Index Files Offer Index 36
ISSI BOURNS MPS REALTEK JRC STMICROELECTRONICS LITTELFUSE SST FUJITSU IDT MIC SEIKO SILICON ELPIDA VICOR TRACO WINBOND NIPPON MINDSPEED RECOM ABB CREE IC DIODES SIPEX CIRRUS SPANSION HVCA SONY QFN NXP/PHI AOS CONEXANT BB/TI BOSCH IXYS TI AD ST NS MAX ALTERA NXP XILINX ATMEL MICROCHIP SAMSUNG TOS MURATA INTEL PANASONIC FSC CY ON INFINEON AVX IR MICRON VISHAY LINEAR FREESCALE LATTICE FUJI SEMIKRON MOT BRIGHT NVIDIA NEC ROHM EVERLIGHT 模块 PHI BROADCOM AVAGO COILCRAFT INTERSIL MIT YAGEO DALLAS ALLEGRO TDK QUALCOMM AMD WURTH EPCOS RENESAS HIT MICREL HARVATEK KEMET SANYO MOLEX SUMIDA COOPER ATI SHARP TYCO ISD/NUVOTON MICRON(ST) HYNIX IDT ISSI STMICROELECTRONICS MPS REALTEK BOURNS JRC FUJITSU LITTELFUSE SST MIC SEIKO SILICON ELPIDA TE VICOR WINBOND TRACO NIPPON ABB MINDSPEED RECOM EUPEC CREE IC SPANSION DIODES SIPEX SONY CIRRUS HVCA CJ(CHINA) QFN CONEXANT EPSON IXYS TI AD ST ALTERA MAX NS XILINX ATMEL NXP MICROCHIP SAMSUNG MURATA TOS INTEL FSC CY ON INFINEON PANASONIC AVX IR VISHAY FREESCALE LINEAR MICRON FUJI LATTICE SEMIKRON MOT BRIGHT NVIDIA EVERLIGHT 模块 ROHM NEC PHI BROADCOM COILCRAFT AVAGO YAGEO INTERSIL ALLEGRO DALLAS TDK QUALCOMM WURTH MIT AMD RENESAS MICREL HARVATEK KEMET HIT SUMIDA ATI MOLEX SANYO ISD/NUVOTON SHARP TYCO HYNIX STMICROELECTRONICS ISSI MPS REALTEK IDT BOURNS LITTELFUSE FUJITSU SST JRC MIC SEIKO ELPIDA TE VICOR SILICON TRACO COOPER ABB MICRON(ST) MINDSPEED RECOM WINBOND EPCOS EUPEC IC CREE DIODES SIPEX HVCA SPANSION CJ(CHINA) QFN CIRRUS EPSON NXP/PHI AOS CONEXANT BB/TI TI AD ST MAX ALTERA NS XILINX ATMEL NXP SAMSUNG MICROCHIP TOS MURATA INTEL FSC CY ON INFINEON PANASONIC AVX VISHAY IR FREESCALE LINEAR MICRON FUJI LATTICE SEMIKRON MOT BRIGHT NVIDIA ROHM EVERLIGHT 模块 NEC PHI BROADCOM AVAGO COILCRAFT DALLAS YAGEO ALLEGRO INTERSIL TDK AMD QUALCOMM WURTH MIT RENESAS MICREL HIT HARVATEK KEMET SUMIDA ATI MOLEX SANYO ISD/NUVOTON SHARP HYNIX TYCO ISSI MPS STMICROELECTRONICS SST REALTEK IDT BOURNS JRC FUJITSU LITTELFUSE MIC SEIKO ELPIDA TE VICOR SILICON TRACO COOPER ABB BB MICRON(ST) WINBOND DIODES MINDSPEED RECOM EPCOS EUPEC IC CREE SPANSION SIPEX HVCA CJ(CHINA) QFN CIRRUS EPSON NXP/PHI AOS POWER TI AD MAX ST NS ATMEL XILINX ALTERA MURATA FSC MICROCHIP NXP INFINEON SAMSUNG TOS ON PANASONIC MOT CY VISHAY IR MIT LINEAR INTEL AVX MICREL FREESCALE SEMIKRON SHARP ALLEGRO ROHM NEC PHI TDK THINKING NVIDIA EVERLIGHT RENESAS POWER YAGEO DALLAS BROADCOM SANYO HIT SONY AVAGO QUALCOMM MICRON WURTH AUO INTERSIL MIC HARVATEK IDT - INTE NUVOTON BB/TI KEMET SILICON ISD/NUVOTON FUJITSU TYCO NIPPON CHEMI-CON BB AMD BOURNS COILCRAFT FUJI LITTELFUSE SEIKO IDT IXYS MPS TRACO COOPER MOLEX ERICSSOM BCD CREE QFP EPCOS