IRH3130
Abstract: IRH4130 IRH7130 IRH8130
Text: PD - 90676D RADIATION HARDENED POWER MOSFET THRU-HOLE T0-204AA/AE IRH7130 100V, N-CHANNEL RAD Hard HEXFET TECHNOLOGY Product Summary Part Number IRH7130 IRH3130 IRH4130 IRH8130 Radiation Level 100K Rads (Si) 300K Rads (Si) 600K Rads (Si) 1000K Rads (Si)
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90676D
T0-204AA/AE)
IRH7130
IRH3130
IRH4130
IRH8130
1000K
O-204AA
MIL-STD-750,
IRH3130
IRH4130
IRH7130
IRH8130
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lm1083
Abstract: 5962-8777601XX 7703407XA IP137MAHVSMD05 5962-8767502UA 5962-8855301ux 7703401ua IP140ME-15 FM362 IP7905AG
Text: Hi Rel Linear Guide Linear voltage regulators for high reliability applications Linear Regulator Contents Positive Fixed Voltage 2-4 Negative Fixed Voltage 5-7 Positive Adjustable Voltage Linear Regulator 8-9 Negative Adjustable Voltage Linear Regulator 9
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IP117
FM36235
M/0103/CECC/UK
1360/M
VQC-03-003050
VQC-03-003049
U3158
2M8S02
B2009
lm1083
5962-8777601XX
7703407XA
IP137MAHVSMD05
5962-8767502UA
5962-8855301ux
7703401ua
IP140ME-15
FM362
IP7905AG
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Untitled
Abstract: No abstract text available
Text: Type No. IRF232 IRF630 IRF631 IRF632 IRF633 9-16 2N6759 2N6760 IRF330 IRF331 IRF333 IRF730 IRF731 TO-204AA 42 T 02 04A A (42) TO-220 (37) TO-220 (37) TO-220 (37) T0-220 (37) TO-220 (37) 70220 (37) T0204AA (42) TO-204AA (42) T 02 04A A (42) T0-204AA (42)
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IRF232
IRF233
IRF630
IRF631
IRF632
IRF633
MTP12N18
MTP12N20
2N6759
2N6760
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Untitled
Abstract: No abstract text available
Text: fX S ific o n ix SMM11P20 in c o r p o r a te d P-Channel Enhancement Mode Transistor T0-204AA TO-3 BOTTOM VIEW PRODUCT SUMMARY V (BR)DSS r DS(ON) •d (V) (A) (A) -200 0.50 -1 1 1 DRAIN (CASE) 2 GATE 3 SOURCE ABSO LU TE MAXIMUM RATINGS (Tc = 25°C Unless Otherwise Noted)1
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SMM11P20
T0-204AA
10peration
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transistor 206
Abstract: 2N7370 AN-750 2N6050 2N6051 2N6052 2N6057 2N6058 2N6059 2N6285
Text: NEW ENGLAND SEMICONDUCTOR BIPOLAR DARLINGTON PNP TRANSISTOR sus VOLTS Ic (max) AMPS 2N6050 60 12 2N6051 80 2N6052 PACKAGE DEVICE TYPE PNP TO-3 TO-204AA flCX TO-254AA V cE O Ic/ V c E min/max @ A/V 1*FE @ ^C E (sat) @ IC/IB V @ A/A C(P P Ît (MHz) 750/18000@6/3
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2N6050
O-204AA
2N6051
2N6052
2N6285
2N6286
2N6287
O-254AA
2N7371
T0-204AA
transistor 206
2N7370
AN-750
2N6057
2N6058
2N6059
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IRFP240
Abstract: IRFP141 IRF140 IRF141 IRFP140 MTP4N45 MTP4N50
Text: N-Channel Power MOSFETs continued 2 30 1200 300 80 C4 1.0 1.5 2 30 1200 300 80 C4 4 0.25 0.085 15 60 1600 800 300 E1 2 4 0.25 0.085 15 60 1600 800 300 E1 17 2 4 0.25 0.085 15 60 1600 800 300 E1 29 19 2 4 0.25 0.085 15 60 1600 800 300 E^l 100 24 15 2 4 0.25
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bSD1130
s8888888888SS88Â
T-39-01
88808S8S8088S8S8SS
T0-220
O-220
O-204AA
T0-204AA
IRFP240
IRFP141
IRF140
IRF141
IRFP140
MTP4N45
MTP4N50
