e, da @coma_zgb
neznam otud ti ta informacija - mislim da se SL45 vrti negdje oko 4 MHz
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e, da @coma_zgb
neznam otud ti ta informacija - mislim da se SL45 vrti negdje oko 4 MHz
ja na nekom forumu procito ove podatke, pa ipak mora mp3-ce svirat! cucak mi je vec jeo s35, ali je bio u futroli!
bacio sam podatke na krivi thread - evo ih ovdje - sad do 80 Mhz moze stosta znacit:-)
coma_zgb me natjerao u arhivu pa evo malo tehnickih podataka o SL45-ici
Siemens je u SL45 ugraio (implementirao) Infineon-ov 16 - bitni c166 MCU (mikro kontroler junit iiliti cpu baziran na njemu)
evo malkice o tome:
All around the C166S Core Infineon offers a micro-controller family especially designed for use in cost-sensitive applications and their specific requirements. Such products can be equipped for instance with embedded flash memory or application-specific peripherals to match the requirements of motor and drive controllers, of roboters and industrial network applications
C166 V1 designed specifically for true real-time, embedded applications, the C166S is a powerful and flexible core processor for System-on-Chip (SoC) custom integrated circuits. When implemented in 0.18 µm CMOS technology, the core occupies less than 1.5 mm2, has power consumption of less than 2 mW/MHz, and can run at speeds up to 80 MHz. Since the core is instruction set compatible with all standard microcontrollers based on the 16-bit C166 architecture, current stand-alone designs can be brought to higher levels of integration while re-using existing application code.
Features:
Fully static 16 bit CPU with up to 80 MHz clock frequency
Instruction set compatible to C166 standard microcontroller
Integrated System Control Unit with Power Management functions
Widely supported development tools and operating systems
On chip debug controller with JTAG interface
Additional debug interface for advanced emulation methodologies
Fully synthesizable implementation with all deliverables required for SOC design
app. 1.5 mm_ in 018 µm technology (depending on configuration)
Power consumption < 2 mW/MHz