yenyo dimensions in inches and (millimeters) maximum ratings and electrical characteristics for capacitive load, derate current by 20%. single phase, half wave, 60hz, resistive or inductive load. rating at 25 o c ambient temperature unless otherwise specified. -55 to +150 smc/do-214ab 3.0smcj series stand-off voltage 5.0 to 220 v power dissipation 3000 watts surface mount transient voltage suppressor value symbol p pk i fsm pm (av) v f t j , t stg minimum 3000 100 3.5 8.0 unit watts watts v a o c peak power dissipation at t a =25 o c t p =1ms (note 1,2) at 35a for unidirectional devices only (note 3) operating junction and storage temperature steady state power dissipation at t a =75 o c peak forward surge current, 8.3ms single half sine-wave super imposed on rated load (note 3) (jedec method) maximum lnstantaneous forward voltage features ? for surfsce mounted applications ? typical ir less than 1ua above 10v ? reliable low cost construction utilizing ? case: molded plastic smc/do-214ab ? plastic material has ul flammability ? fast response time: typically less than 1.0 ? weight: 0.21 gram ? polarity:by cathode band denotes uni- directional device none cathode band denotes bi-directional device mechanical data notes : (1) non-repetitive current pulse, per fig. 3 and derated above ta=25 o c per fig. 1. (2) thermal resistance junction to ambient. (3) 8.3ms single half-sine wave duty cycle= 4pulses maximum per minute(unidirectional units only). molded plastic technique classification 94v-0 ns for uni-direction, less than 5.0ns for bi-direction, form 0volts to bv min range 1 / 4 r2, nov-12 .260(6.60) .280(7.11) .006(.152) .012(.305) .220(5.59) .245(6.22) .108(2.75) .128(3.25) .079(2.00) .103(2.62) .305(7.75) .320(8.13) .030(0.76) .060(1.52) .002(.051) .008(.203) paramter
part no. v rwm v br min v br max i t i fsm i r @ v rwm ( v ) ( v ) ( v ) ( ma ) (a) @8.3ms ( v ) ipp(a) ( ua ) uni bi 3.0smcj5.0 5.00 6.40 7.55 10 250 9.6 312.5 1000 hdd idd 3.0smcj5.0a 5.00 6.40 7.25 10 250 9.2 326.0 1000 hde ide 3.0smcj6.0 6.00 6.67 8.45 10 250 11.4 263.2 1000 hdf idf 3.0smcj6.0a 6.00 6.67 7.67 10 250 10.3 291.3 1000 hdg idg 3.0smcj6.5 6.50 7.22 9.14 10 250 12.3 243.9 500 hdh idh 3.0smcj6.5a 6.50 7.22 8.30 10 250 11.2 267.9 500 hdk idk 3.0smcj7.0 7.00 7.78 9.86 1 250 13.3 225.6 200 hdl idl 3.0smcj7.0a 7.00 7.78 8.95 1 250 12.0 250.0 200 hdm idm 3.0smcj7.5 7.50 8.33 10.67 1 250 14.3 209.8 100 hdn idn 3.0smcj7.5a 7.50 8.33 9.58 1 250 12.9 232.6 100 hdp idp 3.0smcj8.0 8.00 8.89 11.30 1 250 15.0 200.0 50 hdq idq 3.0smcj8.0a 8.00 8.89 10.23 1 250 13.6 220.6 50 hdr idr 3.0smcj8.5 8.50 9.44 11.9 1 250 15.9 188.8 25 hds ids 3.0smcj8.5a 8.50 9.44 10.8 1 250 14.4 208.4 25 hdt idt 3.0smcj9.0 9.00 10.00 12.6 1 250 16.9 177.4 10 hdu idu 3.0smcj9.0a 9.00 10.00 11.5 1 250 15.4 194.8 10 hdv idv 3.0smcj10 10.00 11.10 14.1 1 250 18.8 159.6 5 hdw idw 3.0smcj10a 10.00 11.10 12.8 1 250 17.0 176.4 5 hdx idx 3.0smcj11 11.00 12.20 15.4 1 250 20.1 149.2 5 hdy idy 3.0smcjj11a 11.00 12.20 14.0 1 250 18.2 184.8 5 hdz idz 3.0smcjj12 12.00 13.30 16.9 1 250 22.0 