Index Files Offer Index 10
NXP/PHI SIPEX SPANSION STACKPOLE TECHNOLOGY, INC. ASTEC ALLEGRO TI TI AD ST ALTERA ATMEL NS MAX XILINX NXP INTEL SAMSUNG MICROCHIP CY FSC MURATA TOS ON PANASONIC INFINEON VISHAY AVX FUJI IR FREESCALE LINEAR NVIDIA SEMIKRON MICRON LATTICE AMD MOT BRIGHT NEC PHI BROADCOM ROHM DALLAS STMICROELECTRONICS SANYO ALLEGRO SHARP RENESAS YAGEO INTERSIL HIT QUALCOMM MIT KEMET AVAGO ISSI HARVATEK MOLEX MICREL COOPER NUVOTON ATI ISD/NUVOTON TDK AGILENT FUJITSU HYNIX IDT BOURNS COILCRAFT LITTELFUSE KOA KAOHSIUNG CORPORATION INNOLUX SEIKO ELPIDA TRACO CIRRUS EPCOS MPS SST LAMBDA DIP RECOM 模块 EUPEC WINBOND AUO BB/TI SILICON CREE IC BB BCD EVERLIGHT ABB POWER QFN EPSON RECTRON SPANSION SONY CJ(CHINA) AOS NXP/PHI SIPEX STACKPOLE TECHNOLOGY, INC. TI AD ST MAX ALTERA ATMEL NXP NS XILINX INTEL MICROCHIP SAMSUNG CY FSC ON MURATA TOS PANASONIC INFINEON VISHAY IR AVX FREESCALE LINEAR NVIDIA LATTICE MICRON MOT SEMIKRON AMD NEC PHI BROADCOM ALLEGRO ROHM SANYO DALLAS FUJI SHARP STMICROELECTRONICS COILCRAFT RENESAS YAGEO INTERSIL AVAGO QUALCOMM HIT MIT KEMET ISSI HARVATEK SUMIDA MOLEX COOPER MICREL TDK NUVOTON ATI ISD/NUVOTON FUJITSU HYNIX AGILENT IDT BOURNS LITTELFUSE KOA KAOHSIUNG CORPORATION TRACO SEIKO INNOLUX BB ELPIDA CIRRUS EPCOS MPS SST SILICON DIP EUPEC RECOM 模块 POWER WINBOND AUO BB/TI CREE IC EVERLIGHT BCD SPANSION EPSON SONY RECTRON AOS CJ(CHINA) QFN SIPEX NXP/PHI STACKPOLE TECHNOLOGY, INC. COSEL MXIC TI AD ST MAX ALTERA ATMEL NXP NS XILINX INTEL MICROCHIP CY SAMSUNG ON FSC MURATA TOS INFINEON PANASONIC VISHAY IR AVX FREESCALE LINEAR NVIDIA LATTICE MICRON MOT AMD SEMIKRON NEC PHI BROADCOM ALLEGRO ROHM SANYO DALLAS FUJI SHARP STMICROELECTRONICS COILCRAFT RENESAS YAGEO INTERSIL AVAGO HIT QUALCOMM MIT ISSI KEMET HARVATEK SUMIDA MOLEX COOPER MICREL TDK NUVOTON ATI ISD/NUVOTON FUJITSU AGILENT IDT BOURNS LITTELFUSE HYNIX KOA KAOHSIUNG CORPORATION TRACO BB SEIKO INNOLUX CIRRUS EPCOS MPS SST SILICON DIP EUPEC RECOM 模块 POWER WINBOND TE CONNECTIVITY AUO BB/TI CREE IC EVERLIGHT BCD SPANSION SONY EPSON RECTRON DIODES AOS CJ(CHINA) QFN SIPEX NXP/PHI STACKPOLE TECHNOLOGY, INC. COSEL TI AD MAX ALTERA ST ATMEL NXP NS MICROCHIP XILINX TOS CY ON INFINEON FSC INTEL MURATA PANASONIC IR VISHAY MICRON SAMSUNG AVX FREESCALE LINEAR LATTICE MOT SEMIKRON MIT NEC PHI BROADCOM ALLEGRO DALLAS COILCRAFT AMD ROHM RENESAS SHARP FUJI NVIDIA STMICROELECTRONICS YAGEO AVAGO INTERSIL HIT QUALCOMM KEMET HARVATEK ISSI SUMIDA MOLEX COOPER MICREL TDK NUVOTON SANYO ISD/NUVOTON AGILENT FUJITSU VICOR IDT BOURNS LITTELFUSE KOA KAOHSIUNG CORPORATION TRACO BB SEIKO INNOLUX SONY CIRRUS EPCOS MPS SILICON DIP SST 模块 POWER TE CONNECTIVITY BB/TI AUO WINBOND IC