The Datasheet Archive

MTP15N05L datasheet (4)

Part Manufacturer Description Type PDF
MTP15N05L Others FET Data Book Scan PDF
MTP15N05L Others Shortform Datasheet & Cross References Data Scan PDF
MTP15N05L STMicroelectronics Shortform Data Book 1988 Scan PDF
MTP15N05LFI STMicroelectronics Shortform Data Book 1988 Scan PDF

MTP15N05L Datasheets Context Search

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5N06

Abstract: No abstract text available
Text: MTP15N06L MTP15N06LFI MTP15N05L MTP15N05LFI 60 60 50 50 ±15 TO-220 15 9.5 40 75 0.6 , €¢) Pulse width limited by safe operating area June 1988 1/6 397 MTP15N05L /FI - MT P J5N06L/EI , ±100 2 1.5 Tc= 125°C < < tass lo - 1 mA for MTP15N06L/FI for MTP15N05L /FI V , „ 7#ni E iE .o llg if.i!qx'W T lP .H iS . * 399 S G S-THOMSON MTP15N05L /FI - MTP15N06L/FI , _ 516 401 MTP15N05L /FI - MTP15N06L/FI 3DE » ■S 7*i2R237 6 S" TH0 â


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PDF TP15N05L TP15N05LFI TP15N06L TP15N06LFI 500ms 5N06
TT220

Abstract: TP15N05L
Text: SGS-THOMSON ^ 7/L R fflD © [s 3 ©[ilLl(gTI[SΩlÎ!!lDÊi MTP15N05L /FI MTP15N06L/FI N - CHANNEL ENHANCEMENT MODE LOW THRESHOLD POWER MOS TRANSISTORS PRELIMINARY DATA TYPE MTP15N05L MTP15N05LFI MTP15N06L , ulse width lim ited by safe ope ra tin g a re a Ju n e 19 8 8 1/6 397 MTP15N05L /FI - , = 15 A 0 gd 2/6 / = T SGS-THOMSON 398 MTP15N05L /FI - MTP15N06L/FI ELECTRICAL C HA , ris tic s T ransconductance / = T SGS-THOMSON mir 3/6 MTP15N05L /FI - MTP15N06L/FI


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PDF MTP15N05L/FI MTP15N06L/FI MTP15N05L MTP15N05LFI MTP15N06L MTP15N06LFI TT220 500ms TT220 TP15N05L
15N05L

Abstract: 15N05 MTP15N05L TP15N05L ne 06l MTM15N06L
Text: Rating Symbol MTM15N05L MTM15N06L MTP15N05L MTP15N06L Unit Dratn-Source Voltage Drain-Gate Voltage (R , MTM15N05L/06L MTP15N05L /06L VDSS VDGR v GS VGSM Id dm Pd T J- T stg 50 50 15 -2 0 r 60 60 Vdc , / MTP15N05L MTM/MTP15N06L Zero Gate Voltage Drain Current (V p s = Rated VOSS- VGS = °) (VDS = Rated V o ss- v GS TJ = 125°C) v iBR)DSS 50 60 'DSS - - 50 - Vdc MTP15N05L MTP15N06L C A S E 221A-04 TQ , TMOS POWER MOSFET DATA MTM/ MTP15N05L ,6L ELECTRICAL CHARACTERISTICS - continued (Tc = 25°C unless


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PDF 15N05L 15N06L TP15N05L TP15N06L O-204AA 21A-04 O-220AB 15N05 MTP15N05L ne 06l MTM15N06L
MTP15N05L

Abstract: MTP15N06L MTP15N05LFI
Text: MTP15N05L MTP15N05LFI MTP15N06L MTP15N06LFI VD S S 50 50 60 60 V V V V ^D S (on) 0.15 Q 0.15 ii 0.15 , MTP15N06L MTP15N06LFI 60 60 ±15 TO-220 MTP15N05L MTP15N05LFI 50 50 ISOWATT220 10 6.3 40 30 0.24 65 to 150 , r r j S C S -T H O M S O N ^ 7 #, HllglS!©ilLlÊÎ[SI©lfflO(gi MTP15N05L /FI MTP15N06L/FI , limited by safe operating area June 1988 1/6 397 MTP15N05L /FI - MTP15N06L/FI THERMAL DATA R fh j , 1 mA for MTP15N06L/FI for MTP15N05L /FI V qs = 0 60 50 1 V V fi A lDSS Zero gate


