Figure 6.7-30 Pwmx_Ch0 And Pwmx_Ch1 Polarity Control With Dead-Time Insertion - Nuvoton ISD94124BYI Technical Reference Manual

Isd arm cortex-m4f soc
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Initial State PWM Starts
PWMx_CH0
PWMx_CH1
PWMx_CH0
PWMx_CH1
PWMx_CH0
PWMx_CH1
PWMx_CH0
PWMx_CH1
PWMx_CH0
PWMx_CH1
Note1:
Note2: PINV0/PIV1, it controls the output polar inverse

Figure 6.7-30 PWMx_CH0 and PWMx_CH1 Polarity Control with Dead-Time Insertion

6.7.6.18 PWM Interrupt Generator
There are independent interrupts for each PWM as shown in Figure 6.7-31.
The PWM interrupt (PWMx_INT) comes from PWM complementary pair events. The counter can
generate the zero point interrupt flag ZIF (TIMERx_PWMINTSTS0[0]) and the period point interrupt
flag PIF (TIMERx_PWMINTSTS0[1]). When counter equals to the comparator value stored in CMP
(TIMERx_PWMCMPDAT[15:0]), the different interrupt flags will be triggered depending on the
counting direction. If counter and CMP matched occurs at up-count direction, the comparator up
interrupt flag CMPUIF (TIMERx_PWMINTSTS0[2]) is set and if matched at down-count direction,
the comparator down interrupt flag CMPDIF (TIMERx_PWMINTSTS0[3]) is set. If the
corresponding interrupt enable bits are set, the interrupt trigger events will also generates interrupt
signals.
Sep 9, 2019
ISD94100 Series Technical Reference Manual
dead-time insertion
Page 361 of 928
(PINV0=0)
(PINV1=0)
(PINV0=1)
(PINV1=0)
(PINV0=0)
(PINV1=1)
(PINV0=1)
(PINV1=1)
Rev1.09

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