﻿ EE代写 | Filter Design | 电路设计代写 | SPICE KNE488 RF| - ee代写, Matlab代写, 作业代写, 北美代写

# EE代写 | Filter Design | 电路设计代写 | SPICE KNE488 RF|

2019-10-22 11:27 星期二 所属： ee代写 浏览：64

EE代写 | Filter Design 这是一个电路设计的assignment 包含了已经完成的report和仿真模拟的答案。

# UNIVERSITY OF TASMANIA SCHOOL ENGINEERING

KNE488 RF Assignment (12.5%) Due in Week 13

Filter Design

1. Design/Derive (determine the element values) for a N = 2 element equal-ripple filter if the ripple specification is 1.0dB. Do not use tables! Start with the definition of the power loss ratio. Prototype values only are

T N (w) for N=2 is T 2 (w) = (2w2-1).

1. Determine the values of the reactive components (inductances and capacitances) for a 5th order 3dB bandpass Chebycheff filter with load and source impedances of 50W. The bandwidth is to be 4kHz, in this case, between 8kHz and

1. Plot the frequency response (amplitude and phase) of question

1. Determine the values of the reactive components (inductances and capacitances) for a 5th order low-pass-prototype with source and load terminations of 1 ohm for the following 3cases:

1. Butterworth
2. Chebycheff 3dB
3. Bessel

1. Plot the frequency response of the 3 filters of Question 4 on a suitable frequency scale and compare and briefly discuss the different frequency

In the discussion, you may consider the following points:

1. The Bessel filter values decrease monotonically,why?
2. Compare the cutoff rates, phase responses and pass band attenuations between the
3. To compare the filters, you should normalize the attenuation magnitude to zero dB. State how this is done in the simulation and ensure that this is done for any comparison

SPICE is a suitable tool for simulating the various filters.

END