AVR2027: AES Security Module
Abstract: AVR2027 avr 256 aes AT86RF212 AES-128 AT86RF231 wireless integrity checksum wireless encrypt RFC3610
Contextual Info: AVR2027: AES Security Module Features • Overview of IEEE 802.15.4 , cryptography - Security of algorithm and protocol - Encryption modes - Implementation issues • Using the AES security module in IEEE 802.15.4 and other contexts - Register description
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avr2027at86rf231at86rf212avr2027: aes security module+5avr 256 aesaes-128wireless integrity checksumwireless encryptrfc3610
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0000-1FFFH
Contextual Info: DS5001FP M L L A DS5001FP S SEMICONDUCTOR 128K Micro Chip FEATURES PIN CONNECTIONS • Enhanced CMOS microcontroller addresses up to 128K of NV SRAM for program/data ia « N m < p iiJ P < p tJ J O U J O z J o ftC S c *C k ma.û.OLœcLOZU(D<ffia.aock.œ • Bytewide address/data bus leaves port pins
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ds5001fpcrc-16ds500180-pin+10000-1fffh
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intel 8051 timing characteristics
Abstract: transmission code 73 AN086 LXT441 SP504 511-test pseudo random generator intel 8051 application information
Contextual Info: Using the LXT441 Parallel Transmit Register Application Note January 2001 Order Number: 249174-001 As of January 15, 2001, this document replaces the Level One document known as AN086. Information in this document is provided in connection with Intel products. No license, express or implied, by estoppel or otherwise, to any intellectual
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lxt441an086intel 8051 timing characteristicstransmission code 73+4sp504511-testpseudo random generatorintel 8051 application information
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HM62256 sram
Abstract: intel 8042 peripherals and memory allocation of 8051 sfwa 69 ST7-16 CRC-16 DS5001FP BA13d 8088 memory interface SRAM P6650
Contextual Info: DALLAS SEMICONDUCTOR CORP Sbim30 3CIE D 0003320 0 • DAL DS5001FP m ■tea DALLAS SEMICONDUCTOR DS5001FP 128K Micro Chip rj-ÉiMMii FEATURES PIN CONNECTIONS • Enhanced CMOS microcontroller addresses up to 128K of NV SRAM for program/data I I I < p u p < o u O u j O z ] ù in ù N Q
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2bl413gds5001fpds5000fp80-pin+9hm62256 sramintel 8042peripherals and memory allocation of 8051sfwa 69st7-16crc-16ba13d8088 memory interface sramp6650
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LXT441
Abstract: SP504 511TE0
Contextual Info: APPLICATION NOTE 86 OCTOBER 1998 Revision 1.0 LXT441 Using the Parallel Transmit Register General Description Main Program With the integration of the DDS DSU/CSU functionality into communication equipment, the traditional building blocks of serial communication have been blurred. In the
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lxt441lxd44ramentopds-t86-r1sp504+1511te0
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instruction set of TMS320C50 DSP PROCESSOR
Abstract: Y255 D255 TLC32040 TMS320 TMS320C50 feedback LMS adaptive Filters 1C10H instruction set tms320c50 TMS320C50 specifications
Contextual Info: Implementing a Single Channel Active Adaptive Noise Canceller with the TMS320C50 DSP Starter Kit APPLICATION REPORT: SPRA285 Authors: Stéphane Boucher Martin Bouchard Andre L'esperance Bruno Paillard Department of Electrical and Computer Engineering Faculty of Applied Sciences
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tms320c50spra2851988atms320c5x+9instruction set of tms320c50 dsp processory255d255tlc32040tms320feedback lms adaptive filters1c10hinstruction set tms320c50tms320c50 specifications
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linear convolution code in TMS320C50
Abstract: linear convolution in TMS320C50 sampling code in tms320c50 spra285 2448h adaptive noise cancellation Y255 feedback LMS adaptive Filters TMS320C50 specifications IFR 6000
Contextual Info: Implementing a Single Channel Active Adaptive Noise Canceller with the TMS320C50 DSP Starter Kit APPLICATION REPORT: SPRA285 Authors: Stéphane Boucher Martin Bouchard Andre L'esperance Bruno Paillard Department of Electrical and Computer Engineering Faculty of Applied Sciences
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tms320c50spra2851988atms320c5x+9linear convolution code in tms320c50linear convolution in tms320c50sampling code in tms320c502448hadaptive noise cancellationy255feedback lms adaptive filterstms320c50 specificationsifr 6000
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SLM76CF3601P
Abstract: vqfn8 SLM76CF3201P AMK-06 7470-LA DOG MARKING CODE M2M SIM free tool temp 162 012010 V 7470