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PDF MTP15N05L/FI MTP15N06L/FI MTP15N05L MTP15N05LFI MTP15N06L MTP15N06LFI O-220 ISOWATT220 500ms
MTP15N05L

Abstract: MTP15N05EL MTP15N06L 221A-06 AN569 MTP15
Text: Thermal Resistance Junction to Case Junction to Ambient MTM15N05L/06L MTP15N05L /06L RöJC 1.67 °C/W , / MTP15N05L MTM/MTP15N06L V(BR)DSS 50 60 — Vdc Zero Gate Voltage Drain Current {Vds = Rated VdsS' Vqs =


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PDF 110Tb MTP15N05L MTP15N05EL MTP15N06L 221A-06 AN569 MTP15
Not Available

Abstract: No abstract text available
Text: MTP15N05L Transistors N-Channel Enhancement MOSFET Military/High-RelN V(BR)DSS (V)50 V(BR)GSS (V)20 I(D) Max. (A)15 I(DM) Max. (A) Pulsed I(D) @Temp (øC) IDM Max (@25øC Amb) @Pulse Width (s) (Condition) Absolute Max. Power Diss. (W)75 Minimum Operating Temp (øC) Maximum Operating Temp (øC)150õ Thermal Resistance Junc-Case Thermal Resistance Junc-Amb. V(GS)th Max. (V) V(GS)th (V) (Min) @(VDS) (V) (Test Condition) @I(D) (A) (Test Condition) I(DSS) Max. (A) @V(DS) (V) (Test


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PDF MTP15N05L
BUZ10A

Abstract: ISOWATT-220 SGSP382 MTP3055A MTP15N05L TO-220 MOS SGSP222 sgsp482 SGSP492 BUZ10
Text: GENERAL PURPOSE & INDUSTRIAL ¿7/ SGS-THOMSON POWER MOS SOT 82 TO 3 TO 240 Internal schematic diagrams GO D o G O- Hk POWER MOS Ò S HIMOS (IGST) ISOTOP : STANDARD VERSION ISOTOP : FASTON VERSION (Without final «V» in the sales type) v(br) dss RDS(on) @ Id Package Type >d ptot flfs Clss max max min max (v) (0) (a) (a) (w) (mho) (pf) 50 0.3 3.5 TO 220 SGSP358 7 50 1.5 270 50 0.15 7.5 TO 220 MTP15N05L 15 75 5 900 50 0.15 7.5 ISOWATT 220 MTP15N05LFI 10 30 5 900 50 0.15


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PDF SGSP358 MTP15N05L MTP15N05LFI STLT19* STLT19FI* SGSP222* SGSP322 BUZ10A BUZ71A IRFZ20FI ISOWATT-220 SGSP382 MTP3055A TO-220 MOS SGSP222 sgsp482 SGSP492 BUZ10
IRF732P

Abstract: SGSP3055 IRF722P IRF730P IRF540FI SGSP381 irf522p SGSP312 IRF510 1rfp450
Text: MTP12N10 MTP15N05 MTP15N05L MTP15N05L MTP15N05LFI MTP15N05LFI MTP15N06 SGSP381 MTP15N06L MTP15N06L


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PDF 2SK295 2SK296 2SK308 2SK310 2SK311 2SK312 2SK313 2SK319 2SK320 2SK324 IRF732P SGSP3055 IRF722P IRF730P IRF540FI SGSP381 irf522p SGSP312 IRF510 1rfp450
MTP15N06E

Abstract: MTP12N10 XS630B1PAM12 MTP20N10 MTP20N08 MTP20P06 MTP12N05E MTP12N06 MTP12N08 MTP12N08L
Text: -220AB MTP15N05L MOT N 50 ±15 15 75 ±100 ±15 1 50 1 2 1 0. 15 5 7.5 5 7.5 900 200 450 25 TO-220AB MTP15N06


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PDF MTP12N05 O-220AB MTP12N05E T0-220AB MTP12N06 MTP12N08 MTP20N08 MTP15N06E MTP12N10 XS630B1PAM12 MTP20N10 MTP20P06 MTP12N08L
Bow94c

Abstract: MTP3055A IRFZ22 mosfet b0334 SGSP222 BUZ11 BUZ10A SGSD93G SGS137 STVHD90
Text: MTP15N05L 15 75 5 900 50 0.15 7.5 ISOWATT 220 MTP15N05LFI 10 30 5 900 50 0.15 7.5 TO 220 STLT19* 15 75 5


