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In an audio system, the microphone produces a voltage of 10 mV which is connected by a cable to an amplifier with a voltage gain of 30 dB. The cable introduces a loss of 5 dB. Calculate
(a) the gain of the system and
(b) the output voltage.
A silicon diode has a doping profile such that ND = ax3. What is the depth of the junction assuming the p side is uniformly doped with NA per cubic cm. Assume the x origin is at an ideal ohmic contact on the n side of the diode.(assume T=300K).
Why radio waves is chosen for remote/close range Transmission ? and How to Construct a simple radio receiver ?
A measurement signal has a frequency less than 1 kHz, but there is unwanted noise at about 1 MHz. Design a low-pass filter that attenuates the noise to 1%. What is the effect on the measurement signal at its maximum of 1 kHz
Compute the value of ES(N) or OS(N) for a given number N. First, you use switch 0 to represent ES or OS. We use switch[0] = 0 to indicate the computation of ES(N) and switch[0] = 1 to indicate the computation of OS(N).
A temperature sensor measures from -44 f to 212 F with an output of 0-5 v. If an 8 bit ADC is used, what is the converter output for a temperature of 25 F
Suppose a DC power source with a voltage of 50 volts is connected to a 10-ohm load. How much power will this load dissipate. Now suppose the same 10 ? load is connected to a sinusoidal AC power source with a peak voltage of 50 volts.
Design a unity gain first order lowpass digital filter with a 3dB point at Fc=100Hz using Bilinear Transformation. The sampling rate is 1kHz. A first order analog filter is given by Ha(s)=θc/(s+θc) (a) What is the 3-dB frequency of the above analog ..
Design a 0-1-2-3-0 counter circuit using flip flops. Flip flop A (most significant bit) is to be a T flip flop and Flip Flop B (leats significant bit) is to be a D flip flop.
What is the difference between constant voltage biasing, constant voltage biasing with a source resistance, and constant current source biasing, in terms of advantages and disadvantages over the other techniques.
a) Draw the state diagram for a FSM that detects the sequence r = 0101 (without overlaps). b) The FSM in part a can beimplemented with 3 FFs. Assume the state assignments are A = 000, B= 001, C = 100, D = 110
Design a 2nd,4th , and 6th order Butterworth band stop filters with a center frequency at 450 rad/sec and a bandwidth of 100 rad/sec. the final answer should be a ratio of polynomials in descending power of s.
a spring has a natural length of 26 cm. if a 26 n force is required to keep it stretched to a length of 30 cm how
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