Introducing the MS4022: Advancing RF Synthesis Technology
Unveiling the MS4022 Frequency Synthesizer
Introducing the new MS4022 Frequency Synthesizer, capable of outputting frequencies up to a remarkable 22 GHz with incredibly low jitter of just 25 fs. This innovative device is set to enhance the capabilities of radar, communication systems, and various testing setups.
Setting New Standards in RF Performance
Mixed-Signal Devices, recognized for its excellence in multi-gigahertz timing solutions, has launched the MS4022 Frequency Synthesizer. This state-of-the-art synthesizer sets a new industry benchmark, promising unmatched performance in the RF spectrum. Engineers dealing with next-gen technologies will find the MS4022 particularly beneficial as it addresses the growing demand for higher data rates and precise timing.
A Perfect Solution for Challenges
The RF landscape is evolving, with increasing pressure on engineers to deliver efficient and reliable solutions. The MS4022 synthesizer stands out with features designed to tackle challenges such as noise, system complexity, and scalability. With its ultra-low phase noise and programmable versatility, the MS4022 provides engineers with the tools necessary for developing high-performance systems.
Key Features of the MS4022 Frequency Synthesizer
The MS4022 synthesizer is packed with several advanced features that make it the perfect choice for modern applications:
- Frequency Range: Operates from 675 MHz to 22 GHz with dual phase-coherent outputs.
- Ultra-Low Jitter: Offers exceptional jitter performance at 25 fs RMS over a bandwidth of 12 kHz to 20 MHz.
- Reference Flexibility: Provides support for both internal and external reference clocking options from 1 PPS to 750 MHz.
- Interface Options: Includes USB-C for user programmability and optional SPI interface.
- Applications: Ideal for advanced FMCW, Doppler, and SAR radar systems, as well as phased array and MIMO RF front-ends, and 5G/6G transceiver development.
Designed for Seamless Integration
The MS4022 synthesizer further enhances integration into various systems by allowing seamless locking to external reference sources. This includes OCXOs, GPS-disciplined oscillators, and master clock trees, facilitating accurate synchronization with system-level timing. The inclusion of dual coherent outputs enables phase-aligned signal generation essential for applications like beamforming and multi-channel instrumentation.
What Makes the MS4022 Stand Out
As the RF domain transitions towards higher frequencies, traditional analog PLL synthesizers often fall short. In contrast, the MS4022 employs a sophisticated digital synthesis approach that offers next-gen performance, providing cleaner signals, enhanced phase alignment, and reduced design complexity. This makes it particularly valuable for critical RF applications where performance and reliability are paramount.
Performance Enhancement Features
The integrated jitter attenuation feature of the MS4022 further refines its performance by minimizing reference noise, which leads to exceptionally low phase noise levels. Such advancements ensure that the synthesizer can be reliably integrated into both stand-alone and distributed architectures, making it indispensable for applications requiring high-integrity timing.
Availability and Product Demonstration
The MS4022 is currently available for sampling and will be showcased at the upcoming IEEE MTT-S International Microwave Symposium (IMS) booth 361. Attendees can witness the capabilities of this groundbreaking device firsthand. To explore the full specifications and options, customers can reach out directly to Mixed-Signal Devices.
More About Mixed-Signal Devices
Mixed-Signal Devices is a leader in delivering cutting-edge timing and clock solutions tailored for the world’s fastest systems. With innovations that include low-femtosecond jitter and scalable CMOS architectures, our technology supports real-time synchronization in data centers, advanced automotive systems, and 5G infrastructure. The company is continually pushing the boundaries of what's possible, making significant contributions to various high-tech fields.
Frequently Asked Questions
What is the frequency range of the MS4022 synthesizer?
The MS4022 synthesizer operates within a frequency range of 675 MHz to 22 GHz.
What applications is the MS4022 designed for?
The MS4022 is suitable for FMCW, Doppler, and SAR radar systems, as well as MIMO RF front-ends and 5G transceiver development.
What advantages does the MS4022 offer over traditional synthesizers?
It utilizes digital synthesis for cleaner signals, better phase alignment, and reduced design complexity, making it more effective for modern RF applications.
How does the MS4022 ensure low phase noise?
Integrated jitter attenuation helps suppress noise from references, which contributes to exceptionally low phase noise performance.
Where can I learn more about Mixed-Signal Devices and its products?
For more details on Mixed-Signal Devices and their product offerings, visit their official website.
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