About
Dr. Andrei Gorevoi is a specialist in field of the research and development of signal sources (oscillators and frequency synthesizers) for RF/MW T&M and their spectrum measurements.
Dr. Gorevoi earned his MSc (with honor) and PhD degrees from TUSUR University in Tomsk.
Dr. Gorevoi earned his MSc (with honor) and PhD degrees from TUSUR University in Tomsk.
Experience
Since December 2024 takes the position of R&D engineer and project leader at Keysight Technologies Switzerland S.A. (former Anapico).
Supports further developments of former Anapico devices - rebranded APLC and APHSP signal sources. Develops the technologies providing the high phase stability in microwaves.
Since January 2023 until December 2024 took the position of senior RF development engineer and project leader at AnaPico AG (Switzerland).
The major developments:
- APHSP-Series analog signal generators up to 51 GHz with lowest phase noise corresponding to HF OCXO technology;
- APLC-Series analog signal generators up to 54 GHz with low phase noise
- supported the development and production of various Anapico devices.
2021 - 2022 took the expert position in the Russian science foundation.
2012 - 2022 took the senior design engineer in frequency synthesizers group of T&M Dept. in Micran.
The major developments:
- PLG06/12/20 general purpose signal generators line;
- low phase noise OCXO and frequency multipliers;
- ultracompact and low-noise frequency synthesizer;
- novel approaches for frequency synthesis with low frequency step, low spurs and low phase noise without power-hungry DDS;
- oscillators with resonators of various types for frequency synthesizers integration enhancement and improvement of outlines, power consumption and cost;
- baseband, phase and amplitude noise analyzer with cross-correlation approach.
2010 - 2012 took the design engineer position in frequency synthesizers group of T&M Dept. in Micran.
The major developments:
- YIG-tuned oscillator for 3-8 GHz;
- low phase noise 4 GHz DRO with noise-suppression FLL;
- X-band sapphire-loaded cavity oscillator with "whispering gallery" modes;
- 100 MHz OCXO with noise floor below -180 dBc/Hz.
2006 - 2010 took the engineer position in Electrical communications institute of TUSUR university.
The major developments for Micran:
- CROs line up to 4 GHz;
- low-noise analog mixer-based PLL frequency sources including sampling phase detectors;
- octave VCOs in 1-2 and 2-4 GHz bands with lumped elements resonators.
2004 - 2006 took the technician/student position in T&M division in Micran. That time took the possession of methods of modelling, assembling and adjusting of microwave modules, measurement approaches in microwaves and microwave components handling.
Supports further developments of former Anapico devices - rebranded APLC and APHSP signal sources. Develops the technologies providing the high phase stability in microwaves.
Since January 2023 until December 2024 took the position of senior RF development engineer and project leader at AnaPico AG (Switzerland).
The major developments:
- APHSP-Series analog signal generators up to 51 GHz with lowest phase noise corresponding to HF OCXO technology;
- APLC-Series analog signal generators up to 54 GHz with low phase noise
- supported the development and production of various Anapico devices.
2021 - 2022 took the expert position in the Russian science foundation.
2012 - 2022 took the senior design engineer in frequency synthesizers group of T&M Dept. in Micran.
The major developments:
- PLG06/12/20 general purpose signal generators line;
- low phase noise OCXO and frequency multipliers;
- ultracompact and low-noise frequency synthesizer;
- novel approaches for frequency synthesis with low frequency step, low spurs and low phase noise without power-hungry DDS;
- oscillators with resonators of various types for frequency synthesizers integration enhancement and improvement of outlines, power consumption and cost;
- baseband, phase and amplitude noise analyzer with cross-correlation approach.
2010 - 2012 took the design engineer position in frequency synthesizers group of T&M Dept. in Micran.
The major developments:
- YIG-tuned oscillator for 3-8 GHz;
- low phase noise 4 GHz DRO with noise-suppression FLL;
- X-band sapphire-loaded cavity oscillator with "whispering gallery" modes;
- 100 MHz OCXO with noise floor below -180 dBc/Hz.
2006 - 2010 took the engineer position in Electrical communications institute of TUSUR university.
The major developments for Micran:
- CROs line up to 4 GHz;
- low-noise analog mixer-based PLL frequency sources including sampling phase detectors;
- octave VCOs in 1-2 and 2-4 GHz bands with lumped elements resonators.