Contextual Info: Chip Card & Security SLM 76CF3601P 360 kBytes E²PROM 8 kBytes RAM 16-bit ROM-less security controller optimized for M2M applications in 0.13 µm CMOS technology Short Product Information January 2010 SLM76CF3201P Short Product Information Revision History:
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76cf3601p16-bitslm76cf3201pslm76cf3601p+13256kb320kb360kb400kb448kbvqfn8amk-067470-ladog marking codem2m sim freetool temp 162012010v 7470
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SLM76CF3201P
Abstract: SLM76CF5120P 76CF5120P AMK-06 SLE76 V 7470 slm76cf512 7470-LA random initialization vector
Contextual Info: Chip Card & Security SLM 76CF5120P 504 kBytes E²PROM 8 kBytes RAM 16-bit ROM-less security controller optimized for M2M applications in 0.13 µm CMOS technology Short Product Information January 2010 SLM76CF3201P Short Product Information Revision History:
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76cf5120p16-bitslm76cf3201pslm76cf5120p+11256kb320kb360kb400kb448kbamk-06sle76v 7470slm76cf5127470-larandom initialization vector
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AMK-06
Abstract: SLE76 7470-LA SLM76CF2562P AMK06 AMk 06 M2M5 SLM76 SLM76P JESD22-b103
Contextual Info: Chip Card & Security SLM 76CF2562P 256 kBytes E²PROM 8 kBytes RAM 16-bit ROM-less security controller optimized for M2M applications in 0.13 µm CMOS technology Short Product Information January 2010 SLM76CF2562P Short Product Information Revision History:
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76cf2562p16-bitslm76cf2562p256kb+13320kb360kb400kb448kbamk-06sle767470-laamk06amk 06m2m5slm76slm76pjesd22-b103
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vr5500
Abstract: VR4121 mips VR12000 U13751E VR5432 TAG726 VR10000 Series VR4121 VR12000A VR4100
Contextual Info: Application Note VR Series 64-/32-Bit Microprocessor Programming Guide Target Devices VR4100 Series™ VR4300 Series™ VR5000 Series™ VR5432™ VR5500™ VR10000 Series™ Document No. U10710EJ5V0AN00 5th edition Date Published November 2001 N CP(K)
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64-/32-bitvr4100vr4300vr5000+14vr5432tmvr5500tmvr10000u10710ej5v0an00u10710ej5v0anvr5500vr4121 mipsvr12000u13751evr5432tag726vr10000 seriesvr4121vr12000a
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st24c02 eeprom circuit diagram
Abstract: programmation eprom ST24C02 alternate SDA st9 technical AN411 AN415 ST24C16 st25cxx ecron
Contextual Info: APPLICATION NOTE USING THE I2C-bus PROTOCOL WITH THE ST9 Myriam Chabaud and Alan Dunworth INTRODUCTION The Serial Peripheral Interface SPI in the ST9 has been designed to handle a wide variety of serial bus protocols, including SBUS, IMBUS, and I2C-bus. Certain standard I2C-bus features have not been directly
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st24c02 eeprom circuit diagramprogrammation epromst24c02alternate sda+6st9 technicalan411an415st24c16st25cxxecron
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st9 technical
Abstract: st24c02 eeprom circuit diagram 24C02 AN411 AN415 ST24C02 ST24C16 RR831 ST24Cxx 24c02 clr
Contextual Info: APPLICATION NOTE USING THE I2C-bus PROTOCOL WITH THE ST9 Myriam Chabaud and Alan Dunworth INTRODUCTION The Serial Peripheral Interface SPI in the ST9 has been designed to handle a wide variety of serial bus protocols, including SBUS, IMBUS, and I2C-bus. Certain standard I2C-bus features have not been directly
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st9 technicalst24c02 eeprom circuit diagram24c02an411+6an415st24c02st24c16rr831st24cxx24c02 clr
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EBC 546A
Abstract: CBC 546A CBC 548 AN01244 AN01 CBC 548 B random initialization vector wireless encrypt
Contextual Info: Using AES Encryption and Decryption with Stellaris Microcontrollers Application Note AN01 251 -0 2 Copyrig ht 200 9 Te xas In strumen ts Application Note Using AES Encryption and Decryption with Stellaris® Microcontrollers Copyright Copyright © 2009 Texas Instruments, Inc. All rights reserved. Stellaris and StellarisWare are registered trademarks of Texas Instruments. ARM and
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ebc 546acbc 546acbc 548an01244+4an01cbc 548 brandom initialization vectorwireless encrypt
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ET70
Abstract: sim card controller ic
Contextual Info: Chip Card & Security SLE 76C720P 296 kBytes User-ROM 72 kBytes E²PROM 8 kBytes RAM 16-bit security controller optimized for mobile communication applications in 0.13 µm CMOS technology Short Product Information 10.08 SLE 76C720P Short Product Information
