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rev.04.19.16_#1.1 adnb 96w series page 1 technical reference note adnb 96w series up to 96 watts din rail total power: up to 96 watts input voltage: 88 to 264 vac 124 to 370 vdc # of outputs: single special features ? universal ac input 88-264vac ? installed on din rail ts35/7.5 or 15 ? brown-out protection ? protections:short circuit/over load/over voltage ? all using 105degc long life electrolytic capacitors ? high operation temperature up to 70 o c ? withstand 2g vibration test ? high efficiency, long life and high reliability ? 3 years warranty safety* ul /cul 508 tuv en60950-1 lps pass ul1310 class 2 (except adnb075- 12-1pm-c, adnb064-15-1pm-c) note* - cover ac input only product descriptions the adnb 96w series features a universal 88-264vac i nput ? enabling it to be used anywhere in the world ? and is also capable of op erating from a 124- 370vdc input. the adnb 96w series offers a power rati ng up to 96w with convection cooling, and it provides precisely regulated output voltages of 12v, 15v, 24v and 48vdc. the adnb 96w series power supply is comprehensively pr otected against over voltage, over load and short-circuit conditions.
technical reference note technical reference note artesyn embedded technologies rev.04.19.16_#1.1 adnb 96w series page 2 model numbers options none model output voltage minimum load maximum load effici ency 1 adnb075-12-1pm-c 12vdc 0a 7.5a 87% adnb064-15-1pm-c 15vdc 0a 6.4a 87% ADNB040-24-1PM-C 24vdc 0a 4.0a 88% adnb020-48-1pm-c 48vdc 0a 2.0a 87% note 1 - typical value at nominal input voltage(230vac) a nd maximum load.
technical reference note technical reference note artesyn embedded technologies rev.04.19.16_#1.1 adnb 96w series page 3 table 1. absolute maximum ratings: parameter model symbol min typ max unit input voltage ac continuous operation dc continuous operation all models all models v in,ac v in,dc 88 124 -- 264 370 vac vdc maximum output power convection continuous operation adnb075-12-1pm-c adnb064-15-1pm-c ADNB040-24-1PM-C adnb020-48-1pm-c p o,max -- - - -- - - 90 96 96 96 ww w w isolation voltage input to output input to safety ground output to earth ground all models all models all models -- - -- - 4242 2121 500 vdc vdc vdc ambient operating temperature all models t a -20 - +70 1 o c storage temperature all models t stg -40 - +85 o c humidity (non-condensing) operating non-operating all models all models 20 10 -- 90 95 %% mtbf all models - 366.4 - khours note 1 - derate each output at 2.5% per degree c from 50 o c to 70 o c. electrical specifications absolute maximum ratings stress in excess of those listed in the ?absolute ma ximum ratings? may cause permanent damage to the powe r supply. these are stress ratings only and functional operatio n of the unit is not implied at these or any other co nditions above those given in the operational sections of this trn. exposure to any absolute maximum rated condition for extended periods may adversely affect the power supply?s reliabi lity.
technical reference note technical reference note artesyn embedded technologies rev.04.19.16_#1.1 adnb 96w series page 4 input specifications table 2. input specifications: parameter conditions symbol min typ max unit operating input voltage, ac 1 all v in,ac 88 115/230 264 vac operating input voltage, dc all v in,dc 124 - 370 vdc input ac frequency all f in 47 50/60 63 hz input current v in,ac = 115vac v in,ac = 230vac i in,max -- 1.1 0.55 -- a no load input power (v o = on, i o = 0a) v in,ac = 115/230vac p in,no-load - - 5 w harmonic line currents all thd en61000-3-2/en61000-3-3 startup surge current (inrush) @ 25 c v in,ac = 230vac i in,surge - 60 - a pk efficiency (t a = 25 o c, free air convection cooling) adnb075-12-1pm-c adnb064-15-1pm-c ADNB040-24-1PM-C adnb020-48-1pm-c v in,ac = 230vac i o = i o,max -- - - 87 87 88 87 -- - - % hold up time v in,ac = 115vac p o = p o,max t hold-up 16 - - msec v in,ac = 230vac p o = p o,max t hold-up 32 - - msec turn on delay v in,ac = 115vac p o = p o,max t turn-on - - 800 msec v in,ac = 230vac p o = p o,max t turn-on - - 800 msec leakage current to safety ground v in = 240vac f in = 50/60hz i in,leakage - - 1000 a
technical reference note technical reference note artesyn embedded technologies rev.04.19.16_#1.1 adnb 96w series page 5 output specifications table 3. output specifications: parameter conditions symbol min typ max unit factory set point accuracy all v o -1.0 - +1.0 % output voltage adnb075-12-1pm-c adnb064-15-1pm-c ADNB040-24-1PM-C adnb020-48-1pm-c all v o -- - - 12.0 15.0 24.0 48.0 -- - - vdc output adjust range adnb075-12-1pm-c adnb064-15-1pm-c ADNB040-24-1PM-C adnb020-48-1pm-c all v o 10.8 13.5 21.6 43.2 -- - - 13.2 16.5 26.4 52.8 vdc output ripple, pk- pk adnb075-12-1pm-c adnb064-15-1pm-c ADNB040-24-1PM-C adnb020-48-1pm-c measure with a 0.1 f ceramic capacitor in parallel with a 47 f aluminum electrolytic capacitor v o -- - - -- - - 180 180 180 250 mv pk-pk convection output current, continuous adnb075-12-1pm-c adnb064-15-1pm-c ADNB040-24-1PM-C adnb020-48-1pm-c convection cooling i o,max 00 0 0 -- - - 7.5 6.4 4.0 2.0 a line regulation v in,dc= v in, min to v in, max i o =i o,max v o -1.0 - +1.0 % load regulation i o =i o,min to i o,max v o -2.0 - +2.0 % v o over voltage protection latch off (ac recycle to reset) v o 115 - 150 % v o over current protection 1 all i o 102 - - %i o,max note 1 - constant current and auto recovery after fault co ndition is removed.
technical reference note technical reference note artesyn embedded technologies rev.04.19.16_#1.1 adnb 96w series page 6 adnb075-12-1pm-c performance curves figure 4: adnb075-12-1pm-c hold up time Cvin=88vac load: io = 7.5a ta = 25 o c ch 1: vo ch 2: ac mains figure 1: adnb075-12-1pm-c ripple and noise measure ment C vin = 88vac load: io = 7.5a ta = 25 o c ch 1: vo figure 2: adnb075-12-1pm-c output voltage protecti on C vin=88vac load: io = 0.75a ta = 25 o c ch 1: vo figure 3: adnb075-12-1pm-c turn-on delay C vin= 88va c load: io = 7.5a ta = 25 o c ch 1: vo ch2:ac mains figure 5: adnb075-12-1pm-c transient response vin = 230vac load: io = 10% ~ 90% duty: 1khz ch 1: vo ch 2: iout figure 6: adnb075-12-1pm-c inrush current vin = 264vac load: io = 7.5a ta = 25 o c ch 1: iin ch 2: ac mains
technical reference note technical reference note artesyn embedded technologies rev.04.19.16_#1.1 adnb 96w series page 7 adnb064-15-1pm-c performance curves figure 10: adnb064-15-1pm-c hold up time Cvin=88vac load: io = 6.5a ta = 25 o c ch 1: vo ch 2: ac mains figure 7: adnb064-15-1pm-c ripple and noise measure ment C vin = 88vac load: io = 6.5a ta = 25 o c ch 1: vo figure 8: adnb064-15-1pm-c output voltage protecti on C vin=88vac load: io = 0.65a ta = 25 o c ch 1: vo figure 9: adnb064-15-1pm-c turn-on delay C vin= 88v ac load: io = 6.5a ta = 25 o c ch 1: vo ch2:ac mains figure 11: adnb064-15-1pm-c transient response vin = 230vac load: io = 10% ~ 90% duty: 1k hz ch 1: vo ch 2: iout figure 12: adnb064-15-1pm-c inrush current vin = 264vac load: io = 6.5a ta = 25 o c ch 1: iin ch 2: ac mains