136.4 5 hed ied 3.0smcj12a 12.00 13.30 15.3 1 250 19.9 150.6 5 hee iee 3.0smcj13 13.00 14.40 18.2 1 250 23.8 126.0 5 hef ief 3.0smcj13a 13.00 14.40 16.5 1 250 21.5 139.4 5 heg ieg 3.0smcj14 14.00 15.60 19.8 1 250 25.8 116.2 5 heh ieh 3.0smcj14a 14.00 15.60 17.9 1 250 23.2 129.4 5 hek iek 3.0smcj15 15.00 16.70 21.1 1 250 26.9 111.6 5 hel iel 3.0smcj15a 15.00 16.70 19.2 1 250 24.4 123.0 5 hem iem 3.0smcj16 16.00 17.80 22.6 1 250 28.8 104.2 5 hen ien 3.0smcj16c)a 16.00 17.80 20.5 1 250 26.0 115.4 5 hep iep 3.0smcj17 17.00 18.90 23.9 1 250 30.5 98.4 5 heq ieq 3.0smcj17a 17.00 18.90 21.7 1 250 27.6 106.6 5 her ier 3.0smcj18 18.00 20.00 25.3 1 250 32.2 93.2 5 hes ies 3.0smcj18a 18.00 20.00 23.3 1 250 29.2 102.8 5 het iet 3.0smcj20 20.00 22.20 28.1 1 250 35.8 83.8 5 heu ieu 3.0smcj20a 20.00 22.20 25.5 1 250 32.4 92.6 5 hev iev 3.0smcj22 22.00 24.40 30.9 1 250 39.4 76.2 5 hew iew 3.0smcj22a 22.00 24.40 28.0 1 250 35.5 84.4 5 hex iex 3.0smcj24 24.00 26.70 33.8 1 250 43.0 69.8 5 hey iey 3.0smcj24a 24.00 26.70 30.7 1 250 38.9 77.2 5 hez iez 3.0smcj26 26.00 28.90 36.6 1 250 46.6 64.4 5 hfd ifd 3.0smcj26a 26.00 28.90 33.2 1 250 42.1 71.2 5 hfe ife 3.0smcj28 28.00 31.10 39.4 1 250 50.0 60.0 5 hff iff 3.0smcj28a 28.00 31.10 35.8 1 250 45.4 66.0 5 hfg ifg 3.0smcj30 30.00 33.30 42.2 1 250 53.5 56.0 5 hfh ifh 3.0smcj30a 30.00 33.30 38.3 1 250 48.4 62.0 5 hfk ifk 3.0smcj33 33.00 36.70 46.5 1 250 59.0 50.4 5 hfl ifl 3.0smcj33a 33.00 36.70 42.2 1 250 53.3 56.2 5 hfm ifm 3.0smcj36 36.00 40.00 50.7 1 250 64.3 46.6 5 hfn ifn 3.0smcj36a 36.00 40.00 46.0 1 250 58.1 51.6 5 hfp ifp 3.0smcj40 40.00 44.40 56.3 1 250 71.4 42.0 5 hfq ifq 3.0smcj40a 40.00 44.40 51.1 1 250 64.5 46.4 5 hfr ifr 3.0smcj43 43.00 47.80 60.5 1 250 76.7 39.2 5 hfs ifs 3.0smcj43a 43.00 47.80 54.9 1 250 69.4 43.2 5 hft ift 3.0smcj45 45.00 50.00 63.3 1 250 80.3 37.4 5 hfu ifu 3.0smcj45a 45.00 50.00 57.5 1 250 72.7 41.2 5 hfv ifv 3.0smcj series absolute maximum rating (ta=25 c) electrical characteristics (ta=25 c) max vc marking code 2 / 4 r2,nov-12
part no. v rwm v br min v br max i t i fsm i r @ v rwm ( v ) ( v ) ( v ) ( ma ) (a) @8.3ms ( v ) ipp(a) ( ua ) uni bi 3.0smcj series absolute maximum rating (ta=25 c) electrical characteristics (ta=25 c) max vc marking code 3.0smcj48 48.00 53.30 67.5 1 250 85.5 35.0 5 hfw ifw 3.0smcj48a 48.00 53.30 61.3 1 250 77.4 38.8 5 hfx ifx 3.0smcj51 51.00 56.70 71.8 1 250 91.1 37.0 5 hfy ify 3.0smcj51a 51.00 56.70 65.2 1 250 82.4 36.4 5 hfz ifz 3.0smcj54 54.00 60.00 76.0 1 250 96.3 31.2 5 hgd igd 3.0smcj54a 54.00 60.00 69.0 1 250 87.1 34.4 5 hge ige 3.0smcj58 58.00 64.40 81.6 1 250 103.0 39.2 5 hgf igf 3.0smcj58a 58.00 64.40 74.1 1 250 93.6 32.0 5 hgg igg 3.0smcj60 60.00 66.70 84.5 1 250 107.0 28.0 5 hgh igh 3.0smcj60a 60.00 66.70 76.7 1 250 96.8 31.0 5 hgk igk 3.0smcj64 64.00 71.10 90.1 1 250 114.0 26.4 5 hgl igl 3.0smcj64a 64.00 71.10 81.8 1 250 103.0 29.2 5 hgm igm 3.0smcj70 70.00 77.80 98.6 1 250 125.0 24.0 5 hgn ign 3.0smcj70a 70.00 77.80 89.5 1 250 113.0 26.6 5 hgp igp 3.0smcj75 75.00 83.30 105.7 1 250 134.0 22.4 5 hgq igq 3.0smcj75a 