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SLE66CLX640P Datasheet, PDF (4/12 Pages) Infineon Technologies AG – Security & Chip Card ICs | |||
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µµ
SLE 66CLX640P
Full operation either via Contact-based
and/or Contactless interfaces
controlled by Operating System
enhances Security Level
Contact-based Interface
⢠Contact configuration and serial
interface according to ISO/IEC 7816
⢠UART handling serial interface compliant
with ISO/IEC 7816 supporting
transmission protocols T=0 and T=1
⢠Supply voltage range:
5V ± 10% (Class A)
3V ± 10% (Class B)
⢠Current consumption < 10 mA @ 5.5 V
⢠External CPU clock frequency:
1 to 7.5 MHz
⢠Internal CPU clock frequency:
up to 15 MHz
⢠ESD protection larger than 6 kV
Contactless Interface
⢠Interface according to ISO/IEC 14443 for
both Type A and Type B
⢠Carrier frequency 13.56 MHz
⢠Data rate
106 Kbit/s in type A operation
up to 848 Kbit/s in type B operation
⢠Anticollision & Transmission Protocol
supported by open source application
notes for both Type A & B
⢠Flexible Internal CPU clock frequency:
fully configurable from 1.7MHz up to
15 MHz
⢠256 bytes buffer for contactless data
exchange (FiFo circular architecture)
⢠Parallel operation of CPU, Peripherals
like DES, CRC and Contactless Interface
possible for High Demanding
Contactless Applications
EEPROM (SuperSlim Technology)
⢠Byte wise EEPROM programming and read
accesses
⢠Versatile & Flexible page mode for 1 to 256
bytes write/erase operation
⢠32 bytes security area including:
- 16 bytes chip unique identification number
- 16 bytes PROM area (OTP like)
⢠Fast personalisation mode 1.5 ms
⢠Typical Page Erase time < 2.5ms
⢠Typical Page Writing time < 1.8 ms
⢠Minimum of 100.000 Write/erase cycles1)
⢠Data retention for a minimum of 10 years1)
⢠EEPROM programming voltage generated
on chip
Memory Management and Protection
Unit
⢠Addressable memory up to 1 Mbytes
⢠Separates OS (system mode) and
Application (application mode)
⢠System routines called by traps
⢠Access Restrictions to peripherals in
application mode controlled by OS
⢠Code execution from XRAM possible
Short Product Information
1) Values are temperature dependant
4 / 12
2004-04-27
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