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1. A capacitor C is connected in parallel with a resistor R. Select values of R and C so that the equivalent impedance of the parallel combination is 300 - j400 Ω at ω = 1 Mrad/s.
2. The circuit in Figure is excited by a 1 krad/s sinusoidal source. As the circuit's designer, select a capacitor C such that the impedance Z looking into the circuit is all real.
spring stretches by 0.0186 m when a 3.24-kg object is suspended from its end. How much mass should be attached to this spring so that its frequency of vibration is f = 5.53 Hz
Determine the phase relation between V o and i g for the given network if V g = 45sin(317t) and determine v o for the given network
Given the function F(a,b,c,d)=a'b+ad'+ab' a) Design a minimum two-level NOR-gate network to realize the above function. b) Design a minimum three-level NOR-gate network to realize the above function.
design a circuit with the following:-- 3volts- 1.5v max charge- capacitor 1000 micro ferrand.
A preamplifier is needed to interface this sensor with a variety of laboratory instruments. The output of the preamp must be 1V when the sensor is immersed in a test solution with pH=4 and 1.75V when it is immersed in a solution with pH=7.
A signal with Fourier transform F(jw) = 20/(4+jw) is passed through an ideal low pass filter whose cutoff frequency is 2 rad/sec (i.e., 0
Determine the small-signal parameters for Q1 and Q2. - Using nodal analysis, determine the small-signal voltage gain Av = vo/vs.
Write a VHDL model of a negative edge-triggered T-type flip-flop. Write a VHDL model of a 10-state synchronous counter that asserts an output when the count reaches 10.
Provide a simple class definition and then provide the syntax and the rationale for declaring an array of objects of the class. Also explain the dimension of the array and why you chose that number of elements for the object array.
Nine identical wires, each of diameter d and length L, areconnected in series. The combination has the same resistance as a single similar wireof length L but whose diameter is
determine the inside surface temperature of the plane. How much heat the passenger, sitting by the window, will loose or gain assuming that the passenger's body temperature is 36 oC. Assume negligible radiation heat transfer inside or outside the ..
An open container holds ice of mass 0.505 kg at a temperature of -11.0 Celsius . The mass of the container can be ignored. Heat is supplied to the container at the constant rate of 900 J/minute . The specific heat of ice to is 2100 J/kg and the hea..
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