Part: SN74LV08

Index Files Offer Index 25 hirose, honeywell, module, techwell, moto, hp, can, bcm, alcatel

Google Search Part Numbers Previous Parts:SN74F197J,SN74F374J,SN74HC11J,SN74HC155J,SN74HC165DR,SN74HC259J,SN74HC25J,SN74HC573J,SN74HYC158J,SN74LS03NS,SN74LS05DR,SN74LS157N,SN74LS195J,SN74LS283NS,SN74LS74ANS,SN74LV02APWR The followings are offers provided by our member in Electronic Components Offer site about the following parts: SN74LV08": Post Date Part Number Brand D/C Desc Qty Company Fri Sep 29 06:14:00 UTC 2006 SN74LV08 (from hkin.com) TI 98 TSSOP 1296 REIZ TECHNOLOGY (HK) LIMITED Fri Sep 29 06:14:00 UTC 2006 SN74LV08 (from standard server 2) TI 98 TSSOP 1296 REIZ TECHNOLOGY (HK) LIMITED Fri Sep 29 06:14:00 UTC 2006 SN74LV08 (from parts server 2) TI 98 TSSOP 1296 REIZ TECHNOLOGY (HK) LIMITED Fri Sep 29 06:14:00 UTC 2006 SN74LV08 (from hkin.com 2) TI 98 TSSOP 1296 REIZ TECHNOLOGY (HK) LIMITED Fri Sep 29 06:14:00 UTC 2006 SN74LV08 (from hkin.com 2) TI 98 TSSOP 1296 REIZ TECHNOLOGY (HK) LIMITED Fri Sep 15 01:21:00 UTC 2006 SN74LV08APW (from hkin.com) TI 9920+ TSSOP 100 ShenZhen Union Components Fri Sep 15 01:21:00 UTC 2006 SN74LV08APW (from standard server 2) TI 9920+ TSSOP 100 ShenZhen Union Components Fri Sep 15 01:21:00 UTC 2006 SN74LV08APW (from parts server 2) TI 9920+ TSSOP 100 ShenZhen Union Components Fri Sep 15 01:21:00 UTC 2006 SN74LV08APW (from hkin.com 2) TI 9920+ TSSOP 100 ShenZhen Union Components Fri Sep 15 01:21:00 UTC 2006 SN74LV08APW (from hkin.com 2) TI 9920+ TSSOP 100 ShenZhen Union Components Tue Sep 19 01:29:00 UTC 2006 SN74LV08APW (from hkin.com) TI 9920+ TSSOP 100 ShenZhen Union Components Tue Sep 19 01:29:00 UTC 2006 SN74LV08APW (from standard server 2) TI 9920+ TSSOP 100 ShenZhen Union Components Tue Sep 19 01:29:00 UTC 2006 SN74LV08APW (from parts server 2) TI 9920+ TSSOP 100 ShenZhen Union Components Tue Sep 19 01:29:00 UTC 2006 SN74LV08APW (from hkin.com 2) TI 9920+ TSSOP 100 ShenZhen Union Components Tue Sep 19 01:29:00 UTC 2006 SN74LV08APW (from hkin.com 2) TI 9920+ TSSOP 100 ShenZhen Union Components Thu Sep 28 11:23:00 UTC 2006 SN74LV08APW (from hkin.com) TI 9920+ TSSOP 100 ShenZhen Union Components Thu Sep 28 11:23:00 UTC 2006 SN74LV08APW (from standard server 2) TI 9920+ TSSOP 100 ShenZhen Union Components Thu Sep 28 11:23:00 UTC 2006 SN74LV08APW (from parts server 2) TI 9920+ TSSOP 100 ShenZhen Union Components Thu Sep 28 11:23:00 UTC 2006 SN74LV08APW (from hkin.com 2) TI 9920+ TSSOP 100 ShenZhen Union Components Thu Sep 28 11:23:00 UTC 2006 SN74LV08APW (from hkin.com 2) TI 9920+ TSSOP 100 ShenZhen Union Components Fri Sep 29 09:40:00 UTC 2006 SN74LV08APW (from hkin.com) TI 9920+ TSSOP 100 ShenZhen Union Components Fri Sep 29 09:40:00 UTC 2006 SN74LV08APW (from standard server 2) TI 9920+ TSSOP 100 ShenZhen Union Components Fri Sep 29 09:40:00 UTC 2006 SN74LV08APW (from parts server 2) TI 9920+ TSSOP 100 ShenZhen Union Components Fri Sep 29 09:40:00 UTC 2006 SN74LV08APW (from hkin.com 2) TI 9920+ TSSOP 100 ShenZhen Union Components Fri Sep 29 09:40:00 UTC 2006 SN74LV08APW (from hkin.com 2) TI 9920+ TSSOP 100 ShenZhen Union Components Tue Sep 26 04:44:00 UTC 2006 SN74LV08ARGY (from hkin.com) TI 04+ QFN 107 JINLONGFENG (H.K) SEMICONDUCTOR LIMITED Tue Sep 26 04:44:00 UTC 2006 SN74LV08ARGY (from standard server 2) TI 04+ QFN 107 JINLONGFENG (H.K) SEMICONDUCTOR LIMITED Tue Sep 26 04:44:00 UTC 2006 SN74LV08ARGY (from parts server 2) TI 04+ QFN 107 JINLONGFENG (H.K) SEMICONDUCTOR LIMITED Tue Sep 26 04:44:00 UTC 2006 SN74LV08ARGY (from hkin.com 2) TI 04+ QFN 107 JINLONGFENG (H.K) SEMICONDUCTOR LIMITED Tue Sep 26 04:44:00 UTC 2006 SN74LV08ARGY (from hkin.com 2) TI 04+ QFN 107 JINLONGFENG (H.K) SEMICONDUCTOR LIMITED Fri Sep 29 06:14:00 UTC 2006 SN74LV08DB (from hkin.com) TI 97 SSOP 290 REIZ TECHNOLOGY (HK) LIMITED Fri Sep 29 06:14:00 UTC 2006 SN74LV08DB (from standard server 2) TI 97 SSOP 290 REIZ TECHNOLOGY (HK) LIMITED Fri Sep 29 06:14:00 UTC 2006 SN74LV08DB (from parts server 2) TI 97 SSOP 290 REIZ TECHNOLOGY (HK) LIMITED Fri Sep 29 06:14:00 UTC 2006 SN74LV08DB (from hkin.com 2) TI 97 