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特点

随着无线通信及航天国防应用中的技术不断发展，业界需要更高的频率覆盖，并采用多输入多输出 (MIMO)、波束成形和多路复用等复杂的调制方案来达到更高的频率覆盖范围，显著提高数据吞吐量。是德科技 N5186A MXG 矢量信号发生器可提供一致且可重复的测试结果，是宽带多通道测试的理想选择。

MXG 采用定制 DAC 应用专用集成电路 (ASIC)，通过直接数字合成 (DDS) 技术来提供精确信号，可以减少失真，满足元器件和模块设计不断发展的标准要求。

  • 频率范围覆盖 9 kHz 至 8.5 GHz，具备卓越的相位噪声、输出功率、误差矢量幅度 (EVM) 和邻道功率比 (ACPR)。
  • 支持军事无线通信和 MIMO 测试，最多可提供四个独立输出。
  • 生成复杂的宽带信号，适用于载波聚合和数字预失真 (DPD) 应用，每个通道支持高达 1 GHz 带宽。
  • 使用内置反射计可降低功率放大器表征测量的不确定性。
  • 在 2U 机箱内最大化生产能力，同时节省机架空间。
  • 可快速获取 KeysightCare 专属技术支持工程师团队的帮助。
查看配置指南

The Ideal Signal Generator for Wideband Multichannel Applications

   

5G New Radio (NR) Power Amplifier Component Test

You need to minimize errors introduced from test equipment to accurately characterize the performance of your power amplifier design in the 5G FR1 band. The embedded reflectometer in the MXG vector signal generator expedites the setup process when correcting for the DUT match in minutes versus days. Simplify your test setup and characterize your power amplifier designs up to 20% faster.

Learn more about our new MXG signal generator and see a demo of the performance measurements like error vector magnitude (EVM) and adjacent channel leakage ratio measurements (ACLR).

Watch On-Demand
MXG Webinar Image

主要技术指标

下载技术资料
频率
8.5 GHz
1 GHz 时的输出功率
+27 dBm
Frequency switching speed
800 µs
1 GHz 时的谐波
-35 dBc (meas)
1 GHz 时，20 kHz 频偏处的相位噪声
-147 dBc/Hz
类型
Vector
频率
1 GHz 时的输出功率
Frequency switching speed
1 GHz 时的谐波
1 GHz 时，20 kHz 频偏处的相位噪声
类型
8.5 GHz
+27 dBm
800 µs
-35 dBc (meas)
-147 dBc/Hz
Vector
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带宽选件:
n/a
基带发生器模式:
Waveform playback
外观因素 :
Benchtop
频率:
8.5 GHz
频率选件:
n/a
Frequency switching speed:
800 µs
1 GHz 时的谐波:
-35 dBc (meas)
Max. Bandwidth:
960 MHz
Maximum Bandwidth:
960 MHz
最大频率:
8.5 GHz
Maximum Modulation Bandwidth:
1 GHz
最大输出功率:
+27 dBm
1 GHz 时的非谐波:
-41 dBc
输出数量:
4
1 GHz 时的输出功率:
+27 dBm
性能水平:
◆◆◆◆◇◇
1 GHz 时，10 kHz 频偏处的相位噪声:
-146 dBc/Hz
1 GHz 时，20 kHz 频偏处的相位噪声:
-147 dBc/Hz
扫描模式:
n/a
类型:
Vector
波形回放存储器:
2048 MSa

PathWave Signal Generation Software

PathWave signal generation software is a flexible suite of signal-creation tools that can reduce your time spent on signal simulation. The software’s performance-optimized reference signals — validated by Keysight — enhance the characterization and verification of your devices.

  • Extend your reference plane
  • Validate your component, transmitter, and receiver testing
  • Ensure your designs meet the latest standards
浏览手册
Pathwave signal generation software for vector signal generator

 

 

 

 

 

The Custom Power Behind Our Instruments

Pushing the boundaries of technology requires instantaneous bandwidth, spurious-free dynamic range, and signal fidelity beyond basic measurements. Keysight powers every performance product with custom MMICs, designed in-house, manufactured in our proprietary indium phosphide (InP) and gallium arsenide (GaAs) fab with custom ASIC signal processing that ensures the industry’s fastest, most reliable measurements. Count on Keysight to accelerate your next innovation. In the MXG signal generator, Keysight semiconductors enable market-leading multi-channel EVM and output power.

