Solution:
Showing posts with label Temperature stabilizing resistor. Show all posts
Showing posts with label Temperature stabilizing resistor. Show all posts
Monday, November 4, 2013
Design of a fixed-bias BJT amplifier with a temperature stabilizing resistor at BJT's emitter and a negative power supply.
Design a fixed-bias BJT amplifier having a temperature stabilizing resistor RE and a negative power supply so that its operating point is as shown in the IV graph. If only [commercially availble resistors] were used, how much would the Q-point deviate from the desired specification.
Solution:
Solution:
Sunday, November 3, 2013
DC and AC analysis of a fixed base-voltage BJT amplifier with a temperature stabilizing resistor at BJT's emitter.
Find the Q-point of a fixed base-voltage BJT amplifier having a temperature stabilizing resistor RE. Also find related currents and voltages.
Solution
Solution
Friday, November 1, 2013
Design of a fixed base-voltage BJT amplifier with a temperature stabilizing resistor at BJT's emitter.
Design a fixed base-voltage BJT amplifier having a temperature stabilizing resistor RE
so that its operating point is as shown in the IV graph. If only
[commercially availble resistors] were used, how much would the Q-point
deviate from the desired specifications.
Solution
:
Solution
Wednesday, October 30, 2013
Design of a fixed-bias BJT amplifier with a temperature stabilizing resistor at BJT's emitter.
Design a fixed-bias BJT amplifier having a temperature stabilizing resistor RE so that its operating point is as shown in the IV graph. If only [commercially availble resistors] were used, how much would the Q-point deviate from the desired specification.
Solution:
Solution:
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