80SQ30

80SQ30 IRF | Alldatasheet

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4855452 INTERNATIONAL RECTIFIER $5C 05055 OD

Data Sheet No. PD-2.047B | ; i I i INTERNATIONAL RECTIFIER : T-O3-/7 sosQG SERIES | 8 Amp Schottky Power Rectifiers a Major Ratings and Characteristics Description/Features a “Tho 8080 Schottky is designed tobe operated at 17520 Ty. Itam- 80sQ loj "B30" reverse: : @ 180° Rectangular A sity to wiheand "avers ‘onergy transients. It can be used In both | 2 1807 Faf Si Wave ne crn wl dps | a | "476°C Ty operation i [a0] = Extremely low reverse leakage: 13 mA at 125°C : 2, 1 © Wovoltagedoveting on Vaya OFer temperature range esoHe | 730 || pends enone high pa evi lily Cc i «Sear | 665 | A | Nottarmn anany ot rtd tmpertie and ‘ ij operating parameters | : [A ___—|__t0ga0 | As | =A sorentaadepatve pan avr voltae cept I for short pulses which Is 20% sbove Vawn, | ! Pee | 1000] tizytowthatand reverse onary transionts : [Vawm (| _S0t0s TV , CASE STYLE AND DIMENSIONS lon ss orn , 27.98 1.100) | com 27.94 (1.10) . wo PLACES) MAX. FLASH 1 . . —| tapton 1-27 {0,.080) Dia. ‘2PLACES ANODE Case Style C.24 All Dimensions in Millimeters and (Inches) C-15 ae _ '

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4855452 INTERNATIONAL RECTIFIER 55C 05056 D

i INTERNATIONAL RECTIFIER [Ter] ons Sori TR T=03-17 | VOLTAGE RATINGS Van ~ Max. Vw — Max. Repetitive Peak i Working Peak Reverse Voltage (V}@) VR ~ Max. i Part Numbers Reverse Voltage (VI (200 ns Max, Pulse Width) Direct Reverse Voltage (V) @ i ‘B0SQ030 30 36 30 8080035 35 42 36 ‘8080040 40 48 40 ‘80SQ045 45 64 45 ELECTRICAL SPECIFICATIONS [soso [units [Conditions TRAV) __ Mo. average forward curent 180" conduction @ 7, = ~65 t0 02° rectangular | wavetorm® 180° conduction @ Ty = ~65 to 07°C sinusoidal ' ; | 7 | wien | : Tram Max prot ace eye nonvopatve =| Hal eel 60 Hane ware i urge curent erreurs Pale Falloungany aed nt . Eondition and with roted | [| * | Half cycle 60 Hz sine wave ‘ or6 marecanqlr pul Following any rated aed | condition and with Vwi “se ee erectaguiar pul” "OfoHowing re, | Fe ‘Manirwur 1 (or fuseg) [70 | $=TOMH With rad Vay olowra arm ; i [os _| T=BSma_Inktiol Ty< 170°C. ‘Maximum 1% for individual deviee fusing 1035 {= 10m with Vay =0 following sue, : [| 18.3 ma_ inti! Tye 176°C, ' r Moximom (2 /i for individual 10330 i T= 0.1 to TO mis, nial T) © 178°C. [ME emg Vamu® 9 folowing sur, : Vem Ma peak foreardaps > [on | Ts2°C Rad ea tap) | : 088 Ty= 160°C 180° conduetlon, ! H , 056 TTY= TEC rectangular waveform i 0.62 Ty= 28°C, Iey BA | fl Ta Max. peak revere current 6 yee , 7 : Taam Mex. reptile peak revere current SE t : i Cy Max, eapucitence 1000 Ton 26°C, Vp =6 Vee (Testaignel in the range of | ' [ * | leureveaere u/dt_—_ Max, rate of raverse voltage applicetion Vine To" 26°C, Vay = rated V5 t ao ee c aM AWN THERMAL-MECHANICAL SPECIFICATIONS i Ty Man operating uneven wnpuatrerange | obo] *e —_— Ryn Maximum thermal ealstencs, junetion-to- |_| trads, double sige cooling (compostve values Land longi “Zam (BINT r=180mmia/4ind | 200 | [we Anpronwmweint | tos | ety | [cus PP H OTe = -85°C to 188°C, 180° conduction @2= 9.5 mm (3/8 in.) @Tc= 0°C to 158°C, 180° conduction Oherarn of leads i ‘temperature meesurement Q@T_ = 86 to 111°C for lead length (2) = 1/8 In, (3.2mm) Points (heat inks). T= $5 to 899C for lead longht (2) = 3/8 In. (9.6 mm) Ore tor time = 2 VES Vix. TL = 86 to 690C for land length (2) = 3/4 in, (19 mm) (see note 6). H C-16

INTERNATIONAL RECTIFIER — 55 DePvsssuse ooosos7 & If . ‘ ~ 4855452 INTERNAT [ONAL RECTIFIER 55C 05057 i>) . [T@R] inrernanonaL RECTIFIER 80SQ Series T-0O3-17 ee - Bo PRDNezeiee) bain SA | : NTO Tenia B sol we avec SUA EINE Ltertartne | ESPON SON K Mo ive gp GZ eNOS PEA H ‘ AVERAGE FORWARD CURRENT OVER FULL CYCLE (AMPERES) [AVERAGE FORWARD GURRENT OVER FULL CYCLE (AMPERES) t a Fig. 1 — Maximum Allowable Lead Temperature Vs. Fig, 2 — Maximum Forward Power Loss. Vs. i ‘Average Forward Current (50 Hz to 100 kHz) Forward Current (60 Hz to 100 kHz) . a ae . oo === SSS i NS || : SERRE ERS Ee ‘I : Z ftttt+y ri tt tee NGA VT ber acoder | | a a LEN ey | : eS == BSS See CE Nd Wee Beasccccecesses= ee Oe Ula Bases 2coeeeseaie MO, GOMeniillig C | EREDEAREEEEEEES ie ell | EERE EES i CEPT TE i INsTANTANOUS FORWARD VOLTAGE LTS) + weno au4 awvoe ai ree con EE : Fig. 3 — Maximum Forward Voltage Vs. Forward Current Fig. 4 — Maximum Non-Repetitive Surge Current ‘Vs. Number of Cycles _ SSS SS SS eee Seen ee eeecrimamast : SECC TT) aeration, : i 1 2 4 6 8 10 2 4 6 8 10 2? Swi? Sip? § o 2 8 we2 § we i Fig. 5 — Typical Capacitance Vs. Reverse Voltage Fig. 6 — Maximum Transient Thermal Impedance, : Junction-to-Lead Vs, Pulse Duration i i C17 ; | . . 1 ° I

INTERNATIONAL RECTIFIER 55 DE | 4855452 0005054 6 r 4855452 INTERNATIONAL RECTIFIER 55C 05058 1?) t i 80SQ Series INTERNATIONAL RECTIFIER | i Mounting Details 7-O03-/7 : , 2 SRE EERE EEE ee i pts Aas § Fee Pan FR [3] frentuesine |B er ie oe a ' wwe two Tyre Ratartlaosg.cm === S==————== eens aimee § Spe ate : . ee _Ol : ACER GPEARETS suaracenee-- 2 |---| weenen ageing al LT TT TT Pt tT Pri | (0 COPPER CLAD SUREACE AREA “Gs Tig jap gO DRO TD JUNCTION TeMPERATURE Ce Alita FOR G) = 05 O20. cw 0 __ HATEDVyy PERCENT) ' HH (Ori S EG. cm Fig. 7 — Typical Variation of Roverse Current Vs. : (9 05ina WAX (206i) Junction Temperature and Reverse Voltage : ‘Bubma Ted tezem bia) "Twice caren ses Deve |] sie A TAT Td a — a UN | | bert jena | Ib Eats : mA VY Vi [Pre i we PL pie YY) /| ao i : y Z| IN \\ | AW 3 3 i , 4 \\ : ii \\\\ i VA. N | ° T + 7 as o aC | : Fig. 8 — Thermal Nomogram : (WPUT PULSE : Ww we A eiovaarnbon tn Bice ehahs veer a Taumtreau Tyce Rieger ee 00 He, @) =X, i : 1. The flat pn dpe asune nec eran ° o—$ sess DUTY EYELE < 18 canst hl woe 180 casper vag a curr ie Vt Lv ce ee een ° (*) yourace ig opacing a smalls heatsinks o larger operating on “Ww Ele suo at nti mend th ™ mae our Feats aac eesta mca of 3/0 oaech (Gist rom thet st body fea : + i Fig. 9 — Inpyy Test Circuit : | C18