) if remote sense is not being used, sense pins shoul d be connected to corresponding polarity output pins. 10 % ripple and noise measured by 20mhz bandwidth with a 1 f/25v x7r mlcc and a 22 f/25v pos-cap with a 1 f/25v x7r mlcc and a 22 f/25v pos-cap with a 4.7 f/50v x7r mlcc with a 2.2 f/100v x7r mlcc 3.3vout, 5vout 12vout, 15vout 24vout, 28vout 48vout, 53vout 75 100 200 300 mvp-p temperature coefficient -0.02 +0.02 %/ transient response recovery time 25% load step change 200 250 s over voltage protection % of vout(nom); hiccup mode 115 130 % over load protection % of iout rated; hiccup mode 120 150 % short circuit protection continuous, automatics recovery general specifications parameter conditions min. typ. max. unit isolation voltage 1 minute (basic insulation) input to output input (output) to case 2250 1600 vdc isolation resistance 500vdc 1 g isolation capacitance 2500 pf switching frequency 225 250 275 khz design meet safety standard iec60950-1, ul60950-1, en60950-1 case material metal base material fr4 pcb potting material silicon (ul94-v0) dimensions 2.402.280.50 inch (61.057.912.7 mm) weight 105g (3.70oz) mtbf bellcore tr-nwt-000332 case 1: 50% stress, ta= 40 . mil-hdbk-217f ta=25 , full load (g/b, controlled environment) 1.01010 6 hrs 7.41610 4 hrs
HAE200 page 3 of 4 www.pduke.com 2013/5/3 environmental specifications parameter conditions min. typ. max. unit operating case temperature -40 +115 over temperature protection +120 storage temperature range terminal block type others -40 -55 +105 +125 thermal impedance (3) vertical direction by natural convection (20lfm) module w/o assembly option only mount on the iron base-plate heat-sink type with 0.24" height heat-sink type with 0.45" height 6.1 2.8 5.1 4.6 /w thermal shock mil-std-810f vibration mil-std-810f relative humidity 5% to 95% rh emc specifications parameter conditions level standard class a class b emi (4) en55022 option tf or tf1 class a esd en61000-4-2 air 8kv and contact 6kv perf. criteria a radiated immunity en61000-4-3 20v/m perf. criteria a fast transient (5) en61000-4-4 2kv perf. criteria a surge (5) en61000-4-5 en55024 2kv perf. criteria a conducted immunity en61000-4-6 10vr.m.s perf. criteria a note: 1. input source impedance: the power modules will oper ate as specifications without external components, assuming that the source voltage has a very low impedance and reasonable input voltage reg ulation. highly inductive source impedances can aff ect the stability of the power module. since real-world voltage source has finite impedanc e, performance can be improved by adding external f ilter capacitor. recommended nippon chemi-con ky series, 100 f/100v. 2. (1)multiple HAE200 series module can be synchronize d together simply by connecting the module sync pin s together. care should be taken to ensure the ground potential differences between mod ules are minimized. (2)in this configuration all of the modules will be synchronized to the highest frequency module. (3)up to three modules can be synchronized using th is technique. (4)more relevant information in datasheet. 3. (1)thermal test condition with vertical direction b y natural convection (20lfm). (2)the iron base-plate dimension is 19? x 3.5? x 0. 063? (the height is eia standard 2u). (3) the heat-sink is optional and p/n: 7g-0021a-f , 7g-0022a-f , 7g-0023a-f , 7g-0024a-f. please refer to heat-sink selection guide. 4. the HAE200 series standard module meets en55022 cla ss a and class b with external components. for more detail information, please contact with p- duke. 5. an external input filter capacitor is required if t he module has to meet en61000-4-4, en61000-4-5. recommended 2 pcs of aluminum electrolytic capacito r (nippon chemi-con ky series, 220 f/100v) to connect in parallel. 6. case grounding when connect four screw bolts to shield plane, the emi could be reduced. caustion: this power module is not internally fused. an input line fuse must always be used. characteristic curve 0 20 40 60 80 100 120 -40 -20 0 20 40 60 80 100 120 ambient temperature,ta( ) output power(%) mount on 2u iron base-plate (dimension 19? x 3.5? x 0.063?) 20lfm (natural convection) dc/dc module only 100lfm 200lfm 300lfm 400lfm 500lfm 0 20 40 60 80 100 120 -40 -20 0 20 40 60 80 100 120 ambient temperature,ta( ) output power(%) 20lfm (natural convection) 100lfm 200lfm 300lfm 400lfm 500lfm 0 20 40 60 80 100 120 -40 -20 0 20 40 60 80 100 120 ambient temperature,ta( ) output power(%) 20lfm (natural convection) 100lfm 200lfm 300lfm 400lfm 500lfm HAE200-48s05 derating curve (note 3) HAE200-48s05 derating curve (note 3) with 0.24? height heat-sink HAE200-48s05 derating curve (note 3) with 0.45? height heat-sink 60 66 72 78 84 90 96 33 36 40 44 48 52 56 60 64 68 72 75 input voltage(v) efficiency(%) iout= 100% f.l iout= 50% f.l iout= 25% f.l 60 66 72 78 84 90 96 10 20 30 40 50 60 70 80 90 100 % of full load efficiency(%) vin= 33v vin= 48v vin= 75v HAE200-48s05 efficiency vs input voltage HAE200-48s 05 efficiency vs output load
HAE200 page 4 of 4 www.pduke.com 2013/5/3 heat-sink type options vertical fin orientation, suffix:-hs, -hs2 horizont al fin orientation, suffix:-hs1, -hs3 1. all dimensions in inch (mm) 2. tolerance :x.xx0.02 (x.x0.5) x.xxx0.01 (x.xx0.25) terminal block type option wall mounted, suffix: -t wall mounted with emc filter, suffix: -tf wall mounted with emc filter, suffix: -tf1 terminal block type -t -tf -tf1 weight 235g (8.29oz) 280g (9.88oz) 287g (10.12oz) dimensions 3.35 x 2.40 x 1.27 inch (85.0 x 61.0 x 32.3 mm) 3.35 x 2.40 x 1.47 inch (85.0 x 61.0 x 37.3 mm) 3.35 x 2.40 x 1.53 inch (85.0 x 61.0 x 38.8 mm) through hole (wl) 2.126 x 3.071 inch (54.00 x 78.00 mm), 4- 0.17 inch ( 4.3mm) for more detail information, please contact with p- duke. m echanical d rawing metal case mechanical drawing: pin connection pin define diameter 1 - input 0.04 inch 2 case (option) 0.04 inch 3 ctrl 0.04 inch 4 + input 0.04 inch 5 - output 0.08 inch 6 - sense 0.04 inch 7 trim 0.04 inch 8 + sense 0.04 inch 9 + output 0.08 inch 10 sync (option) 0.04 inch external output trimming output can be externally trimmed by using the method shown below. 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) ?? ? ?? ? ? ? = k 2 % 100 r d ( ) ( ) ?? ? ?? ? ? ? + ? ? ? + = k % % 2 100 % 225 .1 % 100 v r out u
|
