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Describe the essentials of the design principles of a dielectric resonator (DR) and the advantages offered over cavity resonators. A ceramic of relative permittivity 37 is in the form of a cylindrical DR for use at 1 GHz. Estimate the overall dimensions of the DR. The ceramic has a temperature coefficient of linear expansively of 5 MK-1 and a temperature coefficient of permittivity of 716MK1. Estimate by how much the resonance frequency will change for a 5°C change in temperature.
If such a motor is to produce a rated torque at hrequencies below 60 Hz while maintaining a constant air gap flux, calculate and plot the required line-to-line voltage as a function of frequency.
Develop a circuit schematic and a Verilog model of a display decoder and driver to drive a 16-segment common anode LED display, given a 6-bit character-code input. Use a 64 × 16-bit ROM to decode the input. You needn't determine the ROM content fo..
It is desired to know the design impedence referred to the primary and to the secondary for basic engineering calculations and analysis a. solve for the transformer impedance referred to the primary b. solve for the tranformer impedance referred to ..
A Lorentz medium with finite conductivity. Derive the electric field update equation (analagous to Equation 10.14) for a single-pole ADE Lorentz medium with finite conductivity σ.
Broken chalk. Assume a mother's child has a random location that is Uniformly distributed across the 80 foot by 120 foot playground shown in Figure 31.6 below.
In a forward-reverse control circuit, a normally closed F contact is connected in series with the R starter coil, and a normally closed R contact is connected in series with the F starter coil. What is the purpose of doing this and what is this co..
An amplifier has a sinusoidal output signal and is delivering 100 W to a 50- load resistor. What output resistance is required if the amplifier is to dissipate no more than 2 W in its own output resistance?
How to find The value of Burnt Resistor ( By three handy Methods ) ?
A power supply, when connected to a radio, provides 5V to the radio. When connected to a lamp, it provides 4V to the lamp. Assume the radio can be modeled as 6ohm resistor and the lamp can be modeled as a 0.7ohm resistor.
Which is a more efficient coding scheme: the Huffman coding of the original source or the Huffman coding of the second extension of the source?
Write down an expression for the voltage waveform - Sketch the waveforms of the harmonic components and determine the secondary turns.
An Al0.3Ga0.7As p-n junction LED with doping level ND = 1 x 10^18 cm-3 on n-side and NA=1x10^15 cm-3 on p-side has Vf = 0.9 V forward bias across its junction. The LED cross-section is 200 µm x 200 µm.
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