FTDI SPANSION ISSI REALTEK SST HYNIX MICRON(ST) WINBOND CIRRUS EPSON QFN SIPEX BOSCH LATTICE ATI DIODES EUPEC RAMTRON TI SW TI AD MAX ST NS ATMEL XILINX ALTERA MURATA FSC MICROCHIP NXP INFINEON TOS SAMSUNG ON CY PANASONIC MOT VISHAY IR MIT LINEAR INTEL AVX MICREL FREESCALE SEMIKRON SHARP ALLEGRO ROHM NEC PHI TDK THINKING NVIDIA EVERLIGHT RENESAS POWER YAGEO DALLAS BROADCOM SANYO HIT SONY QUALCOMM AVAGO MICRON WURTH AUO INTERSIL MIC HARVATEK IDT - INTE NUVOTON BB/TI KEMET SILICON ISD/NUVOTON FUJITSU TYCO NIPPON CHEMI-CON BB AMD BOURNS COILCRAFT FUJI LITTELFUSE SEIKO IDT IXYS MPS TRACO COOPER MOLEX ERICSSOM BCD CREE QFP EPCOS FTDI SPANSION ISSI REALTEK SST HYNIX MICRON(ST) WINBOND CIRRUS EPSON QFN SIPEX BOSCH LATTICE ATI DIODES EUPEC RAMTRON TI SW TI AD MAX ST NS ATMEL XILINX ALTERA MURATA FSC MICROCHIP NXP INFINEON TOS SAMSUNG ON CY PANASONIC MOT VISHAY IR MIT LINEAR INTEL AVX MICREL FREESCALE SEMIKRON SHARP ALLEGRO ROHM NEC PHI TDK THINKING NVIDIA EVERLIGHT RENESAS POWER YAGEO DALLAS BROADCOM SANYO HIT SONY QUALCOMM AVAGO MICRON WURTH AUO INTERSIL MIC HARVATEK IDT - INTE NUVOTON BB/TI KEMET SILICON ISD/NUVOTON FUJITSU TYCO NIPPON CHEMI-CON BB AMD BOURNS COILCRAFT FUJI LITTELFUSE SEIKO IDT IXYS MPS TRACO COOPER MOLEX ERICSSOM BCD CREE EPCOS QFP FTDI SPANSION ISSI REALTEK SST HYNIX MICRON(ST) WINBOND CIRRUS EPSON QFN SIPEX BOSCH LATTICE ATI DIODES EUPEC RAMTRON TI SW TI AD MAX ST NS ATMEL XILINX ALTERA MURATA FSC MICROCHIP NXP INFINEON TOS SAMSUNG ON CY PANASONIC MOT VISHAY IR MIT LINEAR INTEL AVX MICREL FREESCALE SEMIKRON SHARP ALLEGRO ROHM NEC PHI TDK THINKING NVIDIA EVERLIGHT RENESAS POWER YAGEO DALLAS BROADCOM SANYO HIT SONY QUALCOMM AVAGO MICRON WURTH AUO INTERSIL MIC HARVATEK IDT - INTE NUVOTON BB/TI KEMET SILICON ISD/NUVOTON FUJITSU TYCO NIPPON CHEMI-CON BB AMD BOURNS COILCRAFT FUJI LITTELFUSE SEIKO IDT IXYS MPS TRACO COOPER MOLEX ERICSSOM BCD CREE EPCOS QFP FTDI SPANSION ISSI REALTEK SST HYNIX MICRON(ST) WINBOND CIRRUS EPSON QFN SIPEX BOSCH LATTICE ATI DIODES EUPEC RAMTRON TI SW TI AD ST MAX ATMEL NS ALTERA MURATA XILINX FSC NXP MICROCHIP SAMSUNG TOS INFINEON CY ON PANASONIC VISHAY MIT IR AVX INTEL LINEAR MICREL BROADCOM SEMIKRON FREESCALE SHARP ALLEGRO ROHM MOT NEC THINKING NVIDIA EVERLIGHT PHI TDK RENESAS YAGEO SANYO DALLAS QUALCOMM SONY WURTH HIT MICRON NUVOTON AUO AVAGO MPS INTERSIL BB/TI HARVATEK IDT - INTE MIC KEMET SILICON FUJITSU TYCO NIPPON CHEMI-CON BB POWER BOURNS COILCRAFT FUJI AMD LITTELFUSE SEIKO IXYS IDT TRACO COOPER FTDI MOLEX ERICSSOM BCD EPSON QFP CREE EPCOS ISSI SPANSION MICRON(ST) REALTEK HYNIX WINBOND CIRRUS SST QFN ATI PAM SIPEX DIODES SAMXON LATTICE RAMTRON TI ZETEX EUPEC TI AD ST MAX ATMEL NS ALTERA