CREE EVERLIGHT ATI EUPEC BCD SPANSION EPSON DIODES AOS CJ(CHINA) QFN NXP/PHI SIPEX STACKPOLE TECHNOLOGY, INC. MIC JST MXIC TI AD MAX ST ALTERA NS ATMEL NXP MICROCHIP XILINX TOS CY ON INFINEON INTEL FSC MURATA PANASONIC IR VISHAY MICRON SAMSUNG FREESCALE AVX LINEAR LATTICE MOT SEMIKRON PHI NEC RENESAS MIT BROADCOM ALLEGRO DALLAS NVIDIA ROHM COILCRAFT AMD SHARP FUJI STMICROELECTRONICS YAGEO HIT INTERSIL AVAGO QUALCOMM ISSI KEMET HARVATEK SUMIDA MOLEX MICREL COOPER SANYO TDK NUVOTON BB ISD/NUVOTON FUJITSU AGILENT VICOR IDT BOURNS LITTELFUSE KOA KAOHSIUNG CORPORATION SONY TRACO SEIKO INNOLUX CIRRUS MPS EPCOS SST SILICON DIP 模块 POWER TE CONNECTIVITY BB/TI WINBOND AUO IC CREE EVERLIGHT ATI EUPEC BCD SPANSION MIC EPSON DIODES AOS CJ(CHINA) QFN SIPEX NXP/PHI STACKPOLE TECHNOLOGY, INC. HYNIX MXIC TI AD ST MAX NS NXP ALTERA TOS ATMEL ON MICROCHIP INTEL XILINX INFINEON VISHAY CY FSC MURATA PANASONIC MICRON SAMSUNG IR AVX LINEAR FREESCALE LATTICE MOT AMD PHI SEMIKRON NEC NVIDIA RENESAS BROADCOM ALLEGRO ROHM COILCRAFT DALLAS SHARP AVAGO YAGEO HIT INTERSIL KEMET HARVATEK ISSI MIT SANYO SUMIDA MOLEX COOPER MICREL QUALCOMM NUVOTON BB ATI ISD/NUVOTON TDK FUJI FUJITSU AGILENT VICOR BOURNS EUPEC LITTELFUSE KOA KAOHSIUNG CORPORATION MCP TRACO IDT SEIKO SONY INNOLUX EPCOS MPS CIRRUS SST SILICON DIP RECOM 模块 POWER TE CONNECTIVITY BB/TI AUO IC EVERLIGHT SPANSION WINBOND CREE MIC BCD DIODES AOS CJ(CHINA) QFN NXP/PHI AT EPSON STACKPOLE TECHNOLOGY, INC. MXIC TI AD ST MAX NS NXP ALTERA TOS ATMEL FSC ON MICROCHIP INTEL XILINX INFINEON VISHAY CY MURATA PANASONIC MICRON SAMSUNG IR AVX FREESCALE LINEAR AMD LATTICE MOT PHI SEMIKRON NEC NVIDIA RENESAS BROADCOM ALLEGRO ROHM COILCRAFT DALLAS SHARP AVAGO YAGEO FUJI HIT HARVATEK ISSI KEMET MIT SANYO INTERSIL MOLEX SUMIDA COOPER MICREL QUALCOMM NUVOTON BB ATI ISD/NUVOTON TDK FUJITSU AGILENT VICOR BOURNS EUPEC LITTELFUSE KOA KAOHSIUNG CORPORATION MCP SONY TRACO IDT SEIKO INNOLUX EPCOS MPS CIRRUS SST SPANSION DIP SILICON RECOM 模块 TE CONNECTIVITY WINBOND BB/TI AUO IC EVERLIGHT BCD CREE MIC POWER DIODES AOS HYNIX CJ(CHINA) QFN NXP/PHI AT EPSON STACKPOLE TECHNOLOGY, INC. TI AD ST MAX NS NXP ALTERA ATMEL FSC MICROCHIP ON TOS INTEL XILINX INFINEON CY VISHAY MURATA PANASONIC MICRON SAMSUNG IR AVX FREESCALE LINEAR MOT LATTICE AMD SEMIKRON PHI NEC IXYS BROADCOM ALLEGRO ROHM RENESAS COILCRAFT AVAGO DALLAS SHARP NVIDIA YAGEO FUJI HIT 模块 SANYO HARVATEK ISSI KEMET MIT INTERSIL MOLEX SUMIDA ATI COOPER QUALCOMM MICREL NUVOTON POWER TDK BB ISD/NUVOTON VICOR EUPEC IDT BOURNS LITTELFUSE FUJITSU SONY TRACO KOA KAOHSIUNG CORPORATION MCP SEIKO EPCOS MPS SST SPANSION SILICON RECOM MURATA PS WINBOND TE CONNECTIVITY INNOLUX BB/TI EVERLIGHT IC BCD CREE MIC CIRRUS DIODES AT QFN AOS NXP/PHI EPSON STACKPOLE TECHNOLOGY, INC. JST REALTEK MXIC TI AD ST MAX NS NXP ALTERA ATMEL FSC MICROCHIP ON TOS INTEL XILINX INFINEON CY VISHAY MURATA PANASONIC MICRON SAMSUNG IR AVX FREESCALE LINEAR MOT SEMIKRON LATTICE AMD PHI NEC IXYS BROADCOM ALLEGRO ROHM RENESAS AVAGO COILCRAFT DALLAS SHARP NVIDIA YAGEO FUJI HIT 模块 MIT SANYO HARVATEK ISSI KEMET INTERSIL MOLEX SUMIDA ATI COOPER QUALCOMM MICREL NUVOTON POWER TDK BB ISD/NUVOTON VICOR EUPEC IDT BOURNS FUJITSU LITTELFUSE SONY TRACO KOA KAOHSIUNG CORPORATION MCP SEIKO EPCOS MPS SST SPANSION SILICON RECOM MURATA PS WINBOND TE CONNECTIVITY INNOLUX BB/TI EVERLIGHT IC BCD CREE MIC CIRRUS DIODES AT QFN AOS NXP/PHI EPSON STACKPOLE TECHNOLOGY, INC. JST REALTEK MXIC TI AD ST MAX NS NXP FSC MICROCHIP ATMEL ALTERA ON XILINX TOS INFINEON CY INTEL VISHAY MURATA MICRON PANASONIC SAMSUNG AVX IR FREESCALE LINEAR MOT NEC SEMIKRON LATTICE AMD ALLEGRO PHI BROADCOM HIT ROHM RENESAS AVAGO DALLAS SHARP YAGEO FUJI IXYS SUMIDA 模块 MIT HARVATEK SANYO KEMET MOLEX COOPER QUALCOMM MICREL NUVOTON BB ISD/NUVOTON TDK NVIDIA VICOR INTERSIL EUPEC COILCRAFT BOURNS FUJITSU LITTELFUSE SONY TRACO MCP SEIKO IDT POWER EPCOS ATI ISSI MPS SILICON RECOM SPANSION TE CONNECTIVITY VISHAY DALE WINBOND INNOLUX BB/TI EVERLIGHT IC SST CREE BCD MIC DIODES CIRRUS AT QFN AOS EPSON JST AUO HYNIX TI JAE WCH TI AD ST MAX NS NXP FSC MICROCHIP ATMEL ALTERA ON XILINX TOS INFINEON CY INTEL VISHAY MURATA MICRON PANASONIC SAMSUNG AVX IR FREESCALE MOT LINEAR NEC SEMIKRON LATTICE AMD ALLEGRO PHI BROADCOM HIT ROHM RENESAS AVAGO DALLAS RECOM SHARP YAGEO FUJI IXYS SUMIDA 模块 MIT HARVATEK SANYO KEMET MOLEX COOPER QUALCOMM MICREL NUVOTON BB ISD/NUVOTON TDK NVIDIA TRACO VICOR INTERSIL EUPEC COILCRAFT BOURNS FUJITSU LITTELFUSE SONY MCP SEIKO IDT POWER EPCOS ATI ISSI MPS SILICON SPANSION TE CONNECTIVITY VISHAY DALE WINBOND INNOLUX BB/TI EVERLIGHT IC SST CREE BCD MIC DIODES CIRRUS AT QFN AOS EPSON JST AUO HYNIX TI JAE WCH TI AD ST MAX NS NXP MICROCHIP FSC ATMEL ALTERA ON XILINX TOS CY INTEL INFINEON VISHAY MURATA MICRON PANASONIC SAMSUNG AVX FREESCALE IR LINEAR MOT LATTICE NEC AMD ALLEGRO PHI SEMIKRON HIT BROADCOM ROHM RENESAS DALLAS RECOM AVAGO SHARP YAGEO IXYS FUJI SUMIDA 模块 HARVATEK KEMET MIT SANYO MOLEX COOPER QUALCOMM MICREL NUVOTON BB ISD/NUVOTON TDK NVIDIA TRACO VICOR COILCRAFT INTERSIL BOURNS LITTELFUSE SONY MCP EUPEC SEIKO POWER FUJITSU IDT ATI ISSI MPS EPCOS SILICON SPANSION TE CONNECTIVITY VISHAY DALE INNOLUX BB/TI WINBOND IC CREE SST BCD DIODES EVERLIGHT AT QFN MIC AOS CIRRUS EPSON JST AUO TI JAE WCH HYNIX TI AD ST MAX NS NXP MICROCHIP FSC ATMEL ALTERA ON XILINX TOS CY INTEL