Question Solved1 Answer In the parametric voltage stabilizer (as shown in the figure), determine the range of input voltage changes so that the system works correctly, stabilizing the voltage, if. R = 500 2 VZO = 3 V, PZ = 300 mW, Z = 1 12, RO = 3000 As an answer, please give the values with an accuracy of two decimal places according to the formula: E=(1.11 V, 1.11 V) (1 Point) E 티 R DX Rol U.

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Transcribed Image Text: In the parametric voltage stabilizer (as shown in the figure), determine the range of input voltage changes so that the system works correctly, stabilizing the voltage, if. R = 500 2 VZO = 3 V, PZ = 300 mW, Z = 1 12, RO = 3000 As an answer, please give the values with an accuracy of two decimal places according to the formula: E=(1.11 V, 1.11 V) (1 Point) E 티 R DX Rol U.
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Transcribed Image Text: In the parametric voltage stabilizer (as shown in the figure), determine the range of input voltage changes so that the system works correctly, stabilizing the voltage, if. R = 500 2 VZO = 3 V, PZ = 300 mW, Z = 1 12, RO = 3000 As an answer, please give the values with an accuracy of two decimal places according to the formula: E=(1.11 V, 1.11 V) (1 Point) E 티 R DX Rol U.
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Sol:-Given circuit:-rarr For the zener diode to operate in Breakdown region: E should be > E xx(R_(0))/(R+R_(0)) > V_(Z_(0)) E xx(300)/(800) > 3=>E=(3xx8)/(3)=8V:.E Should be greater than 8V.rarr we have other parameters r_(z)&P_(z) :Sol:-Given circuit:-rarr For the zener diode to operate in Breakdown region: E shoul ... See the full answer