SONIX SN32F268 - Page 76

SN32F260 Series
32-Bit Cortex-M0 Micro-Controller
SONiX TECHNOLOGY CO., LTD Page 76 Version 1.5
PWM11 is 1 when TC<MR11 during Up-counting period.
10: PWM11 is forced to 0.
11: PWM11 is forced to 1.
21:20
PWM10MODE[1:0]
PWM10 output.
00: PWM mode 1.
PWM10 is 0 when TC<MR10 during Up-counting period.
01: PWM mode 2.
PWM10 is 1 when TC<MR10 during Up-counting period.
10: PWM10 is forced to 0.
11: PWM10 is forced to 1.
R/W
0
19:18
PWM9MODE[1:0]
PWM9 output.
00: PWM mode 1.
PWM9 is 0 when TC<MR9 during Up-counting period.
01: PWM mode 2.
PWM9 is 1 when TC<MR9 during Up-counting period.
10: PWM9 is forced to 0.
11: PWM9 is forced to 1.
R/W
0
17:16
PWM8MODE[1:0]
PWM8 output.
00: PWM mode 1.
PWM8 is 0 when TC<MR8 during Up-counting period.
01: PWM mode 2.
PWM8 is 1 when TC<MR8 during Up-counting period.
10: PWM8 is forced to 0.
11: PWM8 is forced to 1.
R/W
0
15:14
PWM7MODE[1:0]
PWM7 output.
00: PWM mode 1.
PWM7 is 0 when TC<MR7 during Up-counting period.
01: PWM mode 2.
PWM7 is 1 when TC<MR7 during Up-counting period.
10: PWM7 is forced to 0.
11: PWM7 is forced to 1.
R/W
0
13:12
PWM6MODE[1:0]
PWM6 output.
00: PWM mode 1.
PWM6 is 0 when TC<MR6 during Up-counting period.
01: PWM mode 2.
PWM6 is 1 when TC<MR6 during Up-counting period.
10: PWM6 is forced to 0.
11: PWM6 is forced to 1.
R/W
0
11:10
PWM5MODE[1:0]
PWM5 output.
00: PWM mode 1.
PWM5 is 0 when TC<MR5 during Up-counting period.
01: PWM mode 2.
PWM5 is 1 when TC<MR5 during Up-counting period.
10: PWM5 is forced to 0.
11: PWM5 is forced to 1.
R/W
0
9:8
PWM4MODE[1:0]
PWM4output.
00: PWM mode 1.
PWM4 is 0 when TC<MR4 during Up-counting period.
01: PWM mode 2.
PWM4 is 1 when TC<MR4 during Up-counting period.
10: PWM4 is forced to 0.
11: PWM4 is forced to 1.
R/W
0
7:6
PWM3MODE[1:0]
PWM3 output.
00: PWM mode 1.
PWM3 is 0 when TC<MR2 during Up-counting period.
01: PWM mode 2.
PWM3 is 1 when TC<MR3 during Up-counting period.
10: PWM3 is forced to 0.
11: PWM3 is forced to 1.
R/W
0
5:4
PWM2MODE[1:0]
PWM2 output.
00: PWM mode 1.
PWM2 is 0 when TC<MR2 during Up-counting period.
01: PWM mode 2.
PWM2 is 1 when TC<MR2 during Up-counting period.
10: PWM2 is forced to 0.
11: PWM2 is forced to 1.
R/W
0
3:2
PWM1MODE[1:0]
PWM1 output.
00: PWM mode 1.
R/W
0