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Netanya, Israel
1-10 Employees
2003
Click on prodcuts to see a simplified block diagram. Digital single PLL using various synthesizer ICs from VHF to 40 GHz. Dual PLL 3-3.2 GHz with excellent phase noise. VHF and UHF synthesizers with 2-point FM modulation. Designed, produced and sold thousands of sampling PLLs at frequencies from 500 MHz to 24 GHz.
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Frequency synthesizer services
... Offers frequency synthesizer services like consulting, design, sub contracting and ...
Glattbrugg, Switzerland
51-100 Employees
2005
AnaPico is an ISO9001:2015 certified technology leader developing, manufacturing, and supplying RF and microwave test and measurement instruments for a wide range of civil and governmental applications. The company was established by the two microwave engineers Dr. Sc.Tech. from the Swiss Federal Institute of Technology (ETH) in Zürich and brings 30 years of experience in the RF and microwave test and measurement field. Regula Pfister has joined the team in 2007 and has been president of the board since 2012. She holds a PhD in economics (University of Zurich) and has occupied several key positions in various industries throughout her long and successful career.
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APSYN140-X – Frequency Synthesizer up to 43.5 GHz
... User's Manual | Signal Generators & Frequency Synthesizers | V3.05 | Apr. ...
Paterson, United States
51-100 Employees
1982
As a company, we are committed to continual improvement of quality and performance for the benefit of our customers, employees and other interested parties. All employees are involved in the chain of product integrity, and take active responsibility in the quality of our product.
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PLL Frequency Synthesizers
... PLL Frequency Synthesizers ...
Lovettsville, United States
1-10 Employees
2000
Resonant Sciences, founded in 2015, has core expertise in: Advanced Apertures, EM Measurement Systems & Analysis, Aerospace Manufacturing, Integrated Electronics, EO/IR, and Instrumentation Radars. Each area is comprised of leading experts in the field committed to developing advanced capabilities. Resonant Sciences is dedicated to solving the most challenging of our warfighters' problems. Resonant Sciences was founded in 2015 focusing on survivability technology. Survivability technology areas include advanced apertures, EM measurement systems & analysis, aerospace manufacturing, and integrated electronics.
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EO/IR copy - Resonant Sciences
... Frequency Synthesizer ...
Louisville, United States
1-10 Employees
1994
SpectraDynamics conducts research and development of technology to provide the low noise electronics needed to support atomic time and frequency standards. SpectraDynamics’ core product lines are instrumentation for atomic clocks and timescales. Products include microwave and low noise frequency synthesizers, low noise frequency distribution amplifiers, and optical to RF synthesizers. In addition to the standard products, SpectraDynamics now offers a portable cold Rubidium microwave atomic clock developed under a DARPA SBIR. The cRb-Clock is the world’s first commercially available portable cold Rubidium microwave atomic clock.
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SpectraDynamics | Specializing in time and frequency distribution
... Spectradynamics, spectradynamics inc, frequency synthesizer, amplifier, time and frequency, microstepper, distribution, ...
Reno, United States
101-250 Employees
1991
Each product we manufacture is configured precisely to our customer’s specifications, following rigorous quality assurance processes. For more than 30 years, EM Research has designed and manufactured innovative frequency generation and signal conversion solutions that have helped pioneer new advancements in communications, aerospace and defense. With our innovative engineering, ISO-certified manufacturing and relentless customer service, we help clients achieve mission success under the most challenging performance conditions. As the RF and microwave communications industry continues to evolve, EM Research remains at the forefront of innovation. We’re the partner that industry leaders trust to deliver cutting-edge, configurable frequency generation and signal conversion solutions each designed and manufactured in the USA to the highest quality standards. As our capabilities continue to advance, we’ve moved beyond designing component products alone, to engineering complete assemblies for signal conversion applications. With our commitment to quality, proven expertise and dedicated customer service, we’re able to provide our clients with complete solutions. Based on customer feedback, these are the most important reasons why our industry-leading customers trust EM Research as a supplier of vital RF components.
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THOR Series - EM Research | Full Spectrum Innovation
... Ruggedized, Hi-Rel Fixed-Frequency Synthesizer from 1 to 18 ...