2004 - 2006 took the technician/student position in T&M division in Micran. That time took the possession of methods of modelling, assembling and adjusting of microwave modules, measurement approaches in microwaves and microwave components handling.
Major developments
Series of analog signal generators with minimal phase noise AP5031A.
Benchtop signal generators with output frequency range of 1 kHz to 12/20/40/51 GHz and output power range of -130 до 15-20 dBm. Core frequency synthesis is fully direct.
Internal analog modulations.Series of analog signal generators with moderately low phase noise AP5021A.
Benchtop signal generators with output frequency range of 9 kHz to 12/20/40/54 GHz and output power range of -130 до 15-20 dBm. Core frequency synthesis is classic PLL with frequency offset in feedback.
Internal analog modulations.
General purpose signal generators line PLG06/12/20.
Compact and efficient microwave signal generators with bench-top functionality:
- frequency range 25 MHz - 6/12/20 GHz by 1 Hz steps;
- power range -40 - 10 dBm by 1 dB steps;
- AM, FM, PM, PulM;
- internal LF source up to 1 MHz/3 V;
- sweep, sync and SCPI fo system integration;
- power and control via USB 2.0/3.0, 130x65x25 mm, 300 g.
Compact and efficient microwave signal generators with bench-top functionality:
- frequency range 25 MHz - 6/12/20 GHz by 1 Hz steps;
- power range -40 - 10 dBm by 1 dB steps;
- AM, FM, PM, PulM;
- internal LF source up to 1 MHz/3 V;
- sweep, sync and SCPI fo system integration;
- power and control via USB 2.0/3.0, 130x65x25 mm, 300 g.
Frequency synthesizer ECC15K.
Unique small frequency synthesizer:
- frequency range 10 MHz - 15 GHz by 0.005 Hz steps;
- phase noise -120 dBc/Hz at 10 kHz offset from 10 GHz carrier;
- 58x53x25 mm, 95 g.;
- power consumption 5,5 W;
- sync, SCPI, USB/SPI for system integration.
Unique small frequency synthesizer:
- frequency range 10 MHz - 15 GHz by 0.005 Hz steps;
- phase noise -120 dBc/Hz at 10 kHz offset from 10 GHz carrier;
- 58x53x25 mm, 95 g.;
- power consumption 5,5 W;
- sync, SCPI, USB/SPI for system integration.
Oven-controlled oscillators MOXO-100, MMXO-500C, MMXO-500PLC, MMXO-1000C.
Low-noise RF/MW sources of 100 и 500 MHz:
- output power above 14 dBm;
- 100 MHz - referred noise level is below -180 dBc/Hz.
Low-noise RF/MW sources of 100 и 500 MHz:
- output power above 14 dBm;
- 100 MHz - referred noise level is below -180 dBc/Hz.
Patents
Frequency synthesizer. Patent №184346 RU / Gorevoy A.V. Micran. 06/26/2018
Directional microwave filter. Patent №170771 RU / Gorevoy A.V., Lukina A.A. Micran. 11/22/2016
Frequency synthesizer. Patent №94988 RU / Gorevoy A.V. Micran. 06/03/2014
OCXO. Patent №132933 RU / Gorevoy A.V. Micran. 03/27/2013
Frequency synthesizer. Patent №2523188 RU / Gorevoy A.V. Micran. 04/09/2013
VCO. Patent №124092 RU / Gorevoy A.V. Micran. 09/03/2012
Directional microwave filter. Patent №170771 RU / Gorevoy A.V., Lukina A.A. Micran. 11/22/2016
Frequency synthesizer. Patent №94988 RU / Gorevoy A.V. Micran. 06/03/2014
OCXO. Patent №132933 RU / Gorevoy A.V. Micran. 03/27/2013
Frequency synthesizer. Patent №2523188 RU / Gorevoy A.V. Micran. 04/09/2013
VCO. Patent №124092 RU / Gorevoy A.V. Micran. 09/03/2012
Publications
PhD Thesis
A.V. Gorevoy Power-efficient sources of microwave CW signals for T&M devices / Micran, TUSUR. 118 p., 2017, Tomsk, in Russian
Journals
A.V. Gorevoy A low noise oscillator based on a conventional dielectric resonator // Microwave Journal, Vol. 56, Issue 11, pp 84-94, 2013
A.V. Gorevoy, A.A. Lirnik Measurement of the Spectrum of Phase Noise of Harmonic Ultrahigh-Frequency Signals by the Cross-Spectrum Method // Measurement techniques Vol. 60 №9, pp 939-944, 2017, Springer
A.V. Gorevoy Novell approach to frequency synthesis by self-offsetting PLL // Components and Technologies journal, Issue 7, pp 72-74, 2020, Moscow, in Russian
A.V. Gorevoy PLG06/12/20 Signal generators. Pt. 3 // Components and Technologies journal, Issue 11, pp 58-60, 2019, Moscow, in Russian
A.V. Gorevoy PLG06/12/20 Signal generators. Pt. 2 // Components and Technologies journal, Issue 10, pp 130-133, 2019, Moscow, in Russian
A.V. Gorevoy PLG06/12/20 Signal generators. Pt. 1 // Components and Technologies journal, Issue 9, pp 120-123, 2019, Moscow, in Russian
A.V. Gorevoy Choosing the oscillators for low-noise frequency synthesizers design // Components and Technologies journal, Issue 6, pp 87-92, 2012, Moscow, in Russian
A.V. Gorevoy General purpose microwave USB signal generators for huge bench-top replacement // Modern electronics. №8, pp 54-60, 2015, Moscow in Russian
A.V. Gorevoy et.al. The traveling wave resonance in discoidal dielectric resonator in X-band oscillator // The Scientific-research institute of Radio reports, pp 29-32, 2017, Moscow, in Russian
A.V. Gorevoy Architecture of UWB frequency synthesizers for scanning measurement devices // Metrology letters, Issue 3, pp 23-27, 2013, Moscow, in Russian
A.V. Gorevoy A 1-2 GHz VCO with improved tuning sensitivity // TUSUR reports journal. Pt. 1, pp 44-49, 2011, Tomsk, in Russian
E.V. Andronov, A.V. Gorevoy Angular modulation in microwave PLL synthesizers // TUSUR reports journal. Pt. 1, pp 30-35, 2009, Tomsk, in Russian
Conference proceedings (in Russian)
M.V. Altukhov, A.V. Gorevoy, E.I. Panimaskin Solutions for phase and frequency stability chracterization of microwave signals // Proc. XII "Metrology in radioelectronics", Moscow, 2021
A.V. Gorevoy et.al. Exciting the traveling wave in dielectrical resonator // Proc. "Scientific session TUSUR-2017", Pt 1, pp 125-128, Tomsk
A.V. Gorevoy, A.A. Lukina Building the four-port directional filter with traveling "whispering-gallery" wave // Proc. "12 Int. research and practical conf. "Electronic control devices and systems 2016", Pt 1, pp 182-184, Tomsk
A.V. Gorevoy, A.A. Lukina Exciting the traveling wave by distributed coupling with "traveling wave" mode resonator // Proc. "26th Crimean conference "Microwave techniques and telecom technologies", Pt 1, pp 1311-1314, 2016, Sevastopol
A.V. Gorevoy, A.A. Lukina Researching the microwave directional filter based on microwave resonator with "whispering gallery" modes in traveling wave state // Proc. "11 Int. research and practical conf. "Electronic control devices and systems 2015", Pt 1, pp 262-265, Tomsk
A.V. Gorevoy et.al. The study of microwave OEO // Proc. "25th Crimean conference "Microwave techniques and telecom technologies", 2015, pp 1035-1036, Sevastopol
A.V. Gorevoy, A.A. Lirnik Measuring the noise parameters of STW resonator // Proc. "25th Crimean conference "Microwave techniques and telecom technologies", Pt 1, pp 900-901, 2015, Sevastopol
A.V. Gorevoy et.al. Experimental setup of OEO based on optical fiber delay line // Proc. "Scientific session TUSUR-2015", Pt 2, pp 70-72, Tomsk
A.V. Gorevoy, A.A. Lukina Optoelectronic oscillator based on optical fiber delay line: numerical modelling and experimental study // Proc. "Scientific session TUSUR-2015", Pt 2, pp 26-29, Tomsk
A.V. Gorevoy Applying the method of frequency resolution improvement in UWB signal generators // Proc. "24th Crimean conference "Microwave techniques and telecom technologies", pp 916-917 2014, Sevastopol
A.V. Gorevoy Achieving sub-Hz frequency resolution in spectral pure and power effective frequency synthesizers // Proc. "24th Crimean conference "Microwave techniques and telecom technologies", pp 97-98, 2014, Sevastopol
A.V. Gorevoy Modern approach to design of portable microwave signal generators with high metrological quality // Proc. "Scientific session TUSUR-2014", Pt 1, pp 152-155, Tomsk
A.V. Gorevoy, A.V. Lirnik A YIG-tuned oscillator improvement // Proc. "Scientific session TUSUR-2013", Pt 1, pp 304-306, Tomsk
A.V. Gorevoy A 4 GHz DRO with equivalent Q of 50000 // Proc. "Scientific session TUSUR-2012", Pt 1, pp 173-176, Tomsk
