3) To increase the 75 V battery voltage to 100 V, a da-da circuit is required is heard. The converter inductance is 200 μH and the load resistance is 2.2 Ω.Powerswitch has a transmission time of 50 μs and operates in continuous transmission. According to this; a) Write the name of the da-da converter used. b) Draw the gate sign (vgs), switch voltage (vds), diode voltage (vD), and inductance current (iL). c) Find the switching frequency and the transmission time of the diode.
3) To increase the 75 V battery voltage to 100 V, a da-da circuit is required is heard. The converter inductance is 200 μH and the load resistance is 2.2 Ω.Powerswitch has a transmission time of 50 μs and operates in continuous transmission. According to this;
a) Write the name of the da-da converter used.
b) Draw the gate sign (vgs), switch voltage (vds), diode voltage (vD), and inductance current (iL).
c) Find the switching frequency and the transmission time of the diode.
d) Find the average value of the input current and the output current.
e) Find the minimum and maximum values of the input current.
f) Output to be used to limit the fluctuation in the input voltage to 10% of the output voltage.Find the capacity of the circuit.
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