
ML62Q1000 Series User's Manual
Chapter 9 Functional Timer (FTM)
FEUL62Q1000
9-29
9.2.13 FTMn Interrupt Status Register (FTnINTS: n = 0 to 7)
FTnINTS is a specific function register (SFR) to indicate the interrupt status of FTMn.
The bit5 to bit0 is reset to "0" by writing "1" to the same number of bit in the MCINTCL register.
The FTnINTS is a read-only register.
Address:
0xF4B0(FT0INTSL/FT0INTS), 0xF4B1(FT0INTSH),
0xF4B2(FT1INTSL/FT1INTS), 0xF4B3(FT1INTSH),
0xF4B4(FT2INTSL/FT2INTS), 0xF4B5(FT2INTSH),
0xF4B6(FT3INTSL/FT3INTS), 0xF4B7(FT3INTSH),
0xF4B8(FT4INTSL/FT4INTS), 0xF4B9(FT4INTSH),
0xF4BA(FT5INTSL/FT5INTS), 0xF4BB(FT5INTSH),
0xF4BC(FT6INTSL/FT6INTS), 0xF4BD(FT6INTSH),
0xF4BE(FT7INTSL/FT7INTS), 0xF4BF(FT7INTSH)
Access:
R
Access size:
8/16 bit
Initial value:
0x0000
15
14
13
12
11
10
9
8
7
6
5
4
3
2
1
0
Word
FTnINTS
Byte
FTnINTSH
FTnINTSL
Bit
−
−
−
−
−
−
−
−
−
−
FTnIS
ES
FTnIS
TR
FTnIS
TS
FTnIS
B
FTnIS
A
FTnIS
P
R/W
R
R
R
R
R
R
R
R
R
R
R
R
R
R
R
R
Initial
value
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
Bit no.
Bit symbol
name
Description
15 to 6
-
Reserved bit
5
FTnISES
This bit is used to indicate the state of the emergency stop interrupt of FTMn.
0: Emergency stop interrupt has not occurred (initial value)
1: Emergency stop interrupt has occurred
This bit is cleared when writing 1 to FTnICES bit of FTnINTC register.
4
FTnISTR
This bit is used to indicate the state of the trigger counter start interrupt of FTMn.
0: Trigger counter start interrupt has not occurred (initial value)
1: Trigger counter start interrupt has occurred
This bit is cleared when writing 1 to FTnICTR bit of FTnINTC register.
3
FTnISTS
This is a bit to indicate the state of the trigger counter stop interrupt of FTMn.
0: Trigger counter stop interrupt has not occurred (initial value)
1: Trigger counter stop interrupt has occurred
This bit is cleared when writing 1 to FTnICTS bit of FTnINTC register.
2
FTnISB
This is a bit to indicate the state of the event timing B interrupt of FTMn.
In CAPTURE mode, it indicates the status of storing the capture data into the FTnEB register.
Ÿ
TIMER, PWM1, PWM2 mode
0: Event timing B interrupt has not occurred (initial value)
1: Event timing B interrupt has occurred
This bit is cleared by writing "1" to the FTnIB register.
Ÿ
CAPTURE mode
0: Capture B interrupt has not occurred
1: Capture B interrupt has occurred
Indicates that the captured data is stored to the FTnEB register.
This bit is cleared by writing "1" to FTnICB bit of FTnINTC register or by reading the
FTnEB register.
Summary of Contents for ML62Q1000 Series
Page 17: ...Chapter 1 Overview...
Page 112: ...Chapter 2 CPU and Memory Space...
Page 154: ...Chapter 3 Reset Function...
Page 166: ...Chapter 4 Power Management...
Page 196: ...Chapter 5 Interrupts...
Page 248: ...Chapter 6 Clock generation Circuit...
Page 274: ...Chapter 7 Low Speed Time Base Counter...
Page 291: ...Chapter 8 16 Bit Timer...
Page 320: ...Chapter 9 Functional Timer FTM...
Page 382: ...Chapter 10 Watchdog Timer...
Page 402: ...Chapter 11 Serial Communication Unit...
Page 456: ...Chapter 12 I2 C Bus Unit...
Page 491: ...Chapter 13 I2 C Master...
Page 512: ...Chapter 14 DMA Controller...
Page 531: ...Chapter 15 Buzzer...
Page 550: ...Chapter 16 Simplified RTC...
Page 559: ...Chapter 17 GPIO...
Page 594: ...Chapter 18 External Interrupt Function...
Page 612: ...Chapter 19 CRC Generator...
Page 632: ...Chapter 20 Analog Comparator...
Page 644: ...Chapter 21 D A Converter...
Page 655: ...Chapter 22 Voltage Level Supervisor...
Page 676: ...Chapter 23 Successive Approximation Type A D Converter...
Page 709: ...Chapter 24 Regulator...
Page 714: ...Chapter 25 Flash Memory...
Page 743: ...Chapter 26 Code Option...
Page 750: ...Chapter 27 LCD Driver...
Page 788: ...Chapter 28 On Chip Debug Function...
Page 795: ...Chapter 29 Safety Function...
Page 813: ...Appendix A...
Page 881: ...Revision History...