Part: IM4A3-32

Index Files Offer Index 28 intel, nec, nichicon, nsc, fairchild, sharp, bb, avx, microchip

Google Search Part Numbers Previous Parts:IDT72274L15PF,IDT72821L20PF,IDT74FCT162245ATPV,IDT74FCT273ATSO,IDT74FST3245Q,IDT74LVCH162245APV,IDT79R3041-20PF,IDT82V2081PP,IDW75E60,IELK1-1-52-20.0-01-V,IH5043CWE,ILD615-3,ILX517KA,ILX524K,ILX548KA,IM4A3-256/128-10YC-12YI The followings are offers provided by our member in Electronic Components Offer site about the following parts: IM4A3-32": Post Date Part Number Brand D/C Desc Qty Company Fri Sep 29 06:18:00 UTC 2006 IM4A3-32 (from hkin.com) lattice 02+ QFP 290 REIZ TECHNOLOGY (HK) LIMITED Fri Sep 29 06:18:00 UTC 2006 IM4A3-32 (from standard server 2) lattice 02+ QFP 290 REIZ TECHNOLOGY (HK) LIMITED Fri Sep 29 06:18:00 UTC 2006 IM4A3-32 (from parts server 2) lattice 02+ QFP 290 REIZ TECHNOLOGY (HK) LIMITED Fri Sep 29 06:18:00 UTC 2006 IM4A3-32 (from hkin.com 2) lattice 02+ QFP 290 REIZ TECHNOLOGY (HK) LIMITED Fri Sep 29 06:18:00 UTC 2006 IM4A3-32 (from hkin.com 2) lattice 02+ QFP 290 REIZ TECHNOLOGY (HK) LIMITED Sat Sep 30 01:35:00 UTC 2006 iM4A3-32 10VC-12VI (from hkin.com) QFP 45 MINGJIADA (HK) INDUSTRIAL CO., LIMITED Sat Sep 30 01:35:00 UTC 2006 iM4A3-32 10VC-12VI (from standard server 2) QFP 45 MINGJIADA (HK) INDUSTRIAL CO., LIMITED Sat Sep 30 01:35:00 UTC 2006 iM4A3-32 10VC-12VI (from parts server 2) QFP 45 MINGJIADA (HK) INDUSTRIAL CO., LIMITED Sat Sep 30 01:35:00 UTC 2006 iM4A3-32 10VC-12VI (from hkin.com 2) QFP 45 MINGJIADA (HK) INDUSTRIAL CO., LIMITED Sat Sep 30 01:35:00 UTC 2006 iM4A3-32 10VC-12VI (from hkin.com 2) QFP 45 MINGJIADA (HK) INDUSTRIAL CO., LIMITED Sat Sep 30 01:35:00 UTC 2006 iM4A3-32 5VC-7VI (from hkin.com) QFP 35 MINGJIADA (HK) INDUSTRIAL CO., LIMITED Sat Sep 30 01:35:00 UTC 2006 iM4A3-32 5VC-7VI (from standard server 2) QFP 35 MINGJIADA (HK) INDUSTRIAL CO., LIMITED Sat Sep 30 01:35:00 UTC 2006 iM4A3-32 5VC-7VI (from parts server 2) QFP 35 MINGJIADA (HK) INDUSTRIAL CO., LIMITED Sat Sep 30 01:35:00 UTC 2006 iM4A3-32 5VC-7VI (from hkin.com 2) QFP 35 MINGJIADA (HK) INDUSTRIAL CO., LIMITED Sat Sep 30 01:35:00 UTC 2006 iM4A3-32 5VC-7VI (from hkin.com 2) QFP 35 MINGJIADA (HK) INDUSTRIAL CO., LIMITED Sat Sep 30 01:35:00 UTC 2006 iM4A3-32/32 10VC-12VI (from hkin.com) QFP 4 MINGJIADA (HK) INDUSTRIAL CO., LIMITED Sat Sep 30 01:35:00 UTC 2006 iM4A3-32/32 10VC-12VI (from standard server 2) QFP 4 MINGJIADA (HK) INDUSTRIAL CO., LIMITED Sat Sep 30 01:35:00 UTC 2006 iM4A3-32/32 10VC-12VI (from parts server 2) QFP 4 MINGJIADA (HK) INDUSTRIAL CO., LIMITED Sat Sep 30 01:35:00 UTC 2006 iM4A3-32/32 10VC-12VI (from hkin.com 2) QFP 4 MINGJIADA (HK) INDUSTRIAL CO., LIMITED Sat Sep 30 01:35:00 UTC 2006 iM4A3-32/32 10VC-12VI (from hkin.com 2) QFP 4 MINGJIADA (HK) INDUSTRIAL CO., LIMITED Tue Sep 5 05:40:00 UTC 2006 iM4A3-32/32-10JC-12JI (from hkin.com) Lattice 04+ PLCC44 168 SHUN ZHAN (HONGKONG) ELECTRONICS CO., LIMITED Tue Sep 5 05:40:00 UTC 2006 iM4A3-32/32-10JC-12JI (from standard server 2) Lattice 