SM100F

SM75F SEMTECH | Alldatasheet

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SSBMArECEH RECTIFIER, up to 10kV, 290mA, SM75F 300ns SM100F January 7, 1998 TEL:805-498-2111 FAX:805-498-3804 WEB:http://www.semtech.com AXIALLEADED HERMETICALLY SEALED HIGH QUICK REFERENCE VOLTAGE FAST RECTIFIER DIODE DATA ¢ Low reverse recovery time © VR =7.5-10kV ¢ High thermal shock resistance ¢ Ip =290mA ¢ Hermetically sealed with Metoxilite metal oxide ¢ tr =300nS ¢ Low switching losses ° IR =1pA ¢ Soft, non-snap off, recovery characteristics ABSOLUTE MAXIMUM RATINGS @ 25°C unless otherwise specified) ee Working reverse voltage VRWM 7500 10000 Vv Repetitive reverse voltage VRRM 7500 10000 v Average forward current IF(AV) — 0.29 —— A (@ 55°C in oil) Repetitive surge current IFRM +— 1.00 ——— A (@ 55°C) Non-repetitive surge current IFsM —— 14.0 —— A (tp = 8.3mS, @ Vr & Tjmax ) Storage temperature range TstG +— -65 to +175 — el Operating temperature range Top <— -65 to +175 —> °c MECHANICAL G43 ) ! T (aT. fae [feo [1 7 of. for [hae ot 7 NOTES: 1, LEAD DIAMETER UNCONTROLLED E B OVER THIS REGION. | Weight = 0.02802 © 1997 SEMTECH CORP. 652 MITCHELL ROAD NEWBURY PARK CA 91320

SESMAECEHI RECTIFIER, up to 10kV, 290mA, SM75F 300ns SM100F January 7, 1998 CHARACTERISTICS @ 25°C unless otherwise specified) Average forward current max. (pcb mounted; Ta = 55°C) for sine wave IF(AV) — 0.11 ——~— A for square wave (d = 0.5) IrtAv) — 0.112 —— A Average forward current max. (unstirred oil at 55°C) for sine wave TR(AV) +— 0.27 —— A for square wave Ig(AV) — 0.29 ——> A Lt for fusing (t = 8.3mS) max. re —— 081 ——> A’s Forward voltage drop max. @ Ip = 100mA, Tj = 25°C VE +— 120 —— Vv Reverse current max. @ Vrwn, Tj = 25°C Ir +—— 1.0 ——> pA @ Vrw, Tj = 100°C IR —— 20 ——— pA Reverse recovery time max. ter —— 300 ——— nS 50mA Ir to 100mA Ir. Recover to 25mA Irr! Junction capacitance typ. G —— 3.0 ——+ pF @ Vr =5V, f= 1MHz Thermal resistance - junction to oil Stirred oil Rgo — 20——-_ | °C/W Unstirred oil Reo +—— 28—__- °C/W Thermal resistance - junction to amb. Rea — 91 —— °C/W on 0.06" thick pcb. 1oz copper. Q37 10) SSS tH gO ee ee (pF) StH ET EER HR HH LH revimanencome oe CHIE | Tl against reverse voltage. ee oe oot SS ee eee et ee ee SE Ee oe | — FH Se ce ens ese ES ee ee Pa tT Lo TT PU PT ew LUE ET anil nll 1F iw a 10 10" 10" Vp (volts) © 1997 SEMTECH CORP. 652 MITCHELL ROAD NEWBURY PARK CA 91320

RECTIFIER, up to 10kV, 290mA, SM75F SEIMMATISGE sons SM100F January 7, 1998 “TTTTtTti{y iid “TTTTTTTTT i 500 | | Typ @T; = 175°C. ft Yt 7 NER Unstirred oil e Rf _T7 | wo DS ey een (mA) | | [/T AV 4 Pe BNEBESA Stirred oil,

400 Max @T; = 175°C (Watts) enVar-a Riso = 20°C

i ITT A_ wo hts wl CI IRE TT TT CETTE ry yy wt tN AE TTT YT “Feb "eee, SSE PARAL ZT TT Rossow | KOK TT wit tl VVYVrei 20 RCO ETT AZ pe SEEN «er »-LUL ERS) Ve(V) Ta CC) Fig 2. Forward voltage drop as a function of Fig 3. Power derating in air and oil. forward current. 37. D37 “TT TTA VA eet TT TT VI | wt LIT VI - po LAL TA A e [TT VIA TT) ow AVE TA Mott Tt TA Ae mm LETT VT | | | eee LTT VV IAs ‘0 Lt A | wl tA Ae as LTA || Ve 92 A/V ane wl LWA B/Z4nnn AT IAL! Tt] itt LA] | | tf | 0 120 240 360 480 600 0 120 240 360, 480 600 Trav) (mA) Imay) (mA) Fig 4. Forward power dissipation as a function of Fig 5. Forward power dissipation as a function of forward current, for sinusoidal operation. forward current, for square wave operation. © 1997 SEMTECH CORP. 652 MITCHELL ROAD NEWBURY PARK CA 91320