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Microwave Engineering: Microwave Integrated Circuits (MIC)
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Microwave Engineering: Microwave Integrated Circuits (MIC)
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20 Questions

1. Resistors used at normal operating frequencies can be directly used at microwave frequencies in MMIc.
2. Microwave integrated circuits :
3. Reliability of IC's may be increase by:
4. Reliability of IC's may be increase by:
5. For the capacitors used in MMICs, the insulating dielectric films used are:
6. Passive elements in thin film circuits ;
7. MMICs have higher circuit flexibility as compared to other microwave integrated fabrication methods.
8. The substrate of an MMIC must be a _____________ to accommodate the fabrication of all the type of devices.
9. Microwave integrated circuits :
10. Advantages of integrated circuits include the possibility of 
11. Progress in ________ and other related semiconductors material processing led to the feasibility of monolithic microwave integrated circuits.
12. An IC comprises of 40 logic gates, each of which consists of 4 components. This constitutes case of :
13. Resistors used at normal operating frequencies can be directly used at microwave frequencies in MMIc.
14. MMICs have higher circuit flexibility as compared to other microwave integrated fabrication methods.
15. A diffused resistor in an IC
16. Advantages of integrated circuits include the possibility of 
17. Transmission lines and other conductors in microwave devices are usually made with ___________
18. MMICs are high cost devices that involve complex fabrication methods and contain multiple layers to contain even small circuits.
19. An IC comprises of 40 logic gates, each of which consists of 4 components. This constitutes case of :
20. GaAs MESFETs are versatile device because it finds application in: