A feedback amplifier has a low-frequency loop gain of 5000 and three poles at fpl 300kHz, fp₂ = = = 2MHz, and f3 = 25MHz. A dominate pole is to be added such that the phase margin = 45°. Assume the original poles remain fixed, determine the dominate pole frequency. P3
A feedback amplifier has a low-frequency loop gain of 5000 and three poles at fpl 300kHz, fp₂ = = = 2MHz, and f3 = 25MHz. A dominate pole is to be added such that the phase margin = 45°. Assume the original poles remain fixed, determine the dominate pole frequency. P3
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O
= 2MHz, and fp3 = 25MHz. A dominate pole is to be added such that the phase margin = 45°.
Assume the original poles remain fixed, determine the dominate pole frequency."
Transcribed Image Text:1. A feedback amplifier has a low-frequency loop gain of 5000 and three poles at fp₁ = 300kHz, fp2
O
= 2MHz, and fp3 = 25MHz. A dominate pole is to be added such that the phase margin = 45°.
Assume the original poles remain fixed, determine the dominate pole frequency.
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