这是一篇关于微波及米勒波电路设计的实验室作业代写
Aims:
- Obtain further experience with and build more confidence on circuit design using Microwave Office
- Get familiar with theory and design of matching circuits
- Design several commonly used passive components including resonators, filters and dividers/combiners
Aim 1:
Obtain further experience with and build more confidence on circuit design using Microwave Office
- What have you learned so far?
- TXline
- AWR Design Environment
- Equations
- Design parameter tuning
- AXIEM
- What more to learn?
- Optimisation
- Difference between Schematic and AXIEM simulation
- More self-study needed
Aim 2:
- Get familiar with design principles of matching circuits
- Matching circuits play a key role in μ/mmWave integrated circuit design
- Any other considerations?
size/realisation
layout/topology
distributed/lumped
Aim 3:
Design several commonly used passive components including resonators, filters and dividers/combiners
- Why passive components/circuits?
- What factors need to be taken into account?
- How to integrate them?
Experiments:
Expt 1 Design of matching networks using ideal transmission lines, microstrip, and CPWs
What is the difference between lumped and distributed elements
What is a general procedure for matching circuit design
Any other considerations
Expt 2 Design of a bandstop and a bandpass filter using CPW technology
How are filters used in integrated circuit
How does modern modelling software simulate circuit
Optimisation is helpful and useful
Expt 3 Design of a Wilkinson divider/combiner operating at 77 GHz
Why is microstrip still being used at 77 GHz?
How is a classic power divider/combiner realised in AXIEM
what are the precautions when converting schematic design to numerical modelling ?
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