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"This book discusses the recent research developments of various passive microwave circuits on silicon substrate and demonstrated operations catering for multiple frequency bands. It covers the design, modelling, process fabrication and characterization aspects with practical examples. The book will be of use to researchers and engineers working in the field of RF or microwave engineering, who can use the techniques and approaches effectively without having to refer to multiple sources. "

"[ABSTRAKTelah dikembangkan hardware pada sistem RF Tomografi menggunakan VCO(voltage controlled oscillator) MAX2750 sebagai komponen dasar transmitter danMAX2015 sebagai RPD (RF Power Detector). MAX2750 memiliki rangkaianfrekuensi tala (tuning frequency) pada internal VCO sehingga dapatmenghasilkan frekuensi yang dapat dikontrol oleh tegangan dari 2300 MHzhingga 2500MHz. Pada penelitian ini analisa hasil pengukuran pada RPD saatdiberikan attenuator atau objek pengukuran yang berbeda diantara transmitter danreceiver yang berbanding dengan pengukuran referensi atau hasil pengukurantanpa adanya objek. Rangkaian receiver terdiri atas MAX2015, ADC 16-Bit, danbeberapa komponen pasif lainnya, dimana MAX2015 merupakan logaritmik RFDetector yang dapat mendeteksi power pada frekuensi 0.1GHz hingga 3GHz.Dalam penelitian ini frekuensi yang dipancarkan oleh RF Transmitter berada padafrekuensi 2.3GHz hingga 2.5GHz, hal ini dilakukan berdasarkan referensi daribeberapa jurnal dan penelitian yang dapat dipercaya. Dari hasil penelitiandidapatkan bahwa Antenna memiliki puncak respon maksimum pada frekuensi2.4GHz, dimana objek yang digunakan adalah balok kayu, balok nilon, dan balokalumunium dengan panjang 60mm, lebar 40mm, dan tinggi 80mm.

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ABSTRACTHas been developed a hardware in the system RF Tomography using a transmitterVCO (voltage controlled oscillator) MAX2750as a basic component of transmitterand MAX2015 as a RPD (RF Power Detector). The MAX2750 has an integratedVCO with a fundamental output frequency ranging from 2300MHz to 2500MHzthat controlled by voltage. This research analyzed the measurement data for eachdifferent attenuator or object interest whichamong of transmitter and receiver thatcomparing with the reference data. Receiver circuit consists of MAX2015, ADC16-Bit, and some pasif component, MAX2015 is a logarithmic RF Detector whichdetect the power in frequency ranging 01.GHz to 3GHz. In this study thetransmission frequency ranging 2.3GHz to 2.5GHz, based on by using somejournals that have credibility as reference. Of the result showed that Antenna has amaximum respons on frequency 2.4GHz, and the attenuator are a wood cube, anylon cube, and alumunium cube with length 60mm, width 40mm, and height80mm, Has been developed a hardware in the system RF Tomography using a transmitterVCO (voltage controlled oscillator) MAX2750as a basic component of transmitterand MAX2015 as a RPD (RF Power Detector). The MAX2750 has an integratedVCO with a fundamental output frequency ranging from 2300MHz to 2500MHzthat controlled by voltage. This research analyzed the measurement data for eachdifferent attenuator or object interest whichamong of transmitter and receiver thatcomparing with the reference data. Receiver circuit consists of MAX2015, ADC16-Bit, and some pasif component, MAX2015 is a logarithmic RF Detector whichdetect the power in frequency ranging 01.GHz to 3GHz. In this study thetransmission frequency ranging 2.3GHz to 2.5GHz, based on by using somejournals that have credibility as reference. Of the result showed that Antenna has amaximum respons on frequency 2.4GHz, and the attenuator are a wood cube, anylon cube, and alumunium cube with length 60mm, width 40mm, and height80mm]"

"Disk contains: Impedance-matching with LSM and RCDM -- Examples for using LSM and RCDM."

"This book is intended as a report of my final project under the EEB889 subject. The objective of the project is to give an opportunity for student to gain experience in a situation similar to what would be encountered in the real workplace. The project involves investigation, planning, design, implementation, operation and testing over a time-frame of two semesters. This final project is about Radio frequency (RF) spread spectrum receiver using Phase Locked Loop (PLL). The progress of the project is monitored and assessed by Dr. John Edwards, Senior Lecturer in QUT faculty of Build Environment and Engineering (BEE). During the making of this project, I also had to study and do assignments from other subjects that I had taken for the last two semesters. I had done study and research through books, lecture notes, and internet regard to this project. I encountered many problems and difficulties to understand the whole pieces of the project and also to design and test the simulation and the circuit of the project. Thanks to my supervisor, Dr. John Edwards, who helped me to understand and solved the problems that I encountered."