Page 7 - ebook PdP FET

Table of

Contents

i 39

APPRECIATION MOSFET - METAL-OXIDE
SEMICONDUCTOR FIELD EFFECT

ii TRANSISTOR
BASIC PRINCIPLE MOSFET
ABSTRACT DIFFERENTIATION BETWEEN NMOS & PMOS
D-MOSFET
BASIC STRUCTURES
iii PHYSICAL STRUCTURES
SCHEMATIC SYMBOLS
OPERATION OF D-MOSFET
TABLE OF CONTENTS
I-V CHARACTERISTICS NMOS D-MOSFET
I-V CHARACTERISTICS PMOS D-MOSFET
1 OPERATING REGIONS OF MOSFET
E-MOSFET
INTRODUCTION TO FIELD EFFECT BASIC STRUCTURES
PHYSICAL STRUCTURES
TRANSISTOR SCHEMATIC SYMBOLS
WHAT IS FIELD EFFECT TRANSISTOR? OPERATION OF NMOS E-MOSFET
TERMINALS OF FIELD EFFECT TRANSISTOR END OF CHAPTER 3
CHANNEL FET
APPLICATION OF FET
JFET VERSUS BJT 66
END OF CHAPTER 1
APPLICATION MOSFET AS A SWITCH

APPLICATION E-MOSFET AS A SWITCH
11 OPERATION E-MOSFET AS A SWITCH
NMOS AS A CLOSED SWITCH
JFET - JUNCTION FIELD EFFECT NMOS AS AN OPEN SWITCH
TRANSISTOR PMOS AS A CLOSED SWITCH
SCHEMATIC SYMBOL JFET PMOS AS AN OPEN SWITCH
PHYSICAL STRUCTURE JFET END OF CHAPTER 4
TERMS OF VOLTAGE AND CURRENT JFET
OUTPUT CHARACTERISTICS JFET 74
OUTPUT CHARACTERISTICS IV CURVES JFET
BIASING N-CHANNEL JFET REFERENCES
CIRCUIT OPERATION FOR N CHANNEL JFET
SUMMARY JFET
TYPES OF JFET AMPLIFIER CONFIGURATION JFET
HOW TO CALCULATE THE DRAIN CURRENT JFET
DC LOADLINE JFET FOR COMMON SOURCE AMPLIFIER
END OF CHAPTER 2

iii