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1. Define the concentration ratio.
2. Explain the existence of an optimum receiver temperature.
3. Calculate the optimum receiver temperature using Eq. (9.10) under reasonable assumptions.
What would be the maximum stress in the ring under the action of this force? E=200GPa
Consider an impedance Z = (1 + j) Ohms. The voltage phasor across it is 1 V. What is the apparent power consumed on this impedance. b-) What is the real power consumed on the previous load.
What is the function of coupling capacitors? Assuming that they are performing their intended function, how do they appear in the ac equivalent circuit? In general, what effect do coupling capacitors have on the gain of an amplifier as a function ..
A three phase abc sequence wye connected source with Van=220
Find the Norton equivalent circuits for the two-terminal circuit shown in Fig.1. For what value of Thevenin resistance is the power delivered to the load maximized? Find the maximum power delivered to the load.
Consider the function f(A,B,C,D) = fm(0,1,4,5,8,9,13,14,15) 1. Map the function, and obtain a minimal sum of products cover. 2. Express the sum of products expression for the minimal cover. F (SOP)
Design a circuit, and model using HDL that 1) adds two three bit unsigned binary numbers, 2) includes a flag to determine when a overflow occurs, and 3) includes a flag indicating whether the resulting sum is even or odd.
Does the growth on an intergrated circuit graph look surprisely slow or surprisely fast?
A filter with a great deal of attenuation must be placed in an amplifier chain. Ignoring all considerations other than the desire to minimize noise figure, would it be preferable to put the filter before or after a low noise amplifier Why
Thesignal x(t)=u(t-1)-u(t-3) is the input to an LTI systemwith the impulse response h(t)=u(t-5)-u(t-8)The system is initially atrest. (a)Compute the output y(t) of this system using convolution. Make asketch of y(t)
For a given circuit in fig. , find out the equivalent resistance between X and Y:-
Systems that operate under real time conditions need to be causal - that is, they can only process present and past inputs. When no real time processing is needed the system can be non-causal.
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