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Write the given assignment.
Mechanical energy is supplied to a d.c. generator at the rate of 4200 J/s. The generator delivers 32·2 A at 120 V.
(i) What is the percentage efficiency of the generator ?
(ii) How much energy is lost per minute of operation ?
Need the coding for the circuits and its a intelligent fan controller based on temperature?
Write a The term paper projects are: ELECTROENCEPHOLOGRAPHY, ELECTROCARDIOGRAPHY, ELECTRONIC PROSTHESIS/PROSTHETICS, REMOTER SURGERY and MEDICAL ALERT DEVICES.
The manufacturer's data sheet for a 26-kV, 750-MVA 60-Hz three-phase synchronous generator indicates that it has a synchronous reactance Xs = 2.04 and a leakage reactance Xal = 0.18, both in per unit on the generator base. Calculate
Particle X and Particle Y interact with each other.- Particle X has twice the charge of particleB.- Compared to the force on ParticleX, what is the force on particle Y.
Critical developments in the evolution of electronics design and component capability, History of computers integrated circuits, transistors or cell phones
Determine the values of LS and LP in henries, given that the networks of Figure 21-63 are equivalent at a frequency of 250 krad/s.
Design a circuit with input p and output f that will output f = 1 if the past three inputs (not including the current input), formed either 010 or 000. Otherwise, f = 0. Note: This is a Moore-type finite-state machine.
a) Draw the state diagram b) Draw the schematic for the logic to implement this circuit using Inverters, AND gates, OR gates and D flip flops. Use the reverse side and additional sheets if needed.
All numbers are expressed in hex notation. For the following three instructions, each is executed from the above initial state. Assume each instruction is independent of the others: MOVE *R2, R1 move R1 to what R2 is pointing at
desgin a BJT amplifier that is balanced in while having a single ended output. The differential gain is 20dB= 10 V/V, and CMRR is 40dB = 100 V/V. Beta is 100 and ro = 50kohm. use dual power supplies +Vcc and -Vee.
Silicon has an absorption co-efficient of 850 cm-1 at a wavelength of 805 nm. Light of intensity 1 W/m2 at this wavelength is directed at normal incidence onto a polished silicon wafer of thickness 0.5 mm.a. Assuming a top surface reflectance of 30..
A silicon bar is 2 micro meters long and has 100 micro meters squared cross section. It is doped with 1x10^17 cm^3 arsenic. a) Find the current with 1V applied at room temperature b) How long does it take for an electron to drift from one end of the ..
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