INFINEON VISHAY MURATA MICRON PANASONIC SAMSUNG AVX FREESCALE IR LINEAR MOT LATTICE NEC AMD ALLEGRO PHI SEMIKRON HIT BROADCOM ROHM RENESAS DALLAS RECOM AVAGO SHARP YAGEO IXYS FUJI SUMIDA 模块 HARVATEK KEMET MIT SANYO MOLEX COOPER QUALCOMM MICREL NUVOTON BB ISD/NUVOTON TDK NVIDIA TRACO VICOR COILCRAFT INTERSIL BOURNS LITTELFUSE SONY MCP EUPEC SEIKO POWER FUJITSU IDT ATI ISSI MPS EPCOS SILICON SPANSION TE CONNECTIVITY VISHAY DALE INNOLUX BB/TI WINBOND IC CREE SST BCD DIODES EVERLIGHT AT QFN MIC AOS CIRRUS EPSON JST AUO TI JAE WCH HYNIX TI AD ST MAX NS NXP MICROCHIP FSC ATMEL ALTERA ON XILINX TOS CY INTEL INFINEON VISHAY MURATA MICRON PANASONIC SAMSUNG AVX FREESCALE IR LINEAR MOT LATTICE NEC AMD ALLEGRO PHI SEMIKRON HIT BROADCOM ROHM RENESAS DALLAS RECOM AVAGO SHARP YAGEO IXYS FUJI SUMIDA 模块 HARVATEK KEMET MIT SANYO MOLEX COOPER QUALCOMM MICREL BB ISD/NUVOTON TDK NVIDIA TRACO VICOR COILCRAFT INTERSIL BOURNS LITTELFUSE SONY MCP EUPEC SEIKO POWER FUJITSU IDT ATI MPS EPCOS SILICON SPANSION TE CONNECTIVITY VISHAY DALE INNOLUX BB/TI IC CREE SST DIODES EVERLIGHT AT QFN MIC AOS CIRRUS EPSON ISSI WINBOND JST AUO TI JAE WCH HYNIX BOSCH EXAR(SIPEX) TI AD ST MAX NS NXP MICROCHIP FSC ATMEL ALTERA ON XILINX TOS CY INTEL INFINEON VISHAY MURATA MICRON PANASONIC SAMSUNG AVX FREESCALE IR LINEAR MOT LATTICE NEC AMD PHI SEMIKRON HIT BROADCOM ROHM RENESAS RECOM AVAGO DALLAS SHARP YAGEO IXYS FUJI SUMIDA 模块 HARVATEK KEMET MIT SANYO MOLEX COOPER QUALCOMM MICREL ISD/NUVOTON TDK NVIDIA TRACO VICOR COILCRAFT INTERSIL BOURNS LITTELFUSE BB SONY MCP EUPEC ALLEGRO SEIKO FUJITSU POWER IDT ATI MPS EPCOS SILICON SPANSION TE CONNECTIVITY VISHAY DALE INNOLUX BB/TI IC CREE EVERLIGHT AT QFN MIC AOS DIODES CIRRUS SST EPSON WINBOND JST AUO ISSI TI JAE WCH BOSCH HYNIX EXAR(SIPEX) TI AD ST MAX NS NXP ALTERA FSC MICROCHIP ATMEL XILINX ON TOS INTEL CY INFINEON VISHAY MURATA MICRON PANASONIC SAMSUNG AVX FREESCALE IR MOT LINEAR NEC LATTICE PHI IXYS AMD SEMIKRON ROHM BROADCOM RENESAS AVAGO RECOM DALLAS SHARP YAGEO FUJI HIT SUMIDA 模块 MIT HARVATEK SANYO KEMET MOLEX COOPER QUALCOMM MICREL ISD/NUVOTON TDK NVIDIA TRACO ISSI VICOR INTERSIL COILCRAFT BOURNS LITTELFUSE FUJITSU BB SONY MCP EUPEC JRC SEIKO ALLEGRO POWER MPS ATI EPCOS IDT SILICON SST SPANSION TE CONNECTIVITY VISHAY DALE INNOLUX BB/TI IC CREE DIODES EVERLIGHT AT QFN AOS CIRRUS MIC NXP/PHI WINBOND EPSON JST AUO TI ASTEC HYNIX JAE 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
Product Summary
IXYS MCD312/16IO1B This is an offer provided by HKin.com member. In stock! Order now! Electronic Components. MCD312/16IO1B. BeiJing Jietuozijing Science and Technology Co., Ltd. in excellent condition In stock! Order now!
