TYPE NO CONS] PACKAGE | Vp; | ly tr Prot Vesior1 loss Gis Rosiom | Ciss | Cass | USE )MNF SUBSTITUTE TAUC & or or 2 TION} = PINOUT. =] MAX | MAX [MAX] MAX Vesiray tobe MAK MAX | MAX RFP4ON10 NME] T0220. Od] 100V 40A | 175 160WC. 2/av TpAmx - ORO . HS | HRS] - RFPSONOS NME| 10220 Dd 50V SOA | 175C 132WC. 2rav \pAmx . RO22 - ~ | IHS |HRS|SMP6ONO6 RFPSONOSL NME| T0220 Od Sov SOA | 150 110WC 1/2V TyAmx - R022 . + ( IHS {HRS]- RFPIOSSRLE NME/ T0220 Od 60V 12A | 1500 40WC 1/2V 1pAmx . ORE - IHS | HRS] - $687T NME] SOT103) EL 20V| 30mA]150C] 200mWF . 0.5/8mA 22mSmn - 2P2 ~ | TUM] TFK | - $887T NME| SOT143 EL 20V] 30mA]150C] = 200mWwF . 0.5/8mA 21mSmnj | - 2P2 + | TUM | TFK {- SC 1600 PME! S2 : IOV + 11506 . 7vmx . 400ySmn . : - DUA] OBS] - 3N165 SCt601 PME! S2 . 3ov + 11500 7vmx : 400ySmn - DUA | OBS} - 3N165 SCI61) PME} TO72 Oo 20v - F425C. 7mx - 800pSmn . - | ALG } OBS / BSW95 3N157 $C 1612 PME! TO72 oO 20v + | 125C 7mx . - | ALG | OBS)- SNt57 $C1613 PME| TO72 0 20V - | 128C 7mx 800pSmn - ALG | 08S] - 3N157 SC1614 PME} TO72 0 20v + 11256 - 7Vmx 800uSmn - + | ALG | OBS] - 3N157 $C 1625 PME] S2 . : - 11500 - 6Vmx . - - + | DUA | OBS] - 3N165 $02100 NME] 1072 &k 30V] S0mA4125C] 1200mWC 0.5/2V - 7OR . + PRES | SLX]- $D211DE NME] 1972 ek OV] SOMA 4 125C] 1200mWwC 0.6/2V - - 70R - - PRLS | SLX]- $0212DE NME! 1072 Ek 1OV{ SOmA | 125C] 1200mWC 0.4/2 - - 7OR RLS ] SLX}- $0213DE NME| 1072 Ek 10V] 50mA | 425C) 1200mWC 0.1/2V . . 70R . + | RLS | SLX}- $0214DE NME| TO72 Ek 20V] 50mA 1 125C} 1200mwC 0.1/2V : - 70R : ALS | SLX}- SD215DE * NME] TO72 Ek 20} 50mA 1 125} 1200mWC 0.1/2V - . 70R - ~ | RLS | SLX} - S0500KD NME| TO3 c - . . . . . - JRHHE - | VNO340NT MTMSN40 SDSO0CD NME| T0220) (Od - ARH VNO340N5 = 1RF722 S$0900KD NME| T03 c . RHH VN2345N1 $D1005KD NME] TO3 c 1 - - RHH VN1215N1 iRF630 $01014KD NME| TO3 c - - . + PRHG VN1250N1 MTM12N10 $01015KD NME| 703 c . + |AHG] - | VNI21ON1 MTM12N10 $D1100HD NME| 1039 F - |RHH] - | VNO5S45N2 SD1101HD NME} T0329 F - . . - - |RHH] - | VNOS545N2 $011028D NAME; TO92 A - - - TRHH] - | VNO120N3 $B1102HD NMEF 1039 F - - . - - |RHH] - | VNO120N2 $0110480 NME| TO92 A . - : - [RHG] - | VNO10SN3 SD1104HB NME| 1039 F - - RHG VNO109N2 $0110880 NME] TO92 A : . > |RHG] - | VNO1OSN3 SD1105HD NME] 1039 Ff . - |RHG] - |VNO109N2 SD1106AD NME! T0205 F . . - |RHG) - |VNIOKN3 $D110780 NME| TO92 A : > |RHG] - | VNO109N3 SO1107HD NME] TO39 F . . - - |RHG] - |VNOT109N2 SD1107N WME! DIL14- - RHG] - |VNOTOSNG $0111280 NME| TO92 A RHH VNO120N3 $01112HD NME! TO3S- F - . RHHT - | VNO120N2 $011138D NME| TO92 A - RHH VNO120N3 SO1N3HD NME} TO39 F - RHR, - | VNO120N2 SO11148D NME} TO92 A - | RHG VNOTO9NS SOV114HD NME; TO39 fF - . - |RHG] - [VNO1G9N2 IRFFA12 $0111580 NME! TOS2 A | - . . . RHG| - | VNQ109N3 iRFO123 SD1115HD NME| T039 fF . . . . . RHG] - |VNO109N2 $0111780 NME} TOS2 A - : - - RHG/ - | VNOTO6N3 SO1117HD NME} T039 F : : . oe : - . . . - [RHG] - | VNOIO6N2 " $05010 PME} 1077 BoC} 30Vj 25mA]125C] 100m WF 5.5Vmx Smatp S00uSmn 250A 1Pt > | OUA] OBS|- 3N189 $05011 PME] 1077 BoC] = 30V] 25miA]125C] 100mWwF 5.5Vmx SmAtp $00uSmn 250A 1P1 - | OUA] OBS |- 3N190 $05012 PME| 1077 BoC] SOV] 25mA]125C] = 100mwF 4.5mx SmAtp 1.2m$mn 400R - + | OUA] OBS |- 3N208 $D5013 PME| 1077 Boo BOV] 25mA]125C] 100mWF 4.5mx SmAtp 1.2mSma 400A - > | QUA | OBS]- 3N208 SD5014 PME! 1077 BoC] 120V) 25mA}125C] 100mWF 4.5Vmx SmAip 1.2mSmn . - - | QUA | OBS|- 3N208 $05015 PME| O77 BOQ 120V] 25mA]125C] 100mWF 4.5mx SmAtp 1.2mSmn| - . + | DUA] OBS |- 3N208 $05050 WME! 1077 BoC] 25V]) 25mA]125C] 110mWF .5mx . $00uSmn 250A TPS - | DUA] OBS; - SDS051 WME] 1077 Bo] 25V]) 25mA]125C] 1 tOmwF S.$Vmx S00ySmn. 250R 1PS + | DUA | OBS |- SDF500 NJO |] 1077 SOV] = 5mA]200C] 250mWF 1/4,5V 0.5/5mA 3mSmx 8Po 1P8 | DUA | SOT | BFQ10 2N5452 SOFSO1 NJD | 1077 SOV] =SmA]200C] = 250mWwFt V4.5V 0.5/5mA 3mSmx 8PO 1P8 | DUA | SOT | BFQ10 2N5452 SOFS02 NJD | TO77 Sov Sma] 200C] = 250mWF V4.SV 0.5/5mA 3mSmx 8PO 1P8 | DUA | SOT | BFQ10 2NS452 SOFSO3 NJO | 1077 SOV] 5mA]200C] 250mWF V4.5V O.5/5mA 3mSmx - 8PO 1P8 | DUA | SOT | BFO10 2N5452 SDF504 WJO} 1077 SOV] =5mA}200C] 250mWF V4. $V O.5/5mA 3mSmx. . BPO 1P8 | DUA | SOT | BFO10 2N5452 SDFSOS NJO | T077 SOV] = SmA}200C] | 250mWwF VASV 0.5/SmA, 3mSmx SPO 1P8 | DUA | SOT) BFQ10 2N5452 SDFSO6 NJD | O77 SOV; SmA 7 200C] - 250mWF| V4.5V 0.5/5mA 3mSmx 8P0 1P8 ; DUA | SOT | BFQ10 2N5452 SOF507 NJO| 1077 SOV} =SmA/200C} 250mWF; V4.SV O.5/5mA 3mSmx : SPO 1P8 | DUA] SOT} BFO10 2N5452 SDFS5O8 NJO} 1077 SOV] 5mA]200C] 250mWF V4.SV 0.545mA: 3mSmx : SPO] = 1P8.| DUA] SOT} BFO10 2N5452 SOFSOS NJO } 1077 Sov SmA 1 200C] 250mwF 1/4.5V 0.5/5mA, 3mSmx : BPO 1P8 | OUA| SOT | BFO10 2N5452 SOFS10. NJO | 1077 50V SmA }200C] = 250mWwF 14,5V 0.5/5mA, 3mSmx : 8PO 1P@ | DUA | SOT | BFO10 2N5452 SOFS11 NJD | 1077 SOV} SmA}200C] 250mWF V4.5V 0.5/5mA 3mSmx - SPC} = -1P8 | DUA] SOT | BFA 2N5452 SDF512 NJO | 1077 SOV] =SmA1200C] 250mWF 14.50 0.5/5mA 3mSmx : SPO] = 1P8 | DUA} SOT) BFQ10 2NS452 SOFS13 NJD| 1077 SOV 5mA f200C] = 250mWF 4.5V 0.S/5mA 3mSmx . SPO 1P8 | DUA} SOT | BFO10 2N5452 SOFS14 WJO | T077 Sov SmA|200C} 250mWwF V4.5V 0.5/5mA, 3mSmx : 8P0 1P8 | DUA] SOT | BFQ10 2N5452 SES3819 NJO | TOS8 25Vj 20mA]125C] = 200mWF: 7.SVmx 20mAmx 26.5mS . SPO +"[ ALG { OBS | BF244 2N3819 SFFI21 PME| 1072 20V{ 20mA 4125C] = 200mWF 3.5Vex . 700pSmn 1K5 -1 > OPS | ALN | SGS| BSwas 2N4352 SFFI22 PME} 1072 20V} 20mA 1 125C] 200mWF: 3.5Vmx . 70OySmn KS, -| OPS | RLS | SGS | BSwes, 3N161 SFFI23 PME} 1072 20V} 20mA 1 125C] = 200mwF Svmx : 700ySmn 1KS -| OP6 | RLS | SGS| BSwo5s, 3N161 SFFIIO4 PMel 1072 25VE SOMA H125Cl - 200mWF Suma . AmSmn 6P0 - }RLS ISGsi- 3N164 82