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This week we are discussing capacitance and voltage. In particular when they are in an parallel state. What would a capacitance be dependent on? If size was a limiting factor in the design of a capacitor, what could be changed in order to maximize capacitance?
Topic: Power System Protection and Controls Problems. Determine the apparent impedance seen by the distance relays at G for this fault
Estimate the required radius, R, of each plate. The capacitor is set to the maximum 400 pF and is charged to 10 V through a 50 kΩ resistor. Determine the initial value of current flowing.
Imagine we discharge this capacitor by connecting its plates with a wire of resistance R.
A 10 kVA 1100:120 V single phase transformer has the following circuit parameters referred to the primary. Rc = 80 k Ohm, Xm = 10 k Ohm, Re = 20 Ohm, Xe = 50 Ohm. If the secondary load impedance is 5
a series parallel circuit with a 3V dc power source connected to 3 resistors. R1 and R2 are in series with the voltage source and R3 is in parallel with R2. It is given that 4amps is flowing through R1 and 2amps is flowing through R2.
The circuit arrangements for each of the installations, the final circuit cable selection, the maximum demand estimation, and the circuit protection arrangements should be designed.
Find the LMMSE predictor of x[n] given x[n - 1] and x[n - 2]. Also determine its corresponding mean square error.
Assuming that a 12-bit ADC channel accept analog input ranges from 0 to 20 volts, determine the following a) number of quantization levels b) step size of the quantizer or resolution
Design a full-wave bridge rectifier circuit to deliver 10 volts de with less than 0.1 volt (pp) ripple into a load draWing up to 10mA. Choose the appropriate ac input voltage. assuming 0.6 volt diode drops.
an electric oven operates at 120v. if its power rating is 0.6kw what amount of current does it draw and how much
Find R and W for all transistors in order to get Iref = 20μA, I1= 100 μA, I2 = I3 = 20µA, and I4 = 50 μ - What is the minimum allowable value of VD1 and What is the maximum allowable value of VD4.
The Hay bridge of given figure is balanced. - Using given equation, determine the unknown inductance Lx and resistance Rx.
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