(a) Figure Q1(a) shows the output voltage waveform, vo(t) of an unknown power converter. Given that the input of the particular converter is a 230 Vms, 50 Hz and its output is connected to an R-L (R = 32 and L = 30mH). Based on Figure Q1(a), answer the following questions: Vo(t) Vm. Figure Q1(a) (v) Ifa free-wheeling diode (FWD) is connected in parallel with the load. Sketch the new circuit, the new output voltage, v'(t) waveform, the new output current, i'o(t) waveform and the new input current, i'(t) waveform if fring angle, a is set at 36° and output current is assumed to be continuous. v'a(t) (s) ro(t) (s) t(s) Circuit with FWVD

Q: a)Define Rise time and setting Time of a First order system b)Write the step response equation ,rise…

A:

Q: Counter Output Question. input. 60 Hz rrr MOD-6 Counter Decade Counter Output (Hz)

A:

Q: What is FR4?

A: Answer: to find about FR-4

Q: The linear motion-control feedback transducer used by the electrohydraulic system in the Figure is…

A: A servo valve is a valve that receives pressurized hydraulic fluid from a source, usually a…

Q: A boost converter has an input voltage of 6 V and average output voltage of 15 V. The average load…

A: Given data:Required information:

Q: Calculate the average propagation delay of the reference inverter in Fig. forC = 1 pF. Repeat for C…

A: Given: Calculate the average propagation delay of the reference inverter in Fig. forC = 1 pF. Repeat…

Q: what is one-stage lead compensator? And what is two-stage lead compensator?

A: Compensator in control system are used for improving performance specifications i.e. transient and…

Latches and Flip Flop

Just like logic gates, the latches and flip-flops are the important elements of an electronic circuit. The logic gates form the important part of combinatorial circuits, while the latches and flip-flops form the essential part of a sequential circuit. Sequential circuits form the important concept of automata theory in electronics and electrical engineering, these circuits are a kind of logic circuit whose output depends on both present input and past inputs, that is, the input history.