50SQ030 IRF | Alldatasheet
Document overview
- Manufacturer or author: Provided By ALLDATASHEET.COM(FREE DATASHEET DOWNLOAD SITE)
- PDF pages: 4
Technical content
INTERNATIONAL RECTIFIER 55 DE | 4855452 OO0SOS1 Ss | i 7 1 4855452 [NTERNATIONAL RECTIFIER . 55C 05051 Oo ; . Data Sheet No. PD-2.060A ; : T-O3~/7 | : INTERNATIONAL RECTIFIER [TeaR| ee
5 Amp Schottky Power Rectifiers
i | . i — Major Ratings and Characteristics Description/Features [—Charecteritio [6050] Units] roses very ye ratio of revere aatage corre touneton tem: TRAV) perature. In addition to improvements in reliability and performance, It is w rugged device with 8 guaranteed repetitive peak reverse voltage @ 180° Rectangular oie. and pecollent sltity so wthatane ewveree energy transients, SHSGD He Stee [ STAT] ean bt ining al ne
100 Vol
; re ee ra Ute ching | 0H = Extremely ton Ve © Ty= 150°C (rep.), Ty = 175°C inon-re @60 Hz | 210 | Bijitinted te 1508 boca of pane cso Pye | 260 | Ae | Extrema ow rovers leakage: 19 mA at 1259 Ci : Novottge deeting on V moe : : [@-6V 1000 TF |S Reevcerxcremety nigh poet vulval : [Ty (85 10 160 [°C | No thermal runaway at rated tomperature and operating | = Aguarenteed repetitive peak reverse voltage cepsblity for | short pulses which Is 20% above VawM i @ Ability to withstand reverse energy trensients : CASE STYLE AND DIMENSIONS carta, \\ (GC) i 27.94 (1.100) | | vat [camnooe ‘ 2.54 (0.100), | 94 | wo PLACES) Wax FLAS sigal 9.52 (0.378) 2 . ts MAX. by cee wy Altes TER 1.27,0.950) 1A | 2 PLACES ANODE Caso Style C-24 - Dimensions in Millimeters and (Inches) c-11
INTERNATIONAL RECTIFIER 55 DE | 48ss4yse o0050S2 7 I 50SO Series INTERNATIONAL RECTIFIER
4855452 INTERNATIONAL RECTIFIER 55C 05052 D
Van = War T-03-1/7 Vawm ~ Mex. Repetitive Peak ve Working Peak Reverse Voltage (V) © fa Max. Roverse Voltage (VIO (200 ns Max. Pulse Width) Direct Reverse Voltage (VI @ | 50SQ030 30 36 30 50SQ035, 36 42 35 60SQ040 40 48 40 50SQ045 45 54 45 s0sao80 60 n 60 §08Q080 80 6 80 5080090 80 108 90 50SQ100 4100 420 100, ELECTRICAL SPECIFICATIONS a OO | 180" conduction @ = -65 10 06°C snusldal ' Tram Maximum peak one eye, Ta oye 60 Ha tne wave : onopettve surge cient Sd etter pute polowing any rated lod conan Fairey eb Hare wave ond wih led Via reaped Orb rectangutr pe Taf oyle 60H ine wave rGmiricargorpubeFalloungany te ned condion 270 Half cycle 60 Hz sine wave and with Vays = 0 following surge. . GF me actngulr puke : Fie Maximum Fe or fog) Lm _| T= 10s Wihrated Vy folowing ra, [0] scams Ini! Ty 160°C. Toxo Porc [2s | T= 10me With Vqyyy = 0 following surge, device fusing | TaBane ‘initial TyS 150°C, FR Maxima 19 /eforiaviduel @ [ [av | ‘t= 0.1 to 10 ms, Initial Ty < 150°C, VAWns = 0 following surge. i vi amu pe forward vale ya286 . 