P6SMBJ

P6SMBJ SURGE | Alldatasheet

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Technical content

h C. ON BOARD SURFACE MOUNT TRANSIENT VOLTAGE SUPPRESSOR VOLTAGE -5.0-170 Volts Peak Pulse Power-600 Watts

FEATURES

• For surface mounted applications in order to optimize board space — * Low profile package SMB/DO-214AA * Built-in strain reliet * Glass passivated junction * Low inductance 075(1.91) * Excellent clamping capability 0832.11) _}_ ror T * Repetition Rate (duty cycle): 0.01% t en 130(8.30) © Fast response time: typically less than 1.0ps i | 1 | 7185(3.94) from 0 volts to BV for unidirectional types > roy od + Typical Io less than 1A above 10V z \\ | * High temperature soldering: je -18014.08)___ 260°C/10 seconds at terminals 185(4.70) * Plastic package has Underwriters 0084-152) Laboratory Flammability Classification 94V-O a eee) 012(-306) 083(2.13) 096(2.44) MECHANICAL DATA —+_{= Team Case: JEDEC DO-214AA. Molded plastic over Eee oe passivated junction _ Terminals: Solder plated, solderable per MIL-STD-750, Method 2026 i Dimensions in inches and (millimeters) Polarity: Color band denotes positive end (cathode) except Bidirectional Standard Packaging: 12mm tape (EIA-481) Weight: 0.003 ounces, 0.093 gram a MAXIMUM RATINGS AND ELECTRICAL CHARACTERISTICS Ratings at 25°C ambient temperature unless otherwise specified. SYMBOLS VALUE UNITS Peak Pulse Power Dissipation on 10/1008 waveform (Notes 1, 2, Fig. 1) | __ Prem Minimum 600 | __ Watts Peak Pulse Current on 10/1000us waveform (Note 1, Fig. 3) See Table 1 ‘Amps: Peak forward Surge Current 8.3ms single half sine-wave 400.0 ‘Amps superimposed on rated load (JEDEC Method) (Notes 2,3) mp Operating Junction and Storage Temperature Range -55 to +150 °C NOTES: 1. Non-repetitive current pulse, per Fig.3 and derated above Ta =25°C per Fig. 2. 2. Mounted on 5.0mm: (.013mm thick) land areas. 3. Measured on 8.3ms, single half sine-wave or equivalent square wave, duty cycle = 4 pulses per minute maximum. SURGE COMPONENTS, INC. 1016 GRAND BLVD., DEER PARK, NY 11729 PHONE (631) 595-1818 FAX (631) 595-1283 | www.surgecomponents.com

i _) | C. RATING AND CHARACTERISTIC CURVES. P6SMBJ SERIES 3 10 ae qe 100

6 RTE pute wavecrm Fi =

= ett TTT shown in Figure 3 Till] a. | | XK & CUT? Be, a | 2 a 38 rtoONI aa Soke SNE TU ES ae AN # SS Gz [| NI © os ees Se CoE Pen oe E os Lt PAF is 1.0u8 1096 10008 1.0m toms ie r_| CINE. ‘a, PULSE WIDTH, seo zo IN FiG.1-PEAK PULSE POWER RATING CURVE @ 4 [| | | IN [4]

058078 Top tas 150175 Boo

Ta, AMBIENT TEMPERATURE, <¢ FIG.2-PULSE RATING CURVE 150 8.000 a a T -—Crragroy rr od Tax2s*C ES Tomas BE ee Nain ae NN eee ep E Sure caye 20% opp coo —| LT NIN CTT! 3B won {—+t+ 4 NC Taetsed at ye ENE hear SI NOK Bree

3 IP NS 2 a p00 SESE NSH

2 forse — #800 FSH or oe Ee EN 50 t— < 10/1000usee Wavetorm we js a PN | ee ees 2 oe ee FAH Sliven a a a 3 coo/ | secon NI Ne SESS eT NIN FIG.SPULSE WAVEFORM oe oH EE ee 20 oot —| TTI TTT NV i ts LTH TIT é Hart Si nat sre neo to Pd mee eee eel +0 20 10 20 100 200