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76c720p16-bitsle76c720p144kb+6256kb320kb360kb400kbet70sim card controller ic
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ET70
Contextual Info: Chip Card & Security SLE 76C1440P 296 kBytes User-ROM 144 kBytes E²PROM 8 kBytes RAM 16-bit security controller optimized for mobile communication applications in 0.13 µm CMOS technology Short Product Information 10.08 SLE 76C1440P Short Product Information
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CF3201P
Abstract: SLE 76CF3201P 400KB
Contextual Info: Chip Card & Security ICs SLE 76CF3201P 320 kBytes E²PROM 8 kBytes RAM 16-bit ROM-less security controller optimized for mobile communication applications in 0.13 µm CMOS technology Short Product Information 03.07 SLE 76CF3201P Short Product Information Ref.: SPI_SLE76CF3201P_0307
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76cf3201p16-bitsle76cf3201p256kb+6320kb360kb400kb448kbcf3201psle 76cf3201p
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circuit for pseudo random generator
Abstract: ET70 SLE76 random initialization vector
Contextual Info: Chip Card & Security ICs SLE 76CF1560P 156 kBytes E²PROM 4 kBytes RAM 16-bit ROM-less security controller optimized for mobile communication applications in 0.13 µm CMOS technology Short Product Information 10.08 SLE 76CF1560P Short Product Information Ref.: SPI_SLE76CF1560P_1008
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76cf1560p16-bitsle76cf1560p256kb+8320kb360kb400kb448kbcircuit for pseudo random generatoret70sle76random initialization vector
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SLE76CF3601P
Abstract: circuit for pseudo random generator 504KB the application of fpga in today CF3601P 76CF3601P ET70 SLE76 prng
Contextual Info: Chip Card & Security ICs SLE 76CF3601P 360 kBytes E²PROM 8 kBytes RAM 16-bit ROM-less security controller optimized for mobile communication applications in 0.13 µm CMOS technology Short Product Information 03.07 SLE 76CF3601P Short Product Information Ref.: SPI_SLE76CF3601P_0307
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76cf3601p16-bitsle76cf3601p256kb+11320kb360kb400kb448kbcircuit for pseudo random generator504kbthe application of fpga in todaycf3601pet70sle76prng
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ET70
Abstract: CF2561P 76CF2561P
Contextual Info: Chip Card & Security ICs SLE 76CF2561P 256 kBytes E²PROM 8 kBytes RAM 16-bit ROM-less security controller optimized for mobile communication applications in 0.13 µm CMOS technology Short Product Information 03.07 SLE 76CF2561P Short Product Information Ref.: SPI_SLE76CF2561P_0307
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76cf2561p16-bitsle76cf2561p256kb+6320kb360kb400kb448kbet70cf2561p
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76CF5120P
Abstract: circuit for pseudo random generator ET70 SLE76 400KB SLE76CF5120P
Contextual Info: Chip Card & Security ICs SLE 76CF5120P 504 kBytes E²PROM 12 kBytes RAM 16-bit ROM-less security controller optimized for mobile communication applications in 0.13 µm CMOS technology Short Product Information 03.07 SLE 76CF5120P Short Product Information
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76cf5120p16-bitsle76cf5120p256kb+7320kb360kb400kb448kbcircuit for pseudo random generatoret70sle76
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SLE76CF4000P
Abstract: circuit for pseudo random generator 76CF4000P ET70 SLE76 voltage regulator RAM
Contextual Info: Chip Card & Security ICs SLE 76CF4000P 400 kBytes E²PROM 12 kBytes RAM 16-bit ROM-less security controller optimized for mobile communication applications in 0.13 µm CMOS technology Short Product Information 03.07 SLE 76CF4000P Short Product Information
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76cf4000p16-bitsle76cf4000p256kb+8320kb360kb400kb448kbcircuit for pseudo random generatoret70sle76voltage regulator ram
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256kb 16 bit eprom
Abstract: ET70 400KB SLE76C
Contextual Info: Chip Card & Security ICs SLE 76CF1960P 196 kBytes E²PROM 6 kBytes RAM 16-bit ROM-less security controller optimized for mobile communication applications in 0.13 µm CMOS technology Short Product Information 10.08 SLE 76CF1960P Short Product Information Ref.: SPI_SLE76CF1960P_1008
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ET70
Abstract: 76CF1760P SLE76
Contextual Info: Chip Card & Security ICs SLE 76CF1760P 176 kBytes E²PROM 6 kBytes RAM 16-bit ROM-less security controller optimized for mobile communication applications in 0.13 µm CMOS technology Short Product Information 10.08 SLE 76CF1760P Short Product Information Ref.: SPI_SLE76CF1760P_1008
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