Note for RF & MICROWAVE CIRCUIT DESIGN - RMCD By Devasis Pradhan
- RF & Microwave Circuit Design - RMCD
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- Acharya Institute of Technology -
- Electronics and Communication Engineering
- 23 Topics
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Note for RF & MICROWAVE CIRCUIT DESIGN - RMCD By Devasis Pradhan
- Rf and Microwave Circuit Design - ( 2 - 9 )
- Series to Parallel Transformation - ( 10 - 17 )
- Scattering Parameter - ( 18 - 30 )
- Signal Flow Graph - ( 31 - 34 )
- Smith Chart and its Application - ( 35 - 43 )
- Single-Stub Matching - ( 44 - 47 )
- Double -Stub Matching - ( 48 - 60 )
- Active Network to Stability Consideration - ( 61 - 66 )
- Stability Consideration - ( 67 - 76 )
- Stabilization Method - ( 77 - 79 )
- Low Noise Amlifier Design - ( 80 - 83 )
- Single -Stage Linear Ampifier Design - ( 84 - 93 )
- Differential Amplifier - ( 94 - 94 )
- Power Amlifier - ( 95 - 96 )
- RF/Microwave Frequency Conversion - ( 97 - 97 )
- Frequency Domain Representation - ( 98 - 103 )
- Type of Mixer - ( 104 - 113 )
- RF/Microwave Control Circuit Design - ( 114 - 119 )
- Pin Diodes and Control Circuits - ( 120 - 123 )
- Pin Diode Phase Shifter - ( 124 - 129 )
- RF and Microwave IC Design - ( 130 - 130 )
- Types of Mics - ( 131 - 133 )
- Types and Properties of MIC substrate Material - ( 134 - 135 )
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Topics ( 23 )
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ACHARYA INSTITUTE OF TECHNOLOGY DEPARTMENT OF ELECTRONICS & COMMUNICATION LECTUIRE NOTES RF & MICROWAVE CICUIT DESIGN -17ECS24 M.TECH 2ND SEMESTER CBCS SCHEME 2017-2018 Acharya Doctor Sarvepalli Radhakrishnan Road, Bengaluru, Karnataka PREPARED BY – DEVASIS PRADHAN ASSISTANT PROFESSOR ECE, AIT, ACHARYA, BANGALORE- 107
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Devasis Pradhan
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