pm1-series ? p6mu-xxxxe/z(hxx)lf ? single and dual output ? dip14 - plastic case specification can change without a notice ? we acce pt no liability for any inaccuracy or printing erro rs. page 1/4 p6mu-xxxxe/z(hxx)lf all specifications typical at ta=25c, nominal inpu t voltage and full load unless otherwise specified input specifications voltage range 10% input filter capacitor input reflected ripple current1 20 ma pk-pk output specifications voltage accuracy 3% short circuit protection short term line regulation 1.2% / 1% vin change load regulation (20% - 100%) 10% (3.3 vout models: 20%) ripple and noise (20mhz bandwidth) 75 mv pk-pk temperature coefficient 0.02% / c general specifications efficiency see table i/o isolation voltage (3 sec.) 3000 vdc (up to 6000 vdc optional)* i/o isolation capacity 60 pf, typ. i/o isolation resistance 1000 m ohm switching frequency 80 khz (variable) humidity 95% rel h reliability calculated mtbf (mil-hdbk-217f) >1.121 mhrs physical specifications case material non conductive black plastic (ul94v-0 rated) potting material epoxy (ul94v-0 rated) weight ~ 2.6g, typ. environment specifications operating temperature -40 to +85 c (ambient) maximum case temperature 100c storage temperature -40 to +125c cooling free air convection rohs conform soldering 260c, max. (1.5mm from case 10s.) mainzer stra?e 151?153 d-55299 nackenheim tel. +49 6135 7026-0 fax: +49 6135 931070 www.peak-electronics.de peak@peak-electronics.de the pm1 series p6mu - xxxxe/z(hxx)lf is a family of cost effective 1 w single & dual output dc-dc converters. these conver ters are in an ultra miniature dip14 case. devices are encapsulated. hig h performance features: 3000vdc up to 6000vdc input/output isolat ion, high efficiency operation, output voltage accuracy of 3% maximum, input range of 10% tolerance and low output ripple and noise. pm1-series 1 watt unregulated single and dual output dip14 case 3 - 6 kv dc i/o isolation low ripple and noise rev.11-2008
pm1-series ? p6mu-xxxxe/z(hxx)lf ? single and dual output ? dip14 - plastic case specification can change without a notice ? we acce pt no liability for any inaccuracy or printing erro rs. page 2/4 selection guide single output order # i n p u t v o l t a g e ( v d c ) i n p u t c u r r e n t n o l o a d ( m a ) i n p u t c u r r e n t f u l l l o a d ( m a ) o u t p u t v o l t a g e ( v d c ) o u t p u t c u r r e n t f u l l l o a d ( m a ) e f f i c i e n c y ( % ) c a p a c i t o r l o a d ( u f ) 2 single output p6mu-053r3elf 5 30 267 3.3 303 75 220 P6MU-0505ELF 5 30 256 5 200 78 220 p6mu-057r2elf 5 30 267 7.2 138.9 75 220 p6mu-0509elf 5 30 267 9 111.1 75 220 p6mu-0512elf 5 30 263 12 83.3 76 220 p6mu-0515elf 5 30 263 15 66.7 76 220 p6mu-0518elf 5 30 267 18 55.6 75 220 p6mu-0524elf 5 30 278 24 41.7 72 220 p6mu-123r3elf 12 20 113 3.3 303 74 220 p6mu-1205elf 12 20 113 5 200 74 220 p6mu-127r2elf 12 20 113 7.2 138.9 74 220 p6mu-1209elf 12 20 111 9 111.1 75 220 p6mu-1212elf 12 20 108 12 83.3 77 220 p6mu-1215elf 12 20 106 15 66.7 78 220 p6mu-1218elf 12 20 106 18 55.6 78 220 p6mu-1224elf 12 20 111 24 41.7 75 220 p6mu-243r3elf 24 10 56 3.3 303 75 220 p6mu-2405elf 24 10 