MURATA XILINX FSC NXP MICROCHIP SAMSUNG TOS INFINEON CY ON PANASONIC VISHAY MIT IR AVX INTEL LINEAR MICREL BROADCOM SEMIKRON FREESCALE SHARP ALLEGRO ROHM MOT NEC THINKING NVIDIA EVERLIGHT PHI TDK RENESAS MICRON AVAGO YAGEO SANYO DALLAS QUALCOMM WURTH HIT NUVOTON AUO MPS INTERSIL BB/TI HARVATEK IDT - INTE MIC SONY KEMET SILICON FUJITSU TYCO BB NIPPON CHEMI-CON POWER COILCRAFT BOURNS FUJI AMD LITTELFUSE SEIKO IXYS IDT TRACO COOPER FTDI MOLEX ERICSSOM BCD EPSON QFP CREE EPCOS ISSI SPANSION MICRON(ST) ISD/NUVOTON REALTEK HYNIX WINBOND CIRRUS SST QFN ATI PAM SIPEX DIODES SAMXON LATTICE RAMTRON TI ZETEX TI AD ST MAX ATMEL NS ALTERA MURATA XILINX FSC NXP MICROCHIP SAMSUNG TOS INFINEON CY ON PANASONIC VISHAY MIT IR AVX INTEL LINEAR MICREL BROADCOM SEMIKRON FREESCALE SHARP ALLEGRO ROHM MOT NEC THINKING NVIDIA EVERLIGHT PHI TDK RENESAS MICRON AVAGO YAGEO SANYO DALLAS QUALCOMM WURTH HIT NUVOTON AUO MPS INTERSIL ISD/NUVOTON BB/TI HARVATEK IDT - INTE MIC SONY KEMET SILICON FUJITSU TYCO BB NIPPON CHEMI-CON POWER COILCRAFT BOURNS FUJI AMD LITTELFUSE SEIKO IXYS IDT TRACO COOPER FTDI MOLEX ERICSSOM BCD EPSON QFP CREE EPCOS ISSI SPANSION MICRON(ST) REALTEK HYNIX WINBOND CIRRUS SST QFN ATI PAM SIPEX DIODES SAMXON LATTICE RAMTRON TI ZETEX TI AD ST MAX ATMEL NS ALTERA MURATA XILINX FSC NXP MICROCHIP SAMSUNG TOS INFINEON CY ON PANASONIC VISHAY MIT IR AVX INTEL LINEAR MICREL BROADCOM SEMIKRON FREESCALE SHARP ALLEGRO MOT ROHM NEC THINKING NVIDIA EVERLIGHT PHI TDK RENESAS MICRON AVAGO YAGEO SANYO DALLAS QUALCOMM WURTH HIT NUVOTON AUO MPS INTERSIL ISD/NUVOTON BB/TI HARVATEK IDT - INTE MIC SONY KEMET SILICON FUJITSU TYCO BB NIPPON CHEMI-CON POWER COILCRAFT BOURNS FUJI AMD LITTELFUSE SEIKO IXYS IDT TRACO COOPER FTDI MOLEX ERICSSOM BCD EPSON QFP CREE EPCOS ISSI SPANSION MICRON(ST) REALTEK HYNIX WINBOND CIRRUS SST QFN ATI PAM SIPEX DIODES SAMXON LATTICE RAMTRON TI ZETEX TI AD ST MAX ATMEL NS ALTERA MURATA XILINX FSC NXP MICROCHIP SAMSUNG TOS INFINEON CY ON PANASONIC VISHAY MIT IR AVX INTEL LINEAR MICREL BROADCOM SEMIKRON FREESCALE SHARP ALLEGRO MOT ROHM NEC THINKING NVIDIA EVERLIGHT PHI TDK RENESAS MICRON AVAGO YAGEO SANYO DALLAS QUALCOMM WURTH HIT NUVOTON AUO MPS INTERSIL ISD/NUVOTON BB/TI HARVATEK IDT - INTE MIC SONY KEMET SILICON FUJITSU TYCO BB NIPPON CHEMI-CON POWER COILCRAFT BOURNS FUJI AMD LITTELFUSE SEIKO IXYS IDT TRACO COOPER FTDI MOLEX ERICSSOM BCD EPSON QFP CREE EPCOS ISSI SPANSION MICRON(ST) REALTEK HYNIX WINBOND CIRRUS SST QFN ATI PAM SIPEX DIODES SAMXON LATTICE RAMTRON TI ZETEX TI AD ST ATMEL NS MAX ALTERA XILINX MURATA FSC MICROCHIP NXP TOS INFINEON SAMSUNG CY PANASONIC ON MIT VISHAY IR AVX INTEL LINEAR MICREL BROADCOM FREESCALE SEMIKRON SHARP