PU4417 Search Results

Contextual Info: Power Transistor Arrays PUB4117 PU4117 , PUB4417 (PU4417) Silicon NPN triple diffusion planar type For power amplification and switching Unit: mm • Features ■ Absolute Maximum Ratings TC = 25°C Symbol Rating Unit Collector-base voltage (Emitter open)

ic ma 8910

Abstract: PU4117 PU3117 PU4417
Contextual Info: Power Transistor Arrays PU3117, PU4117, PU4417 PU3117, PU4117, PU4417 Silicon NPN Triple-Diffused Planar Type Package Dimensions PU3 117 Unit !m m 4 2ma\ 20 5 m a \ Power Amplifier, Switching • Features 0 8= 0 2 | _ • H igh DC c u r re n t gain h FE

S4 2A

Abstract: PU3117 PU4117 PU4417 Ffjp
Contextual Info: Power Transistor Arrays PU3117, PU4117, PU4417 PU3117, PU4117, PU4417 Package Dim ensions PU3117 Unit! m m Silicon NPN Triple-Diffused Planar Type 4.2max. 20. 5max. Power Am plifier, Switching 0.8 ~ 0.25 • Features 0 . 5 - 0.15 , ! I « i.fl .0. 23 ~ — 2.54 : . 3.2 '

PU4312

Abstract: PU4424 PU4215 PU4216 PU4219 PU4220 PU4310 PU4313 PU4314 PU4319
Contextual Info: - 322 - m m. Ta=25‘C , *EPIiTc= 25'C M PU4215 PU4216 PU4219 PU4220 PU4310 PÜ4311 PU4312 PU4313 PU4314 PU4S16 PU4319 PU4320 PU4325 PU4410 PTTA^I 1 PU4412 PD4413 PU4414 PU4416 PU4417 PU4418 PÜ4419 PU4420 PU4421 PU4422 PU4423 PU4424 PÜ4510 PU4511 PU4512

PU4117

Abstract: PU4417 PUB4117 PUB4417
Contextual Info: Power Transistor Arrays PUB4117 PU4117 , PUB4417 (PU4417) Silicon NPN triple diffusion planar type For power amplification and switching M Di ain sc te on na tin nc ue e/ d Unit: mm • Features 25.3±0.2 9.5±0.2 1.65±0.2 Solder Dip 5.3±0.5 4.4±0.5 ■ Absolute Maximum Ratings TC = 25°C

Contextual Info: Power Transistor Arrays PUB4117 PU4117 , PUB4417 (PU4417) Silicon NPN triple diffusion planar type For power amplification and switching Unit: mm • Features 25.3±0.2 9.5±0.2 1.65±0.2 Solder Dip 5.3±0.5 4.4±0.5 ■ Absolute Maximum Ratings TC = 25°C

DARLINGTON TRANSISTOR ARRAYS pu1501

Abstract: 2SD1273 PU3146 PU4128 apu4148
Contextual Info: Transistors Selection Guide by Applications and Functions I Power Transistor Arrays Series Name Equivalent Circuit Packaqe (No.) Equivalent Circuit Structure Application General Exam ple(N PN ) PU3000 Series PUA3000 Series PU4000 Series 8 Pin •SIL Packaqe (D72) (D73)

PU4117

Abstract: PU3117 PU4417 6 "transistor arrays" ic
Contextual Info: Power Transistor Arrays PU3117, PU4117, PU 4417 PU3117, PU4117, PU 4417 Silicon NPN Triple-Diffused Planar Type P a c k a g e D im e n s io n s PU 3117 2 0 5n P o w e r A m p lifier, S w itch in g I • F e a tu re s • H igh D C c u r re n t gain hra • G ood lin earity o f DC c u r re n t gain

DARLINGTON TRANSISTOR ARRAYS pu1501

Abstract: PU1501 PU4471 pu1601 PU4135 PU7000 PU3127 pu4126 PU4128 PU7456
Contextual Info: Transistors Selection Guide by Applications and Functions I Power Transistor Arrays Series Name PU3000 Series Equivalent Circuit Package (No.) PU4000 Series 8 Pin -SIP Package (D72) (D73) Equivalent Circuit ^ ^ " \S tr u c tu r e PUA3000 Series I 10 Pin *S IP Package (D74)

AN3962FB

Abstract: MN1880023 mn19412 MN1874033 IC AN7135 an3814k MN1883214 an8294nsb mn4117405 mn171202
Contextual Info: umb Type No. Page MOS L Type No. Page Type No. Page Type No. MN151614 43 MN1882417 45 ▲ MN151630 43 MN1882421 46 MN3204 • MN3200 Series Page Type No. Page MN56000 Series 58 63 MN56020 58 68 • O M N 101C 01A 46 MN152810 43 MN188321 45 MN3205 68 MN56030

PU1501

Abstract: PU4471 PU4135 PU7456 PU4000 PU4118 PU4128 apu4148 PU4444 PU3134
Contextual Info: Transistore Selection Guide by Applications and Functions IPower Transistor Arrays Series Name PU3000 Series Equivalent Circuit Package (No.) Equivalent Circuit I I I ^''''\_Structure A p p lic a tio n ^ ^ General Example (N P N ) TT 2 s 5 Low VcE(sat) PUA3000

DARLINGTON TRANSISTOR ARRAYS pu1501

Abstract: PU1501 PU4471 pu1601 zener diode 100w PU4128 PUB4702 PU3143 Fly DS 100 PU61C56
Contextual Info: Transistors Selection Guide by Applications and Functions IPower Transistor Arrays Series Name PU3000 Series PUA3000 Series PU4000 Series Equivalent Circuit 8-Pin • SIL Package (D68)(D69) Package {No.) Equivalent Circuit \ Structure Application \ General