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CC2430-RTR1-F64Z 데이터시트(PDF) 52 Page - Texas Instruments |
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CC2430-RTR1-F64Z 데이터시트(HTML) 52 Page - Texas Instruments |
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52 / 234 page ![]() CC2430 CC2430 PRELIMINARY Data Sheet (rev. 1.03) SWRS036A Page 52 of 232 Instruction CY OV AC ADD x x x ADDC x x x SUBB x x x MUL 0 x - DIV 0 x - DA x - - RRC x - - RLC x - - SETB C 1 - - CLR C x - - CPL C x - - ANL C,bit x - - ANL C,/bit x - - ORL C,bit x - - ORL C,/bit x - - MOV C,bit x - - CJNE x - - “0”=set to 0, “1”=set to 1, “x”=set to 0/1, “-“=not affected Table 28: Instructions that affect flag settings 12.7 Interrupts The CPU has 18 interrupt sources. Each source has its own request flag located in a set of Interrupt Flag SFR registers. Each interrupt requested by the corresponding flag can be individually enabled or disabled. The definitions of the interrupt sources and the interrupt vectors are given in Table 29. The interrupts are grouped into a set of priority level groups with selectable priority levels. The interrupt enable registers are described in section 12.7.1 and the interrupt priority settings are described in section 12.7.3 on page 60. 12.7.1 Interrupt Masking Each interrupt can be individually enabled or disabled by the interrupt enable bits in the Interrupt Enable SFRs IEN0, IEN1 and IEN2. The Interrupt Enable SFRs are described below and summarized in Table 29. Note that some peripherals have several events that can generate the interrupt request associated with that peripheral. This applies to Port 0, Port 1, Port 2, DMA, Timer 1, Timer 3 , Timer 4 and Radio. These peripherals have interrupt mask bits for each internal interrupt source in the corresponding SFR registers. In order to use any of the interrupts in the CC2430 , the following steps must be taken 1. Enable global interrupt by setting the EA bit in IEN0 to 1 2. Set the corresponding individual, interrupt enable bit in the IEN0, IEN1 or IEN2 registers to 1. 3. Set individual interrupt enable bit in the peripherals SFR register, if any. 4. Begin the interrupt service routine at the corresponding vector address of that interrupt. See Table 29 for addresses. |
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