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    ST16CF54 Search Results

    ST16CF54 Datasheets (4)

    Part ECAD Model Manufacturer Description Curated Datasheet Type PDF
    ST16CF54 STMicroelectronics SMARTCARD MCU WITH 4 KBYTES EEPROM & 512 BITS MODULAR ARITHMETIC PROCESSOR Original PDF
    ST16CF54 Level B STMicroelectronics Smartcard MCU With 4 KBytes EEPROM & 512 Bits Modular Arithmetic Processor Original PDF
    ST16CF54_LEVEL_B STMicroelectronics SMARTCARD MCU WITH 4 KBYTES EEPROM & 512 BITS MODULAR ARITHMETIC PROCESSOR Original PDF
    ST16CF54-LEVEL-B STMicroelectronics Smartcard MCU With 4 KBytes EEPROM & 512 Bits Modular Arithmetic Processor Original PDF

    ST16CF54 Datasheets Context Search

    Catalog Datasheet MFG & Type PDF Document Tags

    st16xyz

    Abstract: authentication ST16CF54 ST16S-CEXT
    Text: ST16CF54 Level A CMOS MCU BASED SAFEGUARDED SMART CARD IC WITH MODULAR ARITHMETIC PROCESSOR BRIEF DATA • ■ ■ ■ ■ – – – – – – ■ – – – ■ ■ ■ ■ ■ ■ ■ ■ – – ■ – – 8 BIT ARCHITECTURE CPU 16 KBytes of USER ROM, SECTOR


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    PDF ST16CF54 ST16CF54 SCP062a/AI st16xyz authentication ST16S-CEXT

    API 662

    Abstract: ST16CF54B java card solo cyberflex java card java card 1997 Schlumberger and card 49511
    Text: Multi-Application Java Based Smartcard Microcontroller JAVA CARD SECURE MICROCONTROLLER The SGS-THOMSON Microelectronics Java Card is based on an ST16CF54B secure microcontroller programmed with Schlumberger SOLO Technology to facilitate the development and use of Java applets application programs


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    PDF ST16CF54B D-30916 D-90491 FLSC9709/1097 API 662 ST16CF54B java card solo cyberflex java card java card 1997 Schlumberger and card 49511

    cryptographic

    Abstract: ST16CF54 digital signature block diagram ST16
    Text: ST16CF54 Smartcard MCU With 4 KBytes EEPROM & 512 Bits Modular Arithmetic Processor DATA BRIEFING 8 BIT ARCHITECTURE CPU • UNIQUE SERIAL NUMBER ON EACH DIE ■ 16 KBytes of USER ROM SECTOR COMBINATIVE Figure 1 Delivery Form ■ 8 KBytes of SYSTEM ROM ■


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    PDF ST16CF54 cryptographic ST16CF54 digital signature block diagram ST16

    digital signature block diagram

    Abstract: ST16 ST16CF54 cryptographic ST16CF54A
    Text: ST16CF54 Smartcard MCU With 4 KBytes EEPROM & 512 Bits Modular Arithmetic Processor DATA BRIEFING 8 BIT ARCHITECTURE CPU • ■ 16 KBytes of USER ROM SECTOR COMBINATIVE UNIQUE SERIAL NUMBER ON EACH DIE Figure 1 Delivery Form ■ 8 KBytes of SYSTEM ROM ■


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    PDF ST16CF54 digital signature block diagram ST16 ST16CF54 cryptographic ST16CF54A

    high level block diagram for eeprom

    Abstract: digital signature block diagram cryptographic MICROMODUL ST16CF54 ST16
    Text: ST16CF54 Level B Smartcard MCU With 4 KBytes EEPROM & 512 Bits Modular Arithmetic Processor DATA BRIEFING 8 KBytes of SYSTEM ROM • 512 Bytes of RAM ■ 4 KBytes of EEPROM, SECTOR COMBINATIVE ■ 512 BITS MODULAR ARITHMETIC PROCESSOR 2 ■ 2 16 KBytes of USER ROM SECTOR


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    PDF ST16CF54 high level block diagram for eeprom digital signature block diagram cryptographic MICROMODUL ST16