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Untitled
Abstract: No abstract text available
Text: HARRIS SEMICOND SECTOR S7E » • 43022^1 GQ2G427 T H H A S File Number 1_PowerTransistors . GE10000-GE10009 15.77 S ilico n N-P-N Darlington Pow er T ra n sisto rs TERM INAL DESIGNATIONS 'c F U N Q E
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GQ2G427
GE10000-GE10009
GE10000
GE10009
T0-204AA
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CMD8
Abstract: No abstract text available
Text: IRF232 IRF233 IRF630 By IRF631 Its IRF632 IRF633 2N6759 IRF330 IRF331 IRF333 IRF730 IRF731 Nola1: Non-JEDEC registered valua. lD@ = 25°C Tc 'ro = 100°C VGS th Id e(mA) (V) Min Max R[)S(oo) • d (ft) e (A) (nC) Max Ch. <PF) Con <PF) CtM Proc. Max (PF)
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DD3711b
T-39-01
CMD8
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irf121
Abstract: IRF120 IRF123
Text: iH A R R is IRF120, IRF121, IRF122, IRF123 8.0A and 9.2A, 80V and 100V, 0.27 and 0.36 Ohm, N-Channel, Power MOSFETs O cto be r 1997 Features Description • 8.0A and 9.2A, 80V and 100V • High Input Im pedance T h e se are N -C hannel e n h a n ce m e n t m ode silicon gate
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IRF120,
IRF121,
IRF122,
IRF123
RF123
irf121
IRF120
IRF123
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IRF120
Abstract: IRF122
Text: HE D I Data Sheet No. PD-9.312H 40 55452 □001 04 2 2 | T - 3 f - n INTERNATIONAL RECTIFIER INTERNATIONAL RECTIFIER IÖR REPETITIVE AVALANCHE AND dv/dt RATED* LOWER ON STATE RESISTANCE, 175°C OPERATING TEMPERATURE HEXFET TRANSISTORS IR F 1 2 0 IR F 1 2 1
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T0-204AA
IRF120,
IRF121,
IRF122,
IRF123
IRF120
IRF122
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9323h
Abstract: IRF420 IRF422 IRF421 g149
Text: HE 0 I MäSSMSa O G C n ib b "1 I Data Sheet No. PD-9.323H INTERNATIONAL R E C T I F I E R V - INTERNATIONAL. RECTIFIER ? ? -// IO R REPETITIVE AVALANCHE AND dv/dt RATED' H E X F E T IRF420 IRF421 IRF422 IRF4S3 T R A N S IS T O R S :n N-CHANNEL 500 Volt, 3.0 Ohm HEXFET
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IRF420
IRF421
IRF422
T0-204AA
G-149
IRF420,
IRF421,
IRF422,
IRF423
G-150
9323h
g149
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2n6152
Abstract: 1N7000 2N61B 2N676 2N6757 1N7001 2N5184 2N6164 2n6800 IXTP4N90
Text: - 248 M - € tt f ft t Vd s or € i * £ Vg s ÍS Ta=25'0 * /CH Vd g as. 1GSS Pd Id V g s th 1DSS max * /CH ft % 4# fe (13=2 5 * 0 Id (on) Vd s = Vg s Ciss Coss Crss ft & m n V g s =0 (*typ) (max) (pF) (max) *typ (0) *typ (A) Id (A) Vg s (V) *typ (S) Id
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2N6755
T0-204AA
2N6756
O-204AA
2N6757
2N6758
2N6791
O-205AF
2N6792
2n6152
1N7000
2N61B
2N676
1N7001
2N5184
2N6164
2n6800
IXTP4N90
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lts 542
Abstract: LTS 543 2n6800 LTS 542 INTERNAL DIAGRAM 2N6756 2N6790 LH0063 QPL-19500 TRANSISTOR C 557 B
Text: Standard Power MOSFETs 2N6790 File N u m be r 1900 N-Channel Enhancement-Mode Power MOS Field-Effect Transistors 3.5 A, 200V N-CHANNEL ENHANCEMENT MODE TDSIonl = 0 . 8 0 Features: • a ■ ■ m SOA is power-dissipation limited Nanosecond switching speeds
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2N6790