technical reference note technical reference note artesyn embedded technologies rev.04.19.16_#1.1 adnb 96w series page 8 ADNB040-24-1PM-C performance curves figure 16: ADNB040-24-1PM-C hold up time Cvin=88vac load: io = 4.0a ta = 25 o c ch 1: vo ch 2: ac mains figure 13: ADNB040-24-1PM-C ripple and noise measur ement C vin = 88vac load: io = 4.0a ta = 25 o c ch 1: vo figure 14: ADNB040-24-1PM-C output voltage protect ion C vin=88vac load: io = 0.4a ta = 25 o c ch 1: vo figure 15: ADNB040-24-1PM-C turn-on delay C vin= 88v ac load: io = 4.0a ta = 25 o c ch 1: vo ch2:ac mains figure 17: ADNB040-24-1PM-C transient response vin = 230vac load: io = 10% ~ 90% duty: 1 khz ch 1: vo ch 2: iout figure 18: ADNB040-24-1PM-C inrush current vin = 264vac load: io = 1.7a ta = 25 o c ch 1: iin ch 2: ac mains
technical reference note technical reference note artesyn embedded technologies rev.04.19.16_#1.1 adnb 96w series page 9 adnb020-48-1pm-c performance curves figure 22: adnb020-48-1pm-c hold up time Cvin=88vac load: io = 2.0a ta = 25 o c ch 1: vo ch 2: ac mains figure19: adnb020-48-1pm-c ripple and noise measure ment C vin = 88vac load: io = 2.0a ta = 25 o c ch 1: vo figure 20: adnb020-48-1pm-c output voltage protect ion C vin=88vac load: io = 0.2a ta = 25 o c ch 1: vo figure 21: adnb020-48-1pm-c turn-on delay C vin= 88v ac load: io = 2.0a ta = 25 o c ch 1: vo ch2:ac mains figure 23: adnb020-48-1pm-c transient response vin = 230vac load: io = 10% ~ 90% duty: 1k hz ch 1: vo ch 2: iout figure 24: adnb020-48-1pm-c inrush current vin = 264vac load: io = 2.0a ta = 25 o c ch 1: iin ch 2: ac mains
technical reference note technical reference note artesyn embedded technologies rev.04.19.16_#1.1 adnb 96w series page 10 protective function specifications over voltage protection (ovp) the power supply output voltage latches off during ou tput overvoltage with the ac line recycled to reset th e latch. adnb075-12-1pm-c adnb064-15-1pm-c ADNB040-24-1PM-C adnb020-48-1pm-c parameter min nom max unit 12v vo output overvoltage 13.8 / 18 v parameter min nom max unit 15v vo output overvoltage 17.25 / 22.5 v parameter min nom max unit 48v vo output overvoltage 55.2 / 72 v parameter min nom max unit 24v vo output overvoltage 27.6 / 36 v
technical reference note technical reference note artesyn embedded technologies rev.04.19.16_#1.1 adnb 96w series page 11 over current protection (ocp) adnb 96w series power supply includes internal current limit circuitry to prevent damage in the event of ove rload or short circuit. in the event of overloads, it will go to const ant current model, the output voltage may deviate fro m the regulation band but recovery is automatic when the load is reduced to within specified limits. adnb075-12-1pm-c adnb064-15-1pm-c ADNB040-24-1PM-C adnb020-48-1pm-c parameter min nom max unit 12v vo output overcurrent 7.65 / / a parameter min nom max unit 15v vo output overcurrent 6.528 / / a parameter min nom max unit 48v vo output overcurrent 2.04 / / a parameter min nom max unit 24v vo output overcurrent 4.08 / / a
technical reference note technical reference note artesyn embedded technologies rev.04.19.16_#1.1 adnb 96w series page 12 mechanical specifications mechanical drawing (dimensioning and mounting locat ions)
technical reference note technical reference note artesyn embedded technologies rev.04.19.16_#1.1 adnb 96w series page 13 weight the adnb 96w series packing weight is 0.882lb/400g typ ical.