    ST16XY

    Abstract: No abstract text available
    Text: ST16CF54 Level B CMOS MCU BASED SAFEGUARDED SMART CARD IC WITH MODULAR ARITHMETIC PROCESSOR PRELIMINARY DATA 8 BIT ARCHITECTURE CPU 16 KBytes of USER ROM, SECTOR COMBINATIVE • 8 KBytes of SYSTEM ROM ■ 512 Bytes of RAM ■ MODULAR ARITHMETIC PROCESSOR – Fast modular multiplication and squaring using


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    PDF ST16CF54 27Jan97 ST16XY

    ST16XY

    Abstract: No abstract text available
    Text: ST16CF54 Level A CMOS MCU BASED SAFEGUARDED SMART CARD IC WITH MODULAR ARITHMETIC PROCESSOR BRIEF DATA • ■ ■ ■ ■ – – – – – – ■ – – – ■ ■ ■ ■ ■ ■ ■ ■ – – ■ – – 8 BIT ARCHITECTURE CPU 16 KBytes of USER ROM, SECTOR


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    PDF ST16CF54 ST16XY

    ST16CF54

    Abstract: ST16xyz sgs thomson ST16XY
    Text: ST16CF54 Level B CMOS MCU BASED SAFEGUARDED SMART CARD IC WITH MODULAR ARITHMETIC PROCESSOR BRIEF DATA 8 BIT ARCHITECTURE CPU 16 KBytes of USER ROM SECTOR COMBINATIVE • 8 KBytes of SYSTEM ROM ■ 512 Bytes of RAM ■ MODULAR ARITHMETIC PROCESSOR – Fast modular multiplication and squaring using


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    PDF ST16CF54 ST16CF54 SCP088/AI ST16xyz sgs thomson ST16XY

    SMARTCARD

    Abstract: e purse ST16 ST16600 ST16601 ST16CF54 ST16SF41 ST16SF42 ST16SF44 ST16SF48
    Text: Banking, Electronic Purse and Loyalty THE FINANCIAL DOMAIN Since the very first roll out of a Smartcard based banking card in France in 1992, Smartcards have rapidly conquered the financial domain. Today countless world wide banking schemes - either established or in a trial phase - as well as big credit card institutions


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    PDF ST19KF16 FLSC9818/0998 ST16RF42 ST16RF58 SMARTCARD e purse ST16 ST16600 ST16601 ST16CF54 ST16SF41 ST16SF42 ST16SF44 ST16SF48

    TSOP40 Flash

    Abstract: m48z32y M27V512 FDIP24W M27128A M2716 M27256 M2732A M27512 M2764A
    Text: MEMORY PRODUCTS SELECTOR GUIDE A C) NMOS UV EPROM, 5V Operation Size 16 Kb 32 Kb 64 Kb 128 Kb 256 Kb 512 Kb Ref M2716 M2732A M2764A M27128A M27256 M27512 Description 16 Kb x8), 350 - 450ns, NMOS 32 Kb (x8), 200 - 450ns, NMOS 64 Kb (x8), 180 - 450ns, NMOS


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    PDF M2716 M2732A M2764A M27128A M27256 M27512 450ns, TSOP40 Flash m48z32y M27V512 FDIP24W M27128A M2716 M27256 M2732A M27512 M2764A

    specification of logic analyser

    Abstract: ST16CF54 st16 ST16-19HDSE ST16CF54B ST19 ST19CF68 ST19KF16
    Text: ST16-19HDSE Development Environment For ST16 and ST19 Smartcard MCU Families DATA BRIEFING HARDWARE FEATURES • Supports all ST19 and ST16 family members including contactless products ■ Emulation of cryptographic functions protected by key ■ Real time CPU emulation


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    PDF ST16-19HDSE ST16/19-HDSE ST16/19-HDSE ST16CF54B, ST19CF68 ST19KF16 specification of logic analyser ST16CF54 st16 ST16-19HDSE ST16CF54B ST19 ST19KF16

    SMARTCARD micromodule assembly

    Abstract: emv 7816 smartcard
    Text: D3, D4 MICROMODULES Smartcard MCU Modules General Information on D3 and D4 Packaging DATA BRIEFING The manufacturing process of Smartcards involves various components and technologies in order to issue a finished product: – a plastic card into which a cavity is made for micromodule embedding.