ALLEGRO ROHM MOT THINKING NVIDIA EVERLIGHT TDK NEC RENESAS PHI MICRON AVAGO YAGEO QUALCOMM WURTH SANYO DALLAS NUVOTON AUO MPS INTERSIL ISD/NUVOTON HIT HARVATEK MIC KEMET BB/TI SONY FUJITSU TYCO NIPPON CHEMI-CON SILICON BB POWER COILCRAFT BOURNS LITTELFUSE AMD SEIKO IXYS FUJI IDT TRACO COOPER FTDI ERICSSOM MOLEX BCD QFP CREE EPCOS ISSI MICRON(ST) HYNIX CIRRUS SST QFN WINBOND EPSON ATI PAM SPANSION SIPEX SAMXON LATTICE RAMTRON TI EUPEC SW TRIQUINT ZETEX TI AD ST ATMEL NS MAX ALTERA XILINX MURATA FSC MICROCHIP NXP TOS INFINEON SAMSUNG CY PANASONIC ON MIT VISHAY IR AVX INTEL LINEAR MICREL BROADCOM FREESCALE SEMIKRON SHARP ALLEGRO ROHM MOT THINKING NVIDIA EVERLIGHT TDK NEC PHI RENESAS MICRON AVAGO YAGEO QUALCOMM WURTH SANYO DALLAS NUVOTON AUO MPS INTERSIL ISD/NUVOTON HIT HARVATEK MIC KEMET BB/TI SONY FUJITSU TYCO NIPPON CHEMI-CON SILICON BB POWER COILCRAFT BOURNS LITTELFUSE FUJI AMD SEIKO IXYS IDT TRACO COOPER FTDI ERICSSOM MOLEX BCD QFP CREE EPCOS ISSI MICRON(ST) HYNIX CIRRUS SST QFN WINBOND EPSON ATI PAM SPANSION SIPEX SAMXON LATTICE RAMTRON TI EUPEC SW TRIQUINT ZETEX TI AD ST ATMEL NS MAX ALTERA XILINX MURATA FSC MICROCHIP NXP TOS INFINEON SAMSUNG CY PANASONIC ON VISHAY MIT IR AVX INTEL LINEAR MICREL BROADCOM FREESCALE SEMIKRON SHARP ALLEGRO MOT ROHM THINKING NVIDIA EVERLIGHT TDK NEC PHI RENESAS MICRON AVAGO YAGEO QUALCOMM WURTH SANYO DALLAS NUVOTON AUO MPS INTERSIL HIT ISD/NUVOTON HARVATEK MIC KEMET BB/TI SONY FUJITSU TYCO NIPPON CHEMI-CON BB SILICON POWER COILCRAFT BOURNS LITTELFUSE FUJI AMD SEIKO IXYS IDT TRACO COOPER FTDI ERICSSOM MOLEX BCD QFP CREE EPCOS ISSI MICRON(ST) HYNIX CIRRUS SST QFN WINBOND EPSON ATI PAM SIPEX SPANSION SAMXON LATTICE RAMTRON TI EUPEC SW TRIQUINT ZETEX TI AD ST ATMEL NS MAX ALTERA XILINX MURATA FSC MICROCHIP NXP TOS INFINEON SAMSUNG CY PANASONIC ON VISHAY MIT IR AVX INTEL LINEAR MICREL BROADCOM FREESCALE SEMIKRON SHARP ALLEGRO MOT ROHM THINKING NVIDIA EVERLIGHT TDK NEC PHI RENESAS MICRON AVAGO YAGEO QUALCOMM WURTH SANYO DALLAS NUVOTON AUO MPS INTERSIL HIT ISD/NUVOTON HARVATEK MIC KEMET BB/TI SONY FUJITSU TYCO NIPPON CHEMI-CON BB SILICON POWER COILCRAFT BOURNS LITTELFUSE FUJI AMD SEIKO IXYS IDT TRACO COOPER FTDI ERICSSOM MOLEX BCD QFP CREE EPCOS ISSI MICRON(ST) HYNIX CIRRUS SST QFN WINBOND EPSON ATI PAM SIPEX SPANSION SAMXON LATTICE RAMTRON TI EUPEC SW TRIQUINT ZETEX TI AD ST ATMEL NS MAX ALTERA XILINX MURATA FSC MICROCHIP NXP TOS INFINEON SAMSUNG CY PANASONIC ON VISHAY MIT IR AVX INTEL LINEAR MICREL BROADCOM FREESCALE SEMIKRON SHARP ALLEGRO MOT ROHM THINKING NVIDIA EVERLIGHT TDK NEC PHI RENESAS MICRON AVAGO YAGEO QUALCOMM WURTH SANYO DALLAS NUVOTON AUO MPS INTERSIL HIT ISD/NUVOTON HARVATEK MIC KEMET