Lesson 1 - Introduction Flashcards

1
Q

is an arrangement of physical components connected or related in such a manner as to command, direct, or regulate itself or another system.

A

Control System

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2
Q

is an arrangement of physical components connected or related in such a manner as to command, direct, or regulate itself or another system.

A

Control Systems

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3
Q

stimulus, excitation or command applied to a control system, typically from an external energy source, usually in order to produce a specified response from the control system

A

Input

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4
Q

Actual Response obtained from a control system. It may or may not be equal to the specified response implied by the input

A

Output

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5
Q

The input and output can also be a part of a larger system, in which case it is called a

A

Subsystem or Control Subsystem

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6
Q

is the system,subsystem, process, or object controlled by the feedback control system

A

Plant (process or controlled system)

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7
Q

output variable of the plant

A

Controlled output

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8
Q

transmission path from the summing point to the controlled output.

A

Forward Path

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9
Q

control action is independent of the output

A

Open-Loop Systems

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10
Q

control action is somehow dependent on the output. Commonly called feedback control system

A

Closed-Loop Systems

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11
Q

It is the central task of an engineer. It is a complex process in which creativity and analysis play major role.

A

Engineering Design

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12
Q

is the process of conceiving or inventing the forms, parts, and details of a system to achieve a specified purpose.

A

Design

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13
Q

is the process by which a system’s performance is determined

A

Analysis

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14
Q

is the process by which a system’s performance is created or changed.

A

Design

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15
Q

This response resembles the input and is usually what remains after the transients have decayed to zero.

A

Steady-State Response

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16
Q

This type of response is important. In the case of the Elevator, a slow transient response makes passengers impatient. Whereas excess in rapid response makes them uncomfortable

A

Transient

17
Q

Analysis and Design Objectives

A

Transient Response
➢Steady-State Response
➢Stability
➢Other considerations:
•Hardware Selection (e.g. sensor’s accuracy, motor size)
•Finances (e.g. budget allocation, if one of a kind vs many copies)
•Robust (sensitive to changes)

18
Q

is as much a concept as it is a physical system. In essence, the concept is to deliver power more reliably and efficiently while remaining environmentally friendly, economical, and safe.

A

Smart Grid

19
Q

The five key technologies required to implement a successful modern smart grid include

A

• (i) integrated communications,
• (ii) sensing and measurements,
•(iii) advanced components,
• (iv) advanced control methods, and
•(v) improved interfaces and decision support.

20
Q

The five key technologies required to implement a successful modern smart grid include

A

• (i) integrated communications,
• (ii) sensing and measurements,
•(iii) advanced components,
• (iv) advanced control methods, and
•(v) improved interfaces and decision support.

21
Q

What is control system?

A

set of mechanical or electronic devices that regulates other devices or systems by way of control loops. (Nasa sayo ano naman basta masaya ka)

22
Q

What are the 6 steps?

A

Input
Sensors
Controller
Actuators
Plant or Process
Output

23
Q

2 Classifications of Control Systems

A

Open loop and Closed Loop

24
Q

For you what is control systems?

A

Nasa sayo naman yan

25
Q

device that makes possible the execution of the control action on the plant, so that the output of the plant follows the reference input.

A

Actuator

26
Q

used to change
Output signal so it is compatible with the reference input.

A

Transducer