8 PSE HH ‘V(uit), REVERSE STAND-OFF VOLTAGE, yours

3g == SRS FE FIG ACAL JUNCTION CAPACITANC! PSs 4-TYPI NCE 26 °C Bishi ——eeeente sz CT Tri Pee 8 EE fy 5 10 50 100 NUMBER OF CYCLES AT eoHz FIG.5-MAXIMUM NON-REPETITIVE, PEAK FORWARD SURGE CURRENT SURGE COMPONENTS, INC. 1016 GRAND BLVD., DEER PARK, NY 11729 PHONE (631) 595-1818 FAX (631) 595-1283 | www.surgecomponents.com

i" CUAL LLY ON BOARD UNI-DIRECTIONAL 600 Watt Surface Mount TvS UNFDIREGTIONAL ) DEVIGE.| REVERSE | SREAKDOWN [BREAKDOWN | TEST MAXIMUM BEAR REVERSE PART Manena | STANDOFF | votTAGe, | VOLTAGE” | CURRENT | CLAMPING | PULSE | LEAKAGE NUMBER CODE voltage | ‘VBR (vy) VER (V) r VouTace, | cuRRENT | ‘@vawm VawMw) | MIN@ tr | Max @IT (ay a@ipp Ve) | ip (a) ih (ua) PESMEISO 3 3.0 40 756 10 36 e285 300 PesMBJSOA = | KE. so 8.20 yas 10 32 ese 800 Pesmeue.o Ke so eer oa8 10 144 o26 800 PesMeeoA | KG ee er Ed 10 103 Ed 800 PesMBde:s KH es 722 ard 70 i238 38:7 500 PosMBve. sa Ke es tie 2.20 40 ite 336 500 PesMBu7.0 Ke 70 738 S28 10 3 ae 200 PeSMBI7.0A Kt 75 778 Peg 40 120 50.0 200, PESMBI7 5 KN 75 338 70.87 + 133 220 700 PesMel7 6A Ke 73 Bas 4 : 128 to8 100 PesmBua.o ka ao B80 19'30 3 iso 00 80 BESMBIEOA mat 88 583 33 H 138 #8 a PesMele.6 KS 38 O42 Tree 7 15.9 377 70 PesMele.cA Kr 8s Daa toe 1 tae a7 10 Pesweus.o Ku 50 19.00 42.60 1 169 S56 8 PeSMBu9.0A kv 30 | i000 4180 3 isa 39.0 5 PGSMBITO KW 10.0 13:10 1810 i ise Bro = PeSMBUTOA mx 10.0 aie 12.80 3 170 35a 8 PesMBv it te we i220 15.40 1 208 208 5 PeSMBITIA pea ie 3220 i300, 1 ioe 330 5 PEBMBITE pt 720 73:30 16.90 226 278 = PesMBut20 te 20 13.30 13.80 108 302 8 Pesmau1a te 18.0 1430 i320 238 232 8 PesMBuIgA te 33.0 1440 18.60 ats a7 8 PesMalta ti 440 15:60 73:80 7 25.8 233 PeSMBITaA tk 14.0 18.60 47.80 1 a2 28 PesMBsts ut 180 16.70 B10 1 gos | bes PeSMBI1SA tk 18.0 16.70 ta.20 1 faa | bao PesMBITE tN ie 17.80 22.60 + a8 208 PESMB16A tr 160 17.80 20.80 : 26.0 Ban pesMbut? te 170 3880 22.80 4 308 jer PeSMBJIZA tr 370 18.90 3170 i re Bie PesMBuTE ts 18.0 20:00 230 i ca 736 3 PesMautea tr 18.0 20:00 33.30 3 2oz 205 8 PesMBJ2e ty 20.0 29°20 28.10 3 asa tor 8 PesMBJZ0A ww 20.0 22.20 25.50 3 ae 135 8 PesMBlez ow 22.0 3240 30:50 1 soa ie2 3 PesMB2cA re 220 baad 28.00 1 3a8 16.0 3 PesmBdaa wy 220 20.70 33.80 1 230 140 3 PesMaua4a res 240 26.70 30.70 1 Bnd wee | Peshiace Mo 365 28.90 36.60 7 366 iat 3 PesMBuzen Me 200 28:90 39.20 H fo: 142 3 Pesmauae Me 28.0 Baty 30.40 1 30:0 i H PesMBuzeA Ma 20.0 3110 88.00 i pr 132 8 PeSMByaO Mt 30.0 33:20 32°20 1 sa5 a2 5 PeSMBJ30A Mik 30.0 33.30 3a.30 1 fea toa B Pesmauas Me 33.0 38.70 26.50 1 39.0 302 3 PeSNBISSA MM 28 38.70 fe20 | 4 53.8 3 A PesMesas MN 26.0 40.00 50.70 7 ea 33 3 PesMBJ3eA me 30.0 40.00 6.00 H sat 103 8 PesMBus0, Ma 20.0 38:20 36:80 1 ma 32 5 PeSMBUsoA Ma 40.0 bret) 51.10 : bas 33 5 PeSMBI«s mS 330 47.80 60:50 i 767 Ts 3 PesMbuaoA ut 43.0 free | 52.90 4 ees ae 8 Pecmpuas mu 450 3o.00, 3.30 1 80.3 78 5 PesMaua5n Mv 35.0 30:00 87.60 1 7 Fe 8 PesMaJas MW 48.0 33:00 87 50 7 ase 70 3 PesMe.iaen mae Bo 3330 67.80, 3 a a 8 PesMBJot My sto 56.70 71:00 4 out &o 8 PesMausié Mz 51.0 50.70 65.20, i e24 53 5 PesMiBISt NO 3i0 30:00 76.00 7 863 ee PesMBussa NE 520 80.00 69:00 1 ent Ee Pesmavse Ne 58.0 82.40 B10 1 108.0 S3 PesMBJSeA No 530 82.40, F450. 1 S38 et PesMayeo NH 30.0 86.70 3250 i 707-0 $6 Pesmeyeos NK 60.0 £6.70 0.70 7 968 ee PesMaJes Nt 820 Th40 S070 ; 118.0 o3 Pesmauesa Nw 820 A40. Per) i 303.0 Be PestIBI70 ni 70-0 7780 38.60 T 128.5 a8 Pestaau7on Ne 70.0 7780 89.50 1 tis0 33 Pesmau7e NO 730 33.80 103.70 1 1aa0 23 PesMau7oa NR 75.0 83.20 98.60 1 1210 35 “pesMa7e i—NE 8.70} 10880 138.0 a3 PesMisusen Ne joo 3670 99.70 i2e0 a? Hi Pesmaas nu ase 2440 119.20 110 a8 5 Pesmeuasa Nv 85.0 24.40 40820 1370 aa 5 -Pesis33-—— iW 80.0 700.0 S50 7 30.5 = z PesMBUB0A Nx 90.0 190.00 115.50 i 146.0, aa 5 Peswauroo ny 100.8 13.00 14100 1 179.0 3a 8 PESMBJTOOA Ne 400.8, 31.00 Y20.00 1 1620 37 & pesMEyiia.— —1——Po ——] 1150 F2z.00 158-50 + 1860 36 = PeSMBJI10A, Pe 110.8 322.00 140.80 H 778 Ee $ pesmieyi20 Pr 120.0 183.00 408.00 : 240 28 3 PeSMBJ120A Pa 120.0 138.00 153.00 i foa.0 Es] 8 PESMBJISO P 30-0 744.00 Ta? BO 7 “237.0 6 Ey PeSMBJIa00, Pe 730.0 144.00 486.50 i 300.0 H Pesweuie0 Pe 180.0 te7.00 211.80 ‘ 208.0 5 PESMBJISOA PM 150.0 167.00 y92'80 4 203.0 8 PeeMEITEO PN 4800 500 226-0 4 a7 PeSMiU 160A PP 460.0 178.00 208.00 Hi 250.0 Hi pesmastvo PO 470.0 189.00 230.80 1 308.0 ° PeSMBJI7OA Pa 170.0 189.00 217.60 1 275.0, Bi SURGE COMPONENTS, INC. 1016 GRAND BLVD., DEER PARK, NY 11729 PHONE (631) 595-1818 FAX (631) 595-1283 | www.surgecomponents.com

