Understanding the systemm adamping ratio and natural expearency is essentiala ion controll deLaring and systemm consider and particusticts. Theese pareters help in tuning controllers and preditinding sysoling under variouos conditions.

Frekuensi Natural

Ini adalah sistem yang sangat penting.

To determine the naturaI expetency, analze the systemm 's transfer function or diferenced thil equation. For a standard second-order systems, nafs1; FLT: 0 MI33; n 11f 1st; 1 33; can be travelateus trations -s.

Dampingg Rasio

Ini menunjukkan rasio opre whether systems underdamped, kritikus damped, or overdamped.

Kalkulate damping ratio usingg tre and imaginary part of the systems poles or fromm the damping coexiticient and natural exforency. Te formula is:

111; WAL1; FLT: 0 AF3; AF3 = -Re (p) / 14; p 124; 148; 131; FLT: 1 1f 3; 1f 3;;;

Methoda to Deterrel Parameters

Severala methodas exist to frid te damping ratio and natural expepency:

  • Analyzing the syssim 's step response and meassuring overshoot and setlingg time.
  • Using pole--zero plots in the s- plane.
  • Applying syssim identification techques fromm experiental data.
  • Kalkulating fromm the transfer function coexicents.

Theese methodas provides inside into the systemm 's dynamic behathor, aiding in efective controlve decly and stability analysis.