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2 cards from this section. Quick, good the night before a test.
Define differential mode gain.
Think about how we measure signal amplification.
What is the purpose of a differential amplifier?
Consider the challenges in noisy environments.
What is the primary function of a differential amplifier?
Remember the defining feature of how this amplifier operates.
True or False: A high differential mode gain is preferred in a differential amplifier.
Consider what we aim to achieve with amplification.
Given the following input signal conditions: v_in1 = 0.5V and v_in2 = 0.2V, calculate the output voltage for an ideal differential amplifier with a differential gain of 100.
Use the formula for output voltage based on the given gains and inputs.
If a differential amplifier has a common mode gain of 0.2 and a differential gain of 50, explain the significance of this configuration.
Think about the quality of output signals and how common noise may affect them.
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