A.V. Gorevoy A low-noise OCXO // Proc. "Scientific session TUSUR-2012", Pt 1, pp 170-173, Tomsk
E.V. Andronov, A.V. Gorevoy A 1-2 GHz VCO with lumped elements resonator // Proc. "Russian conference research and technical conf. "The experience exchange in the field of design of UWB radio electronic systems", pp 24-29, 2010, Omsk
E.V. Andronov, A.V. Gorevoy Suppressing the microwave oscillator phase noise using sampling PD PLL // Proc. "Russian conference research and technical conf. "The experience exchange in the field of design of UWB radio electronic systems", pp 20-24, 2010, Omsk
E.V. Andronov, A.V. Gorevoy A 2.2 GHz ultralow phase noise coaxial resonator oscillator // Proc. "Russian conference research and technical conf. "The experience exchange in the field of design of UWB radio electronic systems", pp 15-19, 2010, Omsk
A.V. Gorevoy Frequency Modulation in Microwave Phase Lock Loop Synthesizers // SIBCON–2009. Tomsk. 2009. pp. 280-284. DOI: 10.1109/SIBCON.2009.5044871
A.V. Gorevoy A method to improve the switching speed of frequency synthesizers // Proc. "Scientific session TUSUR-2008", Pt 2, pp 233-236, Tomsk
A.V. Gorevoy Vibration influence on microwave oscillators // Proc. "Scientific session TUSUR-2008", Pt 2, pp 230-233, Tomsk
A.V. Gorevoy G-sensitivity of microwave oscillators of various types // Proc. "Electronical and electromechanical systems and devices.", pp 65-66, 2008, Tomsk.
A.V. Gorevoy Vibration sensitivity of microwave oscillators // Proc. "XIV Int. conf. of students, doctorates and young scientists "Modern techniques and technologies", pp 230-231, 2008, Tomsk
A.V. Gorevoy, A.A. Tungusov Frequency synthesizer of 910-940 MHz // Proc. "Scientific session TUSUR-2006", Pt 1, pp 20-21, Tomsk
A.V. Gorevoy Power-efficient sources of microwave CW signals for T&M devices / Micran, TUSUR. 118 p., 2017, Tomsk, in Russian
Journals
A.V. Gorevoy A low noise oscillator based on a conventional dielectric resonator // Microwave Journal, Vol. 56, Issue 11, pp 84-94, 2013
A.V. Gorevoy, A.A. Lirnik Measurement of the Spectrum of Phase Noise of Harmonic Ultrahigh-Frequency Signals by the Cross-Spectrum Method // Measurement techniques Vol. 60 №9, pp 939-944, 2017, Springer
A.V. Gorevoy Novell approach to frequency synthesis by self-offsetting PLL // Components and Technologies journal, Issue 7, pp 72-74, 2020, Moscow, in Russian
A.V. Gorevoy PLG06/12/20 Signal generators. Pt. 3 // Components and Technologies journal, Issue 11, pp 58-60, 2019, Moscow, in Russian
A.V. Gorevoy PLG06/12/20 Signal generators. Pt. 2 // Components and Technologies journal, Issue 10, pp 130-133, 2019, Moscow, in Russian
A.V. Gorevoy PLG06/12/20 Signal generators. Pt. 1 // Components and Technologies journal, Issue 9, pp 120-123, 2019, Moscow, in Russian
A.V. Gorevoy Choosing the oscillators for low-noise frequency synthesizers design // Components and Technologies journal, Issue 6, pp 87-92, 2012, Moscow, in Russian
A.V. Gorevoy General purpose microwave USB signal generators for huge bench-top replacement // Modern electronics. №8, pp 54-60, 2015, Moscow in Russian
A.V. Gorevoy et.al. The traveling wave resonance in discoidal dielectric resonator in X-band oscillator // The Scientific-research institute of Radio reports, pp 29-32, 2017, Moscow, in Russian
A.V. Gorevoy Architecture of UWB frequency synthesizers for scanning measurement devices // Metrology letters, Issue 3, pp 23-27, 2013, Moscow, in Russian
A.V. Gorevoy A 1-2 GHz VCO with improved tuning sensitivity // TUSUR reports journal. Pt. 1, pp 44-49, 2011, Tomsk, in Russian
E.V. Andronov, A.V. Gorevoy Angular modulation in microwave PLL synthesizers // TUSUR reports journal. Pt. 1, pp 30-35, 2009, Tomsk, in Russian
Conference proceedings (in Russian)
M.V. Altukhov, A.V. Gorevoy, E.I. Panimaskin Solutions for phase and frequency stability chracterization of microwave signals // Proc. XII "Metrology in radioelectronics", Moscow, 2021
