User`s guide
Table Of Contents
- Getting Started
- Using the IQmath Library
- Block Reference
- Blocks — Alphabetical List
- Absolute IQN
- Arctangent IQN
- C24x ADC
- C24x CAN Receive
- C24x CAN Transmit
- C24x From Memory
- C24x PWM
- C24x To Memory
- C28x ADC
- C28x eCAN Receive
- C28x eCAN Transmit
- C28x From Memory
- C28x PWM
- C28x To Memory
- Division IQN
- F2812 eZdsp
- Float to IQN
- Fractional part IQN
- Fractional part IQN x int32
- Integer part IQN
- Integer part IQN x int32
- IQN to Float
- IQN x int32
- IQN x IQN
- IQN1 to IQN2
- IQN1 x IQN2
- LF2407 eZdsp
- Magnitude IQN
- Saturate IQN
- Square Root IQN
- Trig Fcn IQN
- Index

C24x PWM
3-18
Show additional parameters — Check to display the dialog box with
additional PWM parameters
PWM# control logic — Control logic trigger for the PWM. Active high causes
the pulse value to go from low to high and
Active low causes the pulse value
to go from high to low.
Use deadband for PWM#/PWM# — Enables a deadband area of no signal
overlap at the beginning of particular PWM pair signals
Deadband prescaler — Number of clock cycles, which when multiplied by the
Deadband period, determines the size of the deadband. Selectable values are 1,
2, 4, 8, 16, and 32.
Deadband period — Value that, when multiplied by the Deadband prescaler,
determines the size of the deadband. Selectable values are from 1 to 15.
Deadband
PWM active high
PWM active low