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4 cards from this section. Quick, good the night before a test.
Define a feedback network.
Think about systems that help in maintaining desired circuit behavior.
What is a common emitter amplifier?
Consider how amplifiers are structured.
What does negative feedback primarily enhance in an amplifier?
Think about the benefits of feedback in systems.
True or False: Voltage-shunt configurations increase distortion.
Consider the purpose of using feedback.
Given a common emitter amplifier with a feedback network, analyze the impact of changing the feedback resistance on gain stability.
Start by identifying the relationships between gain, feedback resistance, and beta values.
In a feedback network, determine the implications of having a beta value much greater than one on the input and output resistance.
Consider the properties of shunt feedback and how resistance interacts under feedback conditions.
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