54 5 200 77 220 p6mu-247r2elf 24 10 56 7.2 138.9 75 220 p6mu-2409elf 24 10 56 9 111.1 75 220 p6mu-2412elf 24 10 53 12 83.3 78 220 p6mu-2415elf 24 10 53 15 66.7 78 220 p6mu-2418elf 24 10 53 18 55.6 78 220 p6mu-2424elf 24 10 53 24 41.7 78 220 if you need other specifications, please enquire. *options: h40 = 4000 vdc isolation h52 = 5200 vdc isolation h60 = 6000 vdc isolation for other i/o isolation please see table on the left hand side and add ? hxx ? before lf (p6mu-2412e h60 lf for 6kv)
pm1-series ? p6mu-xxxxe/z(hxx)lf ? single and dual output ? dip14 - plastic case specification can change without a notice ? we acce pt no liability for any inaccuracy or printing erro rs. page 3/4 selection guide dual output order # i n p u t v o l t a g e ( v d c ) i n p u t c u r r e n t n o l o a d ( m a ) i n p u t c u r r e n t f u l l l o a d ( m a ) o u t p u t v o l t a g e ( v d c ) o u t p u t c u r r e n t f u l l l o a d ( m a ) e f f i c i e n c y ( % ) c a p a c i t o r l o a d ( u f ) 2 dual output p6mu-053r3zlf 5 30 307 3.3 151.5 65 100 p6mu-0505zlf 5 30 270 5 100 74 100 p6mu-057r2zlf 5 30 259 7.2 69.44 77 100 p6mu-0509zlf 5 30 256 9 55.55 78 100 p6mu-0512zlf 5 30 256 12 41.67 78 100 p6mu-0515zlf 5 30 250 15 33.33 80 100 p6mu-0518zlf 5 30 256 18 27.77 78 100 p6mu-0524zlf 5 30 266 24 20.83 75 100 p6mu-123r3zlf 12 20 126 3.3 151.5 66 100 p6mu-1205zlf 12 20 111 5 100 75 100 p6mu-127r2zlf 12 20 115 7.2 69.44 72 100 p6mu-1209zlf 12 20 111 9 55.55 75 100 p6mu-1212zlf 12 20 106 12 41.67 78 100 p6mu-1215zlf 12 20 106 15 33.33 78 100 p6mu-1218zlf 12 20 111 18 27.77 75 100 p6mu-1224zlf 12 20 111 24 20.83 75 100 p6mu-243r3zlf 24 10 62 3.3 151.5 67 100 p6mu-2405zlf 24 10 57 5 100 72 100 p6mu-247r2zlf 24 10 59 7.2 69.44 70 100 p6mu-2409zlf 24 10 55 9 55.55 75 100 p6mu-2412zlf 24 10 53 12 41.67 78 100 p6mu-2415zlf 24 10 55 15 33.33 75 100 p6mu-2418zlf 24 10 57 18 27.77 72 100 p6mu-2424zlf 24 10 59 24 20.83 70 100 if you need other specifications, please enquire. *options: h40 = 4000 vdc isolation h52 = 5200 vdc isolation h60 = 6000 vdc isolation for other i/o isolation please see table on the left hand side and add ? hxx ? before lf (p6mu-2412z h60 lf for 6kv)
pm1-series ? p6mu-xxxxe/z(hxx)lf ? single and dual output ? dip14 - plastic case specification can change without a notice ? we acce pt no liability for any inaccuracy or printing erro rs. page 4/4 package / pinning / derating 7.62 (0.30) 10.16 (0.40) 0.25 (0.01) # single 3kv dual 3kv 1 - vin - vin 7 n.c. n.c. 8 +vout +vout 9 omitted common 10 - vout - vout 11 omitted omitted 14 +vin +vin pin connections app notes: 1 = measured input reflected ripple current with a simu lated source inductance of 12uh. 2 = tested by minimal vin and constant resistive load. - operation under no-load conditions will not damag e these devices, but they will not observe the list ed specifications. - for reduce converter?s ripple & noise, it is reco mmended to add a 4.7 f~100 f(4.7 f~68 f for dual output) capacitor in output end. for emi performance improvement, it is recommended to add a 12 h inductor and a 10 f~100 f capacitor in input end.
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