REPORT SCOPE

INTRODUCTION

STUDY GOALS AND OBJECTIVES

BCC’s goal in conducting this study was to determine the current status of the worldwide demand for bulk acoustic wave filters and duplexers and to assess its growth potential over a five-year period from 2010 to 2016. We were particularly interested in the stimulation in demand for acoustic wave technology induced by the recent surge in the usage of handsets, tablets and wireless devices. In addition, we were interested in the market potential for new emerging bulk acoustic wave sensor technologies.

Our key objective was to present a comprehensive analysis of the current bulk acoustic wave technologies market and its future direction.

REASONS FOR DOING THIS STUDY

In addition to their traditional functions in national defense and industrial applications, bulk acoustic wave technologies are becoming a significant component of the world’s consumer electronics market. We were interested in determining where bulk acoustic wave devices were and where being used and examining their growth potential. We also were especially interested in determining the technology types currently in use and their specific applications.

BCC over the past several years has examined the sensor industry. Within this time period, bulk acoustic wave devices have emerged rapidly as a passive sensor having diverse application; as a consequence, the use of this technology is changing fast, and we wanted to conduct a thorough and detailed analysis and project its growth potential.

INTENDED AUDIENCE

We have compiled a study of current bulk acoustic wave devices and new emerging bulk acoustic wave sensor technologies. We present the bulk acoustic wave technology industry’s economic environment, technological descriptions and issues, applications, market factors and potential, and we project shipments for 2010 and 2016. We also project market values and distribution of bulk acoustic wave technologies in five major market sectors. This study will be of interest to the sensor technologies industry, bulk acoustic wave filter and duplexer manufacturers, distributors, system integrators and research institutions. It will be of interest also to manufacturers of wireless device and systems and communication technology developers in addition to manufacturers of information technology hardware devices, semiconductor device manufacturers and electronic component manufacturers.

SCOPE AND FORMAT

The scope of this study encompasses the major types of bulk acoustic wave (BAW) technologies. BCC analyzes each bulk acoustic wave technology type, determines its current market status, examines its impact on future markets, and presents forecasts of growth over the next five years. Technological issues including the latest trends are discussed as are other influential factors such as the increased use of bulk acoustic wave sensors detection applications by law enforcement and emergency responder entities.

BCC analyzes the industry on a worldwide basis, both from a manufacturing and a demand point of view. We examine government regulation and bulk acoustic wave industry organizations and activities in major regions of the world. The role that bulk acoustic wave sensor technologies play in wireless communication and industrial, military and safety monitoring as well as instrumentation is also examined.

METHODOLOGY

BCC presents an analysis, by each bulk acoustic wave technology type, of the estimated demand for filters and duplexers in 2010. Our estimated value is what buying entities have paid in undepreciated dollars. Then, based on our study, we analyze the potential applications for each technology and forecast unit shipments for 2010 and 2016. We also analyze the demand for bulk acoustic wave devices by five major market sectors that use bulk acoustic wave technology. All tables and figures are calculated in 2010 constant U.S. dollars.

INFORMATION SOURCES

Both primary and secondary research methodologies were used in preparing this study. BCC conducted an analysis of data generated by U.S. government agencies, industry trade association and international organizations to obtain data for this study. We also spoke with manufacturers of various bulk acoustic wave technology types in the United States and manufacturers’ associations in Japan. In addition, we compiled data from current financial and trade information sources.

AUTHOR'S CREDENTIALS

Carlet Auguste is president and CEO of Efficiency Engineering Inc., a consulting firm that provides technology engineering services to corporations and nonprofit organizations. He consults regularly with government and private industry companies from a variety of fields of engineering to help create technology innovations for the private sector as well as government customers needing technology solutions for national defense. He previously worked for a U.S. government agency in the area of intelligence and security.

