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A magnetic circuit of csa 0.45 cm 2 consists of one part 4 cm long and μr of 1200; and a second part 3 cm long and μr of 750. A 100 turn coil is wound onto the first part and a current of 1.5 A is passed through it. Calculate the flux produced in the circuit.
Scenario/Summary: At least two of the following simulations must be attempted by the student. Verify Loop Analysis Method by MultiSim simulation Verify Superpposition Theorem Method by MultiSim simulation
Your task as an engineer working for this real estate company is to first select a site for the housing venture. You are given that this area in Queens is prone to earthquakes due to seismic faults. The mean detection rate for tremors is 2 per sq...
A thermal oxide of thickness 120 nm needs to be grown on a silicon wafer (100) in dry oxygen. If the process integration issue requires having a temperature not higher than 1050 degreeC, determine the time required to obtain the desired thickness.
We would like to monitor the first two least significant bits of PORTB (use masking technique). Whenever both of these bits are set, switch all LEDs of Port A on for one second. Assume that the name of the delay subroutine is DELAY.
ENRG 2140 Lab Activity If a 20-gram weight is positioned 10 cm from the pivot, where should a 40-gram weight be placed and Why is it important for the standard to be as accurate as possible?
The variables are provided as high (1) and low (0) levels for digital control. An alarm should be initiated whenever any of the following occur: a. Speed is low; both weight and loading rate are high.
A certain 15 V dry-cell battery, completely discharged, requires a current of 100 mA for 3 hr to completely recharge. What is the energy storage capacity of the battery, assuming the voltage does not depend on its charge status
As usual neglecting edge effects, find the capacitance as a formula containing S,d, e1, ande2. Test that yourformula gives the correct well-known result for the capacitance ofa parallel-plate capacitor with uniform dielectric when you put e1 = e2.
a. Calculate the magnitude and phase angles of the phase voltages at the load. b. Calculate the magnitude and phase angles of the 3 line currents.
A repeater has an input signal of 150μW and an output signal-noise ratio of 20 dB. The repeater has a gain of A and additional noise of N. What relation should the two parameters satisfy to maintain an output noise figure less than 2 dB
efficiency in a power transformer is 98.6 when loaded such that its core losses equal the copper losses. calculate
An amplifier has an input signal, VIn = 250 V. The output voltage, VOut = 30 mV. What is the gain in dB for the amplifier at that frequency
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