04+ PLCC44 168 SHUN ZHAN (HONGKONG) ELECTRONICS CO., LIMITED Tue Sep 5 05:40:00 UTC 2006 iM4A3-32/32-10JC-12JI (from parts server 2) Lattice 04+ PLCC44 168 SHUN ZHAN (HONGKONG) ELECTRONICS CO., LIMITED Tue Sep 5 05:40:00 UTC 2006 iM4A3-32/32-10JC-12JI (from hkin.com 2) Lattice 04+ PLCC44 168 SHUN ZHAN (HONGKONG) ELECTRONICS CO., LIMITED Tue Sep 5 05:40:00 UTC 2006 iM4A3-32/32-10JC-12JI (from hkin.com 2) Lattice 04+ PLCC44 168 SHUN ZHAN (HONGKONG) ELECTRONICS CO., LIMITED Fri Sep 8 07:55:00 UTC 2006 IM4A3-32/32-10JC-12JI (from hkin.com) LATTICE 04+/00 462388 HONGKONG BOTER ELECTRONICS COMPANY Fri Sep 8 07:55:00 UTC 2006 IM4A3-32/32-10JC-12JI (from standard server 2) LATTICE 04+/00 462388 HONGKONG BOTER ELECTRONICS COMPANY Fri Sep 8 07:55:00 UTC 2006 IM4A3-32/32-10JC-12JI (from parts server 2) LATTICE 04+/00 462388 HONGKONG BOTER ELECTRONICS COMPANY Fri Sep 8 07:55:00 UTC 2006 IM4A3-32/32-10JC-12JI (from hkin.com 2) LATTICE 04+/00 462388 HONGKONG BOTER ELECTRONICS COMPANY Fri Sep 8 07:55:00 UTC 2006 IM4A3-32/32-10JC-12JI (from hkin.com 2) LATTICE 04+/00 462388 HONGKONG BOTER ELECTRONICS COMPANY Fri Sep 29 13:32:00 UTC 2006 IM4A3-32/32-10VC-12VI (from hkin.com) LATTICE 00+ QFP0707-48 133 HONGKONG HUANG WEI TECHNOLOGY ELECTRONICS CO.,LIMITED Fri Sep 29 13:32:00 UTC 2006 IM4A3-32/32-10VC-12VI (from standard server 2) LATTICE 00+ QFP0707-48 133 HONGKONG HUANG WEI TECHNOLOGY ELECTRONICS CO.,LIMITED Fri Sep 29 13:32:00 UTC 2006 IM4A3-32/32-10VC-12VI (from parts server 2) LATTICE 00+ QFP0707-48 133 HONGKONG HUANG WEI TECHNOLOGY ELECTRONICS CO.,LIMITED Fri Sep 29 13:32:00 UTC 2006 IM4A3-32/32-10VC-12VI (from hkin.com 2) LATTICE 00+ QFP0707-48 133 HONGKONG HUANG WEI TECHNOLOGY ELECTRONICS CO.,LIMITED Fri Sep 29 13:32:00 UTC 2006 IM4A3-32/32-10VC-12VI (from hkin.com 2) LATTICE 00+ QFP0707-48 133 HONGKONG HUANG WEI TECHNOLOGY ELECTRONICS CO.,LIMITED Fri Sep 15 04:05:00 UTC 2006 IM4A3-32/32-10VC-12VI (from hkin.com) LATTICE 99+02+ 90 HONGKONG BOTER ELECTRONICS COMPANY Fri Sep 15 04:05:00 UTC 2006 IM4A3-32/32-10VC-12VI (from standard server 2) LATTICE 99+02+ 90 HONGKONG BOTER ELECTRONICS COMPANY Fri Sep 15 04:05:00 UTC 2006 IM4A3-32/32-10VC-12VI (from parts server 2) LATTICE 99+02+ 90 HONGKONG BOTER ELECTRONICS COMPANY Fri Sep 15 04:05:00 UTC 2006 IM4A3-32/32-10VC-12VI (from hkin.com 2) LATTICE 99+02+ 90 HONGKONG BOTER ELECTRONICS COMPANY Fri Sep 15 04:05:00 UTC 2006 IM4A3-32/32-10VC-12VI (from hkin.com 2) LATTICE 99+02+ 90 HONGKONG BOTER ELECTRONICS COMPANY Fri Sep 29 13:40:00 UTC 2006 IM4A3-32/32-7JC-10JI (from hkin.com) LATTICE 02+/03+ PLCC44 313 HONGKONG HUANG WEI TECHNOLOGY ELECTRONICS CO.,LIMITED Fri Sep 29 13:40:00 UTC 2006 IM4A3-32/32-7JC-10JI (from standard server 2) LATTICE 02+/03+ PLCC44 313 HONGKONG HUANG WEI TECHNOLOGY ELECTRONICS CO.,LIMITED Fri Sep 29 13:40:00 UTC 2006 IM4A3-32/32-7JC-10JI (from parts server 2) LATTICE 02+/03+ PLCC44 313 HONGKONG HUANG WEI TECHNOLOGY ELECTRONICS CO.,LIMITED Fri Sep 29 13:40:00 UTC 2006 IM4A3-32/32-7JC-10JI (from hkin.com 