1.7.4 Example 2

•

0 likes•748 views

T

Two resistors are connected in series to an AC source. The RMS voltage across one resistor is 6.5V and across the other is 3.2V. To calculate the peak source voltage, the RMS voltages are summed and then converted to peak voltage by multiplying by 1.414. The calculated peak source voltage is 13.72V.

Business Technology

Example 2:
Two series resistors are connected to an AC
source. If there is 6.5 V rms across one resistor
and 3.2 V rms across the other, calculate the
peak source voltage.

Vs
=
1 + V2
V

=
.5 + 3.2
6

=
.7 V
9

Convert Vrms to Vpeak, using Vp = 1.414 Vs

Vp
=
1.414 x 9.7
=
13.72 V

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1.7.4 Example 2

1. Example 2: Two series resistors are connected to an AC source. If there is 6.5 V rms across one resistor and 3.2 V rms across the other, calculate the peak source voltage.

2. Vs = 1 + V2 V = .5 + 3.2 6 = .7 V 9

3. Convert Vrms to Vpeak, using Vp = 1.414 Vs Vp = 1.414 x 9.7 = 13.72 V