92cs-3374i
2N6790
2N6796
O-2I35AF
O-205AF
2N6800
T0-205AF
lts 542
LTS 543
LTS 542 INTERNAL DIAGRAM
2N6756
LH0063
QPL-19500
TRANSISTOR C 557 B
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irf9110
Abstract: SOT-123 IRF224 irf113 1rf48 BUZ10 BUZ63 IRF9122 irfl33 IRF034
Text: - 250 - Ta=25<1C f m € tt € t Vd s or 4- V d g Vg s (V) (V) If l: * /CH * /CH (A) (W) V g s th) 1DSS Jg s s Pd Id max (nA) Vg s (V) C m A) Vd s (V) (V) (V) Id (mA) ff] % ft 1± Ciss (max) *typ V g s ( 0 ) (V) *typ (A) Id (A) 140* -25 TO-220AB 190* 25 TO-220AB
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1RF9Z32
O-220AB
1RF48
IRF034
BUZ171
O-220ftB
irf120
to-204aa
irf9110
SOT-123
IRF224
irf113
BUZ10
BUZ63
IRF9122
irfl33
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QPL-19500
Abstract: 2N6903 2n6901 2N6758 JANTX 2N6903 JANTX 2N6898 JANTX 2N6898 2N6756 2N6758 2N6760
Text: Logic-Level Power MOSFETs File Number 2N6903 1879 N-Channel Logic Level Power MOS Field-Effect Transistors L2FET rDs(on): 3.65 O N-CHANNEL ENHANCEMENT MODE Features: • Design optimized for S-voit gate drive ■ Can be driven directly from QMOS, NMOS, TTL circuits
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2N6903
2N6903
2N6796
O-2I35AF
O-205AF
2N6800
T0-205AF
2N6802
MIL-S-19500/
QPL-19500
2n6901
2N6758 JANTX
2N6903 JANTX
2N6898 JANTX
2N6898
2N6756
2N6758
2N6760
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BUZ171
Abstract: TO-236-AA buz90 BUZ80A BUZ84A BUZ10 BUZ11 buzh F133 251C
Text: - 272 - f m % *± m * Vd s or £ t V £ Vg s Vd g V (V) %i fê (Ta=25,C ) ÎD Pd * /CH * /CH (A) (W) (nA) Vg s th) Id s s ÎGSS Vg s (V) (UA) Vd s (V) min max (V) (V) % 14 (Ta=25,C ) b(on) Ciss gfs Vg s (V) (Q> Id (A) Vg s (V) *typ (A) *typ (S) 3.0 1.0 6.0
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BSI07A
O-226kk
BS170
O-226AA
BSS123
O-236AA
O-220AB
BUZ171
O-220ftB
irf120
TO-236-AA
buz90
BUZ80A
BUZ84A
BUZ10
BUZ11
buzh
F133
251C
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2n5764
Abstract: 2N6764 JANTXV 2N6764 JANTX 2N6764 2N6164 2N6901 2N6763 25C31
Text: Standard Power MOSFETs, File Number 2N6763, 2N6764 1590 N-Channel Enhancement-Mode Power MOS Field-Ef fect Transistors 31A and 38A, 60V-100V rDs on = 0.08 O and 0.055 Q N-CHANNEL ENHANCEMENT MODE Feature«: • SOA is power-dissipation lim ited ■ Nanosecond sw itching speeds
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2N6763,
2N6764
0V-100V
2N6763
2N6764
2N6796
O-2I35AF
2n5764
2N6764 JANTXV
2N6764 JANTX
2N6164
2N6901
25C31
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2N6155
Abstract: BUZ23 SIEMENS siemens Ni 1000 4900 SIEMENS BUZ10 BUZ54 BUZ11 BUZ24 BSS92 BUZ64
Text: - 314 - f M % tt € BSS92 6SS100 BSStOI SIEMENS SIEMENS SIEMENS SIEMENS SIEMENS SIEMENS SIEMENS SIEMENS SIEMENS SIEMENS P N N BUZ6Û BUZ64 BUZZI BUZ72A BUZ73A BUZ74A BUZ76A BUZ80 8UZ211 2N6659 2N6660 2N6661 2N6TS5 2N67 56 f- + SIEMENS SIEMENS SIEMENS SIEMENS
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SSS6N60
O-220
8SS89
BSS92
8SS100
O-220AB
BUZ171
O-220ftB
irf120
to-204aa
2N6155
BUZ23 SIEMENS
siemens Ni 1000
4900 SIEMENS
BUZ10
BUZ54
BUZ11
BUZ24
BUZ64
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1RF530
Abstract: 1RF540 1rf520 RF543 IRF530 IRF532 IRF533 IRF541 IRF542 IRF543