SSOP 290 REIZ TECHNOLOGY (HK) LIMITED Fri Sep 29 06:14:00 UTC 2006 SN74LV08DB (from hkin.com 2) TI 97 SSOP 290 REIZ TECHNOLOGY (HK) LIMITED Fri Sep 29 06:14:00 UTC 2006 SN74LV08NS (from hkin.com) TI 95 SOP 1710 REIZ TECHNOLOGY (HK) LIMITED Fri Sep 29 06:14:00 UTC 2006 SN74LV08NS (from standard server 2) TI 95 SOP 1710 REIZ TECHNOLOGY (HK) LIMITED Fri Sep 29 06:14:00 UTC 2006 SN74LV08NS (from parts server 2) TI 95 SOP 1710 REIZ TECHNOLOGY (HK) LIMITED Fri Sep 29 06:14:00 UTC 2006 SN74LV08NS (from hkin.com 2) TI 95 SOP 1710 REIZ TECHNOLOGY (HK) LIMITED Fri Sep 29 06:14:00 UTC 2006 SN74LV08NS (from hkin.com 2) TI 95 SOP 1710 REIZ TECHNOLOGY (HK) LIMITED Sat Sep 30 09:36:00 UTC 2006 SN74LV08PW (from hkin.com) TI 97+ SMD/TSSOP 5000 ARIC ELECTRONICS TECHNOLOGY (HK) CO., LIMITED Sat Sep 30 09:36:00 UTC 2006 SN74LV08PW (from standard server 2) TI 97+ SMD/TSSOP 5000 ARIC ELECTRONICS TECHNOLOGY (HK) CO., LIMITED Sat Sep 30 09:36:00 UTC 2006 SN74LV08PW (from parts server 2) TI 97+ SMD/TSSOP 5000 ARIC ELECTRONICS TECHNOLOGY (HK) CO., LIMITED Sat Sep 30 09:36:00 UTC 2006 SN74LV08PW (from hkin.com 2) TI 97+ SMD/TSSOP 5000 ARIC ELECTRONICS TECHNOLOGY (HK) CO., LIMITED Sat Sep 30 09:36:00 UTC 2006 SN74LV08PW (from hkin.com 2) TI 97+ SMD/TSSOP 5000 ARIC ELECTRONICS TECHNOLOGY (HK) CO., LIMITED Sat Sep 30 12:57:00 UTC 2006 SN74LV08PW (from hkin.com) TI 97+ 5000 ARIC ELECTRONICS TECHNOLOGY (HK) CO., LIMITED Sat Sep 30 12:57:00 UTC 2006 SN74LV08PW (from standard server 2) TI 97+ 5000 ARIC ELECTRONICS TECHNOLOGY (HK) CO., LIMITED Sat Sep 30 12:57:00 UTC 2006 SN74LV08PW (from parts server 2) TI 97+ 5000 ARIC ELECTRONICS TECHNOLOGY (HK) CO., LIMITED Sat Sep 30 12:57:00 UTC 2006 SN74LV08PW (from hkin.com 2) TI 97+ 5000 ARIC ELECTRONICS TECHNOLOGY (HK) CO., LIMITED Sat Sep 30 12:57:00 UTC 2006 SN74LV08PW (from hkin.com 2) TI 97+ 5000 ARIC ELECTRONICS TECHNOLOGY (HK) CO., LIMITED Last record SN74LV02APWR: Post Date Part Number Brand D/C Desc Qty Company Tue Sep 26 09:15:00 UTC 2006 SN74LV02APWR (from hkin.com) 0419+ SOP TI-PB 1300 hengxingda electronics co.,ltd Last record SN74LS74ANS: Post Date Part Number Brand D/C Desc Qty Company Tue Sep 19 17:40:00 UTC 2006 SN74LS74ANS (from hkin.com) TI 99+ SOP14 8799 SUNTON INT'L ELECTRONICS (UK) CO., LTD Thu Sep 28 13:58:00 UTC 2006 SN74LS74ANSR (from hkin.com) TI 2000 SHENZHEN SOUNET ELECTRONIC TECHNOLOGIES CO.,LTD Last record SN74LS283NS: Post Date Part Number Brand D/C Desc Qty Company Mon Sep 11 13:08:00 UTC 2006 SN74LS283NS (from hkin.com) TI 99 2000 ShenZhen BaoAn NewLanTian Electronic Trade If you want to find more about SN74LV08, please visit us on HKin vid:offerengine20111021 SN74LV08,SN74LV08,Comments from user about SN74LV08: Although the MOSFET is named in part for its "metal" gate, in modern devices polysilicon is typically used instead. The junctions which form where n-type and p-type semiconductors join together are called p-n junctions. That is, input signal changes cause immediate changes in output; when several transparent latches follow each other, using the same clock signal, signals can propagate through all of them at once. This creates a much larger current between the collector and emitter, controlled by the base-emitter current. On average, every fifth instruction executed is a branch, so without any intervention, that's a high amount of stalling. One rarely finds modern circuits that are entirely analog. A capacitor is a passive electronic component consisting of a pair of conductors separated by a dielectric (insulator). The number of different analog circuits so far devised is huge, especially because a 'circuit' can be defined as anything from a single component, to systems containing thousands of components. Anything related to :SN74LV08, or electronic components and electronic component distributors such as:fairchild,avx capacitor,6502, or electronics part index in: SN74LV08, search hkinventory: SN74LV08, VHDL project is multipurpose. An electric field can increase the number of free electrons and holes in a semiconductor, thereby changing its conductivity. The number of different