Introduction to Control System Technology
$156.60
68%off
$106.70
International 7th edition
textbook (Textbook
only).... [more] ALTERNATE EDITION: Brand New Papercover
International 7th edition
textbook (Textbook
only). The English
content is identical to
the American edition. Its
ISBN, cover picture, and
cover binding may be
different. The book
printed in black/white,
and the book cover which
has dual languages design
maybe contains restricted
sales disclaimer. Expected
speedy worldwide shipment
with full tracking
information delivery in
3-5 business days. [less]
Own This Book? Sell It
9780130306883
ISBN:0130306886
Pub Date: 2001Publisher: Prentice Hall Summary: Introduction to Control System Technology, Seventh Edition, is both a textbook on control system technology and a valuable reference that engineers and technicians will want in their personal libraries. Outstanding features of this text include: A computer disk packaged with the text includes a graphical design program that emulates the classical Bode design method. Using this program, the designer can observe how ea [read more]
- 30-Day No-Hassle Returns
- Fast, Same-Day Customer Service
- The Best Prices on Textbook Rentals
- Find student loan options quickly and easily
- Compare loans to find the best fit for you
- Apply for the loan that meets your needs
9780130306883
ISBN:
0130306886
Pub Date: 2001
Publisher: Prentice Hall
Introduction to Control System Technology, Seventh Edition, is both a textbook on control system technology and a valuable reference that engineers and technicians will want in their personal libraries. Outstanding features of this text include: A computer disk packaged with the text includes a graphical design program that emulates the classical Bode design method. Using this program, the designer can observe how each control mode changes the shape of the open-loop frequency response of the system. By trying different PID control mode values, the designer can use a "design-by-trial" procedure to search for the best possible design. The use of analogies to develop common elements for modeling and analyzing electrical, fluid flow, thermal, or mechanical components helps students translate knowledge of one type of component to components of other types. End-of-chapter exercises challenge students with practical problems at various levels of difficulty. The exercises are grouped by section numbers with multiple simple problems to reinforce student learning, followed by more complex problems to generate interest in the subject.
- Track your recent orders.
- See our shipping rates & policies.
- Return an item (here's our Return Policy).

