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1. Why are accumulators and/or charge compensator tanks necessary in air-source heat pumps?
2. Describe the operation of the reversing valve.
3. What is the difference between an EER and a SEER?
what is the minimum on-resistance that can be achieved with W/L = 20?
An amplifier has an input resistance of 100 Ω, an output resistance of 10 Ω, and a short-circuit current gain of 500. Draw the voltage amplifier model for the amplifier, including numerical values for all parameters. Repeat for the transresistance..
Draw all force vectors on charge 2 due to every other charge. Label each vector accordingly with two subscripts. Draw the vectors so that the tail of each vector originates on the charge.
Calculate and plot the resulting noise figure as the input reflection coefficient magnitude, ||, varies from 0 to 0.9 for F = 1, 3, and 10 dB.
One of the approximations for a diode is the second approximation. Tell me what the equivalent circuit is and when a silicon diode conducts.
Find the two-dimensional joint PMF.- Find the three-dimensional joint PDF. - Find the marginal PDF. - What are the chances that none of the three random variables are equal to 1?
Explain the difference between assynchronous transmission and synchronous transmission system as used in digital transmission of data.
A 3phase synchronous. Motor is connected in parallel with a load of 500 KW, 0.8p.f lagging and its excitation is adjusted until it raises the total P.F to 0.9 lagging. If the mechanical load on the motor including loss takes 125KW, calculate the K..
The total charge on the inner conductor is 30 nC. Calculate the charge density on each conductor, and the E and D fields.
Consider a BPSK signal where each bit is represented by a triangular pulse with width T and height A. What is the "energy per bit" for this BPSK pulse with A=7V and T=0.008s
Draw the synchronous generator's per phase voltage and current phasor diagram and calculate the per phase output voltage and determine the voltage dropped across the synchronous impedance
An electron is traveling horizontally along the positive x-axis at a speed 3.00 x 106 m/s. After it passes the origin, it enters a constant E field with a strength of 200 N/C and directed 45 degrees up from the x-axis.
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