2) LATTICE 02+/03+ PLCC44 313 HONGKONG HUANG WEI TECHNOLOGY ELECTRONICS CO.,LIMITED Fri Sep 29 13:40:00 UTC 2006 IM4A3-32/32-7JC-10JI (from hkin.com 2) LATTICE 02+/03+ PLCC44 313 HONGKONG HUANG WEI TECHNOLOGY ELECTRONICS CO.,LIMITED Thu Sep 14 09:08:00 UTC 2006 IM4A3-32-10VC-12I (from hkin.com) LATT 02+ QFP 2500 ShenZhen YueJinPeng Electronics Co., Ltd. Thu Sep 14 09:08:00 UTC 2006 IM4A3-32-10VC-12I (from standard server 2) LATT 02+ QFP 2500 ShenZhen YueJinPeng Electronics Co., Ltd. Thu Sep 14 09:08:00 UTC 2006 IM4A3-32-10VC-12I (from parts server 2) LATT 02+ QFP 2500 ShenZhen YueJinPeng Electronics Co., Ltd. Thu Sep 14 09:08:00 UTC 2006 IM4A3-32-10VC-12I (from hkin.com 2) LATT 02+ QFP 2500 ShenZhen YueJinPeng Electronics Co., Ltd. Thu Sep 14 09:08:00 UTC 2006 IM4A3-32-10VC-12I (from hkin.com 2) LATT 02+ QFP 2500 ShenZhen YueJinPeng Electronics Co., Ltd. Fri Sep 8 07:55:00 UTC 2006 IM4A3-32-10VC-12VI (from hkin.com) LATTICE 03+/04 354 HONGKONG BOTER ELECTRONICS COMPANY Fri Sep 8 07:55:00 UTC 2006 IM4A3-32-10VC-12VI (from standard server 2) LATTICE 03+/04 354 HONGKONG BOTER ELECTRONICS COMPANY Fri Sep 8 07:55:00 UTC 2006 IM4A3-32-10VC-12VI (from parts server 2) LATTICE 03+/04 354 HONGKONG BOTER ELECTRONICS COMPANY Fri Sep 8 07:55:00 UTC 2006 IM4A3-32-10VC-12VI (from hkin.com 2) LATTICE 03+/04 354 HONGKONG BOTER ELECTRONICS COMPANY Fri Sep 8 07:55:00 UTC 2006 IM4A3-32-10VC-12VI (from hkin.com 2) LATTICE 03+/04 354 HONGKONG BOTER ELECTRONICS COMPANY Fri Sep 29 13:42:00 UTC 2006 IM4A3-32-10VC-12VI (from hkin.com) LATTICE 01+ QFP0707-48 249 HONGKONG HUANG WEI TECHNOLOGY ELECTRONICS CO.,LIMITED Fri Sep 29 13:42:00 UTC 2006 IM4A3-32-10VC-12VI (from standard server 2) LATTICE 01+ QFP0707-48 249 HONGKONG HUANG WEI TECHNOLOGY ELECTRONICS CO.,LIMITED Fri Sep 29 13:42:00 UTC 2006 IM4A3-32-10VC-12VI (from parts server 2) LATTICE 01+ QFP0707-48 249 HONGKONG HUANG WEI TECHNOLOGY ELECTRONICS CO.,LIMITED Fri Sep 29 13:42:00 UTC 2006 IM4A3-32-10VC-12VI (from hkin.com 2) LATTICE 01+ QFP0707-48 249 HONGKONG HUANG WEI TECHNOLOGY ELECTRONICS CO.,LIMITED Fri Sep 29 13:42:00 UTC 2006 IM4A3-32-10VC-12VI (from hkin.com 2) LATTICE 01+ QFP0707-48 249 HONGKONG HUANG WEI TECHNOLOGY ELECTRONICS CO.,LIMITED Fri Sep 8 08:07:00 UTC 2006 IM4A3-32-5VC-7I (from hkin.com) LATTICE 0426+ 8 HONGKONG BOTER ELECTRONICS COMPANY Fri Sep 8 08:07:00 UTC 2006 IM4A3-32-5VC-7I (from standard server 2) LATTICE 0426+ 8 HONGKONG BOTER ELECTRONICS COMPANY Fri Sep 8 08:07:00 UTC 2006 IM4A3-32-5VC-7I (from parts server 2) LATTICE 0426+ 8 HONGKONG BOTER ELECTRONICS COMPANY Fri Sep 8 08:07:00 UTC 2006 IM4A3-32-5VC-7I (from hkin.com 2) LATTICE 0426+ 8 HONGKONG BOTER ELECTRONICS COMPANY Fri Sep 8 08:07:00 UTC 2006 IM4A3-32-5VC-7I (from hkin.com 2) LATTICE 0426+ 8 HONGKONG BOTER ELECTRONICS COMPANY Fri Sep 8 08:07:00 UTC 2006 IM4A3-32-7VC-10VI (from hkin.com) LATTICE 04+ 6 HONGKONG BOTER ELECTRONICS COMPANY Fri Sep 8 08:07:00 UTC 2006 IM4A3-32-7VC-10VI (from standard server 2) LATTICE 04+ 6 HONGKONG BOTER