SOLUTION MANUAL FOR
Fundamentals of Power Semiconductor Devices
by B. Jayant Baliga
2nd Edition
,2 FUNDAMENTALS OF POWER SEMICONDUCTOR DEVICES
Chapter 1
Introduction
Problem 1.1:
Define The Current And Voltage Ratings Of Power Devices For Typical Automotive
Applications.
Solution:
HVDC
104
TRANSMISSION
103 ELECTRIC
Current Rating (Amperes)
TRAINS
MOTOR
102
ELECTRONICS
DRIVES
AUTOMOTIVE
SUPPLIES
POWER
ROBOTICS
101
LAMP
BALLAST
100
TELECOM.
10-1 DISPLAY
DRIVES
10-2
101 102 103 104
Voltage Rating (Volts)
Fig. 1.2 System Ratings For Power Devices.
The Current Ratings For Power Devices Range From 1 To 120 Amperes And The
Voltage Ratings For Power Devices Range From 30 To 100 Volts For Typical
Automotive Applications Based Upon Using Fig. 1.2 (Shown Above).
, Solution Manual 3
Problem 1.2:
Define The Current And Voltage Ratings Of Power Devices For Typical Computer
Power Supply Applications.
Solution:
HVDC
104
TRANSMISSION
103 ELECTRIC
Current Rating (Amperes)
TRAINS
MOTOR
102
ELECTRONICS
DRIVES
AUTOMOTIVE
SUPPLIES
POWER
ROBOTICS
101
LAMP
BALLAST
100
TELECOM.
10-1 DISPLAY
DRIVES
10-2
101 102 103 104
Voltage Rating (Volts)
Fig. 1.2 System Ratings For Power Devices.
The Current Ratings For Power Devices Range From 5 To 120 Amperes And The
Voltage Ratings For Power Devices Range From 15 To 30 Volts For Typical
Power Supply Applications Based Upon Using Fig. 1.2 (Shown Above).
, 4 FUNDAMENTALS OF POWER SEMICONDUCTOR DEVICES
Problem 1.3:
Define The Current And Voltage Ratings Of Power Devices For Typical Motor
Control Applications.
Solution:
HVDC
104
TRANSMISSION
103 ELECTRIC
Current Rating (Amperes)
TRAINS
MOTOR
102
ELECTRONICS
DRIVES
AUTOMOTIVE
SUPPLIES
POWER
ROBOTICS
101
LAMP
BALLAST
100
TELECOM.
10-1 DISPLAY
DRIVES
10-2
101 102 103 104
Voltage Rating (Volts)
Fig. 1.2 System Ratings For Power Devices.
The Current Ratings For Power Devices Range From 50 To 200 Amperes And The
Voltage Ratings For Power Devices Range From 300 To 1500 Volts For Typical
Motor Control Applications Based Upon Using Fig. 1.2 (Shown Above).
Fundamentals of Power Semiconductor Devices
by B. Jayant Baliga
2nd Edition
,2 FUNDAMENTALS OF POWER SEMICONDUCTOR DEVICES
Chapter 1
Introduction
Problem 1.1:
Define The Current And Voltage Ratings Of Power Devices For Typical Automotive
Applications.
Solution:
HVDC
104
TRANSMISSION
103 ELECTRIC
Current Rating (Amperes)
TRAINS
MOTOR
102
ELECTRONICS
DRIVES
AUTOMOTIVE
SUPPLIES
POWER
ROBOTICS
101
LAMP
BALLAST
100
TELECOM.
10-1 DISPLAY
DRIVES
10-2
101 102 103 104
Voltage Rating (Volts)
Fig. 1.2 System Ratings For Power Devices.
The Current Ratings For Power Devices Range From 1 To 120 Amperes And The
Voltage Ratings For Power Devices Range From 30 To 100 Volts For Typical
Automotive Applications Based Upon Using Fig. 1.2 (Shown Above).
, Solution Manual 3
Problem 1.2:
Define The Current And Voltage Ratings Of Power Devices For Typical Computer
Power Supply Applications.
Solution:
HVDC
104
TRANSMISSION
103 ELECTRIC
Current Rating (Amperes)
TRAINS
MOTOR
102
ELECTRONICS
DRIVES
AUTOMOTIVE
SUPPLIES
POWER
ROBOTICS
101
LAMP
BALLAST
100
TELECOM.
10-1 DISPLAY
DRIVES
10-2
101 102 103 104
Voltage Rating (Volts)
Fig. 1.2 System Ratings For Power Devices.
The Current Ratings For Power Devices Range From 5 To 120 Amperes And The
Voltage Ratings For Power Devices Range From 15 To 30 Volts For Typical
Power Supply Applications Based Upon Using Fig. 1.2 (Shown Above).
, 4 FUNDAMENTALS OF POWER SEMICONDUCTOR DEVICES
Problem 1.3:
Define The Current And Voltage Ratings Of Power Devices For Typical Motor
Control Applications.
Solution:
HVDC
104
TRANSMISSION
103 ELECTRIC
Current Rating (Amperes)
TRAINS
MOTOR
102
ELECTRONICS
DRIVES
AUTOMOTIVE
SUPPLIES
POWER
ROBOTICS
101
LAMP
BALLAST
100
TELECOM.
10-1 DISPLAY
DRIVES
10-2
101 102 103 104
Voltage Rating (Volts)
Fig. 1.2 System Ratings For Power Devices.
The Current Ratings For Power Devices Range From 50 To 200 Amperes And The
Voltage Ratings For Power Devices Range From 300 To 1500 Volts For Typical
Motor Control Applications Based Upon Using Fig. 1.2 (Shown Above).