75.00 83.30 95.8 1 250 121.0 24.8 5 hgr igr 3.0smcj78 78.00 86.70 109.8 1 250 139.0 21.6 5 hgs igs 3.0smcj78a 78.00 86.70 99.7 1 250 126.0 22.8 5 hgt igt 3.0smcj85 85.00 94.40 119.2 1 250 151.0 19.8 5 hgu igu 3.0smcj85a 85.00 94.40 108.2 1 250 137.0 20.8 5 hgv igv 3.0smcj90 90.00 100.00 126.5 1 250 160.0 18.8 5 hgw igw 3.0smcj90a 90.00 100.00 115.5 1 250 146.0 20.6 5 hgx igx 3.0smcj100 100.00 111.00 141.0 1 250 179.0 16.6 5 hgy igy 3.0smcj100a 100.00 111.00 128.0 1 250 162.0 18.6 5 hgz igz 3.0smcj110 110.00 122.00 154.5 1 250 196.0 15.4 5 hhd ihd 3.0smcj110a 110.00 122.00 140.5 1 250 177.0 16.8 5 hhe ihe 3.0smcj120 120.00 133.00 169.0 1 250 214.0 14.0 5 hhf ihf 3.0smcj120a 120.00 133.00 153.0 1 250 193.0 15.6 5 hhg ihg 3.0smcj130 130.00 144.00 182.5 1 250 231.0 13.0 5 hhh ihh 3.0smcj130a 130.00 144.00 165.5 1 250 209.0 14.4 5 hhk ihk 3.0smcj150 150.00 167.00 211.5 1 250 268.0 11.2 5 hhl ihl 3.0smcj150a 150.00 167.00 192.5 1 250 243.0 12.4 5 hhm ihm 3.0smcj160 160.00 178.00 226.0 1 250 287.0 10.4 5 hhn ihn 3.0smcj160a 160.00 178.00 205.0 1 250 259.0 11.6 5 hhp ihp 3.0smcj170 170.00 189.00 239.5 1 250 304.0 9.8 5 hhq ihq 3.0smcj170a 170.00 189.00 217.5 1 250 275.0 11.0 5 hhr ihr suffix a: 5% suffix c: bi-directional for the bidirection typ having vrwm of 10 volts and less, the i r limit is doubled. 3 / 4 r2, nov-12 3.0smcj180 180.00 198.00 253.8 1 250 322.0 9.3 5 hhs ihs 3.0smcj180a 180.00 198.00 230.4 1 250 292.0 10.3 5 hht iht 3.0smcj190 190.00 209.00 267.9 1 250 340.0 8.8 5 hhu ihu 3.0smcj190a 190.00 209.00 243.2 1 250 308.0 9.7 5 hhv ihv 3.0smcj200 200.00 220.00 282.0 1 250 358.0 8.4 5 hhw ihw 3.0smcj200a 200.00 220.00 256.0 1 250 324.0 9.3 5 hhx ihx 3.0smcj210 210.00 231.00 296.1 1 250 376.0 7.8 5 hhy ihy 3.0smcj210a 210.00 231.00 268.8 1 250 340.0 8.8 5 hhz ihz 3.0smcj220 220.00 242.00 310.2 1 250 394.0 7.6 5 hid iid 3.0smcj220a 220.00 242.00 281.6 1 250 356.0 8.4 5 hie iie
ratings and characteristic curves 3.0smcj series yenyo technology co., ltd. fig.5 - pulse waveform i p , peak pulse current,(%) 0 0 1.0 4.0 t, time (ms) 50 100 3.0 2.0 peak value (irsm) t r =10us half value= irsm 2 t j = 25 o c tp pluse width(tp)is defined as that point where the peak current decays to 50% of irsm 10 x 1000 waveform as defined by r.e.a. fig.1 - pulse derating curve peak pulse derating in %of peak power or current 25 0 50 125 200 ambient temperature, o c 10 x 1000 waveform as defined by r.e.a. 50 75 100 175 150 100 75 25 0 fig.4 - steady state power derating curve p w(av) , steady state power dissipation(w) 0 t l , lead temperature 60hz resistive or inductive load 2 4 6 8 50 125 200 175 150 100 75 25 0 fig.2 - typical reverse characteristics stand-off voltage, volts capacitance. (pf) 1 100 1000 10000 10 1000 100 10 tj = 25 o c measured at stand-off voltage fig.3 - pulse rating curve stand-off voltage, volts p p , peak power 0.1us 1.0 10 100 10us 1us 10ms 100us 1.0ms 0.1 ta = 25 o c non-repetive pulse waveform showen in figure 5 4 / 4 r2, nov-12 bidirectional unidirectional
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