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    SMARTCARD micromodule assembly

    Abstract: sgs thomson ST14C04C
    Text: MICROMODULES SMART CARD IC’s EMBEDDING PROCESS BRIEF DATA INTRODUCTION The manufacturing process of Smartcards involves various components and technologies in order to issue a finished product: – a plastic card into which a cavity is made for micromodule embedding.


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    EEPROMs

    Abstract: eeprom RAM memory 64 KB ST1200 ST1305 ST1331 ST1336 ST14C02C st16rf42 ST1335
    Text: MEMORIES and SMARTCARD PRODUCTS SMARTCARD PRODUCTS STANDARD MEMORY Ref ST14C02C M14C04-W M14C16-W M14C32-W M14C64-W M14128-W M14256-W NV Memory Size VCC Range Features Package 2 Kb EEPROM 4 Kb EEPROM 16 Kb EEPROM 32 Kb EEPROM 64 Kb EEPROM 128 Kb EEPROM 256 Kb EEPROM


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    PDF ST14C02C M14C04-W M14C16-W M14C32-W M14C64-W M14128-W M14256-W ST1200 ST1305 ST1331 EEPROMs eeprom RAM memory 64 KB ST1200 ST1305 ST1336 ST14C02C st16rf42 ST1335

    SMARTCARD

    Abstract: ST16CF54B ST16SF44A ST16SF44 ST16SF48 ST16SF4F ST19 ST19CF68 ST19KF16 ST19SF16
    Text: Health and ID SYSTEM SECURITY WITH ST SMARTCARD ICS Security is the hard-and-fast rule for smartcard-based health and ID systems as each country has its own laws regarding privacy and data protection. The best example is the French Health Project which is the world’s


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    PDF ST16CF54B ST19CF68 ST19KF16 ST16RF58 SMARTCARD ST16CF54B ST16SF44A ST16SF44 ST16SF48 ST16SF4F ST19 ST19CF68 ST19KF16 ST19SF16

    SMARTCARD micromodule assembly

    Abstract: MICROMODULES SMARTCARD ST16CF54 ST16SF42 ST16600 ST16601 ST16SF41 ST16SF44 ST16SF48
    Text: D3, D4 MICROMODULES Smartcard MCU Modules General Information on D3 and D4 Packages DATA BRIEFING The manufacturing process of Smartcards involves various components and technologies in order to issue a finished product: – a plastic card into which a cavity is made for micromodule embedding.


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    ST16CF54A

    Abstract: gsm module with microcontroller powerful 384B ST16 ST16SF42 ST16SF48 ST16SF4F ST19 ST19SF16
    Text: Mobile Networks Cell Phones & Internet DEDICATED SMARTCARD MICROCONTROLLERS GSM and Networks - in particular the Mobile Internet - are two of the fastest growing applications. Each with specific requirements including security features. This has lead to the choice and development of


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    PDF FLSC0017/0400 ST16CF54A gsm module with microcontroller powerful 384B ST16 ST16SF42 ST16SF48 ST16SF4F ST19 ST19SF16

    footprint so44

    Abstract: 9977 IC SOCKET TSOP48 TSOP32 FOOTPRINT ST1355 52 pin plcc socket ST19GF34 PSDSoft ST19AF08 serial flash 256Mb fast erase spi
    Text: MEMORY SELECTOR Leading Edge Memories • 1999 GO Why a Broad Range? Leading Edge Memories OTP and UV EPROMs Flash Memories Serial and Parallel EEPROMs ASM and Memory Card ICs Memory Systems and NVRAMs BROAD RANGE STMicroelectronics is a world leader in non-volatile memories, manufacturing a broad


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    PDF operat911) D-90449 BRMEMSEL/0699 footprint so44 9977 IC SOCKET TSOP48 TSOP32 FOOTPRINT ST1355 52 pin plcc socket ST19GF34 PSDSoft ST19AF08 serial flash 256Mb fast erase spi

