A simple diode rectifier is shown in Fig. 1. The diode is assumed to be ideal. The supply voltage is v(t) = SQUAREROOT2 times 230 times sin wt V, where omega = 2pi50 rad/s. Sketch the supply voltage v^s(t), the load voltage v_d(t) and the circuit current i(t). Sketch the voltage across the diode v_D(t). Calculate the average voltage across the load V_d. Calculate the power delivered to the load.

Transcribed Image Text:

7. A simple diode rectifier is shown in Fig. 1. The diode is assumed to be ideal. The supply voltage is v(1)=√√2x230xsin at V, where = 2750 rad/s. i(t) v(t) 本 VD(1) va(1) 10 Ω Fig. 1 (a) Sketch the supply voltage v₁(1), the load voltage va(t) and the circuit current i(t). (b) Sketch the voltage across the diode vp(1). (c) Calculate the average voltage across the load V (d) Calculate the power delivered to the load. 7. A simple diode rectifier is shown in Fig. 1. The diode is assumed to be ideal. The supply voltage is v(1)=√√2x230xsin at V, where = 2750 rad/s. i(t) v(t) 本 VD(1) va(1) 10 Ω Fig. 1 (a) Sketch the supply voltage v₁(1), the load voltage va(t) and the circuit current i(t). (b) Sketch the voltage across the diode vp(1). (c) Calculate the average voltage across the load V (d) Calculate the power delivered to the load.

Answer rating: 100% (QA)

Solution a given that VIL f w 20 A Voltage 325V 325V 3... View the full answer