Mitsubishi Electric M32R Series User Manual page 273

10
Table 10.1.1 Outline of Multijunction Timers (2/2)
Name
TID
(Timer Input
Derivation)
TOD
(Timer Output
Derivation)
TOM
(Timer Output
Modification)
Table 10.1.2 MJT Interrupt Generation Functions of the M32170
Signal Name Source of MJT Interrupt Requested Interrupt Controller (ICU) Input
IRQ18 TIN30 - TIN33 input
IRQ17 TID2 output
IRQ16 TOD1_0 - TOD1_7 output
TOM0_0 - TOM0_7 output
IRQ15 TID1 output
IRQ14 TID0 output
IRQ13 TOD0_0 - TOD0_7 output
IRQ12 TIN3 - TIN6 input
IRQ11 TIN20 - TIN23 input
IRQ10 TIN12 - TIN19 input
IRQ9 TIN0 - TIN2 input
IRQ8 TIN7 - TIN11 input
IRQ7 TMS0, TMS1 output
IRQ6 TOP8, TOP9 output
IRQ5 TOP10 output
IRQ4 TIO4 - 7 output
IRQ3 TIO8, TIO9 output
IRQ2 TOP0 - 5 output
IRQ1 TOP6, TOP7 output
IRQ0 TIO0 - 3 output
Type Number of Channels Description
Input-related 3
16-bit timer
(up/down-counter)
Output-related 16
16-bit timer
(down-counter)
Output-related 8
16-bit timer
(down-counter)
10.1 Outline of Multijunction Timers
One of three input modes can be selected by software.
• Fixed period mode
• Event count mode
• Multiply-by-4 event count mode
One of four output modes can be selected by software.
<Without correction function>
• PWM output mode
• Single-shot output mode
• Delayed single-shot output mode
• Continuous output mode
One of four output modes can be selected by software.
<Without correction function>
• PWM output mode
• Single-shot PWM output mode
• Single-shot output mode
• Continuous output mode
TML1 input interrupt
TID2 output interrupt
TOD1+TOM0 output interrupt
TID1 output interrupt
TID0 output interrupt
TOD0 output interrupt
MJT input interrupt 4
MJT input interrupt 3
MJT input interrupt 2
MJT input interrupt 1
MJT input interrupt 0
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
10-3
MULTIJUNCTION TIMERS
ICU Cause Input
4
1
16
1
1
8
4
4
8
3
5
2
2
1
4
2
6
2
4
Ver.0.10