    SMARTCARD micromodule assembly

    Abstract: ST14C02 M14C04 M14C16 M14C32 M14C64 ST1200 ST1305B ST1331 ST1333
    Text: SUPER 35 MM MICROMODULES Super 35 mm Micromodules for Smartcards and Memory Cards DATA BRIEFING • Micromodules were developed specifically for embedding in Smartcards and Memory Cards ■ The Micromodule provides: potting side 1 1 1 1 1 1 – Support for the chip


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    SmartCard

    Abstract: smartcard mcu st16 ST16CF54B 1344B ST16600 ST16601 ST16CF54 ST16SF41 ST16SF44
    Text: Secure Smartcard ICs ST16 MCU Family ST16 FAMILY Security in Smartcard systems is clearly the over-riding factor. The ST16 range of Secure MCU and Cryptocomputer Smartcard ICs has obtained world wide recognition for security in major applications, such as GSM telephones, bank cards, electronic purses,


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    PDF FLSC9807/0998 ST16600 ST16601 ST16SF41 1344B ST16SF42 ST16SF44 ST16SF48 ST16SF4F ST16CF54B SmartCard smartcard mcu st16 ST16CF54B 1344B ST16600 ST16601 ST16CF54 ST16SF41 ST16SF44

    SMARTCARD

    Abstract: ST16 ST16600 ST16601 ST16CF54 ST16SF48 ST19 ST19SF08 st16sf42 "electronic purse"
    Text: Banking, Electronic Purse and Loyalty THE FINANCIAL DOMAIN Since the very first roll out of a Smartcard-based banking card in France in 1992, Smartcards have rapidly conquered the financial domain. Today countless world wide banking schemes - either established or in a


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    PDF ST19KF16 FLSC0018/0400 SMARTCARD ST16 ST16600 ST16601 ST16CF54 ST16SF48 ST19 ST19SF08 st16sf42 "electronic purse"

    ST16xyz

    Abstract: No abstract text available
    Text: ^/=7 #T. SGS-THOMSON H0 K©i[L[lM©R5D gS ST16CF54 CMOS MCU BASED SAFEGUARDED SMARTCARD IC WITH MODULAR ARITHMETIC PROCESSOR ADVANCE DATA • ■ ■ ■ 8 BIT ARCHITECTURE CPU 16K BYTES of ROM, SECTORS COMBINATIVE 352 BYTES of RAM 4K BYTES of EEPROM, SECTORS COMBINA­


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    PDF ST16CF54 16XYZ ST16XYZ-EMU ST16CF54 180nm ST16xyz

    TDA0161 equivalent

    Abstract: 1N3393 BDX54F equivalent byt301000 bux transient voltage suppressor ST90R9 ua776mh sgs 2n3055 Transistor morocco mje13007 inmos transputer reference manual
    Text: SHORTFORM 1995 NOVEMBER 1994 USE IN LIFE SUPPORT DEVICES OR SYSTEMS MUST BE EXPRESSLY AUTHORIZED SGS-THOMSON PRODUCTS ARE NOT AUTHORIZED FOR USE AS CRITICAL COMPONENTS IN LIFE SUPPORT DEVICES OR SYSTEMS WITHOUT THE EXPRESS WRITTEN APPROVAL OF SGS-THOMSON Microelectronics. As used herein:


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    PDF

    MK45H14

    Abstract: AN-211 mk48c02 M48Z09 M48Z19 ST16XY ST16xyz M48Z32Y MK45h04 M/MCMA140P1600TA
    Text: GENERAL INDEX C M O S UV EPR O M & OTP M EM O R IE S . M27C64A C M O S 64K 8K x 8 UV E P R O M . 57 55 M27C256B C M O S 256K (32K x 8) UV EPRO M & OTP R O M .


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    PDF M27C64A M27C256B M87C257 M27C512 M27V512 M27C1001 M27V101 M27C1024 M27C2001 M27V201 MK45H14 AN-211 mk48c02 M48Z09 M48Z19 ST16XY ST16xyz M48Z32Y MK45h04 M/MCMA140P1600TA