BB/TI SONY FUJITSU TYCO NIPPON CHEMI-CON BB SILICON POWER COILCRAFT BOURNS LITTELFUSE FUJI AMD SEIKO IXYS IDT TRACO COOPER FTDI ERICSSOM MOLEX BCD QFP CREE EPCOS ISSI MICRON(ST) HYNIX CIRRUS SST QFN WINBOND EPSON ATI PAM SIPEX SPANSION SAMXON LATTICE RAMTRON TI EUPEC SW TRIQUINT ZETEX TI AD ST ATMEL NS MAX ALTERA XILINX MURATA FSC MICROCHIP NXP TOS INFINEON CY SAMSUNG PANASONIC ON MIT VISHAY IR AVX INTEL MICREL LINEAR BROADCOM FREESCALE SEMIKRON SHARP ALLEGRO MOT ROHM THINKING NVIDIA EVERLIGHT TDK NEC PHI RENESAS MICRON AVAGO YAGEO QUALCOMM WURTH DALLAS SANYO NUVOTON AUO MPS INTERSIL HIT ISD/NUVOTON HARVATEK MIC KEMET SONY FUJITSU NIPPON CHEMI-CON TYCO SILICON POWER BB COILCRAFT BB/TI BOURNS LITTELFUSE AMD FUJI SEIKO IXYS IDT TRACO COOPER FTDI ERICSSOM QFP CREE MOLEX EPCOS BCD ISSI MICRON(ST) CIRRUS HYNIX SST QFN WINBOND EPSON ATI PAM SIPEX SPANSION SAMXON RAMTRON TI EUPEC SW TRIQUINT ZETEX BOSCH TI AD ST ATMEL NS MAX ALTERA XILINX MURATA FSC MICROCHIP NXP TOS INFINEON CY SAMSUNG PANASONIC ON MIT VISHAY IR AVX INTEL MICREL LINEAR BROADCOM FREESCALE SEMIKRON SHARP ALLEGRO MOT ROHM THINKING NVIDIA EVERLIGHT TDK NEC PHI RENESAS MICRON AVAGO YAGEO QUALCOMM WURTH DALLAS SANYO NUVOTON AUO MPS INTERSIL HIT ISD/NUVOTON HARVATEK MIC KEMET SONY FUJITSU NIPPON CHEMI-CON TYCO SILICON POWER BB COILCRAFT BB/TI BOURNS LITTELFUSE AMD FUJI SEIKO IXYS IDT TRACO COOPER FTDI ERICSSOM QFP CREE MOLEX EPCOS BCD ISSI MICRON(ST) CIRRUS HYNIX SST QFN WINBOND EPSON ATI PAM SIPEX SPANSION SAMXON RAMTRON TI EUPEC SW TRIQUINT ZETEX BOSCH TI AD ST ATMEL NS MAX ALTERA XILINX MURATA FSC MICROCHIP NXP TOS INFINEON CY SAMSUNG PANASONIC ON MIT VISHAY IR AVX INTEL MICREL LINEAR BROADCOM FREESCALE SEMIKRON SHARP ALLEGRO MOT ROHM THINKING NVIDIA EVERLIGHT TDK NEC PHI RENESAS MICRON AVAGO YAGEO QUALCOMM WURTH DALLAS SANYO NUVOTON AUO MPS INTERSIL HIT ISD/NUVOTON HARVATEK MIC KEMET SONY FUJITSU NIPPON CHEMI-CON TYCO SILICON POWER BB COILCRAFT BB/TI BOURNS LITTELFUSE AMD FUJI SEIKO IXYS IDT TRACO COOPER FTDI ERICSSOM QFP CREE MOLEX EPCOS BCD ISSI MICRON(ST) CIRRUS HYNIX SST QFN WINBOND EPSON ATI PAM SIPEX SPANSION SAMXON RAMTRON TI EUPEC SW TRIQUINT ZETEX BOSCH TI AD ST ATMEL NS MAX ALTERA XILINX MURATA FSC MICROCHIP NXP TOS INFINEON CY SAMSUNG PANASONIC ON MIT VISHAY IR AVX INTEL MICREL LINEAR BROADCOM FREESCALE SEMIKRON SHARP ALLEGRO MOT ROHM THINKING NVIDIA EVERLIGHT TDK NEC PHI RENESAS MICRON AVAGO YAGEO QUALCOMM WURTH DALLAS SANYO NUVOTON AUO MPS INTERSIL HIT ISD/NUVOTON HARVATEK MIC KEMET SONY FUJITSU NIPPON CHEMI-CON TYCO SILICON POWER BB COILCRAFT BB/TI BOURNS LITTELFUSE AMD FUJI SEIKO IXYS IDT TRACO COOPER FTDI ERICSSOM QFP CREE MOLEX EPCOS BCD ISSI MICRON(ST) CIRRUS