1. Design the electrical circuits to realize the following differential equation with zero initial condition. dy(t)...

 

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1. Design the electrical circuits to realize the following differential equation with zero initial condition. dy(t) dt 2. Determiner where the filter is the low pass filter of high pass filter and use the EAYSEDA software to simulate the input and the output voltage. Question 2 Represent the following electrical network in state space, where Vo(t) is the output. Question 3 v (1) +y(t) = r(t) Note: Draw the circuit with EASYEDA Software (Penalty for not suing the App you get zero Marks) 10 19 www ΤΗ 0000 10 www IH elle 1F Vo(1) Use EASYEDA to Design the PCB Board for a AC-DC Converter using a transformer with an input voltage of 220V and 12 V-1A. Simulate the output voltage with EASYEDA Software. (5) (5) [10] [10] (10) 1. Design the electrical circuits to realize the following differential equation with zero initial condition. dy(t) dt 2. Determiner where the filter is the low pass filter of high pass filter and use the EAYSEDA software to simulate the input and the output voltage. Question 2 Represent the following electrical network in state space, where Vo(t) is the output. Question 3 v (1) +y(t) = r(t) Note: Draw the circuit with EASYEDA Software (Penalty for not suing the App you get zero Marks) 10 19 www ΤΗ 0000 10 www IH elle 1F Vo(1) Use EASYEDA to Design the PCB Board for a AC-DC Converter using a transformer with an input voltage of 220V and 12 V-1A. Simulate the output voltage with EASYEDA Software. (5) (5) [10] [10] (10)

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The differential equation dytdt yt rt can be realized using an RC circuit R is a resistor C is a capacitor yt is the voltage across the capacitor VC rt is the input voltage source Vin The circuit oper... View the full answer