ELECTRONICS COMPANY Fri Sep 8 08:07:00 UTC 2006 IM4A3-32-7VC-10VI (from parts server 2) LATTICE 04+ 6 HONGKONG BOTER ELECTRONICS COMPANY Fri Sep 8 08:07:00 UTC 2006 IM4A3-32-7VC-10VI (from hkin.com 2) LATTICE 04+ 6 HONGKONG BOTER ELECTRONICS COMPANY Fri Sep 8 08:07:00 UTC 2006 IM4A3-32-7VC-10VI (from hkin.com 2) LATTICE 04+ 6 HONGKONG BOTER ELECTRONICS COMPANY Last record IM4A3-256/128-10YC-12YI: Post Date Part Number Brand D/C Desc Qty Company Fri Sep 8 07:55:00 UTC 2006 IM4A3-256/128-10YC-12YI (from hkin.com) LATTICE 04+ 326 HONGKONG BOTER ELECTRONICS COMPANY Last record ILX548KA: Post Date Part Number Brand D/C Desc Qty Company Mon Sep 11 03:20:00 UTC 2006 ILX548KA (from hkin.com) SONY 12 BoLang ( HK) Electronics Limited Mon Sep 11 09:50:00 UTC 2006 ILX548KA (from hkin.com) SONY 2002 DIP 303 OASIS ELECTRONICS (HK) CO., LIMITED Last record ILX524K: Post Date Part Number Brand D/C Desc Qty Company Mon Sep 11 03:20:00 UTC 2006 ILX524K (from hkin.com) SONY DIP 2 BoLang ( HK) Electronics Limited Tue Sep 12 13:49:00 UTC 2006 ILX524K (from hkin.com)  SONY 2004  陶瓷镜面DIP 2500 HK SHAN HAI GROUP LIMITED If you want to find more about IM4A3-32, please visit us on HKin vid:offerengine20111021 IM4A3-32,IM4A3-32,Comments from user about IM4A3-32: Because the cores are physically very close to each other, they can communicate with each other much faster than separate processors in a multiprocessor system, which improves overall system performance. While maintaining full compatibility with older versions, this proposed standard provides numerous extensions that make writing and managing VHDL code easier. Depending on the type of carrier in the channel, the device may be an n-channel (for electrons) or a p-channel (for holes) MOSFET. Semiconductor devices have replaced thermionic devices (vacuum tubes) in most applications. The move to 64 bits is more than just an increase in register size from the IA-32 as it also doubles the number of general-purpose registers. This indicates the variety of filter (see above) and the center or corner frequencies. It is often easier and cheaper to use a standard microcontroller and write a computer program to carry out a control function than to design an equivalent mechanical control function. The integrated circuit processor was produced in large numbers by highly automated processes, so unit cost was low. Anything related to :IM4A3-32, or electronic components and electronic component distributors such as:fairchild,avx capacitor,6502, or electronics part index in: IM4A3-32, search hkinventory: IM4A3-32, The integration of large numbers of tiny transistors into a small chip was an enormous improvement over the manual assembly of circuits using electronic components. The net result is that the turn-off switching loss of an IGBT is considerably higher than its turn-on loss. A microprocessor is a general purpose system.Most analog electronic appliances, such as radio receivers, are constructed from combinations of a few types of basic