Problem 8: An amplifier using Opamp as follows, ; 17 Given data:
R_(1)=2k\Omega ,R_(2)=6k\Omega ,R_(3)=2k\Omega ,R_(4)=4k\Omega ,R_(N)=12k\Omega ,R_(P)=4k\Omega
. Find:
v_(out )=f(v_(in 1),v_(in 2),v_(in 3),v_(in 4))
.

Question

Problem 8: An amplifier using Opamp as follows, ; 17 Given data:

R_(1)=2k\Omega ,R_(2)=6k\Omega ,R_(3)=2k\Omega ,R_(4)=4k\Omega ,R_(N)=12k\Omega ,R_(P)=4k\Omega

. Find:

v_(out )=f(v_(in 1),v_(in 2),v_(in 3),v_(in 4))

.

Accepted Answer

Expert Answer to - Problem 8: An amplifier using Opamp as follows, ; 17 Given data: R_(1)=2k Omega ,R_(2)=6k Omega ,R_(

Answer

Solution for - Problem 8: An amplifier using Opamp as follows, ; 17 Given data: R_(1)=2k Omega ,R_(2)=6k Omega ,R_(

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This an additional answer to - Problem 8: An amplifier using Opamp as follows, ; 17 Given data: R_(1)=2k Omega ,R_(2)=6k Omega ,R_(

(Solved): Problem 8: An amplifier using Opamp as follows, ; 17 Given data: R_(1)=2k\Omega ,R_(2)=6k\Omega ,R_( ...