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PDF IRFZ20FI BUZ10 STLT29* BUZ11A SGSP382 SGSP482 BUZ11 BUZ11FI IRFZ42 SGSP492 Bow94c MTP3055A IRFZ22 mosfet b0334 SGSP222 BUZ10A SGSD93G SGS137 STVHD90
MTM13N50E

Abstract: P40N10 p50n05 8n50e 24N40 motorola 20n50e Power MOSFET Cross Reference Guide TP50N05E IRF510 mosfet irf640 33N10E
Text: M TP10N35 M TP10N40 MTP12N06 MTP12N08L MTP12N10 M TP12N10L MTP15N05 MTP15N05L M TP15N06 MTP25N06L


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PDF BUZ10 BUZ11 BUZ11A BUZ11S2 BUZ15 BUZ171 BUZ20 BUZ21 BUZ23 BUZ31 MTM13N50E P40N10 p50n05 8n50e 24N40 motorola 20n50e Power MOSFET Cross Reference Guide TP50N05E IRF510 mosfet irf640 33N10E
ISOWATT-220

Abstract: BU210A ISOWATT220 mtp15n05
Text: -220 TO-218 TO-3 TO-218 ISOWATT218 TO-220 ISOWATT220 SGSP358 MTP15N05L MTP15N05LFI STLT19 STLT19FI


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PDF O-220 ISOWATT220 ISOWATT220 STH107N50 STH10N50 STHI10N50 STHI10N50FI ISOWATT-220 BU210A mtp15n05
ISOWATT220

Abstract: MTP3055AFI IRF722FI IRFP453FI SGSP579 SGSP591 SGS35MA050D1 SGSP382
Text: IRFZ22FI IRFZ40 IRFZ42 MTH6N60FI MTH40N06 MTH40N06FI MTP3N60 MTP3N60FI MTP6N60 MTP15N05L MTP15N05LFI


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PDF STHI07N50 STHI07N50FI STHI10N50 STHI10N50FI O-220 ISOWATT22Û ISOWATT22Q ISOWATT220 MTP3055AFI IRF722FI IRFP453FI SGSP579 SGSP591 SGS35MA050D1 SGSP382
sgs*P381

Abstract: ISS 355 IRFp150 To3 package IRFP350FI MTP3055AFI SGSP591 SGSP239
Text: 0.06 0.04 0.035 3 *D (A ) Type SGSP358 MTP15N05L STLT19 SGSP322 BUZ10A BUZ71A IRFZ22 BUZ71 , 1.80 1.80 3.00 3.00 5.20 5.20 1.80 1.80 3.00 !d Type MTP15N05LFI STLT19FI IRFZ22FI BUZ71FI


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PDF OT-82 OT-194 SGSP222 SGSP201 SGSP230 SGSP239 O-220 SGSP358 MTP15N05L STLT19 sgs*P381 ISS 355 IRFp150 To3 package IRFP350FI MTP3055AFI SGSP591 SGSP239
ISOWATT220

Abstract: No abstract text available
Text: -220 ISOWATT220 SGSP358 MTP15N05L MTP15N05LFI STLT19 STLT19FI SGSP222 SGSP322 BUZ10A BUZ71A IRFZ22 IRFZ22FI


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PDF O-220 ISOWATT220 ISOWATT22Q STH107N50 STH10N50 STHI10N50 STHI10N50FI
sgs*P381

Abstract: IRFp150 To3 package bu245a BR 1300
Text: 13.00 15.00 14.00 15.00 29.00 SGSP358 MTP15N05L STLT19 SGSP322 BUZ10A BUZ71A IRFZ22 BUZ71 IRFZ20 STLT29 , d (A) Type MTP15N05LFI STLT19FI IRF222FI BUZ71 FI IRFZ20FI BUZ11FI MTP15N06LFI MTP3055AFI


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PDF OT-82 OT-194 SGSP222 SGSP201 SGSP230 SGSP239 O-220 SGSP358 MTP15N05L STLT19 sgs*P381 IRFp150 To3 package bu245a BR 1300
sgs*P381

Abstract: ISOWATT218 IGBT ISOWATT220 STLT20 MTP3055AFI SGSP381 IRFP453FI SGSP579 SGSP591
Text: MTH40N06FI MTP3N60 MTP3N60FI MTP6N60 MTP15N05L MTP15N05LFI MTP15N06L MTP15N06LFI MTP3055A MTP3055AFI


