Mitsubishi Electric M32R Series User Manual page 117

Mitsubishi 32-bit risc single-chip microcomputers
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5
Table 5.2.2 Interrupt Sources of Internal Peripheral I/Os (2/2)
Interrupt Source
MJT output interrupt 7
MJT output interrupt 6
MJT output interrupt 5
MJT output interrupt 4
MJT output interrupt 3
MJT output interrupt 2
MJT output interrupt 1
MJT output interrupt 0
MJT input interrupt 4
MJT input interrupt 3
MJT input interrupt 2
MJT input interrupt 1
MJT input interrupt 0
Note: ICU type of input source
• Edge-recognized: Interrupt requests are generated on a falling edge of the interrupt signal applied to
• Level-recognized: Interrupt requests are generated when the interrupt signal applied to the ICU is
5.2 Interrupt Sources of Internal Peripheral I/Os
Content
MJT output interrupt group 7 (TMS0, TMS1 output)
MJT output interrupt group 6 (TOP8, TOP9 output)
MJT output interrupt group 5 (TOP10 output)
MJT output interrupt group 4 (TIO4 - TIO7 output)
MJT output interrupt group 3 (TIO8, TIO9 output)
MJT output interrupt group 2 (TOP0 - TOP5 output)
MJT output interrupt group 1 (TOP6, TOP7 output)
MJT output interrupt group 0 (TIO0 - TIO3 output)
MJT input interrupt group 4 (TIN3-TIN6 input)
MJT input interrupt group 3 (TIN20-TIN23 input)
MJT input interrupt group 2 (TIN12-TIN19 input)
MJT input interrupt group 1 (TIN0-TIN2 input)
MJT input interrupt group 0 (TIN7-TIN11 input)
the ICU.
held low. For these level-recognized interrupts, the ICU's Interrupt Control Register
IRQ bit cannot be set or cleared in software.
5-5
INTERRUPT CONTROLLER (ICU)
Number of Input ICU Type of Input
Sources
2
2
1
4
2
6
2
4
4
4
8
3
5
Source (Note)
Level-recognized
Level-recognized
Edge-recognized
Level-recognized
Level-recognized
Level-recognized
Level-recognized
Level-recognized
Level-recognized
Level-recognized
Level-recognized
Level-recognized
Level-recognized
Ver.0.10

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