Manassas, United States
1-10 Employees
Mu-Del Electronics was founded in 1967 to design, develop and manufacture high quality RF & Microwave products to meet our customer requirements in the frequency range of DC-40 GHz in the MF to Ka Bands. Mu-Del’s engineering staff is always available to discuss your specific requirements as well as our standard product line. Products offered by Mu-Del include RF systems (Transceivers, Transmitters, Receivers), RF subsystems (RF Up Converters, RF Downconverters, RF Power Amplifiers), High-performance RF filters (Diplexers, Triplexers, Synthesizers) Switch Filter Banks, Frequency Agile, Multi-Function Assemblies, and reverse Engineering and Re-engineering of RF products. We are housed in a modern, free-standing building with over 20,000 square feet of space for the Engineering and Administrative offices, Manufacturing, Quality Assurance, Machine Shop and Stock Room. We offer our customers unique advantages, such as free Application Engineering, prompt quotations, competitive prices, superior quality, fast turnaround deliveries, inexpensively priced modifications to standard products, unmatched service, complete re-engineering configurations for customers or standard products. Our highly trained engineering services team uses state-of-the-art test, measurement, and design tools to provide engineering services for in-building and outdoor networks. We offer our customers unique advantages, such as free Application Engineering, prompt quotations, competitive prices, superior quality, fast turnaround deliveries, inexpensively priced modifications to standard rf and microwave products, unmatched service, complete re-engineering configurations for customers or standard products.
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Featured
Synthesizers, Oscillators & Frequency Multipliers
... Mu-Del Electronics manufactures cutting edge rf and microwave products including synthesizers, oscillators and frequency multipliers. ...
Buenos Aires, Argentina
1-10 Employees
2004
Syntheway was founded in August 2004 by Daniel Laiseca and has been developing professional virtual instruments and audio effects plug-ins for Microsoft Windows and Apple macOS operating systems, offering 38 products that includes: VST, VST3 and Audio Units formats as well as KONTAKT and EXS24 sample libraries for computer-based music production environments. The name Syntheway is a portmanteau of the words 'synthesizer' and 'way', as a path or method to create music through its software. Syntheway brings this groundbreaking technology to the musician, in the form of a software instrument or sample library, combining advanced sampling engine based on real instruments multi-sampled and synthesizing techniques to create natural, synthetic and hybrid sounds. Designing for usability: Syntheway VST, VST3 and Audio Units user interfaces are designed to be easy to use, easy to learn, easy to remember, and helpful to users. Syntheway is a Software Industry Professionals Member and OISV Charter Member (Organization of Independent Software Vendors). Syntheway has upgraded most of its catalog for macOS with native Apple Silicon support in a major update version, with a reduced upgrade price. Syntheway releases Alphatron Oscillion, a polyphonic subtractive synthesizer VST VST3 Audio Unit Plugins for Windows and Mac. Syntheway releases Phasewaver, a phase distortion synthesizer in VST, VST3 and Audio Unit 64 bit Plugin format for Windows and Mac.
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Featured
, Subtractive Synthesizer, FM (Frequency Modulation) Synthesizer, Polyphonic Phase Distortion Synthesizer, Pattern-Based Step Sequencer, Koto and Shamisen, Acoustic Grand Pianos, Electric Pianos, SoundFont SF2 Player 64 bit and Soprano, Alto, Tenor and Baritone Saxophones
... , Subtractive Synthesizer, FM (Frequency Modulation) Synthesizer, Polyphonic Phase Distortion Synthesizer, Pattern-Based Step Sequencer, Koto and Shamisen, Acoustic Grand Pianos, Electric Pianos, SoundFont SF2 Player 64 bit and Soprano, Alto, Tenor and Baritone ...
Fairview, United States
1001-5000 Employees
1968
Introducing SCi BLOCKS from Spectrum Control, a family of true Plug and Play RF building blocks. We design and manufacture the most advanced line of RF/microwave filters in the industry. Use our Butler matrix in a wireless test environment to ensure the signal is optimally conditioned for highest throughput. The new 16×16 channel version can support MIMO (WiFi 7) or multiple lower order devices concurrently. From engineering to layout & design to approval process to manufacturing to quality assurance, we can meet and exceed all your thin film requirements.
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Featured
Frequency Synthesizers
... Frequency Synthesizers | Spectrum ...