A.V. Gorevoy et.al. Exciting the traveling wave in dielectrical resonator // Proc. "Scientific session TUSUR-2017", Pt 1, pp 125-128, Tomsk
A.V. Gorevoy, A.A. Lukina Building the four-port directional filter with traveling "whispering-gallery" wave // Proc. "12 Int. research and practical conf. "Electronic control devices and systems 2016", Pt 1, pp 182-184, Tomsk
A.V. Gorevoy, A.A. Lukina Exciting the traveling wave by distributed coupling with "traveling wave" mode resonator // Proc. "26th Crimean conference "Microwave techniques and telecom technologies", Pt 1, pp 1311-1314, 2016, Sevastopol
A.V. Gorevoy, A.A. Lukina Researching the microwave directional filter based on microwave resonator with "whispering gallery" modes in traveling wave state // Proc. "11 Int. research and practical conf. "Electronic control devices and systems 2015", Pt 1, pp 262-265, Tomsk
A.V. Gorevoy et.al. The study of microwave OEO // Proc. "25th Crimean conference "Microwave techniques and telecom technologies", 2015, pp 1035-1036, Sevastopol
A.V. Gorevoy, A.A. Lirnik Measuring the noise parameters of STW resonator // Proc. "25th Crimean conference "Microwave techniques and telecom technologies", Pt 1, pp 900-901, 2015, Sevastopol
A.V. Gorevoy et.al. Experimental setup of OEO based on optical fiber delay line // Proc. "Scientific session TUSUR-2015", Pt 2, pp 70-72, Tomsk
A.V. Gorevoy, A.A. Lukina Optoelectronic oscillator based on optical fiber delay line: numerical modelling and experimental study // Proc. "Scientific session TUSUR-2015", Pt 2, pp 26-29, Tomsk
A.V. Gorevoy Applying the method of frequency resolution improvement in UWB signal generators // Proc. "24th Crimean conference "Microwave techniques and telecom technologies", pp 916-917 2014, Sevastopol
A.V. Gorevoy Achieving sub-Hz frequency resolution in spectral pure and power effective frequency synthesizers // Proc. "24th Crimean conference "Microwave techniques and telecom technologies", pp 97-98, 2014, Sevastopol
A.V. Gorevoy Modern approach to design of portable microwave signal generators with high metrological quality // Proc. "Scientific session TUSUR-2014", Pt 1, pp 152-155, Tomsk
A.V. Gorevoy, A.V. Lirnik A YIG-tuned oscillator improvement // Proc. "Scientific session TUSUR-2013", Pt 1, pp 304-306, Tomsk
A.V. Gorevoy A 4 GHz DRO with equivalent Q of 50000 // Proc. "Scientific session TUSUR-2012", Pt 1, pp 173-176, Tomsk
A.V. Gorevoy A low-noise OCXO // Proc. "Scientific session TUSUR-2012", Pt 1, pp 170-173, Tomsk
E.V. Andronov, A.V. Gorevoy A 1-2 GHz VCO with lumped elements resonator // Proc. "Russian conference research and technical conf. "The experience exchange in the field of design of UWB radio electronic systems", pp 24-29, 2010, Omsk
E.V. Andronov, A.V. Gorevoy Suppressing the microwave oscillator phase noise using sampling PD PLL // Proc. "Russian conference research and technical conf. "The experience exchange in the field of design of UWB radio electronic systems", pp 20-24, 2010, Omsk
E.V. Andronov, A.V. Gorevoy A 2.2 GHz ultralow phase noise coaxial resonator oscillator // Proc. "Russian conference research and technical conf. "The experience exchange in the field of design of UWB radio electronic systems", pp 15-19, 2010, Omsk
A.V. Gorevoy Frequency Modulation in Microwave Phase Lock Loop Synthesizers // SIBCON–2009. Tomsk. 2009. pp. 280-284. DOI: 10.1109/SIBCON.2009.5044871
A.V. Gorevoy A method to improve the switching speed of frequency synthesizers // Proc. "Scientific session TUSUR-2008", Pt 2, pp 233-236, Tomsk
A.V. Gorevoy Vibration influence on microwave oscillators // Proc. "Scientific session TUSUR-2008", Pt 2, pp 230-233, Tomsk
A.V. Gorevoy G-sensitivity of microwave oscillators of various types // Proc. "Electronical and electromechanical systems and devices.", pp 65-66, 2008, Tomsk.
