The input resistance of the LF356 is≈ 10¹2 №, much greater than any resistor likely to be placed across its input terminals. Why is this a great convenience in interpreting noise voltage measurements at the amplifier output?
The input resistance of the LF356 is≈ 10¹2 №, much greater than any resistor likely to be placed across its input terminals. Why is this a great convenience in interpreting noise voltage measurements at the amplifier output?
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![The input resistance of the LF356 is ≈ 10¹2 №, much greater than any resistor likely to be
placed across its input terminals. Why is this a great convenience in interpreting noise
voltage measurements at the amplifier output?](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fe6709abe-0521-4015-83ca-b22852e825c6%2F3c685b66-ae8d-46d5-a623-d090024ad2c3%2Fzwytahu_processed.png&w=3840&q=75)
Transcribed Image Text:The input resistance of the LF356 is ≈ 10¹2 №, much greater than any resistor likely to be
placed across its input terminals. Why is this a great convenience in interpreting noise
voltage measurements at the amplifier output?
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