Table Of Contents

TABLE OF CONTENTS

CHAPTER ONE: INTRODUCTION 1
STUDY GOALS AND OBJECTIVES 1
REASONS FOR DOING THIS STUDY 1
INTENDED AUDIENCE 1
SCOPE AND FORMAT 2
METHODOLOGY 2
INFORMATION SOURCES 2
AUTHOR’S CREDENTIALS 3
RELATED BCC REPORTS 3
BCC ONLINE SERVICES 3
DISCLAIMER 4
CHAPTER TWO: SUMMARY 5
SUMMARY 5
SUMMARY (CONTINUED) 6
SUMMARY TABLE GLOBAL DEMAND FOR BULK ACOUSTIC WAVE
DEVICES, THROUGH 2016 ($ MILLIONS) 7
SUMMARY FIGURE GLOBAL DEMAND FOR BULK ACOUSTIC WAVE
DEVICES, 2010-2016 ($ MILLIONS) 7
CHAPTER THREE: OVERVIEW 8
BULK ACOUSTIC WAVE RESONATORS 8
TABLE 1 ADVANTAGES OF BULK ACOUSTIC WAVE SENSORS 9
TABLE 2 BULK ACOUSTIC PRODUCTS ON THE MARKET 10
TABLE 3 COMPARISON OF BULK ACOUSTIC DEVICES AND
COMMERCIALLY AVAILABLE FILTERS ACROSS THE RADIO
FREQUENCY COMMUNICATION BANDS 10
BULK ACOUSTIC WAVE SENSORS FEATURES 11
BULK ACOUSTIC WAVE SENSORS ADVANTAGES 11
TECHNOLOGY TRENDS IMPACTING BULK ACOUSTIC
WAVE SENSORS’ APPLICATION GROWTH 11
Acoustic Wave Sensors 12
Overcoming the Filter Cost and Size Bottleneck of Next-
Generation Mobile Handsets 12
Bulk Acoustic Wave Technology Applications 12
TABLE 4 TYPICAL BULK ACOUSTIC WAVE SENSOR APPLICATIONS 13
TABLE 5 BULK ACOUSTIC WAVE SENSOR COMMUNICATION
TECHNOLOGY APPLICATIONS 14
Air Interface Technologies 14
Fourth Generation Long-Term Evolution 14
Long-Term Evolution (LTE) 15
Long-Term Evolution (LTE) (Continued) 16
TABLE 6 FREQUENCY DIVISION DUPLEXING (FDD) DOWNLINK
PEAK DATA RATES (640AM) 17
TABLE 7 FREQUENCY DIVISION DUPLEXING (FDD) UPLINK PEAK
DATA RATES (SINGLE ANTENNA) 17
TABLE 8 TRANSMISSION BANDWIDTH CONFIGURATION 17
Transmission Bandwidth Configurations In LTE 18
TABLE 9 FREQUENCY BANDS SUPPORTED IN LTE 18
Transmission Bandwidth … (Continued) 19
Broadband PCS 20
Narrowband PCS 20
Wideband Code Division Multiple Accesses (WCDMA) 21
WIRELESS DEVICES 22
Laptops and PDAs 22
Growth of Wireless Broadband 23
Wi-Fi Worldwide Interoperability for Microwave Access
(WiMAX) 23
Wi-Fi Worldwide …(Continued)) 24
FIGURE 1 INDUSTRY FORECASTS OF MOBILE DATA TRAFFIC,
2009-2014 25
FIGURE 1 (CONTINUED) 26
Growing Spectrum Needs 27
Spectrum ? The Great Enabler 28
The Importance of Spectrum Flexibility 29
OTHER POTENTIAL APPLICATIONS FOR ACOUSTIC WAVE
SENSORY DEVICE 30
INDUSTRIAL 30
Safety 31
Security 31
Radio Frequency (RF) Tagging 31
BULK ACOUSTIC WAVE TECHNOLOGY 32
Bulk Acoustic Wave Transducers Materials 32
TABLE 10 BULK ACOUSTIC WAVE FILTER MATERIALS 33
Fabrication of Acoustic Transducers 33
TABLE 11 BULK ACOUSTIC DEVICE PACKAGING 34
Bulk Acoustic Wave Filters and Duplexers 34
TABLE 12 KEY BULK ACOUSTIC WAVE DEVICES 35
BAW Fundamentals 35
TABLE 13 FUNDAMENTAL PRINCIPLES OF BULK ACOUSTIC WAVE
SENSORS 35
Device Architecture 36
Process Issues 36
Quality Factor (Q Factor) 37
Thin Film and Solidly Mounted Bulk Acoustic Wave
Resonators 37
Duplexers 37
CHAPTER FOUR: GLOBAL DEMAND FOR BULK ACOUSTIC WAVE 38
TRANSDUCERS 38
GLOBAL BAW FILTERS MARKET 38
TABLE 14 GLOBAL DEMAND FOR BAW FILTERS BY REGION,
THROUGH 2016 ($ MILLIONS) 39
TABLE 15 KEY DRIVERS OF THE BULK ACOUSTIC WAVE SENSOR
INDUSTRY 39
GLOBAL BAW DUPLEXERS MARKET 40
TABLE 16 GLOBAL DEMAND FOR BAW DUPLEXERS, THROUGH
2016 ($ MILLIONS) 40
TABLE 17 THE WORLD’S TOP BUYERS OF BULK ACOUSTIC
SENSORS 41
CHAPTER FIVE THE ASIAN MARKET 42
ASIA 42
TABLE 18 ASIAN DEMAND FOR BULK ACOUSTIC WAVE DEVICES,
BY REGION, THROUGH 2016 ($ MILLIONS) 42
ASIA (CONTINUED) 43
TABLE 19 ASIA DEMAND FOR BAW FILTERS, THROUGH 2016 ($
MILLIONS) 44
TABLE 20 ASIAN DEMAND FOR BAW DUPLEXERS IN, THROUGH
2016 ($ MILLIONS) 45
ASIA (CONTINUED) 46
TABLE 21 ASIAN MARKET FOR THIN FILM BULK ACOUSTIC
RESONATORS, BY KEY APPLICATIONS, THROUGH 2016 ($
MILLIONS) 47
TABLE 22 ASIA REVENUES FOR THIN FILM BULK ACOUSTIC
RESONATORS, BY KEY APPLICATIONS, THROUGH 2016 ($
MILLIONS) 47
TABLE 23 RANKING OF ASIAN MARKETS FOR BULK ACOUSTIC
WAVE FILTERS AND DUPLEXERS 48
TABLE 24 ESTIMATES FOR ASIAN SALES TERRITORIES
GENERATING CONSIDERABLE SALES FOR BULK ACOUSTIC
WAVE DEVICES 49
AUSTRALIA 49
TABLE 25 AUSTRALIAN MARKET FOR THIN FILM BULK
ACOUSTIC RESONATORS BY KEY APPLICATIONS, THROUGH
2016 ($ MILLIONS) 50
TABLE 26 AUSTRALIA REVENUES FOR THIN FILM BULK
ACOUSTIC RESONATORS BY KEY APPLICATIONS, THROUGH
2016 ($ MILLIONS) 50
JAPAN 51
TABLE 27 JAPAN MARKET FOR THIN FILM BULK ACOUSTIC
RESONATORS, BY KEY APPLICATIONS, THROUGH 2016 ($
MILLIONS) 52
TABLE 28 JAPAN’S REVENUES FOR THIN FILM BULK ACOUSTIC
RESONATORS, BY KEY APPLICATIONS, THROUGH 2016 ($
MILLIONS) 52
INDIA 53
TABLE 29 INDIAN MARKET FOR THIN FILM BULK ACOUSTIC
WAVE RESONATORS BY KEY APPLICATIONS, THROUGH 2016 ($
MILLIONS) 53
TABLE 30 INDIAN REVENUES FOR THIN FILM BULK ACOUSTIC
RESONATORS, BY KEY APPLICATIONS, THROUGH 2016 ($
MILLIONS) 54
CHINA 55
TABLE 31 CHINA’S MARKET FOR THIN FILM BULK ACOUSTIC
RESONATORS, BY KEY APPLICATIONS, THROUGH 2016 ($
MILLIONS) 55
TABLE 32 CHINA’S REVENUES FOR THIN FILM BULK ACOUSTIC
RESONATORS, BY KEY APPLICATIONS, THROUGH 2016 ($
MILLIONS) 56
SOUTH KOREA 56
TABLE 33 SOUTH KOREAN MARKET FOR THIN FILM BULK
ACOUSTIC RESONATORS, BY KEY APPLICATIONS, THROUGH
2016 ($ MILLIONS) 57
TABLE 34 SOUTH KOREA REVENUES FOR THIN FILM BULK
ACOUSTIC RESONATORS BY KEY APPLICATIONS, THROUGH
2016 ($ MILLIONS) 57
TAIWAN 58
TABLE 35 TAIWAN MARKET FOR THIN FILM BULK ACOUSTIC
RESONATORS, BY KEY APPLICATIONS, THROUGH 2016 ($
MILLIONS) 58
TABLE 36 TAIWAN REVENUES FOR THIN FILM BULK ACOUSTIC
RESONATORS BY KEY APPLICATIONS, THROUGH 2016 ($
MILLIONS) 59
SOUTHEAST ASIA 60
TABLE 37 SOUTHEAST ASIA DEMAND FOR BULK ACOUSTIC WAVE
DUPLEXERS, THROUGH 2016 ($ MILLIONS) 60
TABLE 38 SOUTHEAST ASIA DEMAND FOR BULK ACOUSTIC WAVE
FILTER, THROUGH 2016 ($ MILLIONS) 61
TABLE 39 ESTIMATE FOR SOUTHEAST ASIAN SALES TERRITORY
GENERATING SIGNIFICANT SALES ACTIVITY FOR BULK
ACOUSTIC WAVE DEVICES 62
TABLE 40 SOUTHEAST ASIA MARKET FOR THIN FILM BULK
ACOUSTIC RESONATORS BY KEY APPLICATIONS, THROUGH
2016 ($ MILLIONS) 62
TABLE 41 SOUTHEAST ASIA REVENUES FOR THIN FILM BULK
ACOUSTIC RESONATORS BY KEY APPLICATIONS, THROUGH
2016 ($ MILLIONS) 63
INDONESIA 64
TABLE 42 INDONESIAN MARKET FOR THIN FILM BULK ACOUSTIC
RESONATORS BY KEY APPLICATIONS, THROUGH 2016 ($
MILLIONS) 64
TABLE 43 INDONESIAN REVENUES FOR THIN FILM BULK
ACOUSTIC RESONATORS BY KEY APPLICATIONS, THROUGH
2016 ($ MILLIONS) 65
THAILAND 66
TABLE 44 THAILAND’S MARKET FOR THIN FILM BULK ACOUSTIC
RESONATORS BY KEY APPLICATIONS, THROUGH 2016 ($
MILLIONS) 66
TABLE 45 THAILAND’S REVENUES FOR THIN FILM BULK
ACOUSTIC RESONATORS BY KEY APPLICATIONS, THROUGH
2016 ($ MILLIONS) 67
CHAPTER SIX GOVERNMENT REGULATIONS 68
UNITED STATES 68
FEDERAL COMMUNICATIONS COMMISSION: PART 15 68
TABLE 46 (A) EXCEPT AS OTHERWISE EXEMPTED IN 15 23, 15 103,
AND 15 113, UNINTENTIONAL RADIATORS SHALL BE
AUTHORIZED PRIOR TO THE INITIATION OF MARKETING, AS
FOLLOWS: 69
Federal Communications … (Continued) 70
PERFOR MANCE OF WIRELESS FUNCTIONS 71
WIRELESS COEXISTENCE 72
SOFTWARE 72
EMC AND TELECOMMUNICATIONS 72
ENVIRONMENTAL REQUIREMENTS 73
Surgical Rooms 73
Intensive Care Units 73
Intermediate Care or Step-Down Unit 74
Emergency Vehicles 74
Home 74
RISK ANALYSIS AND CONTROL MEASURES 74
Design and Development Verification 75
JAPAN 75
JAPAN (CONTINUED) 76
TAIWAN 77
TECHNICAL REGULATIONS 77
PLMN08 77
Content and Reference 77
Low Power Radio Device LP0002: 77
PLMN05 78
Scope: 78
Application: 78
CHAPTER SEVEN: RESEARCH AND DEVELOPMENT 79
TABLE 47 MAJOR BULK ACOUSTIC WAVE SENSORS RESEARCH
CENTERS 79
TABLE 48 KEY TECHNOLOGICAL OBJECTIVES IN BULK ACOUSTIC
WAVE SENSOR RESEARCH 80
IN SITU PLANETARY MISSIONS 80
DETERMINATION OF ZNO TEMPERATURE COEFFICIENTS
USING THIN FILM BULK ACOUSTIC WAVE RESONATORS 81
PASSIVE WIRELESS ACOUSTIC WAVE SENSORS FOR
MONITORING CO2 EMISSIONS FOR GEOLOGICAL
SEQUESTRATION SITES ? BACKGROUND 82
A LASER PROBE BASED ON A SAGNAC INTERFEROMETER
WITH FAST MECHANICAL SCAN FOR RF SURFACE AND
BULK ACOUSTIC WAVE DEVICES 83
PROPERTIES OF LINBO3 THIN FILM DEPOSITED BY CHEMICAL
VAPOR DEPOSITION AND FREQUENCY CHARACTERISTICS
OF FILM BULK ACOUSTIC WAVE RESONATOR 83
CHARACTERIZATION OF ENERGY TRAPPING IN A BULK
ACOUSTIC WAVE RESONATOR 84
OPTIMIZED REFLECTOR STACKS FOR SOLIDLY MOUNTED
BULK ACOUSTIC WAVE RESONATORS MESA 84
MODELING OF BULK ACOUSTIC WAVE DEVICES BUILT ON
PIEZOELECTRIC STACK STRUCTURES ? IMPEDANCE
MATRIX ANALYSIS AND NETWORK REPRESENTATION 85
A LATERAL-FIELD?EXCITED LITAO3 HIGH-FREQUENCY BULK
ACOUSTIC WAVE SENSOR 86
ANALYSIS OF TEMPERATURE COMPENSATION IN A PLATE
THICKNESS MODE BULK ACOUSTIC WAVE RESONATOR 86
HIGH-Q ALN/SIO2 SYMMETRIC COMPOSITE THIN FILM BULK
ACOUSTIC WAVE RESONATORS 86
SELF-HEATING STUDY OF BULK ACOUSTIC WAVE
RESONATORS UNDER HIGH RF POWER 87
BULK ACOUSTIC WAVE FILTERS SYNTHESIS AND
OPTIMIZATION FOR MULTI-STANDARD COMMUNICATION
TERMINALS 87
THE EFFECTS OF RELATIVE HUMIDITY AND REDUCING GASES
ON THE TEMPERATURE COEFFICIENT OF RESONANT
FREQUENCY OF ZNO-BASED FILM BULK ACOUSTIC WAVE
RESONATOR 88
TUNABLE THIN FILM BULK ACOUSTIC WAVE RESONATOR
BASED ON BA(X)SR(1-X)TIO3 THIN FILM 88
ACOUSTIC META-MATERIALS IN MEMS BAW RESONATORS 89
CHARACTERISTICS OF PURE-SHEAR MODE BAW RESONATORS
CONSISTING OF (1120) TEXTURED ZNO FILMS 89
MODELING FOR TEMPERATURE COMPENSATION AND
TEMPERATURE CHARACTERIZATIONS OF BAW
RESONATORS AT GHZ FREQUENCIES 89
EXPERIMENTAL INVESTIGATION OF ACOUSTIC SUBSTRATE
LOSSES IN 1850-MHZ THIN FILM BAW RESONATORS 90
1 05-GHZ CMOS OSCILLATOR BASED ON LATERAL- FIELDEXCITED
PIEZOELECTRIC ALN CONTOUR- MODE MEMS
RESONATORS 91
MULTI-BAND RADIO-FREQUENCY FILTERS FABRICATED
USING POLYIMIDE-BASED MEMBRANE TRANSFER
BONDING TECHNOLOGY 91
INVESTIGATIONS ON LGS AND LGT CRYSTALS TO REALIZE
BAW RESONATORS 92
BULK ACOUSTIC WAVE BACTERIAL GROWTH SENSOR
APPLIED TO ANALYSIS OF ANTIMICROBIAL PROPERTIES OF
TEA 92
TECHNOLOGICAL DEVELOPMENTS 93
ACOUSTIC WAVE DEVICE BIOSENSORS 93
ACOUSTIC WAVE DEVICE MEDICAL DIAGNOSTIC
DEVICES 94
BULK ACOUSTIC SENSORS FOR THE DETECTION OF
PATHOGENIC SPORES IN AQUEOUS CONDITIONS 95
PASSIVE WIRELESS ACOUSTIC WAVE SENSORS FOR
MONITORING CO2 EMISSIONS FOR GEOLOGICAL
SEQUESTRATION SITES BACKGROUND 95
SANDIA’S TINY ACOUSTIC WAVE SENSORS WILL DETECT
MINUTE TRACES OF DANGEROUS CHEMICALS 96
Sandia’s Tiny Acoustic …(Continued) 97
Sandia’s Tiny Acoustic …(Continued) 98
CHAPTER EIGHT: COMPANY PROFILES 99
TABLE 49 RANKING OF LEADING BULK ACOUSTIC WAVE DEVICE
MANUFACTURERS 99
AVAGO TECHNOLOGIES 99
CTS CORPORATION 100
ECS INC INTERNATIONAL 100
EPSON ELECTRONICS AMERICA INC 101
ILSI AMERICA 102
QUALTRÉ INC 102
QUALTRÉ TECHNOLOGY 103
SENGENUITY 103
TAI-SAW TECHNOLOGY CO , LTD… 104
TELEDYNE MICROWAVE 104
TRIQUINT SEMICONDUCTOR, INC 105
CHAPTER NINE: PATENT ANALYSIS 106
GLOBAL PATENT TRENDS 106
TABLE 50 BAW PATENTS BY REGION 106
TABLE 51 GLOBAL PATENT GENERATION TRENDS BY
TECHNOLOGY 107
TABLE 52 GLOBAL PATENTS STATISTICS BY INDUSTRY SECTOR 107
U S PATENT TRENDS 107
TABLE 53 U S PATENT GENERATION TRENDS BY TECHNOLOGY 108
TABLE 54 U S PATENTS STATISTICS BY INDUSTRY SECTOR 108
U S REGISTERED PATENTS 109
TABLE 55 UNITED STATES BULK ACOUSTIC WAVE SENSOR
PATENTS 109
TABLE 55 (CONTINUED) 110
SAMPLE ABSTRACTS OF U S PATENTS 110
BULK ACOUSTIC WAVE SENSOR 110
ANALYTE GAS SENSOR 111
HANDWASHING COMPLIANCE DETECTION SYSTEM 111
MICROMECHANICAL SENSOR, SENSOR ARRAY AND
METHOD 111
METHOD FOR CHEMICAL SENSOR FABRICATION AND
RELATED SENSOR 111
APPARATUS AND METHOD FOR MEASUREMENT OF
MASS AND HEAT FLOW CHANGES 112
DIAMOND OR DIAMOND LIKE CARBON COATED
CHEMICAL SENSORS AND A METHOD OF MAKING
SAME 112
FREQUENCY WARPING FOR IMPROVING RESONATOR
SIGNAL-TO-NOISE RATIO 112
THIN FILM BULK ACOUSTIC WAVE SENSOR SUITE 113
WIRELESS OIL FILTER SENSOR 113
METHODS AND APPARATUS FOR DETERMINING
PROPERTIES OF A FLUID 113
SYSTEM AND METHOD TO DETERMINE OIL QUALITY
UTILIZING A SINGLE MULTI-FUNCTION SURFACE
ACOUSTIC WAVE SENSOR 114
OIL QUALITY SENSOR STRUCTURE FOR PERMANENT
APPLICATIONS 114
METHOD AND APPARATUS FOR DETECTING ESTRADIOL
AND METABOLITES THEREOF USING AN ACOUSTIC
DEVICE 114
METHOD AND APPARATUS FOR MONITORING
RESPIRATORY GASES DURING ANESTHESIA 115
VEHICLE GROUND CONTACT ELEMENT, TIRE AND
VEHICLE GROUND CONTACT 115
ACTIVE THREAT DETECTION AND ELIMINATION WHILE
IN TRANSIT 115
EUROPEAN PATENT TRENDS 115
TABLE 56 EUROPEAN PATENT GENERATION TRENDS BY
TECHNOLOGY 116
TABLE 57 EUROPEAN PATENT STATISTICS BY INDUSTRY SECTOR 116
EUROPEAN REGISTERED PATENTS 116
TABLE 58 EUROPE BULK ACOUSTIC WAVE PATENTS 117
TABLE 58 (CONTINUED) 118
SAMPLE ABSTRACTS OF EUROPEAN REGISTERED PATENTS 119
ACOUSTIC COUPLING LAYER FOR COUPLED RESONATOR
FILTERS AND METHOD OF FABRICATING ACOUSTIC
COUPLING LAYER 119
HYBRID BULK ACOUSTIC WAVE RESONATOR 119
RESONATOR, I E BULK ACOUSTIC WAVE RESONATOR,
PRODUCING METHOD FOR FILTER IN WIRELESS
COMMUNICATION DEVICE, INVOLVES FORMING
PIEZOELECTRIC LAYER ABOVE LOWER ELECTRODE,
AND FORMING UPPER ELECTRODE ON
PIEZOELECTRIC LAYER 119
THIN FILM PIEZOELECTRIC VIBRATOR, THIN FILM
PIEZOELECTRIC BULK ACOUSTIC WAVE RESONATOR,
AND RADIO-FREQUENCY FILTER USING SUCH
RESONATOR 120
FILM BULK ACOUSTIC WAVE RESONATOR-BASED
ETHANOL AND ACETONE SENSORS AND METHODS
USING THE SAME 120
METHOD OF FABRICATING PIEZOELECTRIC MATERIAL
WITH SELECTED C-AXIS ORIENTATION 120
BI-STABLE OSCILLATOR CIRCUIT FOR MICROBALANCE 121
SELF-MATCHED BAND REJECT FILTER 121
METHOD FOR PRODUCING A BULK WAVE ACOUSTIC
RESONATOR OF FBAR TYPE 121
BULK ACOUSTIC WAVE RESONATOR AND METHOD OF
MANUFACTURING THEREOF 122
FILTER STRUCTURE 122
PHASE SHIFTER USING BULK ACOUSTIC WAVE
RESONATOR 123
ACOUSTIC WAVE DUPLEXER 123
ACOUSTIC WAVE DEVICE INCLUDING A SURFACE WAVE
FILTER AND A BULK WAVE FILTER, AND METHOD
FOR MAKING SAME 123
BULK ACOUSTIC WAVE RESONATOR AND METHOD OF
FABRICATING SAME 123
ASIAN PATENT TRENDS 124
TABLE 59 KEY ASIA PATENT GENERATION TRENDS BY
TECHNOLOGY 124
TABLE 60 ASIAN PATENT STATISTICS BY INDUSTRY SECTOR 125
ASIAN REGISTERED PATENTS 125
TABLE 61 JAPAN BULK ACOUSTIC WAVE PATENTS 125
TABLE 61 (CONTINUED) 126
TABLE 61 (CONTINUED) 127
TABLE 62 CHINA BULK ACOUSTIC WAVE SENSOR PATENTS 128
TABLE 63 SOUTH KOREA BULK ACOUSTIC WAVE PATENTS 128
TABLE 63 (CONTINUED) 129
TABLE 63 (CONTINUED) 130
TABLE 63 (CONTINUED) 131
TABLE 64 TAIWAN BULK ACOUSTIC WAVE PATENTS 132
SAMPLE ABSTRACTS OF ASIAN REGISTERED PATENTS 133
JAPAN 133
Bulk Acoustic Wave Resonator and Electronic Component 133
Method of Manufacturing BAW Resonator 133
Filtering Circuit with Coupled Acoustic Resonator 134
Thin Film Bulk Wave Acoustic Resonator 134
Duplexer 134
Capacitive Bulk Acoustic Wave Disk Gyroscope Equipped
With Self Calibration 135
Piezoelectric Thin Film Resonator and Method of
Manufacturing the Same 135
Solidly Mounted Multi-Resonator Bulk Acoustic Wave
Filter With Patterned Acoustic Mirror 136
Bulk Acoustic Wave (BAW) Filter Having Reduced Second
Harmonic Generation and Method of Reducing Second
Harmonic Generation in BAW Filter 136
Bulk Acoustic Device and Method for Fabricating 136
Film Bulk Acoustic Resonator and its Manufacturing
Method 137
Piezoelectric Thin Film Resonator, Piezoelectric Thin
Film Resonator Filter, and its Manufacturing Method 137
Thin Film Bulk Acoustic Wave Resonator, Filter, and
High Frequency Module Using It 138
Bulk Acoustic Wave Resonator, Filter and
Communications Device 138
Manufacturing Method of BAW Resonator 138
Bulk Acoustic Wave Resonator, Filter Device, and
Communication Device 139
Bulk Acoustic Wave Resonator and Filter Circuit 139
Bulk Acoustic Wave Resonator, Filter Circuit, and
Manufacturing Method of Bulk Acoustic Wave
Resonator 140
Bulk Acoustic Wave Resonator, Manufacturing Method
Thereof, and Filter Circuit 140
Bulk Acoustic Wave Resonator and Manufacturing
Method Thereof 141
Piezoelectric Thin Film Resonator and Manufacturing
Method Thereof 141
Piezoelectric Thin Film Resonator and Method of
Manufacturing the Same 142
Thin-Film Bulk Elastic Wave Oscillator and its
Manufacturing Method 142
Device Containing Controllable Thin-Film Bulk Acoustic
Resonator for Amplitude and Phase Modulation 143
Thin Film Bulk Acoustic Resonator, Filtering Device with
Same and Communication Apparatus 143
Film Bulk Acoustic Resonator and its Manufacturing
Method 143
Manufacturing Process of High-Frequency Thin-Film
Bulk Acoustic Wave Filter and Apparatus Thereof 144
Method and Apparatus for Determining Dynamic
Response of Microstructure 144
Film Type Bulk Acoustic 144
Film Type Bulk Acoustic Wave Device and its
Manufacturing Method 145
Acoustic Wave Filter and Method of Forming the Same 145
A Method for Manufacturing a Chamber of the Thin Film
Bulk Acoustic Wave Resonator (FBAR) 145
Manufacturing Method of Steady-Type Film Bulk
Acoustic Wave Device 145
Manufacturing Method of Steady-Type Film Bulk
Acoustic Wave Device 146
Bulk Acoustic Wave Filter and Manufacturing Method
Thereof 146
Manufacturing Method of High-Quality Thin Film Type
Bulk Acoustic Wave Device 146
Micro Bulk Acoustic Wave Filter Multiplexer 147
Micro Bulk Acoustic Wave Filter Multiplexer 147
Bulk Acoustic Wave Device 147
Ladder Type Thin Film Bulk Acoustic Wave Ladder
Filters with Reflection Layers 147
Ladder Type Thin Film Bulk Acoustic Wave Filters 148
Ladder Type Thin Film Bulk Acoustic Wave Filters 148
FBAR-Based Sensing Apparatus 148
The Integrating Technique of Film Bulk Acoustic Wave
Filter and RF Circuit 148
The Integrating Technique of BAW Resonator and IC 149
SOUTH KOREA 149
Frequency Trimming Bulk Acoustic Wave Resonators and
Filters with Coils (Bulk Acoustic Wave Resonators and
Filters Having a Frequency Trimming Coil) 149
Using BAWR Dual-input Dual-output Filtering Device
and the Resonant Devices that can be Used as BAWR
(Dual-input Dual-output Flitering Device Using Bulk
Acoustic Wave Resonator and Resonance Device Used
as the Bulk Acoustic Wave Resonator) 150
Acoustic Wave Resonator Device with the Volume Phase
Transition (Phase Shifter Using Bulk Acoustic Wave
Resonator) 150
Inductor 150
BAW Resonator and a Method of Forming the Resonator
(Bulk Acoustic Wave Resonator) 151
Filter Circuit (Bulk Acoustic Wave Filter with Reduced
Nonlinear Signal Distortion) 151
Filter Circuit (Bulk Acoustic Wave Filter with Reduced
Nonlinear Signal Distortion) 151
With Minimum Phase Shift Continuous-time Integrated
Filters, and Geupilteoreul with Bandpass Sigma-Delta
Modulator (Continuous-Time Integrating Filter with
Minimum Phase Variation, and Bandpass Sigma-
Delta Modulator Using Such a Filter) 152
Duplexer Device and Manufacturing Method (Duplexer
