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EGR 101 1 EGR 101 Introduction to Engineering Through Applied Science I Prof. Robert C. Helgeland Department of Electrical and Computer Engineering Office: Room 324B – Dion Building Telephone – 508-999-8487 Email address – [email protected]

EGR 101 Introduction to Engineering Through Applied Science I

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EGR 101 Introduction to Engineering Through Applied Science I. Prof. Robert C. Helgeland Department of Electrical and Computer Engineering Office: Room 324B – Dion Building Telephone – 508-999-8487 Email address – [email protected]. Educational/Professional Background. BSEE - PowerPoint PPT Presentation

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Page 1: EGR 101 Introduction to Engineering Through Applied Science I

EGR 101 1

EGR 101Introduction to Engineering

ThroughApplied Science I

Prof. Robert C. Helgeland

Department of Electrical and Computer EngineeringOffice: Room 324B – Dion Building

Telephone – 508-999-8487Email address – [email protected]

Page 2: EGR 101 Introduction to Engineering Through Applied Science I

EGR 101 2

Educational/Professional Background

• BSEE – University of Massachusetts Dartmouth

• MSEE– Northeastern University

• Registered Professional Engineer– Commonwealth of Massachusetts

Page 3: EGR 101 Introduction to Engineering Through Applied Science I

EGR 101 3

Areas of Interest -- Teaching

• Circuit Theory– Basic Circuit Analysis and Simulation

• Electronics– Analog and Digital

• Electromechanical Energy Conversion– Motors, Generators

• Power Electronics– Power Supplies, Inverters, Power Control

Page 4: EGR 101 Introduction to Engineering Through Applied Science I

EGR 101 4

Circuit Theory

R180 Ohm

R2

10 Ohm

R360 Ohm

R420 Ohm

R530 Ohm

V2

4 V/V

U1

DC 1MOhm

25.000 V+ -

Page 5: EGR 101 Introduction to Engineering Through Applied Science I

EGR 101 5

Electronics

U1

LM555CNGND

1

DIS7OUT 3RST4

VCC8

THR6

CON5TRI2

V112 V

C20uF

R68kOhm

OnOff

Key = S

V29 V

LED1

R2220 Ohm

K1

1mH 100 Ohm

K

Page 6: EGR 101 Introduction to Engineering Through Applied Science I

EGR 101 6

Electromechanical Energy Conversion

A15

B1

C10

D9

~U/D5

QA 3

QB 2

QC 6

QD 7

~CTEN4

~LOAD11 ~RCO 13

MAX/MIN 12

CLK14

U1

74191N

U2

1Y0 7

1Y1 6

1Y2 5

1Y3 4

2Y0 9

2Y1 10

2Y2 11

2Y3 12

1C1

~1G2

~2C15

~2G14

A13

B3

74155N

U3A

7404N

21

U3B

7404N

43

U3C

7404N

65

V1

1000Hz 5V

5VVCC

U3D

7404N

89

L1

100mH

L2

100mH

L3

100mH

L4

100mH

R1

1.0Ohm_5%

R2

1.0Ohm_5%

R3

1.0Ohm_5%

R4

1.0Ohm_5%

D1

1N4004

D2

1N4004

D3

1N4004

D4

1N4004

U4

DCD_HEX

4 3 2 1

A

2.5 V

B

2.5 V

C

2.5 V

D

2.5 V

Q12N2222A

Q22N2222A

Q32N2222A

Q42N2222A

Pause

Key = P

Direction

Key = Space

STOP

2.5 V

CW

2.5 V

Vmotor12V

U3E7404N

1011

U5A

7408N

1

23

U3F

7404N

1213

Page 7: EGR 101 Introduction to Engineering Through Applied Science I

EGR 101 7

Power Electronics

V124 V

L1250uH

D1DIODE_VIRTUAL

R110 Ohm

XSC1

A B

G

T

XFG1

U1DC 1MOhm 13.164 V

+

-

Q1IRG4BC10U

C147uF

Page 8: EGR 101 Introduction to Engineering Through Applied Science I

EGR 101 8

Areas of Practical Experience

• Marine Electronic Systems– Radar – Communications

• AM, FM, SSB, SATCOM– Echo Sounding and Sonar

• Water Depth, Fish– Navigation

• GPS, Loran C, Electronic Charting– Vessel Control

• Autopilots

Page 9: EGR 101 Introduction to Engineering Through Applied Science I

EGR 101 9

Radar

Page 10: EGR 101 Introduction to Engineering Through Applied Science I

EGR 101 10

Communications

Page 11: EGR 101 Introduction to Engineering Through Applied Science I

EGR 101 11

Echo Sounding and Sonar

Page 12: EGR 101 Introduction to Engineering Through Applied Science I

EGR 101 12

Navigation

Page 13: EGR 101 Introduction to Engineering Through Applied Science I

EGR 101 13

Electronic Charting

Page 14: EGR 101 Introduction to Engineering Through Applied Science I

EGR 101 14

Vessel Control

Page 15: EGR 101 Introduction to Engineering Through Applied Science I

EGR 101 15

Commercial Fishing

Page 16: EGR 101 Introduction to Engineering Through Applied Science I

EGR 101 16

Tugs and Towing

Page 17: EGR 101 Introduction to Engineering Through Applied Science I

EGR 101 17

Military

Page 18: EGR 101 Introduction to Engineering Through Applied Science I

EGR 101 18

Passenger Ferries

Page 19: EGR 101 Introduction to Engineering Through Applied Science I

EGR 101 19

Specialty Transportation

Page 20: EGR 101 Introduction to Engineering Through Applied Science I

EGR 101 20

Oceanographic Research

Page 21: EGR 101 Introduction to Engineering Through Applied Science I

EGR 101 21

Recreational

Page 22: EGR 101 Introduction to Engineering Through Applied Science I

EGR 101 22

Restoration

Page 23: EGR 101 Introduction to Engineering Through Applied Science I

EGR 101 23

Classroom Activity #1

• Introduce yourself to the class

– Name– Home town and high school– Major– Why you chose Engineering