HYNIX SST QFN WINBOND EPSON ATI PAM SIPEX SPANSION SAMXON RAMTRON TI EUPEC SW TRIQUINT ZETEX BOSCH TI AD ST ATMEL NS MAX ALTERA XILINX MURATA FSC MICROCHIP NXP TOS INFINEON CY SAMSUNG PANASONIC ON VISHAY MIT IR AVX INTEL MICREL LINEAR BROADCOM FREESCALE SEMIKRON SHARP ALLEGRO MOT ROHM THINKING NVIDIA EVERLIGHT TDK NEC PHI RENESAS MICRON AVAGO YAGEO QUALCOMM WURTH DALLAS SANYO NUVOTON AUO MPS INTERSIL HIT ISD/NUVOTON HARVATEK MIC KEMET SONY FUJITSU NIPPON CHEMI-CON TYCO SILICON POWER BB BOURNS COILCRAFT BB/TI LITTELFUSE AMD FUJI SEIKO IXYS IDT TRACO COOPER FTDI ERICSSOM QFP CREE MOLEX EPCOS BCD ISSI MICRON(ST) CIRRUS HYNIX SST QFN WINBOND EPSON ATI PAM SIPEX SPANSION SAMXON RAMTRON TI EUPEC SW TRIQUINT ZETEX BOSCH TI AD ST ATMEL NS MAX ALTERA XILINX MURATA FSC MICROCHIP NXP TOS INFINEON CY SAMSUNG PANASONIC ON VISHAY MIT IR AVX INTEL MICREL LINEAR BROADCOM FREESCALE SEMIKRON SHARP ALLEGRO MOT ROHM THINKING NVIDIA EVERLIGHT TDK NEC PHI RENESAS MICRON AVAGO YAGEO QUALCOMM WURTH DALLAS SANYO NUVOTON AUO MPS INTERSIL HIT ISD/NUVOTON HARVATEK MIC KEMET SONY FUJITSU NIPPON CHEMI-CON TYCO SILICON POWER BB BOURNS COILCRAFT BB/TI LITTELFUSE AMD FUJI SEIKO IXYS IDT TRACO COOPER FTDI ERICSSOM QFP CREE MOLEX EPCOS BCD ISSI MICRON(ST) CIRRUS HYNIX SST QFN WINBOND EPSON ATI PAM SIPEX SPANSION SAMXON RAMTRON TI EUPEC SW TRIQUINT ZETEX BOSCH TI AD ATMEL ST NS MAX ALTERA XILINX NXP MURATA FSC MICROCHIP TOS INFINEON SAMSUNG CY PANASONIC ON VISHAY MIT BROADCOM AVX IR INTEL MICREL LINEAR FREESCALE SEMIKRON SHARP ALLEGRO ROHM MOT THINKING NVIDIA EVERLIGHT TDK NEC PHI RENESAS MICRON AVAGO YAGEO INTERSIL QUALCOMM
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DIODES AZ23C5V1 This is an offer provided by HKin.com member. In stock! Order now! Electronic Components. AZ23C5V1. Panda Tech (HK) Limited in excellent condition In stock! Order now!
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AZ23C5V1,AZ23C5V1 ,Comments from user about AZ23C5V1 : Energy is stored in the electrostatic field. Single-chip processors increase reliability as there were many fewer electrical connections to fail. This type of circuit is usually called "mixed signal" rather than analog or digital. Semiconductor components benefit from Moore's Law, an observed principle which states that, for a given price, semiconductor functionality doubles every two years.
The integration of a whole CPU onto a single chip or on a few chips greatly reduced the cost of processing power.
As integrated circuit technology advanced, it was feasible to manufacture more and more complex processors on a single chip.[3]
Each microarchitectural element is in turn represented by a schematic describing the interconnections of logic gates used to implement it.