technical reference note technical reference note artesyn embedded technologies rev.04.19.16_#1.1 adnb 96w series page 14 environmental specifications emc immunity adnb 96w series power supply is designed to meet th e following emc immunity specifications: table 4. environmental specifications: document description en 55022 conducted level b and radiated level b (stan d alone) en 61000-3-2 harmonic distortion en 61000-3-3 harmonic distortion en 61204-3 ems immunity en 55024 ems immunity
technical reference note technical reference note artesyn embedded technologies rev.04.19.16_#1.1 adnb 96w series page 15 safety certifications the adnb 96w series power supply is intended for incl usion in other equipment and the installer must ens ure that it is in compliance with all the requirements of the end appli cation. this product is only for inclusion by profession al installers within other equipment and must not be operated as a stand alone product. table 5. safety certifications for adnb 96w series p ower supply system: document description ul/cul508/ul1310 us and canada requirements tuv en60950-1 germany and european requirements (all cenelec countries)
technical reference note technical reference note artesyn embedded technologies rev.04.19.16_#1.1 adnb 96w series page 16 emi emissions the adnb 96w series has been designed to comply with the class b limits of emi requirements of en55022 ( fcc part 15) and cispr 22 (en55022) for emissions and releva nt sections of en61000 (iec 61000) for immunity. the unit is enclosed inside a metal box, tested at f ull load using resistive load. conducted emissions the applicable standard for conducted emissions is en5 5022 (fcc part 15). conducted noise can appear as bot h differential mode and common mode noise currents. dif ferential mode noise is measured between the two in put lines, with the major components occurring at the supply fundamenta l switching frequency and its harmonics. common mode no ise, a contributor to both radiated emissions and input co nducted emissions, is measured between the input lin es and system ground and can be broadband in nature. table 6. conducted emi emission specifications of the adnb 96w series parameter model symbol min typ max unit fcc part 15, class b all margin - - 6 db cispr 22 (en55022) class b all margin - - 6 db
technical reference note technical reference note artesyn embedded technologies rev.04.19.16_#1.1 adnb 96w series page 17 radiated emissions unlike conducted emi, radiated emi performance in a syst em environment may differ drastically from that in a s tand-alone power supply. it is thus recommended that radiated em i be evaluated in a system environment. the applicab le standard is en55022 class b (fcc part 15). testing ac-dc conve rtors as a stand-alone component to the exact require ments of en55022 can be difficult, because the standard calls fo r 1m leads to be attached to the input and outputs a nd aligned such as to maximize the disturbance. in such a set-up, it i s possible to form a perfect dipole antenna that ver y few ac-dc convertors could pass. however, the standard also sta tes that ?an attempt should be made to maximize the disturbance consistent with the typical application by varying the con figuration of the test sample?.
technical reference note technical reference note artesyn embedded technologies rev.04.19.16_#1.1 adnb 96w series page 18 operating temperature the adnb 96w series start and operate within stated specifications at an ambient temperature from -25 o c to 70 o c under all load conditions (see below derating curves f or other amount of convection and orientation. derate output current and power by 2.5% per degree above 50 o c. maximum operating ambient temperature is 70 o c (which implies a 50% derating at max 70 o c ambient). under convection cooling condition, the maximum output power derates linearly from full load. when input vol tage is 90vac, the maximum output power will derate to 90% fu ll load. derating curve
technical reference note technical reference note artesyn embedded technologies rev.04.19.16_#1.1 adnb 96w series page 19 storage and shipping temperature / humidity the adnb 96w series can be stored or shipped at temp eratures between -40 o c to +85 o c and relative humidity from 10% to 95%, non-condensing. humidity the adnb 96w series will operate within specification s when subjected to a relative humidity from 20% to 9 0% non- condensing. the adnb 96w series can be stored in a r elative humidity from 10% to 95% non-condensing. vibration the adnb 96w series will pass the following vibrat ion specifications: acceleration 2 grms frequency range 10-500 hz duration 10 mins direction 3 mutually perpendicular axis psd profile slope psd freq db/oct g 2 /hz 10-500 hz --- ---
technical reference note technical reference note artesyn embedded technologies rev.04.19.16_#1.1 adnb 96w series page 20 application notes block diagram dc ok relay contact contact close when the output voltage reaches the adjusted output voltage contact open when the output voltage drop below 90% o utput voltage contact ratings(max.) 30v/1a resistive load
technical reference note technical reference note for more information: www.artesyn.com/power for support: productsupport.ep@artesyn.com rev.04.19.16_#1.1 adnb 96w series page 21 output ripple and noise measurement the setup outlined in the diagram below has been us ed for output voltage ripple and noise measurements on the adnb 96w series . when measuring output ripple and noise , a scope jack in parallel with a 0.1uf ceramic chip capaci tor, and a 47uf aluminum electrolytic capacitor should be used. osci lloscope should be set to 20mhz bandwidth for this measurement.

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