Design o HPF with:

max. ottenuation in pass bond region : $3dB($monotonic$)$ min. attenuation in stop band region: $14dB($manotonic$)$

pass band region i $w>350000ra\frac{d}{sec}$

Stop band region : $w<mn\; id="EditorElement\_628444">2</mn><mn\; id="EditorElement\_628445">3</mn><mn\; id="EditorElement\_628446">0</mn><mn\; id="EditorElement\_628447">0</mn><mn\; id="EditorElement\_628448">0</mn><mn\; id="EditorElement\_628449">0</mn><mi\; id="EditorElement\_628451">r</mi><mi\; id="EditorElement\_628453">a</mi><mfrac\; id="EditorElement\_628469"><mrow\; id="EditorElement\_628459"><mi\; id="EditorElement\_628456">d</mi></mrow><mrow\; id="EditorElement\_628468"><mi\; id="EditorElement\_628462">s</mi><mi\; id="EditorElement\_628463">e</mi><mi\; id="EditorElement\_628464">c</mi></mrow></mfrac>$ maximum gain : $1$

Sketch the gain curve for obtained transfer function by using MATLAB,

Realize your transfer function as $1$ ohm resistance terminated lossless ladder network $($LC$)$

Realize your transfer function as multi$-$amplifier $RC$ network.

Verify your network by SPICE

Realize your trosfer function as OTA$-$C network.