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Now that you have the input and output impedances you can design the matching networks. I will require either the Smith Charts showing how you calculated the matching components or a step-by-step guide to how you calculated their values. (Just quoting the values will gain you no marks since you could have taken the values straight from an online calculator.) Blank Smith Charts can be found on Moodle, in the "Extra materials and resources" section.
Once you have the component values of your matching circuits you will be in a position to test the performance of your circuit. Open the AmpDesign schematic and draw you circuit and then test. The AmpDesign data display will open. The graphs which are displayed will be required for your report. Now you will need to modify the design so that the ideal components are changed to more realistic devices. The models for these devices are derived from physical S parameter measurements and can be found on the AMpDesignReal schematic. Enter you modified circuit and run the simulations.
a. Explain the meaning of amplitude modulation? Show that the AM output having two sidebands and the carrier frequency. b. Illustrate that the equivalent parallel impedance of a
Now you have to digitally implement this circuit. Compute a difference equation which if you implement will behave exactly like this circuit.
1. For the following network: a. Find the differential equation assuming that v ( t ) is the input and the charge on the capacitor q ( t ) is the output. Hints: i R1= ( i R2
Norton's Theorem Nortons Theorem states: "Any linear circuit containing several energy sources and resistances can be replaced by a single Constant Current generator in para
Saturation or active mode While V GS > V th and V DS > (V GS - V th ) The switch is turned on, and a channel has been made that allows current to flow
(a) What are the elements of Flexible Manufacturing Systems? (b) What are the basic types of workstations typically found in an FMS. Describe them briefly?
The per-phase synchronous reactance of a three-phase, wye-connected, 2.5-MVA, 6.6-kV, 60-Hz turboalternator is 10 . Neglect the armature resistance and saturation. Calculate the v
Voltage divider with AC bypasses capacitor: Figure: Voltage divider with capacitor The standard voltage divider circuit that is discussed above faces a drawback - A
what is ebers moll model
Please can you explain the operation of a transistor in a Common Emitter Class A audio Amplifier?
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