2 waveform | [on _| Tya2rC WA Rated igcayy GA peek i Tau Maximum peak rovers current Ls | 2080000 through 6050045 ! | 3080060 throwsh eosar0g TA econ Venn i = ! [3 | 090 trouah 60SO045 : 8 £080 nes ‘Ty = 128°C, rated Vawn, : £00060 through 6050100 Ling toiamaimonateaneme | osO| A [terete titummeirwmcem | ©, Waximam eapacance [1000 | 2050080 trough BOSOOAS Tq= 25°C, Vq=6 Vo Tent sara in { [00] FeSO560 rouse eugaTo0| _Werenge of 100 KHeto 1 Ma) \\ [ iia tininam ate otecavctoarapoenion | 1000 | Wine | Te=256.Vau=eetVmwm | | ‘THERMAL-MECHANICAL SPECIFICATIONS : temperstre ange ; a A D Taximur Taal anc, de operation, : ‘tn nctomtolesgs double de ‘cooling (composite values) Lead Length = 22mm (1/8 ind = 8.5mm (9/8 I) eg CNW | Ti8Oam Gin) | 200 _| [ew aroimenin «doom foe | [masini @ T= -65 to 141°C, 180° conduction, (2) T= 0 to 141°C, 180° conduction, ® &-95 mm (3/8 in.) Lanath of leads to temperature measuromant @ T= -65t0 126°C for tad long (f= 1/8" (3.2 mm) © © ore eatin T= 85 t0 118°C for lead length (2) = 3/8" (9.5 rom} ® © Prfortimety= (PVE + Vi. 1. = 65 to 106°C for lead length (f) = 3/4" (19.0 mm) ® © IAM * 1.08 for devices rated 45V or loss. c12
INTERNATIONAL RECTIFIER 55 Depyassuse ooososa a ff 4855452 INTERNATIONAL RECTIFIER 55C 05053 i?) | TEAR | INTERNATIONAL RECTIFIER 5OSQ Series z, T-03-/7 wo F col LL oearsinshe ssn 6) CCC a i Peo TTT era oe, TT Nosuen bea Z| | i Po RSE erent) ETT TT Fo RRRSEREETE er nmi :. el bed ven LO Ware
3 TT SSSR RT ace 8 ave g°P ola pave SH ows
3 CCLENRESEP Tl eek wor te pine Se e282
DP" ECCCCASBSS Sire Beer ennncetgZAr
2 EEE beret 2, eA
eceeeeseeenees (2 tieme MMB — ane
3 COC ocr rere eA erm |
eC COCO rr} gd a= ail | : + 2 s 6 7 8 9 1 z 1 Ey 4 . : [AVERAGE FORWARO CURRENT OVER FULL CYCLE (AMPERES) . AVERAGE FORWARD CURRENT QVER FULL CYCLE (AMPERES) . Fig. 1 — Maximum Allowable Lead Temperature Fig, 2 - Maximum Forward Power Loss ‘ ‘Vs, Average Forward Current ‘Vs. Average Forward Current eS gC rr) o=====S===SSSaae| L Aut vomeaomatoatonnesonee”|—[-T-T TTT] Fa ee awe ede boned TT BCE eee“ Se | 2 eae ew PSSST HEE ME 225257 2oa=-sscaes Maeteni omesest a — as : BCE pee Sse Cc : vom 27) oe \\ HRS == op = === === —— ee ee | | EBSA ee 2 j | a ! : a a a oY a ae : : tnsraNTANEOS FoRWARD VOLTAGE VOLTA UMaER OF QUAL AMPLITUDE NAL YELE CURRENT PULSE : Fig. 3 — Maximum Instantaneous Forward Voltage Fig. 4 — Meximum Non-Repetitive Surge Current Vs. Instantaneous Forward Current ‘Vs. Number of Current Pulses er . : a eee ee gg Se cri
1 EE ber] > Sls: i +
i «reamed» =f ES cc tm fetmmoGsin) Sees
2 EET SSE ececeti inaction Teien te rr
1 2 4 680 2 + 68 8 10 we? Si2 S19 2 § wo 2 6 22 8 8 FEVERS VOLTAGE VOLT) Savane Wave Pts ovnaOnscoNaS - Vi Fig, 6 — Maximum Transient Thermal Impedance, Fig. 6 — Typloal Capacitance Vs, Reverse Voltage 13 ‘Junction-to-Lead Vs. Square Wave Duration ‘
INTERNATIONAL RECTIFIER 55 DE Byassuse ggg0sos4 a r | | 4855452 INTERNATIONAL RECTIFIER 55C 05054 D i : 50SQ Series INTERNATIONAL RECTIFIER|I@R| : i i . 72 O3-/7 : -semiar Mounting Details i HEE . Be a | /RARRREERSRREES ARERR [a mpereitios ELE] LLiieit | pat ote 8 FERRE eae ee 2783 eerie Teer rey — B Peete ee FI 2a OL FOe See BF BOARD UUAb sunrace AREA (8) ard ind JUNCTION TEMPERATURE (®C} : ‘Ct LEE ET ETT TT iv + TTT ttt i lar || . H CePP ey erry Se TT | ener i Po i LEEPECECET TT Re Ss [| | Em omopmont—t TT TT TT IN IN TTT | A | oo | | Bd ele Ree TT NON TTT [wm [on | | Efe iriime RAE oat KEEN ATT [|e | | : Parnes ZZ TRS SN LE | i 5 enya eT AA ASH . 2 LOA eet tT TSNINSNAL [| ! H DA er INAAAT TT ‘ isdeecaar (Seceeee sas \\\\ceuame : al Sy eee ECE Crean Fig. 8 — Thermal Nomogram mur role + | o-14 Fig. 9 — Igy Test Circuit