90 NM EEPROM Search Results

SLE 77CFX1840P

Abstract: M7793 77CFX1840P
Contextual Info: SLE 77CFX1840P M7793 16-bit Flash Security Controller Optimized for Midrange Payment Applications in 90 nm CMOS Technology 184 KBytes SOLID FLASH 6 KBytes RAM Crypto@2304T Engine with Register Lengths of up to 2304 Bits, Certified RSA and ECC Libraries

m7793

Abstract: RSA 4096bit 90 nm CMOS 2304T
Contextual Info: SLE 77CFX1560P M7793 16-bit Flash Security Controller Optimized for Midrange Payment Applications in 90 nm CMOS Technology 156 KBytes SOLID FLASH 6 KBytes RAM Crypto@2304T Engine with Register Lengths of up to 2304 Bits, Certified RSA and ECC Libraries

Contextual Info: 32-bit MCUs ColdFire+ MCUs Design innovation. Accelerated. ColdFire+ Qx Family Target Applications Overview • Wireless sensor nodes 90 nm thin-film storage TFS flash technology with 32 KB of FlexMemory (2 KB of EEPROM). Freescale ColdFire+ 32-bit MCUs are built from the ColdFire V1 core and enabled by innovative

SH725

Abstract: SH72544R SH72531 SH7254 R5F7253 SH72544 R5F7 m32r flash integrated circuit BOSCH SH-2A
Contextual Info: Renesas Technology to Release SH72531, Second MCU for Automotive Powertrain Control with On-Chip 90 nm High-Speed Flash Memory ⎯ Real-time control, maximum operating temperature of 125°C, high-speed operation at 120 MHz, while achieving low power consumption of less than

qualcomm

Abstract: block diagram of qualcomm MD2433-D8G-V3Q18-X-P X-GOLD 110 arm microprocessor data sheet PCI game port 512MB NOR FLASH Infineon X-GOLD 110 OMAP 4470 datasheet infineon x-gold
Contextual Info: mDOC H1 4Gb 512MByte and 8Gb (1GByte) High Capacity Flash Disk with NAND and x2 Technology Data Sheet, Rev. 1.1 Highlights „ mDOC H1 is one of the industry’s most efficient memory solutions for high capacity data and code storage, using 90 nm process

ISO 18092

Abstract: 78CLFX2406P ISO-14443A SLE78CLFX2406P M7892 78CLF 78CLFX
Contextual Info: SLE 78CLFX2406P M SOLID FLASH 16-bit Security Controller with “Integrity Guard” Optimized for Contactless and Dual-Interface Payment Applications in 90 nm CMOS Technology 240 kBytes SOLID FLASH™ 6 kBytes RAM Sho rt Pro duct O ve r vie w July 2012

M7793

Abstract: Infineon dda 77CFX2000P M7793/13-1
Contextual Info: SLE 77CFX2000P M7793 16-bit Flash Security Controller Optimized for DDA Payment Applications in 90 nm CMOS Technology 200 KBytes SOLID FLASH 6 KBytes RAM Crypto@2304T Engine with Register Lengths of up to 2304 Bits, Certified RSA and ECC Libraries Symmetric Crypto Processor (SCP)

78CLFX

Contextual Info: SLE 78CLFX2406P M SOLID FLASH 16-bit Security Controller with “Integrity Guard” Optimized for Contactless and Dual-Interface Payment Applications in 90 nm CMOS Technology 240 kBytes SOLID FLASH™ 6 kBytes RAM Sho rt Pro duc t O ve r vie w July 2012

78CLFX3007P

Abstract: M7892 ISO-14443A 78CLF mifare hints 78CLFX
Contextual Info: SLE 78CLFX3007P M SOLID FLASH 16-bit Security Controller with “Integrity Guard” Optimized for Contactless and Dual-Interface Payment Applications in 90 nm CMOS Technology 300 kBytes SOLID FLASH™ 8 kBytes RAM Sho rt Pro duct O ve r vie w July 2012

M7793

Abstract: Infineon dda SLE 77CFX2400P 77CFX2400P
Contextual Info: SLE 77CFX2400P M7793 16-bit Flash Security Controller Optimized for DDA Payment Applications in 90 nm CMOS Technology 240 KBytes SOLID FLASH 6 KBytes RAM Crypto@2304T Engine with Register Lengths of up to 2304 Bits, Certified RSA and ECC Libraries Symmetric Crypto Processor (SCP)

Infineon dda

Abstract: M7793 2304T 90 nm CMOS 77CFX1360P 77CF 81726
Contextual Info: SLE 77CFX1360P M7793 16-bit Flash Security Controller Optimized for DDA Payment Applications in 90 nm CMOS Technology 136 KBytes SOLID FLASH 6 KBytes RAM Crypto@2304T Engine with Register Lengths of up to 2304 Bits, Certified RSA and ECC Libraries Symmetric Crypto Processor (SCP)

Contextual Info: SLE 78CLFX2404P M SOLID FLASH 16-bit Security Controller with “Integrity Guard” Optimized for Contactless and Dual-Interface Payment Applications in 90 nm CMOS Technology 240 kBytes SOLID FLASH™ 6 kBytes RAM Sho rt Pro duc t O ve r vie w July 2012