circuits. Datasheet Dir, DataSheet Archive Unlike what happened when IA-32 was extended to x86-64, no new general purpose registers were added in 64-bit PowerPC, so any performance gained when using the 64-bit mode for applications making no use of the larger address space is minimal. Furthermore, much less material is used to construct a packaged IC die than to construct a discrete circuit. With operating systems Windows XP x64, Windows Vista x64, Windows 7 x64, Linux, BSD and Mac OS X that run 64-bit native, the software is also geared to fully utilize the capabilities of such processors. For quantities that vary polynomially or logarithmically with temperature, it may be possible to calculate a temperature coefficient that is a useful approximation for a certain range of temperatures. However, many formational and functional block parameters can be tuned (capacity parameters, memory size, element base, block composition and interconnection structure). For quantities that vary exponentially with temperature, such as the rate of a chemical reaction, any temperature coefficient would be valid only over a very small temperature range. This indicates the variety of filter (see above) and the center or corner frequencies. Band-pass filters ?attenuation of frequencies both above and below those they allow to pass. any passive component and active component such as:Diode, IEEE standard 1076. In control systems and circuit network theory, a passive component or circuit is one that consumes energy, but does not produce energy. Different features can be implemented in different models of a product line at negligible production cost. Modern designs have rather complex statistical prediction systems, which watch the results of past branches to predict the future with greater accuracy. For example driver circuit IM4A3-32,IM4A3-32,Comments from user about IM4A3-32: IEEE standard 1076. Note that this only works if only one of the above definitions of passivity is used ?if components from the two are mixed, the systems may be unstable under any criteria. While 64-bit microprocessor designs have been in use in several markets since the early 1990s, the early 2000s saw the introduction of 64-bit microprocessors targeted at the PC market. Techniques such as branch prediction and speculative execution are used to lessen these branch penalties. Flip-flops and latches are used as data storage elements. However, most designers leave this job to the simulator. The semiconductor material used in devices is doped under highly controlled conditions in a fabrication facility, or fab, to precisely control the location and concentration of p- and n-type dopants. Synthesis is a process where a VHDL is compiled and mapped into an implementation technology such as an FPGA or an ASIC. Anything related to :IM4A3-32, or electronic components and electronic component distributors such as:fairchild,avx capacitor,6502, or electronics part index in: IM4A3-32See also: Capacitor Transistor Diode