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rej09b0001_r8csm.pdf
bits Figure 1.7.4 shows the addressing modes used for memory bit specification. Table 1.7.1 lists the ad- dress range in which bits can be specified in each addressing mode. Be sure to observe the address range in Table 1.7.1 when specifying memory bits. Addressing modes Absolute addressing bbit,base:16
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Atiny2313.pdf
V cc 4.2 4.15 85 °C 4.1 ) H (4.05 C F 25 °C 4 -40 °C 3.95 3.9 1.5 2 2.5 3 3.5 4 4.5 5 5.5 V CC(V) 210 ATtiny2313/V 2543I–AVR–04/06 ATtiny2313/V Figure 135. Calibrated 4 MHz RC Oscillator Frequency vs. Osccal Value CALIBRATED 4MHz RC OSCILLATOR FREQUENCY vs. OSCCAL VALUE 7 25 °C 6 5 z 4 H ( R3 F 2 1
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64F3048F16-Hitachi.pdf
operates. MAR Transfer IOAR 1 byte or word is transferred per request Figure 8-4 Operation in Idle Mode 210 The transfer count is specified as a 16-bit value in ETCR. The ETCR value is decremented by 1 at each transfer. When the ETCR value reaches H'0000, the DTE bit is cleared, the transfer ends, and www.DataSheet4U.com
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ATmega32.pdf
Wake-up Sources d o b a s O k a i e R o E s d E U S C Y C e O l d / y C F I A A i r e b 2 1 0 I t e M ad C e l l l l l a o i n N N N W a i P e D t / Sleep Mode c c c c c M S T E I I I T M T 2 S R A O I (2) Idle X X X X X X X X X X X ADC Noise X X X X (2) X(3) X X X X Reduction Power-down X(3) X Power-save
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PIC18F46J11_39932D.pdf
dec PORTD S Table Latch logic RD0:RD7 (1) Address ROM Latch Instruction Bus <16> Decode PORTE IR (1) AD<15:0>, A<19:16> RE0:RE2 (Multiplexed with PORTD 8 and PORTE) PRODH PRODL State Machine Instruction Control Signals Decode and Control 8 x 8 Multiply 3 8 BITOP W Timing 8 8 8 OSC2/CLKO Generation Power-up
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ATtiny261A_Complete.pdf
VOLTAGE VCC= 3V 60 50 40 ) A ( E30 E IR 20 10 85 °C 25 °C 0 -40 °C 0 0.5 1 1.5 2 2.5 3 V (V) RESET 210 ATtiny261A/461A/861A 8197C–AVR–05/11 ATtiny261A/461A/861A Figure 20-25. Pull-Up Resistor Current vs. Input Voltage (Reset Pin, V CC = 5V) RESET PULL-UP RESISTOR CURRENT vs. RESET PIN VOLTAGE VCC= 5V
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avr-libc-user-manual-1.8.0.pdf
significant 8 bits of a 16-bit integer • pm Takes a program-memory (ROM) address, and converts it into a RAM ad- dress. This implies a division by 2 as the AVR handles ROM addresses as 16-bit words (e.g. in an IJMP orICALL instruction), and can also handle relocatable symbols on the right-hand side. Example: ldi
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Atmel-8209-8-bit_AVR_ATmega16M1-32M1-64M1_Datasheet_1_.pdf
POCRnRB POCRnSB POCRnRA PSC counter POCRnSA 0 On-time A On-time B PSCOUTnA PSCOUTnB Dead-time A De ad-time B PSC cycle On-Time A = (POCRnRAH/L - POCRnSAH/L) × 1/Fclkpsc On-Time B = (POCRnRBH/L - POCRnSBH/L) × 1/Fclkpsc Dead-Time A = (POCRnSAH/L + 1) × 1/Fclkpsc Dead-Time B = (POCRnSBH/L - POCRnRAH/L)
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doc7707.pdf
EORSTI interrupt. 2 - SOFE - Start Of Frame Interrupt Enable Bit Set to enable the SOFI interrupt. 210 AT90USB82/162 7707F–AVR–11/10 AT90USB82/162 Clear to disable the SOFI interrupt. 1 - Reserved 0 - SUSPE - Suspend Interrupt Enable Bit Set to enable the SUSPI interrupt. Clear to disable the SUSPI interrupt
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AVR_ATmega_328PB.pdf
Compare interrupt, or to generate a waveform output on the OC2B pin. Atmel ATmega328PB [DATASHEET] 210 Atmel-42397C-8-bit AVR-ATmega328PB_Datasheet_Complete-10/2015 22.11.6. TC2 Interrupt Mask Register Name: TIMSK2 Offset: 0x70 Reset: 0x00 Property: - Bit 7 6 5 4 3 2 1 0 OCIE2B OCIE2A TOIE2 Access R/
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ATM16_doc2466.pdf
first differential conversion after changing ADC reference (by changing the REFS1:0 bits in ADMUX). 210 ATmega16(L) 2466P–AVR–08/07 ATmega16(L) ADC Input Channels When changing channel selections, the user should observe the following guidelines to ensure that the correct channel is selected: In Single
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Ateme16.pdf
first differential conversion after changing ADC reference (by changing the REFS1:0 bits in ADMUX). 210 2466T–AVR–07/10 ATmega16(L) ADC Input Channels When changing channel selections, the user should observe the following guidelines to ensure that the correct channel is selected: In Single Conversion
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Ateme16.pdf
first differential conversion after changing ADC reference (by changing the REFS1:0 bits in ADMUX). 210 2466T–AVR–07/10 ATmega16(L) ADC Input Channels When changing channel selections, the user should observe the following guidelines to ensure that the correct channel is selected: In Single Conversion
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Mega32.pdf
Offset, Gain Error, Differential Error, Non-linearity, and Quantization Error. Ideal value: ±0.5 LSB. 210 ATmega32(L) 2503G–AVR–11/04 ATmega32(L) ADC Conversion Result After the conversion is complete (ADIF is high), the conversion result can be found in the ADC Result Registers (ADCL, ADCH). For single
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Steuern_1.html
: #ec407a; --md-pink-500: #e91e63; --md-pink-600: #d81b60; --md-pink-700: #c2185b; --md-pink-800: #ad1457; --md-pink-900: #880e4f; --md-pink-A100: #ff80ab; --md-pink-A200: #ff4081; --md-pink-A400: #f50057; --md-pink-A700: #c51162; --md-purple-50: #f3e5f5; --md-purple-100: #e1bee7; --md-purple-200: #ce93d8
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_ATmega32.pdf
Offset, Gain Error, Differential Error, Non-linearity, and Quantization Error. Ideal value: ±0.5 LSB. 210 ATmega32(L) 2503C–AVR–10/02 ATmega32(L) ADC Conversion Result After the conversion is complete (ADIF is high), the conversion result can be found in the ADC Result Registers (ADCL, ADCH). For single
in „Anschwingvorgang µC & Quarz“ · Mikrocontroller und Digitale Elektronik ·
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Datei
errorlog.txt
load default SVN Client !ENTRY org.eclipse.cdt.core 1 0 2008-11-08 21:06:14.575 !MESSAGE Indexed 'ETV-AD-Disp' (1 sources, 15 headers) in 0,24 sec: 67 declarations; 109 references; 2 unresolved inclusions; 3 syntax errors; 15 unresolved names (7,85%) !ENTRY org.tigris.subversion.subclipse.core 4 -6 2008
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