BI-DIRECTIONAL 600 Watt Surface Mount Tvs BMDIRECTIONAL | DEVICE REVERSE | SREAKDOWN |GREAKDOWN TEST MAXIMUM PEAK REVERSE PART MARKING | STANDOFF |" VOLTAGE |" VOLTAGES. CURRENT | CLAMPING PULSE LEAKAGE NUMBER CODE VOLTAGE ‘VBR (V) ‘VBR (V) ia VOLTAGE | CURRENT | ‘@VAWM vawm(y) | MIN-@ it | MAX. @ IT (may @ipp Ve) | __Ipp ia) IR (WA) PESMBIS.OC AD 30 6.40 7.55 70 a6 2.5 7600 PeSMBIS.OCA AE 50 6.40 7.28 10 82 e5.2 +600 PesMBE.OC ar 60 8.67 bias 40 8 s2.6 1600 PESMBJ6.OCA AG 6.0 8.87 ar 10 10:3 58:9 je00 PESMBIE.5C ‘AH 35 722 aia 10 48.7 7000 PESMBIE.SCA aK 65 722 8.30 10 sae sooo PBSMBU7.06 aL 70 778 e.86 10 45.1 ‘200, PESMBI7.OCA AM 70 778 8.95 10 50.0 400 PESMBI7.5C AN 75 aaa 10.67 14.3 42.0 2007 PESMBI7 SCA AP 78 8.33 958 129 465 200 PSSMBIE.0C ao a0 ees 33.30 15.0 40.0 S00 PESMBIB.OCA AR eo | sas 1028 8 443 300 PasMB6 5C AS a5 oat T1.92 15.9 37.7 20 PESMBIE SCA aT 85 | Bae 30182 a4 any 20 PesMBus.0C AU 90 10.00 32.60 16.9 356 40 PBSMBIS.OCA av 90 30:00 43/80 18.4 30.0 46 PSSMBIOC AW 00 1140 1410 7 73.8 S19 S PESMBUIOCA ax 30.0 13.40 12.80 1 170 353 5 PESMBUIIC ay 9 12120 16.40, 1 20:1 29.9 S Pesmauiica | AZ| 13.20 44:00 1 __ 38.2 38.0 a PesMBII2C nT) 72.0 13.30 16.90 + 22.0 273 = PBSMBI12CA BE 120 13.30 15.30 1 yo9 30.2 5 PesmeJisca | aa. 33.0 44:40, 16.50 1 Ee 279 5 PesMBy14c SH 74.0 15.60 79.60 258 233 5 Pesmauiaca aK 130 15.60 17°90 232 258 5 PesMeuise BL 18:0 evo | att0 2e.0 223 8 P@SMBJISCA BM 18.0 i670 | 4920, Bala bao a PESMBI IG SN 76.0 17.80 22.60 238 20.8 PesMBU1eCA BP 16.0 1780 20.50 28.0 23.1 POSMBJI7C BO 17.0 18.90 23:30 50's 39.7 PESMBJIZCA 3a 170 18.90 130 276 an7 P6SMBJ18C 3 78.0 20-00 25:30 w22 10.6 5 P6SMBJIBCA BT 46.0 20.00 23.30 202 20:5 5 PeSMBI206 BU 2010 2220 28.10 55.6 ier & PESMBI20CA BV oo | __32'20 25:50 32.4 18.6 5 P6SMBI22C Bw 22.0 24.40 30.90" T 39.4 1S2 s PESMBU22CA ax 22.0 2al40 28.00 4 ass 16.8 5 POSMBU2ACA Bz bao 26.70 30.70_ 4 sa ia 5 PesMeuzeca ce 26.0 2a.90 33.20 3 425 342 Pesmeyesc ce 28.0 3110 39.40 1 50.0 1210 P6SMBJ20CA ca 28.0 3110 35.80 + 45.4 13.2 PESMBJGOC cH 30.0 3 42:20 7 53.5 P6SMBISOCA cK =| 