I want to double check my work so please use rudimentary values of R, jX, and frequency where neccessary so I can understand the calculations
Vsrc vin 50 T1 Zo=50 2 X long at frequency do open and short stubs T3 Zo=50 10Meg B 10Meg W T2 Zo=50 closest distance from load stub length open circuit stub will require a 10Meg resistor on each unconnected leg N ZL
Vsrc vin 50 T1 Zo=50 2 X long at frequency do open and short stubs T3 Zo=50 10Meg B 10Meg W T2 Zo=50 closest distance from load stub length open circuit stub will require a 10Meg resistor on each unconnected leg N ZL
1. Develop a shunt stub match at the closest position to the load for your particular Z₁ and frequency such that the impedance looking into T1 is 500. Create solutions with both open and short-circuited stubs. Create and run a spice simulation showing proper operation. (a) [5] Distance from load to match point "B" (in lambda and meters) (b) [5] Length of short-circuit matching section (in lambda and meters) (c) [5] Length of open-circuit matching section (in lambda and meters)
I want to double check my work so please use rudimentary values of R, jX, and frequency where neccessary so I can unders
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