Self biasind is called self because in this biasing, the variation due to change in temperature increases the the collector current, which hence decreases the output voltage i.e Vout=VCC-ICR and maintains the stability
Various FET biasing circuits are as follows: 1. Fixed bias 2. Self bias 3. Potential divider bias 4. Current-Source bias
The picture quality is not that great but here is a drawing of a self biased common collector BJT http://imageshack.us/photo/my-images/200/selfbiasedcommoncollect.png/
The voltage or Potential divider bias or the self bias circuit is the best biasing technique because,it has very low stability factor(change in collector current with respect to Ico or Vbe or current gain beta). only in this technique the increase in temperature wont affect the collector current.
Because for creating channal we need voltage at gate if there is no voltage at ate then VGS=0 this mean no amplificatiion can be done.
forward bias
What? Bias is a one sided opinion
of course stability of self bias circuit is much greater than fixed bias circuit
Fixed Bias,Self Bias, Forward Bias, Reverse Bias
The term self-enhancing bias is a complicated way of saying selfishness.
This is known as the self-serving bias. It is a cognitive bias where individuals tend to attribute their successes to internal factors, such as their own abilities or efforts, while attributing failures to external factors, such as bad luck or situational factors. This bias helps protect self-esteem by maintaining a positive self-image.
the bias that we are better, smarter, and kinder than others
good
The Self Bias of the BJT is also called the voltage divider bias. It is called thus because it can stabilize the collector current, the base emitter voltage and the amplification factor.
emitter bias provides a feedback to the circuit so that circuit remains in linear regionn
With the E-MOSFET, VGS has to be, 'greater than VGS(th) to get any drain current at all. Therefore, when E-MOSFETs are biased, self-bias, current-source bias, and zero bias cannot be used because these forms of bias depend on the depletion mode of operation. This leaves gate bias, voltage-divider bias, and source bias as the means for biasing E-MOSFETs.
Both.
emitter bias provides a feedback to the circuit so that circuit remains in linear regionn