300 35.30 38.30 1 484 PesMBUs3C a | 330 36.70 46.50 1 59.0 PesMBuaaca cM | aso 36.70 42:20 3 53.3 PESMBIS6 CN 36.0 40.00 50:70 + aa o8 5 PESMBIA0C ca 40.0 24/40 5820 i a4 es ° PESMBJ40CA cr 40:0 44.40 51.10 4 a5 23 5 PESMBIaSS cs 73.0 27-80 60.50 7 76.7 78 = POSMBJ4SCA cr 43.0 27.80 54.00 4 60.4 a6 8 PesMBsasc cu 25.0 50.00 63.30 1 80.3 7s 8 PesmBJasca | Gv 25.0 50.00 57.50 4 72.7 83 5 PoSsMBNaeC cw 48.0] 53.30 | 67 50 7 355 70 3 PESMBJABCA cx 45.0 £3.30 8730 3 wa 77 5 Pesmeusic ro S10 86.70 73.80 1 14 oe 5S PESMBUSICA cz 510 56.70 6520 1 e2.4 73 a PESMBI546 BB 54.0 60.00 76.00 “4 96.3 62 6 PesMBISsCA =| (OE 84.0 60.00 69.00 3 871 69 5 PesMavssc | be 58.0 64.40 8160 4 103.0 58 5 Pesmeussca be 380 64.40 74.10 4 93.6 Sa 8 POSMBJGOC DH 60.0 6 70 34.50 7 707.0 36 PESMBUGOCA DK 60.0 66.70 76.70 i 96.8 82 PesMBueac. DL 6a0 7140 90:10 1 114.0 53 PESMBJ6ACA 5M 62.0 7430 81:80 3 403.0 58 POSMBI7OC DN 70.0 77.80 98.60 7 725.0 a8 PBSMBU7OCA oP 70.0 7760 89.50 1 413.0 5a Pesmaursc Do 75.0 23°30 105.70 3 134.0 45 PESMBU?SCA DR 75.0 63.30 95.60 3 321.0 49 PESMBI78C DS 78.5 6.70 709.80 +) 138.0 43 5 Pesmauraca or 78.0 86.70 99.70 1 328.0 a7 8 PesMBJasc bu 85.0 4.40 319.20 1 isto 39 5 PESMBIBSCA bv 85.0 94/40 308.20 1 137.0 aa 8 PESMBIIOC bw} 80.0 700-00 126 50 130.0 38 3 PESMBJSOCA Ox 90.0 100.00 115.60 148.0 an 5 PesMBuI00C Dy 100.0 351.00 341.00, 170.0 Ba 5 PeSMBII00CA bz 100.0 144.00 128.00 162.0 37 5 PeSMBITIO EO 110.0 722.00 154.50 T 796.0 30 Pestisut ioc, EE 110.0 4122.00 14080, 1 1770 38 Pesmpu1 206 EF 120.0 433.00 169.00 1 214.0 26 PeSMBJ120CA EG 120.0 133.00, 4153.00 4 193.0 34 PeSiMBIT30C =H 130-0 74400 782.50 7 231.0 2S P6SMBI130CA EK 130.0 444.00 165.50 i 20910 20 P6SMB1500 eu 380.0 367.00, 211.80 1 368.0 22 PSSMBII50CA EM 150.0 167,00, 392/50, 4 243.0 25 PESMBITEOC EN 160.0 178.00 228.00 7 287.0 PeSMBI160CA EP 160.0 178.00 205.00 | 1 259.0 Pestisyi700 EQ 1700 16900, 239.50 1 304.0 P6SMBI170CA ER 170.0 189.00 Bi7's0 3 275.0 SURGE COMPONENTS, INC. 1016 GRAND BLVD., DEER PARK, NY 11729 PHONE (631) 595-1818 FAX (631) 595-1283 = www.surgecomponents.com