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Glasgow, United Kingdom
1-10 Employees
1992
Rubadub is an independent retailer with 30 years in the business, largely staffed by musicians, producers and DJs. Rubadub prides itself on maintaining a helpful and friendly environment. Rubadub is an independent retailer with 30 years of experience, owned and operated by musicians, producers, and DJs. Our carefully curated products and expert advice have made us the top choice for a global community of creatives over the past three decades.
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ALM Busy Circuits MCO Compact Digital Oscillator Eurorack Module
... The ‘MCO’ is a compact digital oscillator. It features a main ‘morphing’ wavetable output, an additional copy of this output with overlaid variable pulse width segments (ala Alpha Juno style saw wave pwm) and a sub square wave output an octave down to the main output. The waveform and pulse ...
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Noise Engineering Loquelic Iteritas Eurorack Oscillator Module (Silver) - Elevator Sound
... Multiple-algorithm digital oscillator. Size: 10HP Eurorack Depth: 1.5 Inches Power: 2×8 Eurorack Draw +12V: 150 / 80 Draw -12: 5 / 5 Draw +5v: 0 / 90 Loquelic – speech – from Latin loquela “speech” Iteritas – repetitiousness – from Latin itero “repeat” with suffix -tas state of being” “ ...
City of Edinburgh, United Kingdom
1-10 Employees
2000
RF Com was founded in Edinburgh in the year 2000, our technical sales staff have many years experience in the RF and Microwave sector. We work in close partnership with our customers and principals to provide you with a high level of service from the “Design In” phase through production and into the product support phase. Our major strength lies in the quality of the products we supply, these are designed and manufactured by leading companies within the RF and Microwave world. They will work with you to ensure an optimum solution when you are looking for products from VHF to Millimeter – Surface Mount to Waveguide. With more than 30 years experience in RF and Microwave Design and Sales experience Ian leads the Team.
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ELVA-1 Digital mm-Wave Oscillators 220 GHz to 300 GHz OMIL-03/xxx/1
... ELVA-1 Digital mm-Wave Oscillators 220 GHz to 300 GHz OMIL-03/xxx/1 - RF and Microwave Components Supplier UK - RF ...
Minneapolis, United States
11-50 Employees
2009
It's a 24-fret electric guitar, but also powered by Jamstik's signal processing technology & super secret proprietary algorithms.". Control is the mobile companion app for the Jamstik MIDI guitars.
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Deep Space Oscillations | Sound Expansion Pack - Jamstik
... The vibe here is simply digital oscillators doing what they do best—bouncing off the walls until they break the stratosphere. If you like big shimmering ...
Dresden, Germany
1-10 Employees
Use our services for final masters, demos, club play or mix referencing. The Swiss manufacturer Studer is the non-plus ultra in the case of tape-machines, our A820 is the top of the line model and was developed specifically for the mastering application. Graduated engineer, tutor, live-act and electronic music artist with 20 years of experience.
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PEARL SC-40 Syro-cussion A820 Tape Samples (600 Oneshots, 155MB) - tailout studio
... Its equipped with 12 bit digital oscillators and analogue filters, controlled by drumpads or Midi. Its not a rompler with stored drum samples but each oscillators has their own waveforms (32 are available). Each voice is made of a strange combination between an oscillator, ...
London, United Kingdom
1-10 Employees
2017
Fuel your electronic music journey with Samplesound Music, where every sound is a step towards your next groundbreaking creation. Turbocharge your music production with AI Generated Samples. Step into the world of music creation with the Samplesound Music Production Academy. Our platform offers an extensive collection of tutorial videos and professional advice, covering every aspect of music production. Unlock the full potential of your music production with The Beginner's Guide to Modular Synthesis. Discover the favorites in music production with our community's top picks. From chart-topping samples to leading softwares, labels, and artists, it's all about excellence at Samplesound. Tech House is a subgenre of house music that has gained a strong following in recent years.
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u-He Diva - Dinosaur Impersonating Virtual Analogue – Samplesound
... Digital Oscillator ...
Berlin, Germany
1-10 Employees
Pedal Markt is a place where you can hang out, try cool pedals, meet other musicians. Pedal Markt is a place where you can hang out, try out effects pedals and meet other musicians.
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EarthQuaker Devices – Rainbow Machine – Pedal Markt
... - Polyphonic pitch shifting synthesizer effects pedal- Real-time pitch shifting with digital oscillators- Improved circuitry for lower noise and enhanced performance- Higher output for improved signal-to-noise ratio- Suitable for guitars, bass, vocals, keyboards and more- True bypass- ...
