Ultra Low Phase Noise Analysis & Measurement

超低相位噪声分析

• 批准号: 10089379
• 金额: $ 4.93万
• 依托单位: SCIOTECH LTD
• 依托单位国家: 英国
• 项目类别: Collaborative R&D
• 财政年份: 2024
• 资助国家: 英国
• 起止时间: 2024 至 无数据
• 项目状态: 未结题
• 来源: https://gtr.ukri.org/projects?ref=10089379
• 关键词: Ultra; Low; Phase; Noise; Analysis

Precise time and frequency signals are essential for many sectors and industries including CNI. The distribution of time and frequency is an invisible utility that plays an important role in people's daily life. Hence, the capability of disseminating precise and accurate signals with high availability and without degradation of the input signal is vital.The clock distribution amplifier generates multiple outputs from a trusted input radiofrequency signal. The distribution amplifier must exhibit ultra-low noise performance to provide robust output signals with negligible drift and high stability without introducing any additional phase noise in proportion to the input signal The signal distributor is used commonly in all industries where they require precise and stable timing signals such as power grids, finance, broadcasting, space, telecommunication, and emergency services. The input signal is coming from a trusted source such as UTC(NPL) and the output of the distributor enables multiple devices to be synchronised to the input signal.At present, signal distribution solutions provide satisfactory phase noise specifications, but the options for achieving ultra-low phase noise parameters are limited. The distribution amplifiers currently accessible are obtained from mostly the overseas companies, leading to a significant reliance on imports within UK industries. The primary objective is to develop a distribution amplifier with the lowest phase noise, capable of covering a wide bandwidth to reduce costs and simplify system complexity. However, this reliance on imports presents challenges concerning product availability, and the ability to customize products to meet specific requirements.The primary goal of this project is to finalize the design and development of an Ultra-Low Phase Noise Distribution Amplifier capable of distributing signals in the frequency range of 1 MHz to 100 MHz. Two types of this product are envisioned: a compact desktop unit with one input and five outputs, and a 1U rack-mounted unit with three inputs and fifteen outputs. Key project objectives include:* Achieving ultra-low phase noise specifications that is competitive with existing solutions in the market.* Creating two variations of the distribution amplifier to cater to different industry needs.* Establishing ScioTech as one of the best suppliers in the UK to offer such a product, providing a competitive advantage.

精确的时间和频率信号对于包括CNI在内的许多部门和行业至关重要。时间和频率的分布是一种无形的效用，在人们的日常生活中起着重要的作用。因此，在高可用性和不降低输入信号质量的情况下传播精确信号的能力至关重要。时钟分配放大器从可靠的射频输入信号生成多路输出。分配放大器必须具有超低噪声性能，以提供稳定的输出信号，漂移可忽略不计，稳定性高，不会引入与输入信号成比例的任何额外相位噪声。信号分配器通常用于需要精确和稳定定时信号的所有行业，如电网、金融、广播、航天、电信和应急服务。输入信号来自UTC（NPL）等可靠信号源，分配器的输出可使多个设备与输入信号同步。目前，信号分配解决方案可提供令人满意的相位噪声规格，但实现超低相位噪声参数的选项有限。目前可获得的分配放大器大多来自海外公司，导致英国工业严重依赖进口。主要目标是开发具有最低相位噪声的分配放大器，能够覆盖宽带宽以降低成本并简化系统复杂性。然而，这种对进口的依赖带来了产品可用性方面的挑战，以及定制产品以满足特定要求的能力。该项目的主要目标是完成能够在1 MHz至100 MHz频率范围内分配信号的超低相位噪声分配放大器的设计和开发。该产品有两种类型：一种是一个输入和五个输出的紧凑型桌面单元，另一种是三个输入和十五个输出的1U机架式单元。主要项目目标包括：* 实现超低相位噪声规格，与市场上现有的解决方案相比具有竞争力。*创建两种不同的分配放大器，以满足不同的行业需求。*使ScioTech成为英国提供此类产品的最佳供应商之一，提供竞争优势。