Question

Extending the hand calculations from the previous assignment, find the Duty Cycle (Pulse Width %) required to achieve the (TorqueLoad1, w1) operating condition combination.

Given TorqueLoad1 of (90 Oz-In) 0.636 N-M and Shaft Speed (w1) of approximately = 220 rad/s.

Answer 1

To calculate the Duty Cycle (Pulse Width %) required for a given torque load and shaft speed operating condition combination, use the formula Duty Cycle = (Torque Load / Shaft Speed) * 100%.

Step-by-step explanation:

In order to calculate the Duty Cycle (Pulse Width %) required, we first need to determine the torque load and shaft speed operating condition combination.

Given a torque load of 90 oz-in (0.636 N-m) and a shaft speed of 220 rad/s, the duty cycle for achieving this operating condition can be calculated using the formula:

Duty Cycle = (Torque Load / Shaft Speed) * 100%.

Plugging in the values, we get:

Duty Cycle = (0.636 N-m / 220 rad/s) * 100% = 0.289%