Batch 1: Design a 50 ohm characteristic impedance microstrip of length 5cm and CPW of length 5 cm. Simulate the return loss and insertion loss from 100 MHz to 5 GHz.

Fabricate the structure and measure the response with Network analyzer and compare with simulation. Batch 2: Design a microstrip with 120 ohm impedance of length 5 cm with 50 ohm impedance of length 0.5cm at the input and output. Implement the same with CPW. Simulate the return loss and insertion loss from 100 MHz to 5 GHz. Fabricate the structure and measure the response with Network analyzer and compare with simulation. Simulate the return loss and insertion loss from 100 MHz to 5 GHz. Fabricate the structure and measure the response with Network analyzer and compare with simulation. Batch 3 Design a 40 ohm characteristic impedance microstrip of length 5cm with 50 ohm impedance of length 0.5cm at termination. Implement the same with CPW. Batch 1 Design, simulate and fabricate LPF filter using microstrip as specified in assignment I and compare the performance with lumped element components. Use transmission line approach. Batch 2 Design, simulate and fabricate LPF filter using microstrip as specified in assignment I and compare the performance with lumped element components. Use Butterworth approach Batch 3 Design, simulate and fabricate LPF filter using microstrip as specified in assignment I and compare the performance with lumped element components. Use Chebyshev approach