Voltage db calculator
[DOC File]Safety
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The output of the first device is 6 dB more than what the second device can accept. You'll notice that in the first voltage to dB calculation you ended up with a minus dB number and in this one a plus or positive dB number. +dB AND -dB. In the last example, if you used the formula 20 x Log (7.75/15.5), your answer would be -6.02 dB.
[DOC File]ECE 3235 Electronics II
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calculator statement if you want to convert the gain into dB format (to do that click Output in the analog design window, select setup, give a name for gain, type in dB20(VF(“/Vout”) supposing you denoted your output voltage by Vout, and finally click ok).
[DOC File]EXAMPLE:
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You can also see the output voltage in dB. Just click the 'dB20' button in the calculator, and then 'Plot'. To delete other plots, click directly on the curve and press Delete. Figure 3: AC analysis results
[DOC File]SIMULATING WITH SPECTRE
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You can also see the output voltage in dB. Just click the 'dB20' button in the calculator, and then 'Plot'. To delete other plots, click directly on the curve and press Delete. Figure 3: AC analysis results
[DOC File]ECE 3235 Electronics II
https://info.5y1.org/voltage-db-calculator_1_136e1b.html
1) Measure the voltage gain and the phase shift at that frequency. Limit the voltage at the input to 80 mV peak-to-peak maximum. 2) Measure accurately the –3 dB frequency fc (sometimes called corner or break frequency) and the phase shift there. 3) Additionally, measure the voltage …
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