Z DIODE B17 Search Results

16Kgf-cm

Abstract: 6DI75A-050
Contextual Info: 6DI75A-050 75a ' W - b ÿ y & x f & z : Outline Drawings l- ;u POWER TRANSISTOR MODULE : Features • 7 ') — y > • hFE*"'iii^v y - i # — Krtflfe Including Free Wheeling Diode High DC Current Gain Insulated Type • fflgÉ : A p p lication s • AC ï - ÿ - ü

Transistor J3T

Contextual Info: 6DI100A-050 iooa ! Outline Drawings PO W ER TRA N SISTO R MODULE F e a tu re s • 7 l) —fc-f >J • h F E ^ iÜ l' • Kl*9/8c Including Free W heeling Diode High DC Current Gain Insulated Type • f f l i i : Applications •AC i — AC M otor Controls

6DI75A-050

Abstract: transistor kt transistor 8771 T460 T760 T810 T930 6DI75A050 jis s25c
Contextual Info: 6DI75A-050 75 a S ± / < 9 — I'Outline Drawings P O W ER TRA N SISTO R MODULE 94 L_ , 115 ,(10) I 0), >15 , IS i 17 4.5 14 4S 14 Í.5 14 45 IT : Features • ~7 l) — « - p . *J > $ $ 4 • hFE*''ft^v KrtSfe Including Free Wheeling Diode High DC Current Gain

6DI75A-050

Abstract: M603 T151 T930 t460 transistor 6DI75A
Contextual Info: 6DI75A-050 75a ä ± / '* I Outline Drawings POWER TRANSISTOR MODULE • ¡ t t S : Features • 7 ' j — Jfc-f *J > • hFE*'“* ^ • tëlÊlfc Jfr — KrtSfe In c lu d in g Free W h e e lin g D iode H igh DC C u rrent Gain Insu lated Type ■ ffliÊ : Applications

6DI75MA-050

Abstract: transistor 2F I B178 teco servo b176 transistor T460 01AE
Contextual Info: 6DI75MA-050 ’ Outline Drawings PO W ER T R A N S IS T O R M ODULE F e a tu re s • S h FE High DC Current Gain • High Speed Switching : A p p lic a tio n s 9 • General Purpose Inverter • Uninterruptible Power Supply • N C lf N f tM • Servo & Spindle Drive.for NC Machine Tools

b175 transistor

Abstract: b173 6DI75M-050 IS18 P460 T151 T810
Contextual Info: 6DI75M-050 75A ‘ Outline Drawings POWER TRANSISTOR MODULE • t t f t : Features • ffih FE High DC Current Gain • High Speed Switching : A p p lic a tio n s ? General Purpose Inverter • mwnwmw Uninterruptible Power Supply Servo & Spindle Drive for NC Machine Tools

amd k10

Abstract: AMD Athlon 5000 Athlon 64 motherboard design guide 25180 845 bios chip PC 845 MOTHERBOARD SERVICE MANUAL INTEL 845 MOTHERBOARD CIRCUIT diagram amd k9 pin P6 MOTHERBOARD SERVICE MANUAL CPU ATHLON pinout AMD Athlon 64 and amd opteron
Contextual Info: AMD Functional Data Sheet, 940 Pin Package Publication # Issue Date: 31412 June 2004 Revision: 3.05 AMD Functional Data Sheet, 940 Pin Package 31412 Rev. 3.05 June 2004 Trademarks AMD, the AMD Arrow logo, AMD Athlon, AMD Opteron and combinations thereof, and 3DNow! are trademarks of

Northbridge

Abstract: CPU ATHLON pinout "routing tables" AMD Athlon 64 and amd opteron AMD K6
Contextual Info: AMD Opteron Processor Data Sheet • Compatible with Existing 32-Bit Code Base – Including support for SSE, SSE2, MMX™, 3DNow!™ technology and legacy x86 instructions – Runs existing operating systems and drivers – Local APIC on-chip • AMD64 Technology

AMD K10 Processor

Abstract: Northbridge intel g31 motherboard "routing tables" AMD K6 AMD Opteron
Contextual Info: AMD Opteron Processor Data Sheet • Compatible with Existing 32-Bit Code Base – Including support for SSE, SSE2, MMX™, 3DNow!™ technology and legacy x86 instructions – Runs existing operating systems and drivers – Local APIC on-chip • AMD64 Technology

Pnp transistor smd ba rn

Abstract: transistor marking code 12W SOT-23 smd transistor marking p69 TRANSISTOR SMD MARKING CODE s2a transistor smd bc rn TRANSISTOR SMD MARKING CODE bc ru 1ff TRANSISTOR SMD MARKING CODE smd transistor P2D Motorola transistor smd marking codes SMD TRANSISTOR MARKING P28
Contextual Info: ont«* fj= !IS iìC O Ii ú U C i o y G o ï p . TH t N t x ï G é n é r a t i o n o í s m d M D 9 D A T 9 9 and ap iablished jality system f A . the Resign and Manufactu ~ d iscrete ^SeTOiCbiSuct audit as been fu rnlis ishh^ALth th a t tj tJ j A » q u ire le n ts according tj

1736d

Contextual Info: 6DI75M-050 75A 'U ± '< h - y < 7 _ Y = 7 > '> ^ ^ ì>d. - ì V l £ f ' :£ ï > d , - ) v O utline Draw ings POWER TRANSISTOR MODULE F e a tu r e s • f f ih FE H igh DC C u rre n t Gain • H ig h S peed S w itc h in g : A p p lic a tio n s • ? G eneral P urpose Inverter

b175 transistor

Abstract: FAF 45 DIODE
Contextual Info: 6DI75M-050 75A ‘ Outline Drawings POWER TRANSISTOR MODULE • t t f t : Features • ffih FE High DC Current Gain • High Speed Switching : A p p lic a tio n s ? General Purpose Inverter • mwnwmw •N Uninterruptible Power Supply X - f Servo & Spindle Drive for NC Machine Tools

