Originally posted by: Bootprint
Translate it, into another language then back into english. They'll never figure out that you plagerized someones work.
Originally posted by: MetalMat
hey hey hey, I never said I was plagerizing. I am trying to make my lab report for a lab tommorow look a little better.
Originally posted by: MetalMat
hey hey hey, I never said I was plagerizing. I am trying to make my lab report for a lab tommorow look a little better.
Originally posted by: Bootprint
Translate it, into another language then back into english. They'll never figure out that you plagerized someones work.
Originally posted by: ttown
Use this paragraph reworder
Originally posted by: Pepsi90919
Originally posted by: ttown
Use this paragraph reworder
Through dis here experiment, it wuz clear da response ta uh step input wuz sluggish if da gain wuz low. Increasing da gain caused uh faster response; however, if too much gain wuz applied da response would possibly overshoot an' take several oscillations 'bfoe settling. Finally, an increase in gain may cause sustainable oscillations ta build up.
Velocity feedback iz feedback proportional ta da velocity o' da output shaft. A tachogenerator iz often provided fo' da purpose. In uh position servo, it serves da purpose o' modifying da (position) error signal so da modified signal goes ta zero 'bfoe da desired position iz reached. This prevents da motor from accelerating right up ta da desired position, so dat inertia causes it ta overshoot. Jus' like Orenthawl James.
Originally posted by: AaronB
Originally posted by: Pepsi90919
Originally posted by: ttown
Use this paragraph reworder
Through dis here experiment, it wuz clear da response ta uh step input wuz sluggish if da gain wuz low. Increasing da gain caused uh faster response; however, if too much gain wuz applied da response would possibly overshoot an' take several oscillations 'bfoe settling. Finally, an increase in gain may cause sustainable oscillations ta build up.
Velocity feedback iz feedback proportional ta da velocity o' da output shaft. A tachogenerator iz often provided fo' da purpose. In uh position servo, it serves da purpose o' modifying da (position) error signal so da modified signal goes ta zero 'bfoe da desired position iz reached. This prevents da motor from accelerating right up ta da desired position, so dat inertia causes it ta overshoot. Jus' like Orenthawl James.
^This report is so getting an "A"
😀