New York, United States
1-10 Employees
2019
MeMe Antenna, annex of Concent Productions Inc. , is a gift & music store, located in Williamsburg, Brooklyn, NY. We carry vintage jewelry & furniture, idea stationary, vinyl record & cassette tape, rare synthesizer, Eurorack Modular Synthesizer, local brands merchandise, and more.... About Concent Productions Inc. :Established in 2003 as a music production company, has been releasing Jazz&Dub influenced music from Brooklyn NY.
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Arturia MicroFreak - Experimental Hybrid Synth – MeMe Antenna
... It blends wavetable and digital oscillators with analog filters. It features a unique poly-aftertouch flat keyboard. It adds controlled randomness to sequences. ...
London, United Kingdom
11-50 Employees
We are the UK’s leading pro audio supplier, and can set up new studios from design to installation. KMR Audio was founded in 2003 by a small team of audio bods, all obsessed with music and the recording process. We also wanted to make sure we had a strong working relationship with the manufacturer so that anything we sold could be supported fully – there’s no point in something sounding good if it goes down during a session. And these remain our guiding principles when it comes to the manufacturers we work with – amazing sounding gear, and professional levels of support. KMR really has become a home in the last 17 years, not just for those of us that work here (having not succeeded with earning a decent living purely from music production), but for all our suppliers and customers from around the world. Nick is a classically trained multi-instrumentalist with a long history in both studio work and music retail. Cuong is the most recent addition to the team and ensures KMR customers receive their orders well packaged and on time, as well as making sure all stock is present and correct. We also provide technical assistance and support on everything we supply.
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Korg Modwave | KMR Audio
... The Korg Modwave is a powerful wavetable synthesizer inspired by the Korg’s DW-8000 digital wavetable synth and mixing digital oscillators and analogue filters. ...
Harstad - Hárstták, Norway
1-10 Employees
Ekte strap / reim for klassiske gitarer og ukuleler. Economy Gig-Bag for 1/2 sized classical acoustic guitar.
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Arturia MicroFreak Algorithmic Synthesizer - Sound1.com
... It blends wavetable and digital oscillators with analog filters. It features a unique ...
Technologies which have been searched by others and may be interesting for you:
Some interesting numbers and facts about the results you have just received for Digital Oscillator
| Country with most fitting companies | United Kingdom |
| Amount of fitting manufacturers | 19 |
| Amount of suitable service providers | 6 |
| Average amount of employees | 1-10 |
| Oldest suiting company | 1992 |
| Youngest suiting company | 2019 |
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A digital oscillator is an electronic circuit or device designed to produce a periodic, oscillating signal, often in the form of a square wave, though it can generate signals of various shapes, such as sawtooth or triangle waves, depending on its design and application. Unlike its analog counterparts, which generate continuous waveforms, a digital oscillator creates discrete signals that can be easily integrated with digital systems, including microprocessors, synthesizers, and various forms of digital communication equipment. The primary function of a digital oscillator is to provide a stable clock signal, which serves as a timing reference for coordinating the operations within digital circuits, ensuring synchronized data processing and transfer. This role is critical in fields such as telecommunications, where precise timing is essential for signal encoding and decoding, as well as in digital audio technology, where oscillators contribute to sound synthesis by shaping the tone and frequency of audio signals. The versatility and reliability of digital oscillators have cemented their importance in modern electronic design, allowing for more compact, energy-efficient, and cost-effective solutions in a wide range of technological applications. Their impact extends beyond mere functionality; they enable advancements in digital communication, computing power, and multimedia technology, driving innovation and efficiency across multiple sectors.
1. Precision and Stability
Digital oscillators offer unparalleled precision and stability in frequency generation. Unlike analog alternatives, they are not significantly affected by temperature fluctuations, voltage changes, or component aging. This makes them ideal for applications requiring consistent and accurate signals over long periods.
2. Flexibility and Programmability
One of the standout benefits is their flexibility and programmability. Users can easily adjust output frequencies and waveforms through software, allowing for quick adaptation to different requirements without the need for hardware changes. This aspect is particularly beneficial in research and development settings, where varying conditions are common.
3. Lower Power Consumption
Digital oscillators are known for their efficiency, consuming significantly less power than their analog counterparts. This feature is crucial for battery-operated devices, such as portable medical equipment and mobile phones, extending their operational life and reducing energy costs.
4. Integration and Miniaturization
Thanks to advancements in digital technology, these oscillators can be integrated into microchips, contributing to the miniaturization of electronic devices. This integration facilitates the development of smaller, lighter, and more compact products without sacrificing performance or functionality.
While evaluating the different suppliers make sure to check the following criteria:
1. Frequency Range
Ensure the supplier offers digital oscillators that cover the specific frequency range your application requires. Compatibility with your system's operational frequency is crucial.
2. Stability
Look for oscillators with high stability under varying environmental conditions. This includes temperature stability, which is vital for consistent performance.
3. Output Waveform Quality
The purity of the oscillator's output signal, such as minimal phase noise and low jitter, is essential for many high-precision applications.
4. Supply Voltage
Confirm the oscillator operates within the power supply parameters of your system to avoid the need for additional voltage regulation components.
5. Size and Packaging
For projects where space is a premium, consider the physical dimensions and packaging of the oscillator. Compatibility with your existing hardware layout is important.
6. Customization Options
Some applications may require custom specifications. Check if the supplier can accommodate specific needs such as custom frequencies, voltages, or packaging.
7. Cost-Effectiveness
While not compromising on quality, consider the overall cost-effectiveness of the supplier's offering. This includes unit cost, minimum order quantities, and potential discounts for bulk purchases.
8. Lead Time and Availability
Evaluate the supplier's lead time and product availability, ensuring they align with your project timelines and quantity requirements.
Digital oscillators find extensive application in the telecommunications industry, where they are pivotal in generating stable frequencies required for signal transmission. These devices ensure that data can be transmitted accurately over long distances without degradation, supporting both wired and wireless communication infrastructures. This capability is crucial for maintaining the reliability and speed of internet services, mobile communications, and television broadcasting. In the field of electronic manufacturing, digital oscillators play a critical role in testing and measurement equipment. Manufacturers rely on these oscillators to provide precise clock signals, which are essential for ensuring that electronic devices operate correctly. This precision is particularly vital in the production of consumer electronics, where the functionality and performance of devices hinge on accurate timing signals. Furthermore, digital oscillators are instrumental in the aerospace and defense sectors. They are utilized in navigation systems, radar, and other critical defense communication tools to provide accurate timing and synchronization. The precision offered by these oscillators is paramount for the functionality of systems where timing is critical for navigation accuracy and the reliability of communication channels in challenging environments. Each of these use cases underscores the versatility and indispensability of digital oscillators across different industries, highlighting their role in enabling a wide range of technological advancements and operational efficiencies.
Digital oscillators, pivotal in defining the precision and efficiency of electronic devices, have reached a Technology Readiness Level (TRL) of 9. This classification is attributed to their extensive validation in real-life operational environments, showcasing a maturity that underscores their reliability and performance consistency across various applications. The journey to this advanced TRL is anchored in the technical evolution and rigorous testing digital oscillators have undergone. Initially, their development involved theoretical models and laboratory validations (TRL 1-4), where fundamental principles were proven. Subsequent advancements saw the integration of digital oscillators into system prototypes (TRL 5-6), where their functionality and operational capabilities were further refined. The leap to TRL 7-8 was marked by the demonstration of these oscillators in operational environments, highlighting their robustness and adaptability. Finally, achieving TRL 9 signifies that digital oscillators are not only thoroughly tested but also have been proven to meet the stringent requirements of final product deployment. This level of readiness reflects the culmination of extensive research, development, and field testing, ensuring that digital oscillators can reliably serve in the most demanding applications, from telecommunications to precise timing devices, affirming their technical superiority and readiness for widespread adoption.
In the Short-Term, digital oscillators are expected to see significant improvements in precision and energy efficiency. Advancements in semiconductor technology and circuit design will enable these devices to generate highly accurate signals while consuming less power. This development is crucial for battery-operated devices and portable electronics, where power efficiency translates directly into longer operational times without sacrificing performance. Mid-Term developments will likely focus on the integration of artificial intelligence (AI) and machine learning algorithms within digital oscillators. This integration aims to enhance signal processing capabilities, allowing for real-time adaptive signal generation and analysis. Such advancements will broaden the application scope of digital oscillators, making them indispensable in fields like telecommunication, where dynamic signal modulation and optimization are critical for maintaining high data transmission rates and reliability. Looking into the Long-Term, digital oscillators are set to become key components in quantum computing and ultra-high-frequency applications. As quantum computing matures, the demand for oscillators that can operate at the quantum level with minimal phase noise and high stability will rise. This progression will also pave the way for breakthroughs in radar technology and space communication, where the generation of ultra-high-frequency signals with exceptional precision is paramount. These futuristic applications highlight the evolving role of digital oscillators in pushing the boundaries of technology.
Some interesting questions that has been asked about the results you have just received for Digital Oscillator
What are related technologies to Digital Oscillator?
Based on our calculations related technologies to Digital Oscillator are Magnets, Printed Electronics, Industrial Amplifiers, Electronic Transducers, Electronic Oscillators
Which industries are mostly working on Digital Oscillator?
The most represented industries which are working in Digital Oscillator are Commerce and Shopping, Media and Entertainment, Retail Trade, Music and Audio, Information Technology
How does ensun find these Digital Oscillator 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.
