<jupyter_start><jupyter_text>Optimising Resonator Section Areas Assuming a High-Low-High scheme is being used, we desire to optimise the area occupied by an N-resonator, where I define N as the number of LOW impedance resonators used in the array.We define the allowable length in the y direction (height), $L$, as a constraint. Then the area is given by $A=LW$ where $W$ is the width of the device:$$W = 2N*(w+2s + n_1()) $$<jupyter_code>resonator1 = {
    's': 1000e-9,
    'w': 100e-9,
    'l': 303.121e-6
}
resonator2 = {
    's': 3000e-9,
    'w': 1176.795e-9,
    'l': 871.407e-6
}

========================================
===============Parameters===============
========================================
{'epsilon_1': '11.68',
 'f0': '2.750 GHz',
 'h': '10.000 nm',
 's1': '1000.000 nm',
 's2': '1000.000 nm',
 'w1': '100.000 nm'}
========================================
=================Results================
========================================
{'C1': '0.075 nV/m',
 'C2': '0.123 nV/m',
 'Epsilon Eff 1': '2020.9886255687372',
 'Epsilon Eff 2': '479.25621136841363',
 'L1': '300.944 uH',
 'L2': '43.432 uH',
 'Length 1': '303.121 um',
 'Length 2': '622.464 um',
 'Z1/Z2': '=2 when w2 = 700.000 nm',
 'Z_01': '2006.895 Ohms',
 'Z_02': '594.763 Ohms'}<jupyter_output><empty_output>
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