1 / 20

FPSLIC- Embedded MCU Core

8 Bit RISC MCU. FPSLIC- Embedded MCU Core. Industry’s Highest 8-bit Performance. A Real 8-Bit RISC Architecture. Low Power ( idle/power down/power save ). A broad Family of MCUs ( over 35 Products ). A Variety of Peripherals. Excellent C Language Code Density.

miracle
Download Presentation

FPSLIC- Embedded MCU Core

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. 8 Bit RISC MCU FPSLIC- Embedded MCU Core • Industry’s Highest 8-bit Performance • A Real 8-Bit RISC Architecture • Low Power ( idle/power down/power save ) • A broad Family of MCUs ( over 35 Products ) • A Variety of Peripherals • Excellent C Language Code Density • In-System Programmable SRAM • Large Applications Database

  2. R0 R1 R2 R3 R26 XL X Pointer R27 XH R28 YL Y Pointer R29 YH R30 ZL Z Pointer R31 ZH Register File Register File • 32 Registers give good C code density • X, Y, Z pointers used by compilers for high density C code especially in loop constructs and pointer based code

  3. Direct Register - ALU Connection Register File Register operations take ONE clock pulse on the EXTERNAL clock input ALU

  4. Compare Two 32-Bit Values Example: Compare R3:R2:R1:R0 and R7:R6:R5:R4 cp r0,r4 cpc r1,r5 cpc r2,r6 cpc r3,r7 At the end, the Status Register Indicates Equal,Higher, Lower, Greater (signed), Less Than (signed). Besides, it takes only 4 instructions and 4 clockcycles to do it...

  5. What makes the AVR better? • Excellent support for 32/16-bit arithmetic's. • (Zero-Flag) Propagation • A lot of registers - eliminate moves to and from SRAM • Single Cycle execution • 127+ powerful instructions available

  6. E1 sub r0,r2 03 sbc r1,r3 Subtract Two 16-Bit Values Without Zero Flag Propagation R1:R0 - R3:R2 ($E104 - $E101) R1 R0 Z E1 04 X 03 0 00 1 Wrong!

  7. E1 sub r0,r2 03 sbc r1,r3 Subtract Two 16-Bit Values With Zero Flag Propagation R1:R0 - R3:R2 ($E104 - $E101) R1 R0 Z E1 04 X 03 0 00 0 Correct!

  8. I/O Mult Timer2 Timer0 Timer1 UART0 UART1 2-Wire IT WD FPSLIC- Embedded Fixed Peripherals 8 Bit RISC MCU

  9. UART Features • Full Duplex • 8 or 9 Data Bits • Framing Error Detection • False Start Bit Detection • Noise Canceling • High BAUD Rates at low XTAL FrequenciesE.g. 115,200 Baud at 1.8432 MHz • Can run at Practically any Baud Rate • Multi-processor Communication mode • Three Interrupts with Separate Vectors UART0 UART1 FPSLIC- Embedded Fixed Peripherals

  10. 2 Wire interface Features • Master/Slave support • Transmitter/Receiver • Up to 400Khz bus clock rate UART0 UART1 2-Wire FPSLIC- Embedded Fixed Peripherals 8 Bit RISC MCU

  11. Timer/counter0 • 8-Bit • Overflow Interrupt • Output Compare Function with Interrupt • 8-Bit PWM Function Timer0 2-Wire FPSLIC- Embedded Fixed Peripherals 8 Bit RISC MCU

  12. Timer/counter1 • 16-Bit • Overflow Interrupt • Output Compare Function with Interrupt • Input Capture with Interrupt and Noise Canceler • 10, 9 or 8-Bit PWM Function Timer1 2-Wire FPSLIC- Embedded Fixed Peripherals 8 Bit RISC MCU

  13. Timer/counter2 Timer2 Timer1 • 8-Bit • Overflow Interrupt • Output Compare Function with Interrupt • 8-Bit PWM Function • Real Time Clock function ( Xtal2) FPSLIC- Embedded Fixed Peripherals 8 Bit RISC MCU

  14. Timer2 Timer0 Timer1 UART0 Watchdog/Timer • Clocked from Internal 1 MHz RC Oscillator • Time-Out Adjustable 47ms - 6s. • Watchdog Timer Reset is done by executing the “WDR” instruction WD FPSLIC- Embedded Fixed Peripherals 8 Bit RISC MCU

  15. Timer2 Timer0 Timer1 4 External Interrupts • Short Response Time (4 Clock Cycles + RJMP to Routine) • Automatic Interrupt Flag Clearing • Automatic Disable of Other Interrupts Inside the Interrupt Routine IT WD FPSLIC- Embedded Fixed Peripherals UART0 8 Bit RISC MCU

  16. Hardware Multiplier 8x8 in 2 clock cycles Mult Timer2 Timer0 Timer1 UART0 UART1 2-Wire IT WD FPSLIC- Embedded Fixed Peripherals 8 Bit RISC MCU

  17. I/Os I/O • Push-Pull Drivers • configurable Current Drive (6 or 20 mA) • Pinwise Controlled Pull-Up Resistors • Pinwise Controlled Data Direction • Fully Synchronized Inputs • Three Control/Status Bits per Bit/Pin • Real Read-Modify-Write • Up to 16 AVR I/Os (port D and E) Mult UART0 UART1 2-Wire IT WD FPSLIC- Embedded Fixed Peripherals

  18. 8 Bit RISC MCU AVR Designs AVR Studio Instruction Set Simulator Requires an Assembly or C Compiler • AVR Studio can be used with Assembly or C to debug code • A HEX file is then used to program the AVR

  19. C - COMPILER Support ( Can be Launched Directly from System Designer ) • IAR ( www.iar.se ) Approx. $1500 • ImageCraft ( www.imagecraft.com ) Approx. $200 • Codevision V1.0.1.4 (infotech.ir.ro) Approx. $150 • Others coming

  20. FPSLIC-AVR Debugger • Easy to Use Windows interface • C and Assembly source level debugging • Auto- stepping • Break points • Watch variables • View registers • View memory map • View processor states • View Peripheral states • Cycles/time count

More Related