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PDF P-220 ISOWATT220 O-220 O-220 STHI07N50 STHI07N50FI STHI10N50 STHI10N50FI sgs*P381 ISOWATT218 IGBT STLT20 MTP3055AFI SGSP381 IRFP453FI SGSP579 SGSP591
527 MOSFET TRANSISTOR motorola

Abstract: max0001 15n05l 1l325 MAX742CWP MAX742CPP MAX742 TRANSISTOR REPLACEMENT GUIDE regulator 12V, 250mA ERA82-004
Text: NOTES: Q1 = Motorola MTP15N05L Q2 = Motorola MTP12P05 L1.L2 = MAXL001 C8-C12 = MAX0001 D1.D2 = IN5817


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PDF MAX742 100kHz 200kHz, MAXL001 100uHToroid MAXC001 150nF 527 MOSFET TRANSISTOR motorola max0001 15n05l 1l325 MAX742CWP MAX742CPP TRANSISTOR REPLACEMENT GUIDE regulator 12V, 250mA ERA82-004
2002 - MAX742

Abstract: MAX742CPP MAX742CWP MAX742EPP MAX742EWP MAX742MJP MAX743
Text: Motorola MTP15N05L Q2 = Motorola MTP12P05 L1, L2 = MAXL001 C8­C12 = MAXC001 D1, D2 = 1N5817 D3, D4 =


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PDF MAX742 100kHz 200kHz, MAX742CPP MAX742CWP MAX742EPP MAX742EWP MAX742MJP MAX743
1997 - MTP25N06L

Abstract: MAXL001 MAX743 MAX742MJP MAX742EWP MAX742EPP MAX742CWP MAX742CPP MAX742 mpp film capacitor
Text: Motorola MTP15N05L Q2 = Motorola MTP12P05 L1, L2 = MAXL001 C8­C12 = MAXC001 D1, D2 = 1N5817 D3, D4 =


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PDF MAX742 100kHz 200kHz, MTP25N06L MAXL001 MAX743 MAX742MJP MAX742EWP MAX742EPP MAX742CWP MAX742CPP mpp film capacitor
1995 - 0-15v transformer

Abstract: terminal of inductors Fuji Electric fuji 3 phase diode cc fuji MAX742EWP MTP15 S 170 MOSFET TRANSISTOR MAX742 MAX742CPP
Text: Motorola MTP15N05L Q2 = Motorola MTP12P05 L1, L2 = MAXL001 C8­C12 = MAXC001 D1, D2 = 1N5817 D3, D4 =


Original
PDF MAX742 100kHz 200kHz, 0-15v transformer terminal of inductors Fuji Electric fuji 3 phase diode cc fuji MAX742EWP MTP15 S 170 MOSFET TRANSISTOR MAX742CPP
MFE9200

Abstract: BUZ84A IRF150 MOSFET AMP circuit BUZ90 equivalent MTP40N06M BUZ35S IRFZ22 mosfet MTP25N10E MTM12N10L 1RF620
Text: MTP25N05L 220AB 3-529 0.15 7.5 MTM15N05L 15 75 204AA 3-498 MTP15N05L 220AB 3-498 1 0.6 2


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PDF DK101/D. O-22QI 0020-H MFE9200 BUZ84A IRF150 MOSFET AMP circuit BUZ90 equivalent MTP40N06M BUZ35S IRFZ22 mosfet MTP25N10E MTM12N10L 1RF620
1RFZ40

Abstract: 1RF150 MTP25N10E mth7n50 Transistor MTP35N06E BUZ80a equivalent MFE9200 MTP40N06M buz90 equivalent MTH7N50
Text: MTP15N05L 220AB 3-498 0.6 2 MTP4N05L 4 25 3-611 "Contact Motorola sales office lor data sheet. Bold


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PDF DK101/D. 0020-frJ 1RFZ40 1RF150 MTP25N10E mth7n50 Transistor MTP35N06E BUZ80a equivalent MFE9200 MTP40N06M buz90 equivalent MTH7N50
Not Available

Abstract: No abstract text available
Text: MAX742 AV+ R2 0.16Ω NOTES: Q1 = Motorola MTP15N05L Q2 = Motorola MTP12P05 L1, L2 = MAXL001


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PDF MAX742 100kHz 200kHz,
IN5223

Abstract: T1003 742p ERAB2-004
Text: EXT+ PU MP Q1 = Motorola MTP15N05L. Q2 = Motorola MTP12P05 L1.L2 = MAXL001 C8-C12 = MAXC0Q1 01,02 =


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PDF MAXL001 MAXC001 100nH IN5223 T1003 742p ERAB2-004
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