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A PWM signal is required for a motor controller. The PWM is generated by a TPM in a KL25Z. The signal for no motion of the motor is a 10 millisecond period with a 50% duty cycle. Which setup below is NOT a correct setup for a TPM for this starting condition? Ignore the "-1" adjustment for the counts. It is not important in this application.

A PWM signal is required for a motor controller. The PWM is generated by a TPM in a KL25Z. The signal for no motion of the motor is a 10 millisecond period with a 50% duty cycle. Which setup below is NOT a correct setup for a TPM for this starting condition? Ignore the "-1" adjustment for the counts. It is not important in this application.

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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A PWM signal is required for a motor controller. The PWM is generated by a TPM in a KL25Z. The signal for no motion of the motor is a 10 millisecond period with a 50% duty cycle. Which setup below is NOT a correct setup for a TPM for this starting condition? Ignore the "-1" adjustment for the counts. It is not important in this application. Clock: 4 MHz Prescale: 4 Period: 10,000 Pulse Width: 5,000 Clock: 8 MHz Prescale: 2 Period: 20,000 Pulse Width: 10,000 Clock: 24 MHz Prescale: 16 Modulus: 15,000 Pulse Width: 7,500 Clock: 3.2768 MHz Prescale: 64 Period: 512 Pulse Width: 256
Transcribed Image Text:A PWM signal is required for a motor controller. The PWM is generated by a TPM in a KL25Z. The signal for no motion of the motor is a 10 millisecond period with a 50% duty cycle. Which setup below is NOT a correct setup for a TPM for this starting condition? Ignore the "-1" adjustment for the counts. It is not important in this application. Clock: 4 MHz Prescale: 4 Period: 10,000 Pulse Width: 5,000 Clock: 8 MHz Prescale: 2 Period: 20,000 Pulse Width: 10,000 Clock: 24 MHz Prescale: 16 Modulus: 15,000 Pulse Width: 7,500 Clock: 3.2768 MHz Prescale: 64 Period: 512 Pulse Width: 256
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