Contextual Info: SLE 78CLFX3007P M SOLID FLASH 16-bit Security Controller with “Integrity Guard” Optimized for Contactless and Dual-Interface Payment Applications in 90 nm CMOS Technology 300 kBytes SOLID FLASH™ 8 kBytes RAM Sho rt Pro duc t O ve r vie w July 2012

78CLFX2404P

Abstract: M7892 ISO-14443A 78CLF 14443AB ISO 18092 90 nm CMOS infineon SLE Infineon dda 78CLFX
Contextual Info: SLE 78CLFX2404P M SOLID FLASH 16-bit Security Controller with “Integrity Guard” Optimized for Contactless and Dual-Interface Payment Applications in 90 nm CMOS Technology 240 kBytes SOLID FLASH™ 6 kBytes RAM Sho rt Pro duct O ve r vie w July 2012

SLE77CLFX2400P

Abstract: M7794 ISO 14443 payment 77CLF 18092 nfc SLE 77CLFX2400P ISO 18092 SLE77CLFX 521-bit ISO18092
Contextual Info: SL E 77 CL F X2 400 P M7794 16-bit Security Controller with "SOLID FLASH ", optimized for Contactless and Dual-Interface Payment Applications in 90 nm CMOS Technology 240 Kbytes SOLID FLASH™ 6 Kbytes RAM 27 pF Chip Input Capacitance ISO/IEC 7816 Contactbased and

77CLFX2400PM

Abstract: M7794 SLE 77 ISO-14443A sle77 SLE77CLFX 77CLFX2400P
Contextual Info: SL E 77 CL F X2 400 P M M7794 16-bit Security Controller with "SOLID FLASH ", optimized for Contactless and Dual-Interface Payment Applications in 90 nm CMOS Technology 240 Kbytes SOLID FLASH™ 6 Kbytes RAM 27 pF Chip Input Capacitance ISO/IEC 7816 Contactbased and

ISO-14443A

Abstract: M7794 SLE 77 2400P 77CLFX2400P
Contextual Info: SL E 77 CL F X2 000 P M M7794 16-bit Security Controller with "SOLID FLASH ", optimized for Contactless and Dual-Interface Payment Applications in 90 nm CMOS Technology 200Kbytes SOLID FLASH™ 6 Kbytes RAM 27 pF Chip Input Capacitance ISO/IEC 7816 Contactbased and

SLE 77

Abstract: M7794 ISO-14443A SLE77CLFX 2400P
Contextual Info: SL E 77 CL F X2 007 P M M7794 16-bit Security Controller with "SOLID FLASH ", optimized for Contactless and Dual-Interface Payment Applications in 90 nm CMOS Technology 200Kbytes SOLID FLASH™ 6 Kbytes RAM 56 pF Chip Input Capacitance – optimized for Sub-ID1 products

M7794

Abstract: 14443AB sle77
Contextual Info: SL E 77 CL F X1 847 P M M7794 16-bit Security Controller with "SOLID FLASH ", optimized for Contactless and Dual-Interface Payment Applications in 90 nm CMOS Technology 184Kbytes SOLID FLASH™ 6 Kbytes RAM 56 pF Chip Input Capacitance – optimized for Sub-ID1 products

M7794

Abstract: SLE77CLFX2407P 77CLFX2407P ISO-14443A SLE77CLFX 2400P
Contextual Info: SL E 77 CL F X2 407 P M7794 16-bit Security Controller with "SOLID FLASH ", optimized for Contactless and Dual-Interface Payment Applications in 90 nm CMOS Technology 240 Kbytes SOLID FLASH™ 6 Kbytes RAM 56 pF Chip Input Capacitance – optimized for Sub-ID1 products

M7794

Abstract: ISO-14443A iec7816
Contextual Info: SL E 77 CL F X1 367 P M M7794 16-bit Security Controller with "SOLID FLASH ", optimized for Contactless and Dual-Interface Payment Applications in 90 nm CMOS Technology 136Kbytes SOLID FLASH™ 6 Kbytes RAM 56 pF Chip Input Capacitance – optimized for Sub-ID1 products

77CLF

Abstract: ISO 18092 nfc passive 77CLFX1840P SLE 77 M7794
Contextual Info: SL E 77 CL F X1 840 P M M7794 16-bit Security Controller with "SOLID FLASH ", optimized for Contactless and Dual-Interface Payment Applications in 90 nm CMOS Technology 184Kbytes SOLID FLASH™ 6 Kbytes RAM 27 pF Chip Input Capacitance ISO/IEC 7816 Contactbased and

M7794

Abstract: SLE77CLFX SLE 77 77CLFX1360PM 2304T 77CLF ISO-14443A 136-Kbytes sle77 SLE 77CLFX1360PM_M8.4
Contextual Info: SL E 77 CL F X1 360 P M M7794 16-bit Security Controller with "SOLID FLASH ", optimized for Contactless and Dual-Interface Payment Applications in 90 nm CMOS Technology 136Kbytes SOLID FLASH™ 6 Kbytes RAM 27 pF Chip Input Capacitance ISO/IEC 7816 Contactbased and

Contextual Info: SLE 77CLFX2007 P M SOLID FLASH 16-bit Security Controller Optimized for Contactless and Dual-Interface Payment Applications in 90 nm CMOS Technology 200 kBytes SOLID FLASH™ 6 kBytes RAM Sho rt Pro duc t O ve r vie w Oct. 2012 Chip C ard & Sec u rit y