*********************************************************************** ;* DUO_LED.ASM ;* ;* Für ATtiny26 mit internen Kalibrierten RC-Oszilator von 1Mhz ;* ;* Eine 3-Pinn DUO_LED soll durch die Farben Rot, Gelb und Grün verschiedene ;* ;* Zustände Signalisieren. Diese Grundfarben sollen nochmals durch
, R2, R3, U1 ATmega8A-PU, C2, C1, U2 74HC595, D1 bis D4, R4 bis R7, U3 74HC595, D5 bis D8, R8 bis R11, U4 74HC595, D9 bis D12, R12 bis R15, U5 ATtiny85, C4, R16 bis R19, GND, +5V
Corporation * * File : USI_TWI_Master.c * Compiler : IAR EWAAVR 2.28a/3.10a * Revision : $Revision: 1.11 $ * Date : $Date: Tuesday, September 13, 2005 09:09:36 UTC $ * Updated by : $Author: jtyssoe $ * * Support mail : avr@atmel.com * * Supported devices : All device with USI module can be used. * The example is written for the ATmega169, ATtiny26 and ATtiny2313 * * AppNote : AVR310 - Using the USI module as a TWI Master * * Description : This is an implementation of an TWI master using * the USI module as basis. The implementation assumes
USI_TWI_Master.c * Compiler : AVRGCC Toolchain version 3.4.2 * Revision : $Revision: 992 $ * Date : $Date: 2013-11-07 $ * Updated by : $Author: Atmel $ * * Support mail : avr@atmel.com * * Supported devices : All device with USI module can be used. * The example is written for the ATmega169, ATtiny26 and ATtiny2313
File : USI_TWI_Master.c * Compiler : IAR EWAAVR * Revision : $Revision: 6.21.1 $ * Date : $Date: 2013-11-07 $ * Updated by : $Author: Atmel $ * * Support mail : avr@atmel.com * * Supported devices : All device with USI module can be used. * The example is written for the ATmega169, ATtiny26 and ATtiny2313
USI_TWI_Master.c * Compiler : AVRGCC Toolchain version 3.4.2 * Revision : $Revision: 992 $ * Date : $Date: 2013-11-07 $ * Updated by : $Author: Atmel $ * * Support mail : avr@atmel.com * * Supported devices : All device with USI module can be used. * The example is written for the ATmega169, ATtiny26 and ATtiny2313
RTS RS232 ^Reset 13 CTS 9 6 t d I 25 5 1 s n 5 C S S Gnd Reset e G + S I O Vcc 220 24 R M M (^Busy) 11 SCK 23 MISO 100n D PC6/ 2 220 22 x x 1Reset PC5 8 MOSI (Data7) 9 1 T R 8 2 21 1 6 2PD0 aPC47 220u (Data6) 8 1 e 2 20 2 5 3PD1 mPC36 (Data5) 7 1 A 2 19 100n 3 4 4PD2 PC25 (Data4) 6 2 1 2 18 4 2 3 5PD3
RTS RS232 ^Reset 13 CTS 9 6 t d I 25 5 1 s n 5 C S S Gnd Reset e G + S I O Vcc 220 24 R M M (^Busy) 11 SCK 23 MISO 100n D PC6/ 2 220 22 x x 1Reset PC5 8 MOSI (Data7) 9 1 T R 8 2 21 1 6 2PD0 aPC47 220u (Data6) 8 1 e 2 20 2 5 3PD1 mPC36 (Data5) 7 1 A 2 19 100n 3 4 4PD2 PC25 (Data4) 6 2 1 2 18 4 2 3 5PD3
51 5 Q 7 B t e 21 6 Q 6P 51 6 Q 41 A C n a 2 5P 41 7 Q 31 0 0 m c 4P 31 1 8 Q 21 F D g a 3P 4 9 11 G E s C 2P 5 t SQ 6 p 4 9 7 1P 7 I 7 0 SQ 01 SD 11 U 4 o t 42-71st u O 5 N KLC 01 + s 1 RTS 1 Q 4 2 S/ P R D 2 Q U 4 9 0 2 KLC 3 Q 5 8 Q 8P 1 3 EO 4 Q 6 3 7 Q 7P 1 51 5 Q 7 21 6 Q 6P 51 6 Q 41 2 5P 41 7 Q 31 2 4P 31 - 8 Q 21 E 2 3P 4 1 11 L 5 t 9 8 7 6 5 4 3 2 1 1 2P 6 p SQ 9 1P 7 I 8 9 SQ 01 SD 11 U 40 r D D D D D D D D C C o e 8 7 6 5 4 3 2 1 O t 23-52st u O i 5 e r KLC + s RTS 1 Q c 3 S/ P 01 R 1 D 2 Q 4 e 5 4 0 9 0 2 KLC 3 Q 5 l 0
are used for programming the Flash, EEPROM, Lock-bits and most Fuse-bits in all AVRs (except the ATtiny11 and ATtiny28). This feature makes it possible to program the AVR on the last stage of production of a target application board, reprogram if SW bugs are identified late in the process, or even update
are used for programming the Flash, EEPROM, Lock-bits and most Fuse-bits in all AVRs (except the ATtiny11 and ATtiny28). This feature makes it possible to program the AVR on the last stage of production of a target application board, reprogram if SW bugs are identified late in the process, or even update
are used for programming the Flash, EEPROM, Lock-bits and most Fuse-bits in all AVRs (except the ATtiny11 and ATtiny28). This feature makes it possible to program the AVR on the last stage of production of a target application board, reprogram if SW bugs are identified late in the process, or even update
are used for programming the Flash, EEPROM, Lock-bits and most Fuse-bits in all AVRs (except the ATtiny11 and ATtiny28). This feature makes it possible to program the AVR on the last stage of production of a target application board, reprogram if SW bugs are identified late in the process, or even update
are used for programming the Flash, EEPROM, Lock-bits and most Fuse-bits in all AVRs (except the ATtiny11 and ATtiny28). This feature makes it possible to program the AVR on the last stage of production of a target application board, reprogram if SW bugs are identified late in the process, or even update
are used for programming the Flash, EEPROM, Lock-bits and most Fuse-bits in all AVRs (except the ATtiny11 and ATtiny28). This feature makes it possible to program the AVR on the last stage of production of a target application board, reprogram if SW bugs are identified late in the process, or even update
******************************************************************* ;* Hysterese_4.ASM ;* ;* Für ATtiny26 mit internen Kalibrierten RC-Oszilator von 1Mhz ;* ;* Eine Balkenanzeige aus acht LEDs soll acht Schwellwerte anzeigen. ;* Oberster Schwellwert ueberschritten bedeutet alle LEDs an. ;* Unterster
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