A.V. Gorevoy Vibration sensitivity of microwave oscillators // Proc. "XIV Int. conf. of students, doctorates and young scientists "Modern techniques and technologies", pp 230-231, 2008, Tomsk
A.V. Gorevoy, A.A. Tungusov Frequency synthesizer of 910-940 MHz // Proc. "Scientific session TUSUR-2006", Pt 1, pp 20-21, Tomsk
Books
A.V. Chenakin, A.V. Gorevoy "Practical construction of microwave frequency synthesizers"
Russian Federation, Moscow: Goryachaya liniya - Telecom, 2021, 280 p.
ISBN 978-5-9912-0918-2
Methods for constructing microwave frequency synthesizers are described. The definition of a frequency synthesizer, its main parameters and characteristics are given. The main methods of frequency synthesis and components of frequency synthesizers, including various types of oscillators, are considered. Various architectural solutions are presented to improve the quality of generated signal. The book is illustrated with numerous examples aimed at intuitive understanding of the nature of microwave generation and synthesis effects and their use in practice. A step-by-step process of developing a frequency synthesizer is described using the example of a common PLL. Detailed block diagrams of a number of frequency synthesizers are given. The issues of expanding their functionality are considered. Methods for measuring the main characteristics, principles and features of their implementation are briefly described.
The book can be useful for engineers of all skill levels as a guide to design and measurements in the field of signal generation and frequency synthesis, as well as researchers, technical consultants, graduate students and students of relevant radio engineering specialties.
Russian Federation, Moscow: Goryachaya liniya - Telecom, 2021, 280 p.
ISBN 978-5-9912-0918-2
Methods for constructing microwave frequency synthesizers are described. The definition of a frequency synthesizer, its main parameters and characteristics are given. The main methods of frequency synthesis and components of frequency synthesizers, including various types of oscillators, are considered. Various architectural solutions are presented to improve the quality of generated signal. The book is illustrated with numerous examples aimed at intuitive understanding of the nature of microwave generation and synthesis effects and their use in practice. A step-by-step process of developing a frequency synthesizer is described using the example of a common PLL. Detailed block diagrams of a number of frequency synthesizers are given. The issues of expanding their functionality are considered. Methods for measuring the main characteristics, principles and features of their implementation are briefly described.
The book can be useful for engineers of all skill levels as a guide to design and measurements in the field of signal generation and frequency synthesis, as well as researchers, technical consultants, graduate students and students of relevant radio engineering specialties.
G.N. Glazov, A.V. Gorevoy "Controlled microwave generators"
Russian Federation, Tomsk: Krasnoe znamya, 2015, 1014 p.
ISBN 978-5-9906644-2-5
It contains excerpts from the oscillators and frequency synthesizers theory in RF and microwaves, related to the oscillations criteria, the forming of the output spectrum (including phase noise), methods of frequency tuning, typical oscillator circuits and frequency synthesizers block diagrams, and much more. Practical information is provided on modern RF and microwave components: active and passive, including resonators of various types. The book represents the development experience of frequency synthesizers and oscillators accumulated by employees of Micran, in the form of an illustrated description of some designs.
Russian Federation, Tomsk: Krasnoe znamya, 2015, 1014 p.
ISBN 978-5-9906644-2-5
It contains excerpts from the oscillators and frequency synthesizers theory in RF and microwaves, related to the oscillations criteria, the forming of the output spectrum (including phase noise), methods of frequency tuning, typical oscillator circuits and frequency synthesizers block diagrams, and much more. Practical information is provided on modern RF and microwave components: active and passive, including resonators of various types. The book represents the development experience of frequency synthesizers and oscillators accumulated by employees of Micran, in the form of an illustrated description of some designs.
Awards (in Russian)
