 |
DTIC ADA235646: Stabilization of a Digitally Controlled Active-Isol... |
 |
by Defense Technical Information Center |
 |
Thumbnail |
|
Download |
 |
Web page |
|
|
|
Digital control techniques have roved beneficial in many |
|
control applications because the are flexible and lend |
|
themselves to adaptive implementation. However, in |
|
control system that require feedback rather than |
|
feedforward as the control mechanism, the advantages of |
|
digital control are offset by the difficulty of designing |
|
stable controllers. The time lag introduced by anti- |
|
aliasing filters. These lags, in conjunction with low |
|
sampling rates, make an otherwise stable system subject |
|
to instability if high open-loop gains are required. This |
|
paper will focus on a technique for adding an empirical |
|
model of the system under control the control loop as a |
|
means of stabilizing the system. |
|
|
|
Date Published: 2018-03-02 10:31:40 |
|
Identifier: DTIC_ADA235646 |
|
Item Size: 14594164 |
|
Language: english |
|
Media Type: texts |
|
|
|
# Topics |
|
DTIC Archive; Forsythe, S E ; NAVAL ... |
|
|
|
# Collections |
|
dticarchive |
|
additional_collections |
|
|
|
# Uploaded by |
|
@chris85 |
|
|
|
# Similar Items |
|
View similar items |
|
|
|
PHAROS |
|