analog circuits so far devised is huge, especially because a 'circuit' can be defined as anything from a single component, to systems containing thousands of components. Cost is low because the chips, with all their components, are printed as a unit by photolithography rather than being constructed one transistor at a time. Datasheet Dir, DataSheet Archive Products not traditionally associated with computer use (such as TVs or Hi-Fi equipment) now provide options to connect to the Internet or to a computer using a home network to provide access to digital content. These include large and small household appliances, cars (and their accessory equipment units), car keys, tools and test instruments, toys, light switches/dimmers and electrical circuit breakers, smoke alarms, battery packs, and hi-fi audio/visual components (from DVD players to phonograph turntables.) Such products as cellular telephones, DVD video system and ATSC HDTV broadcast system fundamentally require consumer devices with powerful, low-cost, microprocessors. A microprocessor is a general purpose system. As of 2009, dual-core and quad-core processors are widely used in servers, workstations and PCs while six and eight-core processors will be available for high-end applications in both the home and professional environments. Microprocessor control of a system can provide control strategies that would be impractical to implement using electromechanical controls or purpose-built electronic controls. Capacitors used as parts of electrical systems, for example, consist of metal foils separated by a layer of insulating film. When the reverse bias breakdown voltage is exceeded, a conventional diode is subject to high current due to avalanche breakdown. A single operation code might affect many individual data paths, registers, and other elements of the processor. any passive component and active component such as:Diode, Continued increases in microprocessor capacity have rendered other forms of computers almost completely obsolete (see history of computing hardware), with one or more microprocessors used in everything from the smallest embedded systems and handheld devices to the largest mainframes and supercomputers. Advancing technology makes more complex and powerful chips feasible to manufacture. While maintaining full compatibility with older versions, this proposed standard provides numerous extensions that make writing and managing VHDL code easier. Graphics processing units may have no, limited, or general programming facilities. For example driver circuit SN74LV08,SN74LV08,Comments from user about SN74LV08: Bipolar junction transistors are formed from two p-n junctions, in either n-p-n or p-n-p configuration. Light-emitting diodes are used in applications as diverse as replacements for aviation lighting, automotive lighting (particularly brake lamps, turn signals and indicators) as well as in traffic signals. When the reverse bias breakdown voltage is exceeded, a conventional diode is subject to high current due to avalanche breakdown. Although several companies each produce over a billion individually packaged (known as discrete) transistors every year, the vast majority of transistors now produced are in integrated circuits (often shortened to IC, microchips or simply chips), along with diodes, resistors, capacitors and other electronic components, to produce complete electronic circuits. Microprocessor control of a system can provide control strategies that would be impractical to implement using electromechanical controls or purpose-built electronic controls. However, because of high switching losses, typical operating frequency up to 500 Hz. In electronics, a flip-flop or latch is a circuit that has two stable states and can be used to store state information. However, because of high switching losses, typical operating frequency up to 500 Hz. Anything related to :SN74LV08, or electronic components and electronic component distributors such as:fairchild,avx capacitor,6502, or electronics part index in: SN74LV08See also: Capacitor Transistor Diode