Device and Manufacturing Method Thereof) 152
FBAR Device and Manufacturing Method (Film Bulk
Acoustic Wave Resonator and Methods of the Same
and the Package) 153
Bulk Acoustic Wave Devices Based on Titanium-Tungsten
Alloy Mirror Mitjeongeuk (Titanium-Tungsten Alloy
Based Mirrors and Electrodes in Bulk Acoustic Wave
Devices) 153
Thin Volume of High Frequency Acoustic Wave Resonator
Device and Manufacturing Method (High Frequency
Film Bulk Acoustic Wave Resonator and Method for
Manufacturing the Same) 153
How to Tune the Frequency of the FBAR Device and
Method of Manufacture, Including them (Tuning
Process For Frequency of Film Bulk Acousticwave
Resonator Device and Manufacturing Process
Comprising Thereof) 154
Acoustic Wave Device and Method for Manufacturing The
Same Volume (Bulk Acoustic Wave Device and Process
of the Same) 154
Acoustic Wave Device and Method for Manufacturing the
Same Volume (Film Bulk Acoustic Wave Device and
Process of Manufacturing Thereof) 155
Ceramic Package (Ceramic Package) 156
Ceramic Package (Ceramic Package) 156
Seismic Volume of the Device and its Manufacturing
Method-only Package (Exclusive Package of Film Bulk
Acoustic Resonator and Process of the Same) 157
Multi-Electrode Manufacturing Methods, BAW Resonator
and Manufacturing Method (Method for Forming a
Multi-Layer Electrode Underlying a Piezoelectric
Layer and Related Structure) 157
Dual-Mode Acoustic Wave Sensor, and its Manufacturing
Method and Using the Same Biosensor System (Dual
Mode Acoustic Wave Sensor, Fabrication Method
Thereof and Biosensor System Using the Same) 157
Wafers, Wafer Manufacturing Method and Device (A
Wafer and a Method for Manufacturing a Wafer) 158
Ceramic Package 158
Process How to Build Acoustic Wave Devices (the Method
of Acoustic Wave Device Fabrication Using LCMP) 158
Bulk Acoustic Wave Resonator and Manufacturing
Method (Bulk Acoustic Wave Resonator and its
Manufacturing Method) 159
Thin Film Filter (Thin Film Resonator) 159
Acoustic Wave Device and Method for Manufacturing the
Same Volume of Silicon (Silicon Film Bulk Acoustic
Wave Device and Process of the Same) 160
Acoustic Wave Filter Package (Acoustic Wave Filter
Package) 160
Piezoelectric Polymer Film Manufacturing Method Using
the Volumetric Acoustic Wave Resonator (Bulk
Acoustic Wave Resonator’s Manufacturing Method
Thereof Using Polyvinylidene Fluoride) 160
Volume of the Resonator Acoustic Wave Duplexers (Bulk
Acoustic Wave Resonator Duplexer) 161
CHINA 161
Film Bulk Acoustic Wave Resonator Wafer and Method of
Fabricating 161
Film Bulk Acoustic Wave Resonator Wafer and Method of
Fabricating 162
Bulk Acoustic Wave Sensor with High Stability 162
Integrated Wafer Level Package 163
Piezoelectric Film Bulk Acoustic Wave Resonator 163
Piezoelectric Film Bulk Acoustic Wave Sensor with
Polygonal Electrodes 164
Piezoelectric Film Bulk Acoustic Wave Sensor with
Polygonal Electrodes 164
TAIWAN 164
Delta Electronics, Inc 164
Delta Electronics, Inc (Continued) 165

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