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30 dB amplification as a voltage ratio is \$10^{30/20}\$ = 31.62.

Given that the 2nd stage has a gain of 10 the first stage has a gain of 3.16 hence, R1 approximately equals 3.162 kohm.

30dB is amplification of 1000 times

30 dB a power ratio of 1000 and a voltage ratio of \$\sqrt{1000}\$

30 dB amplification as a voltage ratio is \$10^{30/20}\$ = 31.62.

Given that the 2nd stage has a gain of 10 the first stage has a gain of 3.16 hence, R1 approximately equals 3.162 kohm.

30dB is amplification of 1000 times

30 dB is a power ratio of 1000 and a voltage ratio of \$\sqrt{1000}\$

30 dB amplification as a ratio is \$10^{30/20}\$ = 31.62.

Given that the 2nd stage has a gain of 10 the first stage has a gain of 3.16 hence, R1 approximately equals 3.162 kohm.

30dB is amplification of 1000 times

It's a power ratio of 1000 and a voltage amplification of \$\sqrt{1000}\$

30 dB amplification as a voltage ratio is \$10^{30/20}\$ = 31.62.

Given that the 2nd stage has a gain of 10 the first stage has a gain of 3.16 hence, R1 approximately equals 3.162 kohm.

30dB is amplification of 1000 times

30 dB a power ratio of 1000 and a voltage ratio of \$\sqrt{1000}\$

30 dB amplification as a ratio is \$10^{30/20}\$ = 31.62.

Given that the 2nd stage has a gain of 10 the first stage has a gain of 3.16 hence, R1 approximately equals 3.162 kohm.

30dB is amplification of 1000 times

It's a power amplification of 1000 and a voltage amplification of \$\sqrt{1000}\$

30 dB amplification as a ratio is \$10^{30/20}\$ = 31.62.

Given that the 2nd stage has a gain of 10 the first stage has a gain of 3.16 hence, R1 approximately equals 3.162 kohm.

30dB is amplification of 1000 times

It's a power ratio of 1000 and a voltage amplification of \$\sqrt{1000}\$