了解更多

KeysightCare

As the complexity of RF tests increases, elevate the productivity of your engineering teams by providing priority access to technical experts, a comprehensive knowledge center, and committed turnaround times for repair and calibration. The MXG vector signal generator includes one year of KeysightCare Assured with the option to upgrade to a 3-5 year service plan. Advance your workflow with KeysightCare.  

  • Committed response time for technical support as low as 2 business hours
  • Committed repair & calibration turnaround times as low as 5 business days
  • Worldwide KeysightCare service and support
View KeysightCare Flyer

Already received your new signal generator? Get started with your KeysightCare resources. Click here

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N5186A MXG Vector Signal Generator

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Extend the Capabilities of Your MXG Signal Generator

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Featured Resources

Data Sheets 2025.01.12

N5186A MXG

N5186A MXG

This data sheet provides key features and specifications for the N5186A MXG vector signal generator.

2025.01.12

技术概述 2022.04.20

选择一款信号发生器

选择一款信号发生器

本指南提供概述和详细对比，以帮助确定哪款信号发生器适合您。

2022.04.20

Configuration Guides 2024.10.22

N5186A MXG Vector Signal Generator

N5186A MXG Vector Signal Generator

This configuration guide contains information to help you configure your N5186A MXG vector signal generator to meet your requirements. Ordering optional capabilities at the time of purchase provides the lowest overall cost of ownership.

2024.10.22

Application Notes 2023.11.01

Benefits of De-Embedding and Match-Corrected Measurements

Benefits of De-Embedding and Match-Corrected Measurements

A fundamental aspect of verifying wireless designs is measurement, which enables characterization of a device under test (DUT). The goal is to isolate and measure the DUT itself, but this is not always straightforward in practice. The combination of VNAs, external reflectometers and the expertise to generate and apply the corrections can help in measurement setups, but it can be complex to do this in-situ. One innovative solution to this challenge is the incorporation of a reflectometer directly into the signal generator. This integrated approach enables in-situ generation of a match corrected signal incident to current load with a single button press. The inclusion of an embedded reflectometer in the N5186A MXG vector signal generator demonstrates Keysight’s commitment to improving measurement accuracy.

2023.11.01

eBooks 2024.01.16

Keysight N5186A MXG Vector Signal Generator

Keysight N5186A MXG Vector Signal Generator

The N5186A MXG vector signal generator is the next generation of Keysight’s X-Series signal generator portfolio. The N5186A is a compact, multichannel vector signal generator capable of signal generation up to 8.5 GHz with 960 MHz of modulation bandwidth per channel.

2024.01.16

White Papers 2023.09.14

Basics of Vector Signal Generators Part 1: Real-time waveform generation mode

Basics of Vector Signal Generators Part 1: Real-time waveform generation mode

Many system tests require vector signal generators, driven by the popularity of digital modulation schemes in today’s wireless communications systems. Testing your wireless devices via vector signal simulation is critical to making accurate and consistent tests. Knowing the basics of vector signal generators is the first step.

2023.09.14

White Papers 2023.09.14

Basics of Vector Signal Generators Part 2: Waveform playback mode

Basics of Vector Signal Generators Part 2: Waveform playback mode

Vector signal generators offer precise and stable test signals for receiver tests and RF component characterization. Knowing the basics of vector signal generators is the first step.

2023.09.14

Catalogs 2021.03.26

信号生成解决方案产品目录

信号生成解决方案产品目录

是德科技提供全面的解决方案来帮助您生成信号以有效的测试您的设备。 使用我们精选的模拟、射频和微波信号发生器及软件来满足您的设计目标。

2021.03.26

White Papers 2024.08.30

The Essential Signal Generator Guide Building a Solid Foundation in RF – Part 1

The Essential Signal Generator Guide Building a Solid Foundation in RF – Part 1

Choosing the right signal generator is essential for obtaining trustworthy test results and accelerating time-to-market. This paper covers the basic functionalities, types, and key specifications of signal generators in detail. Signal generators are crucial in eliminating uncertainties in test results for engineers working on consumer electronics, wireless communications, or radar devices. They provide precise and stable test signals necessary for characterizing devices, even in bandwidth-limited and interference-heavy environments. By allowing engineers to apply impairments, signal generators help test designs within and beyond their limits, ensuring reliability and robustness. RF signal generators, including analog and vector types, create necessary waveforms for testing RF applications. Engineers use them to generate repeated or non-repeated waveforms for designing, testing, and manufacturing systems and components. Signal generators simulate real-world signals, enabling comprehensive evaluation of electronic systems’ performance and behavior.

2024.08.30

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