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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.
Types of cells and batteries are:- a. Carbon-zinc cell b. Nickel-cadmium cell c. Alkaline celld. d. Edison cell e. Mercury cell
Figure shows the cross-section of an electrostatic problem with translational symmetry: a rectangular coaxial cable. The inner conductor is held at 10 volts and the outer conductor
A 440-V, 60-Hz, six-pole, wye-connected, squirrel-cage induction motor with a full-load speed of 1170 r/min has the following parameters per phase referred to the stator: R 1 = 0.
what are the design consideration for electrical wiring harness routing
factors used to classify inductors
When both MT 2 and Gate are positive In this junction P 1 N 1 and P 2 N 2 are forward biased whereas junction N 1 P 2 is reverse biased. The gate current flows thr
Q. Explain the use of CRO for frequency measurement. Measurement of frequency: The frequency of the periodic signals is easily measured with a CRO. The frequency of a si
Use basic circuit theory to convert the "T" circuit below into the equivalent "π". Hint: Remember to disconnect the voltage source and the load.
A squirrel-cage inductionmotor operates at a slip of 0.05 at full load. The rotor current at starting is five times the rotor current at full load. Neglecting stator resistance and
a sensorless brushless DC motor control with back emf (zero crossing point ) technique, using Arduino Microcontroller board control and describe in C. program language.
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