Text: - f * m V Vd s £> tt £ £ Vg s eg. tS Ta=25*0 Id Pd V g s th) loss I gss or € * Vdg Hr (V) (V) * /CH * /CH (A) m (nA) Vg s (V) ( m A) Vd s (V) min max (V) (V) Ciss g fs Coss ft & 11 m Vg s =0 (max) *typ V g s ( Q ) (V) *typ (A) Id (A) Vg s (V) *typ (S)
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1RF522
O-220AB
RF523
IRF530
IRF630
IRF631
T0-220AB
1RF530
1RF540
1rf520
RF543
IRF532
IRF533
IRF541
IRF542
IRF543
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IRF331R
Abstract: IRF330R ic l00a 250M IRF332R IRF333R
Text: _ Rugged Power MOSFETs File Number 2011 IRF330R, IRF331R, IRF332R, IRF333R Avalanche Energy Rated N-Channel Power MOSFETs 4.5A a nd 5.5A, 350V-400V ros on = 1 .0 0 and 1 .5 0 N-CHANNEL ENHANCEMENT MODE Features: • Single pulse avalanche energy rated
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IRF330R,
IRF331R,
IRF332R,
IRF333R
50V-400V
IRF332R
IRF333R
92CS-426S9
IRF331R
IRF330R
ic l00a
250M
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2N6898 JANTX
Abstract: 2N6898 2N6898 JANTXV TRANSISTOR C 557 B QPL-19500
Text: Standard Power MOSFETs File Number 2N6898 1876 Power MOS Field-Effect Transistors P-Channel Enhancement-Mode Power MOS Field-Effect Transistors 25 A, -1 0 0 V rDs on : 0.20 Cl TERMINAL DIAGRAM Features: • SOA is power-dissipation lim ited ■ Nanosecond switching speeds
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2N6898
2N6898
2N6796
O-2I35AF
O-205AF
2N6800
T0-205AF
2N6802
MIL-S-19500/
2N6898 JANTX
2N6898 JANTXV
TRANSISTOR C 557 B
QPL-19500
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SOT-123
Abstract: IRF9110 PHILIPS TO220 blf544b BLF246 BLF348 irc224 IRC350 IRC530 IRC832
Text: - % % A f ft i Vd s or Vd g tt £ i T Vg s Ta=25'C) «É. Ig s s Id Pd * /C H * /CH (W) Vds (V) Id (nA) g fs Io(on) C ís s Coss ft B m ♦typ Vg s (V) (0) Id (A) * ty p (A) Vg s (V) *typ (S) Id (max) (max) (max) % (A) (pF) (pF) (pF) Vd s (V) % (V) P '200 ± 2 0
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2k6847
o-205af
2n6849
2n6851
OT-268
BIF548
OT-262
IRF9Z10
O-220
SOT-123
IRF9110
PHILIPS TO220
blf544b
BLF246
BLF348
irc224
IRC350
IRC530
IRC832
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BUZ171
Abstract: 8UZ11 SILICONIX t02G BUZ10 BUP67 BUP68 BUP69 BUP70 BUP71
Text: - 318 - f * A Vd s m £ tt ft Vg s %l ts Ta=25*C Id Pd Vg s (th) Id s s I g ss or € % m 4# tos(on) Vp:>= 14 (Ta=25<C ) Ip(on) Ciss g fs Coss Vd g * /CH * /CH (V) (A) (IV) V g s =0 (max) max min (nA) 500 ± 4 0 ±4 . 47 100 ±100 ±30 1000 500 3 6 1 2 10
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BUP67
O-204AA
BUP68
T0-204AA
BUP69
O-220AB
BUZ171
O-220ftB
irf120
to-204aa
8UZ11
SILICONIX
t02G
BUZ10
BUP70
BUP71
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2sk to-92
Abstract: VNS012A Siliconix v020 VNS009A VNS009D VNS013A VNT0080 VNT008A VNT009A
Text: - 330 - 13=25=0 Si £ tt Vd s or € * Vd g % (V) Vg s Id * /CH (V) (A) 4# •u Pd Ig s s loss max * /CH (W) (nA) Vg s (V) Vd s (V) (kiA) (V) (V) (nA) 14 (Ta=25°C) b(on) Vd s = Vg s Ciss g fs Coss Crss ft & flt % V g s =0 (max) *typ V g s (0) (V) *typ (A)
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VNS009A
O-204AA
VNS009D
O-220AB
VNS012A
O-204AE
VQ1006P
VQ2001J
VQ2001P
v02004j
2sk to-92
Siliconix
v020
VNS013A
VNT0080
VNT008A
VNT009A
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