Bioggio, Switzerland
1-10 Employees
2009
The business of Saphyrion is currently focused on radiation-hardened Space-qualified RF front-end ASICs, which were developed originally under European Space Agency (ESA) contracts. Saphyrion has a full command of rad-hard and terrestrial ASIC design, with specific emphasis on RF/mixed signal devices, which can be produced by different processes (Si, SiGe, SOI, GaAs, GaN) according to the client's needs. Saphyrion's clients could benefit from a constant support in the choice of the best partner in fabrication, packaging and testing. Saphyrion offers high-level consultancy services spanning over a wide range of disciplines related to space engineering, and has a specific know-how in the design, conduction and quality control of radiation tests of critical electronic components, which are carried out at some of the most important EU facilities. This remarkable expertise allowed exploiting standard semiconductor production plants for rad-hard IC manufacturing, to great benefit of time-to-market and guaranteed availability of products. Resistance to radiation is a key factorfor satellites survivability in space. The production of space electronic units is subject to rules and control procedures uncommon in the general industry. GDARS™ offers to the GNSS community an advanced GNSS RF-bands record and playback instrument, combining the highest fidelity with first class flexibility and performances.
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SY2301 | Saphyrion
... Integer PLL Frequency Synthesizer ...
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Some interesting numbers and facts about the results you have just received for Frequency Synthesizer
| Country with most fitting companies | United States |
| Amount of fitting manufacturers | 33 |
| Amount of suitable service providers | 17 |
| Average amount of employees | 1-10 |
| Oldest suiting company | 1968 |
| Youngest suiting company | 2009 |
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A frequency synthesizer is an electronic system for generating any of a range of frequencies from a single fixed timebase or standard frequency. It is a highly versatile tool that integrates with various components such as phase-locked loops (PLLs), voltage-controlled oscillators (VCOs), and dividers to produce a precise output frequency. The generated frequencies can be used in a myriad of applications, from radio and television broadcasting to telecommunication and military signaling systems. The core value of a frequency synthesizer lies in its ability to produce multiple frequencies accurately and with minimal phase noise, making it indispensable in modern communication systems. By allowing for rapid switching between output frequencies without impacting performance or stability, it supports a wide range of functionalities including signal generation, modulation, and processing. Its role extends further into system testing and development, where precision and reliability in frequency generation are paramount. The advent and evolution of frequency synthesizers have significantly impacted the field of electronic communications, enabling more efficient and flexible designs. Their ability to provide precise and stable frequencies on demand has paved the way for advancements in wireless technology, contributing to the development of complex communication systems that form the backbone of contemporary digital society.
1. High Precision and Stability
Frequency synthesizers offer unparalleled precision and stability in generating frequencies. Unlike other methods, they can produce a wide range of frequencies with minimal drift, ensuring consistent performance in applications where accuracy is critical.
2. Versatility
These devices can be programmed to generate various frequencies, making them highly versatile for different uses. This programmability eliminates the need for multiple oscillators for different frequencies, simplifying system design and reducing costs.
3. Fast Switching Capability
Frequency synthesizers can switch between frequencies quickly and seamlessly. This feature is particularly beneficial in communication systems, where the ability to change frequencies rapidly without losing signal quality is essential for efficient data transmission.
4. Low Phase Noise
They are designed to produce signals with low phase noise, which is crucial for maintaining the integrity of the transmitted signal in communication systems. This results in clearer, more reliable communication links compared to alternative options that may generate higher phase noise.
While evaluating the different suppliers make sure to check the following criteria:
1. Frequency Range
Ensure the supplier offers frequency synthesizers that cover the specific frequency range your application requires. This is crucial for compatibility with existing systems.
2. Phase Noise Performance
Check the phase noise performance of the synthesizer. Lower phase noise is essential for applications where signal purity and stability are critical.
3. Switching Speed
Consider the switching speed between frequencies. Faster switching speeds can be vital for applications requiring quick frequency changes.
4. Form Factor and Integration
Evaluate the physical size and integration capabilities. A compact form factor may be necessary for space-constrained projects.
5. Customization Options
Determine if the supplier offers customization options to tailor the frequency synthesizer to your specific needs, which can be crucial for unique applications.
6. Technical Support and Warranty
Assess the level of technical support and the warranty provided. Good technical support and a solid warranty can mitigate future issues.
