No. A piece of connecting wire from emitter to ground = 0 Ωally34 said:
NascentOxygen said:No. A piece of connecting wire from emitter to ground = 0 Ω
Yes.ally34 said:
It is involved in the calculations.
BJT biasing is the process of setting the proper DC operating conditions for a bipolar junction transistor (BJT) in order to achieve the desired amplification and current flow.
BJT biasing is important because it ensures that the transistor operates within its specified parameters, providing stable and reliable amplification without distortion or damage.
The three main types of BJT biasing are fixed bias, emitter bias, and collector-to-base bias. Fixed bias uses a fixed voltage source to set the base bias, emitter bias uses a voltage divider circuit, and collector-to-base bias uses a biasing resistor between the collector and base.
The values for BJT biasing components can be calculated using the transistor's datasheet and the desired DC operating conditions. The formulas for each type of biasing can be found in most electronics textbooks or online resources.
The main potential problems with BJT biasing include thermal instability, which can lead to changes in the DC operating conditions and affect the amplification, and bias drift, where the bias voltage shifts over time due to temperature changes or aging components.