6DI75M-050

Contextual Info: 6DI75M-050 75A =E i > z L - ) V /< 7 - ‘ Outline Drawings P O W E R T R A N S IS T O R M O D U L E F e a tu re s • fflfthpE High DC Current Gain • High Speed S w itching : A p p lic a tio n s • General Purpose Inverter • ffki&WWM$icW U ninterruptible Power Supply

6DI100A-050

Abstract: AAJK
Contextual Info: 6DI100A-050 iooa /\°7H ’ Outline D raw ings POWER TRANSISTOR MODULE 1 Features • 7 ÿ — >; y • h F E * '" i^ ix • i — Kl*9/8t H igh D C In clu d in g Free W h e e lin g D iode C urrent Gain Insulated Type • ffliÊ : Applications • AC ie — 9

l 7251 3.1

Abstract: ft03e
Contextual Info: int ! MOBILE PENTIUM Il PROCESSOR IN BGA PACKAGE AT 366 MHZ, 333 MHZ, 300PE MHZ, AND 266PE MHZ Available at 266PE MHz, 300PE MHz, 333 MHz and 366 MHz Fully compatible with previous Intel microprocessors Supports the Intel Architecture with Dynamic Execution

Contextual Info: Preliminary Revised September 2000 74LVTH32952 Low Voltage 32-Bit Registered Transceiver with 3-STATE Outputs Preliminary General Description Features The LVTH32952 is a 32-bit registered transceiver. Four 8bit back to back registers store data flowing in both directions between two bidirectional buses. Separate clock,

Contextual Info: IPB036N12N3 G  3 Power-Transistor Product Summary Features Q฀#451<฀6?B฀8978฀6B5AE5>3I฀CG9D389>7฀1>4฀ ฀3?>F5BD5BC Q฀H35<<5>D฀71D5฀381B75฀H฀R 9H"[Z#฀@B?4E3D฀ & V 9H *( J R 9H"[Z#$YMd +&. Y I9 )0( 6 Q฀.5BI฀<?G฀?> B5C9CD1>35฀฀+9H"[Z#

Contextual Info: IPB031NE7N3 G TM  3 Power-Transistor Product Summary Features ?> Q฀#451<฀6?B฀8978฀6B5AE5>3I฀CG9D389>7฀1>4฀ ฀3?>F5BD5BC V 9H /- J R 9H"[Z#$YMd +& Y I9 ) 6 Q฀H35<<5>D฀71D5฀381B75฀H฀R 9H"[Z#฀@B?4E3D฀ (&

Contextual Info: BSZ440N10NS3 G  3 Power-Transistor Product Summary Features V 9H J R 9H"[Z#$YMd , Y Q฀(@D9=9J54฀6?B฀43 43฀3?>F5BC9?> I9 )0 6 Q฀' 381>>5<฀>?B=1<฀<5F5< E=%IH9HDC%0

55b9

Abstract: 55b9 sot23-5
Contextual Info: IPB025N08N3 G  3 Power-Transistor Product Summary Features V 9H 0 J Q฀' 381>>5<฀>?B=1<฀<5F5< R 9H"[Z#$YMd *&- Y Q฀H35<<5>D฀71D5฀381B75฀H฀R 9H"[Z#฀@B?4E3D฀ (& I9 *( 6 @B5F9?EC฀5>79>55B9>7฀ C1=@<5฀3?45 ?E7(*8C(0C

Contextual Info: IPB027N10N3 G  3 Power-Transistor Product Summary Features Q฀' 381>>5<฀>?B=1<฀<5F5< Q฀H35<<5>D฀71D5฀381B75฀H฀R 9H"[Z#฀@B?4E3D฀ & V 9H ( J R 9H"[Z#$YMd *&/ Y I9 )*( 6 Q฀.5BI฀<?G฀?> B5C9CD1>35฀R 9H"[Z# Q฀ ฀T฀?@5B1D9>7฀D5=@5B1DEB5

Contextual Info: BSC360N15NS3 G  3 Power-Transistor Product Summary Features Q฀' 381>>5<฀>?B=1<฀<5F5< Q฀H35<<5>D฀71D5฀381B75฀H฀R 9H"[Z#฀@B?4E3D฀ & V 9H -( J R 9H"[Z#$YMd +. Y I9 + 6 Q฀.5BI฀<?G฀?> B5C9CD1>35฀R 9H"[Z# Q฀  ฀T฀?@5B1D9>7฀D5=@5B1DEB5

Contextual Info: IPB030N08N3 G  3 Power-Transistor Product Summary Features Q฀#451<฀6?B฀8978฀6B5AE5>3I฀CG9D389>7฀1>4฀CI>3 ฀B53 V 9H 0 J R 9H"[Z#$YMd +&( Y I9 .( 6 Q฀H35<<5>D฀71D5฀381B75฀H฀R 9H"[Z#฀@B?4E3D฀ (&

4b 5c marking

Contextual Info: BSC360N15NS3 G "%&$!"# 3 Power-Transistor Product Summary Features Q ' 3 81>>5< >? B=1<<5F5< Q  H3 5<<5>D71D5 3 81B75 HR 9H"[Z# @B? 4E3 D &  V 9H -( J R 9H"[Z#$YMd +. Y" I9 + 6 Q. 5BI <? G ? > B5C9CD 1>3 5 R 9H"[Z# Q  T ? @5B1D9>7 D5=@5B1D EB5