Frequency synthesizers are crucial in telecommunications for signal generation, modulation, and processing. They enable network providers to offer a wide range of frequencies, ensuring seamless communication across devices and platforms. This versatility supports everything from cellular communication to satellite broadcasting, making them indispensable in constructing robust and flexible telecom infrastructure. In the aerospace sector, frequency synthesizers play a pivotal role in radar and navigation systems. They provide the precise frequency control required for accurate target detection, tracking, and navigation in both civilian and military applications. Their reliability and accuracy underpin the safety and efficiency of air and space travel, contributing to advanced navigation aids and surveillance systems. Manufacturing and test equipment industries also benefit significantly from frequency synthesizers. They are used in signal generators, analyzers, and other diagnostic tools to simulate a wide range of frequencies and conditions. This capability is essential for testing the performance and resilience of electronic components and systems under various scenarios, ensuring quality and reliability in the manufacturing process. Lastly, in the research and development domain, frequency synthesizers facilitate groundbreaking work in electronics, physics, and communications. They provide researchers with the tools to explore new frequencies, modulation techniques, and signal processing methods, driving innovation and technological advancement across multiple fields.
Frequency synthesizers, crucial for generating a range of frequencies from a single fixed oscillator, have reached a high Technology Readiness Level (TRL), typically situated at TRL 9 for many of their applications. This advanced TRL is attributed to the extensive integration and reliable performance of frequency synthesizers in various mature systems, including telecommunications, military communications equipment, and signal generators. The progression to TRL 9 reflects their evolution through rigorous testing phases, from initial concept validation (TRL 1-3), through system prototype demonstration in operational environments (TRL 4-6), to eventual system test, launch, and successful operation (TRL 7-9). The technical reasons underpinning their high TRL include advancements in digital technology that have significantly improved their precision, flexibility, and reliability. Innovations such as Direct Digital Synthesis (DDS) and Phase-Locked Loop (PLL) technology have been pivotal, enabling synthesizers to produce a wide range of frequencies with minimal phase noise and high stability. Moreover, the miniaturization of components through integrated circuit technology has facilitated the development of compact, power-efficient designs, further enhancing their applicability across a broad spectrum of high-reliability and mission-critical systems. This technological maturity underscores their indispensable role in modern electronic systems, positioning frequency synthesizers at the forefront of RF and microwave signal processing technologies.
In the short-term, the development of frequency synthesizers is expected to focus on enhancing precision and reducing phase noise. This improvement is crucial for applications in telecommunications and radar systems, where signal clarity and stability are paramount. Manufacturers are likely to integrate more sophisticated phase-locked loop (PLL) technologies, leveraging advanced digital signal processing to achieve these goals. This stage will also see efforts to decrease the size and power consumption of frequency synthesizers, making them more suitable for portable and battery-operated devices. Looking into the mid-term, the focus will shift towards the integration of frequency synthesizers into broader system-on-chip (SoC) solutions. This integration aims to further reduce the physical footprint and power requirements by combining multiple functions on a single chip. Innovations in semiconductor materials, such as gallium nitride (GaN) and silicon carbide (SiC), will play a key role, offering superior performance at higher frequencies. This phase is also expected to witness the introduction of AI and machine learning algorithms to optimize frequency synthesis dynamically, enhancing efficiency and adaptability in complex, multi-band communication systems. In the long-term, frequency synthesizer technology is poised to revolutionize with the advent of quantum computing and communication systems. Quantum frequency synthesizers, capable of operating at incredibly high frequencies with unprecedented accuracy, will become critical for quantum networks and ultra-secure communications. These advancements will necessitate breakthroughs in quantum mechanics and materials science, paving the way for synthesizers that can seamlessly interface with quantum devices and traditional electronic systems alike. This era will redefine the limits of frequency synthesis, enabling a new generation of technologies across various sectors.
Some interesting questions that has been asked about the results you have just received for Frequency Synthesizer
What are related technologies to Frequency Synthesizer?
Based on our calculations related technologies to Frequency Synthesizer are Magnets, Printed Electronics, Industrial Amplifiers, Electronic Transducers, Electronic Oscillators
Which industries are mostly working on Frequency Synthesizer?
The most represented industries which are working in Frequency Synthesizer are Manufacturing, Hardware, Science and Engineering, Consumer Electronics, Information Technology
How does ensun find these Frequency Synthesizer Suppliers?
ensun uses an advanced search and ranking system capable of sifting through millions of companies and hundreds of millions of products and services to identify suitable matches. This is achieved by leveraging cutting-edge technologies, including Artificial Intelligence.