Bipolar junction transistors are formed from two p-n junctions, in either n-p-n or p-n-p configuration. Anything related to :AZ23C5V1, or electronic components and electronic component distributors such as:fairchild ,avx capacitor , or electronics part index in: AZ23C5V1 , search hkinventory: AZ23C5V1 , 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. 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 required IEEE standard 1164, which defined the 9-value logic types: scalar std_ulogic and its vector version std_ulogic_vector. Both versions can run 32-bit legacy applications without any performance penalty as well as new 64-bit software. Datasheet Dir , DataSheet Archive passive component and active component such as:1N4148 , or 6502 The integrated circuit's mass production capability, reliability, and building-block approach to circuit design ensured the rapid adoption of standardized ICs in place of designs using discrete transistors. voltage amplifiers or buffer amplifiers. It was made of Germanium and had a voltage capability of 200 volts and a current rating of 35 amperes. 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. For example driver circuit AZ23C5V1 ,Comments from user about AZ23C5V1 : As microprocessor designs get faster, the cost of manufacturing a chip (with smaller components built on a semiconductor chip the same size) generally stays the same. The net result is that the turn-off switching loss of an IGBT is considerably higher than its turn-on loss. The compact size, the possibility of narrow bandwidth, switching speed, and extreme reliability of LEDs has allowed new text and video displays and sensors to be developed, while their high switching rates are also useful in advanced communications technology. As it is a physical limit, no improvement is expected from silicon MOSFETs concerning their maximum voltage ratings. An active filter is a type of analog electronic filter, distinguished by the use of one or more active components i. As microprocessor designs get faster, the cost of manufacturing a chip (with smaller components built on a semiconductor chip the same size) generally stays the same. This CPU cache has the advantage of faster access than off-chip memory, and increses the processing speed of the system for many applications. The choice of the number of execution units, their latency and throughput is a central microarchitectural design task. Anything related to :AZ23C5V1, or electronic components and electronic component distributors such as:fairchild ,avx capacitor , or electronics part index in: AZ23C5V1 See also: