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射频发生器特点

为设计和测试物联网器件和通用器件而精心打造

  • 覆盖 9 kHz 至 3 或 6 GHz 频率范围，射频调制带宽高达 120 MHz
  • 可执行基本的元器件参数测试和接收机功能验证
  • 利用多个经过验证、符合标准的矢量信号测试您的器件
  • 使用可靠的矢量信号发生器轻松地对无线通信系统内的元器件进行故障诊断
  • 自我维护解决方案和低成本维修可最大限度减少停机时间和相关成本
查看配置指南

主要技术指标

下载技术资料
频率
6 GHz
1 GHz 时的输出功率
+18 dBm
频率转换
5 ms
1 GHz 时的谐波
-35 dBc
1 GHz 时，20 kHz 频偏处的相位噪声
-119 dBc/Hz
类型
Vector
频率
1 GHz 时的输出功率
频率转换
1 GHz 时的谐波
1 GHz 时，20 kHz 频偏处的相位噪声
类型
6 GHz
+18 dBm
5 ms
-35 dBc
-119 dBc/Hz
Vector
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带宽选件:
60 MHz
120 MHz
基带发生器模式:
Waveform Playback
外观因素 :
Benchtop
频率:
6 GHz
频率选件:
3 GHz
6 GHz
频率转换:
5 ms
1 GHz 时的谐波:
-35 dBc
Max. Bandwidth:
120 MHz
Maximum Bandwidth:
120 MHz
最大频率:
7.2 GHz
Maximum Modulation Bandwidth:
120 MHz
最大输出功率:
18 dBm
1 GHz 时的非谐波:
-72 dBc
1 GHz 时的输出功率:
+18 dBm
性能水平:
◆◆◇◇◇◇
1 GHz 时，10 kHz 频偏处的相位噪声:
-119 dBc/Hz
1 GHz 时，20 kHz 频偏处的相位噪声:
-119 dBc/Hz
扫描模式:
步骤
列表
类型:
Vector
波形回放存储器:
512 MSa

PathWave 信号生成软件

PathWave 信号生成软件是一套灵活的信号生成工具，可缩短信号仿真时间。 它提供经过是德科技验证和性能优化的参考信号，可增强对器件的表征和验证。

  • 创建性能优化的参考信号
  • 验证元器件、发射机和接收机测试结果
  • 确保设计符合最新标准
  • 加快信号创建速度，缩短仿真时间
下载手册
PathWave 信号生成软件
N5166B射频信号源

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特色资源

技术资料 2019.07.19

N5166B CXA 射频矢量信号发生器

N5166B CXA 射频矢量信号发生器

本技术资料详细描述了 N5166B CXG 射频矢量信号发生器的性能，包括射频和基带发生器性能，以及仪器选件的性能。

2019.07.19

技术概述 2019.09.26

X 系列射频信号发生器——技术概述

X 系列射频信号发生器——技术概述

X 系列信号发生器能够生成各种信号，用于测试您的先进器件。 从纯净、精密的 MXG 到经济高效的 EXG 和通用型 CXG，X 系列信号发生器可帮助您测试器件的真正性能。

2019.09.26

Configuration Guides 2023.04.19

N5166B CXG RF Vector Signal Generator

N5166B CXG RF Vector Signal Generator

This is a step-by-step guide on how to configure the N5166B CXG RF vector signal generator. It includes the up-front options that you may order together with the N5166B base instrument, and the post-sales upgrade kit, as well as the software products that further enhance the capabilities of the N5166B CXG.

2023.04.19

White Papers 2019.07.25

IoT RF Receiver Testing

IoT RF Receiver Testing

Read this overview of the major IoT wireless standards, common IoT RF receiver test cases, and tips for accurate receiver measurements for the latest IoT technologies.

2019.07.25

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

应用指南 2018.05.23

Receiver Test: Overcoming Five Fundamental Challenges

Receiver Test: Overcoming Five Fundamental Challenges

Learn how to address five fundamental challenges in the development of wireless receivers.

2018.05.23

Application Notes 2019.05.21

How to Minimize the Measurement Uncertainty in RF Signal Generation

How to Minimize the Measurement Uncertainty in RF Signal Generation

Test equipment characterizes design performance and verifies devices under test function as expected. To be effective, test equipment must outperform the device under test. Minimizing measurement uncertainty attributed to test equipment requires careful consideration of all components in the testbed.

2019.05.21

白皮书 2019.09.20

通过激励响应测量表征射频器件的三个步骤

通过激励响应测量表征射频器件的三个步骤

执行激励响应测试，例如 CCDF、谐波、TOI、ACP 和 EVM 等，以便了解被测器件在不同条件下的性能，从而为设计挑选出最佳的权衡方案。

2019.09.20

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

白皮书 2019.03.18

The Essential Signal Generator Guide: Building a Solid Foundation in RF – Part 2

The Essential Signal Generator Guide: Building a Solid Foundation in RF – Part 2

Eliminate uncertainties and doubts from your test results with a reliable signal generator. In Part 2, we’ll introduce you to signal generators and basic specification such as modulation, signal purity, and distortion.

2019.03.18

白皮书 2019.03.18

The Essential Signal Generator Guide: Building a Solid Foundation in RF – Part 2

The Essential Signal Generator Guide: Building a Solid Foundation in RF – Part 2

Eliminate uncertainties and doubts from your test results with a reliable signal generator. In Part 2, we’ll introduce you to signal generators and basic specification such as modulation, signal purity, and distortion.

2019.03.18

应用指南 2019.01.10

9 Best Practices for Optimizing Your Signal Generator – Part 1

9 Best Practices for Optimizing Your Signal Generator – Part 1

Knowing the capabilities and performance of your signal generators is the first step to make accurate and consistent measurements. In this two-part Application Note, we discuss the best practices to optimize your signal generator.

2019.01.10

白皮书 2019.01.11

Improving Amplitude Accuracy with Next-Generation Signal Generators

Improving Amplitude Accuracy with Next-Generation Signal Generators

This whitepaper will help you improve the amplitude accuracy of your measurements that involve signal generators.

2019.01.11

应用指南 2018.12.11

使用射频信号源进行测量的8 大技巧

使用射频信号源进行测量的8 大技巧

本文介绍了 8 个测试技巧，可帮助您提高使用 RF 信号源进行测量的准确性。

2018.12.11

电子书 2019.05.21

如何确保物联网设备在其预定工作环境中正常运行

如何确保物联网设备在其预定工作环境中正常运行

在预期和意外（干扰）信号存在的情况下，共存测试是准确评估设备能否保持功能无线性能（FWP）的唯一方法。 为了确保物联网设备的正常运行，最关键的要求是必须了解共存测试的详细信息，以及知道如何准确有效地执行共存测试。

2019.05.21

Programming Guides 2024.05.31

X-Series Signal Generators SCPI Command Reference

X-Series Signal Generators SCPI Command Reference

This reference guide provides information on SCPI commands, and a key-versus-command reference for the N5166B CXG, N5171B, N5172B, N5181B, and N5182B MXG signal generators.

2024.05.31

Programming Guides 2019.07.02

X-Series Signal Generators Programming Compatibility Guide

X-Series Signal Generators Programming Compatibility Guide

This guide provides a comprehensive listing of SCPI commands and programming codes for signal generator models supported by the Keysight N5166B CXG, N5171B/72B EXG, and N5181B/82B MXG X- Series signal generators.

2019.07.02

Programming Guides 2019.07.02

X-Series Signal Generators Programming Guide

X-Series Signal Generators Programming Guide

This programming guide provides programming examples, as well as information related to remote operation of the signal generators.

2019.07.02

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