Two Types of Fets' - CORRECT ANSWER✅✅N-channel + P-channel
Current Carriers Enter The - CORRECT ANSWER✅✅Source
Current Carriers Leave The - CORRECT ANSWER✅✅Drain
Controls The Flow of Current - CORRECT ANSWER✅✅Gate
N- Type Polarity - CORRECT ANSWER✅✅N channel and 2 P island
Current Flow is Determined By - CORRECT ANSWER✅✅Channel width
Positive Bias Voltage on Drain - CORRECT ANSWER✅✅Current is produced
Negative Bias Voltage to Gate - CORRECT ANSWER✅✅Junction barrier is produced
Large Increase in Gate Voltage - CORRECT ANSWER✅✅Cut off
Large Decrease in Gate Voltage - CORRECT ANSWER✅✅Saturation
A Forward Bias Gate Causes - CORRECT ANSWER✅✅Damage to components
A Small Reverse Bias in the Gate Controls - CORRECT ANSWER✅✅A large drain current
Class A - CORRECT ANSWER✅✅Mid point
, Class B - CORRECT ANSWER✅✅Cut off
Class C - CORRECT ANSWER✅✅Below
Gate Biasing Sources Polarity - CORRECT ANSWER✅✅+ drain, - gate
Gate Biasing Disadvatage - CORRECT ANSWER✅✅Unstable
Self Biasing Sources Polarity - CORRECT ANSWER✅✅+ drain
Self Biasing Gate Must Be - CORRECT ANSWER✅✅Less positive then source
Voltage Divider Bias is - CORRECT ANSWER✅✅A combination of Gate and Self Biasing
Most Common FET - CORRECT ANSWER✅✅Amplifier
Difference between Bipolar and FET - CORRECT ANSWER✅✅FET has more resistance
Transconductance (Gm) - CORRECT ANSWER✅✅Amount of control of input (voltage) over output
(current)
Comparing Input and Output - CORRECT ANSWER✅✅Measured values
Comparing Gm and Rd - CORRECT ANSWER✅✅Calculated values
Common Source output - CORRECT ANSWER✅✅180 out of phase
Common Drain - CORRECT ANSWER✅✅