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Previous Parts:TGA2924-SG HFC-1608C-82NJ AD8544AR 0603CS-16NXJBW AD7671ASTZ B39721-B7738-K710 NT68660UFG AD8138ARMZ DTC124TKA NFA6CCC220S1H6L 220-2512-14P NFM18PC04R1C3D UBA2013T/N5 SMV1270-079 ZRA400F02TA DDTA113ZE-13-F 13P1-1KNOJO1
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MCD312/16IO1B,MCD312/16IO1B ,Comments from user about MCD312/16IO1B :
Techniques such as branch prediction and speculative execution are used to lessen these branch penalties. Non-programmable controls would require complex, bulky, or costly implementation to achieve the results possible with a microprocessor.
The key advantage of VHDL, when used for systems design, is that it allows the behavior of the required system to be described (modeled) and verified (simulated) before synthesis tools translate the design into real hardware (gates and wires). Execution units include arithmetic logic units (ALU), floating point units (FPU), load/store units, branch prediction, and SIMD. Affordable 8-bit microprocessors with 16-bit addressing also led to the first general-purpose microcomputers from the mid-1970s on. Execution units include arithmetic logic units (ALU), floating point units (FPU), load/store units, branch prediction, and SIMD. Speculative execution is a further enhancement in which the code along the predicted path is not just prefetched but also executed before it is known whether the branch should be taken or not. The power MOSFET has the advantages of the majority carrier devices, so it can achieve very high operating frequency, but can't be used with high voltages. Anything related to :MCD312/16IO1B, or electronic components and electronic component distributors such as:fairchild ,avx capacitor , or electronics part index in: MCD312/16IO1B , search hkinventory: MCD312/16IO1B ,
Sun Microsystems has released the Niagara and Niagara 2 chips, both of which feature an eight-core design. The trip solenoid that releases the latch is usually energized by a separate battery, although some high-voltage circuit breakers are self-contained with current transformers, protection relays, and an internal control power source. 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. They are also called power devices or when used in integrated circuits, called power ICs. Datasheet Dir , DataSheet Archive passive component and active component such as:1N4148 , or 6502 Key changes include incorporation of child standards (1164, 1076.2, 1076.3) into the main 1076 standard, an extended set of operators, more flexible syntax of case and generate statements, incorporation of VHPI (interface to C/C++ languages) and a subset of PSL (Property Specification Language). 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. The trade-off between voltage, current and frequency ratings also exists for the switches. The size, latency, throughput and connectivity of memories within the system are also microarchitectural decisions. For example driver circuit MCD312/16IO1B ,Comments from user about MCD312/16IO1B :
The main reason why semiconductor materials are so useful is that the behavior of a semiconductor can be easily manipulated by the addition of impurities, known as doping.
A different approach to improving a computer's performance is to add extra processors, as in symmetric multiprocessing designs, which have been popular in servers and workstations since the early 1990s.Different temperature coefficients are specified for various applications, including nuclear, electrical and magnetic. The pipelined architecture allows multiple instructions to overlap in execution, much like an assembly line. Low-pass filters ?attenuation of frequencies above their cut-off points. This problem is caused by the slow decay of the conduction current during turn-off resulting from slow recombination of large number of carriers, which flood the thick 'drift' region of the IGBT during conduction. 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. 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. Anything related to :MCD312/16IO1B, or electronic components and electronic component distributors such as:fairchild ,avx capacitor , or electronics part index in: MCD312/16IO1B See also: