AWG70001B任意波形发生器

AWG70000B 系列任意波形发生器 (AWG) 在采样率、信号保真度和波形内存方面代表着水平，特别适合复杂器件、系统和实验的设计、测试和操作。由于高达 50 GS/s 采样率和 10 位垂直分辨率，它提供了优秀的信号激励解决方案，可以简便地生成理想信号、失真信号和“真实生活”信号。

主要性能指标

• 采样率高达 50 GS/s

• -80 dBc 无杂散动态范围

• 10 位垂直分辨率

• 高达 32 G 样点的波形内存

主要功能

• 在一个产品中提供完整的宽带 RF 信号发生解决方案

• 直接生成载波高达 20 GHz 的宽带信号，而不需要外部 RF 转换

• 仿真真实环境模拟信号在高速数字数据流上的影响

• 建立速率高达 12.5 GB/s 的信号损伤模型

• 生成高精度 RF 信号

• 无杂散动态范围性能优于 -80 dBc

• 为光传输创建高速基带信号，垂直分辨率可以处理高阶复杂调制

• 10 位垂直分辨率，50 GS/s 采样率

• 创建长波形场景，而不需构建复杂的序列

• 高达 32 G 样点波形内存，在 50 GS/s 下播放 640 ms 的数据

• 多机同步（手动或使用 AWG 同步集线器），实现多通道高速 AWG 系统

• 全面运行，无需外部 PC

• 内置显示器和按钮可以直接从 AWG 前面板迅速选择、编辑和播放波形

• 通过播放捕获的信号，仿真真实世界环境

• 可以在AWG 上播放、编辑或重新采样示波器或实时频谱分析仪捕获的波形

• 从仿真平滑迁移到真实世界测试环境

• 从第三方工具导入波形矢量，如 MATLAB

• 排序器及 Streaming ID

• 通过网络接口连接直接控制排序器

应用

• 通信和国防电子宽带 RF/MW

• 输出高达 20 GHz 的宽带 RF 信号

• 高速硅和通信设备验证和一致性测试

• 使用各种信号损伤简便地对接收机进行压力测试

• 相干光研究

• 使用高阶复杂调制，生成高波特率基带信号

• 电子、物理和化学研究

• 高速度低抖动信号源生成的模拟信号、快速脉冲、数据流和时钟

您可以信赖的性能

您可以依赖泰克，为您提供可以信赖的性能。除行业的服务和支持外，这一产品标配一年保修。

从模拟无缝转向信号生成

只要能定义或捕获一个波形，那么 AWG70000B 就能生成这个信号。可以通过多种方式创建信号。为在泰克 AWG 系列上运行而专门优化的波形创建插件提供了特定的波形创建功能；而第三方解决方案，如 MATLAB、Excel 等等，则能够灵活地创建您想要的任何波形。在任何套件中创建的波形都可以导入及在 AWG70000B 中播放，实现从仿真领域到现实世界的无缝迁移。

此外，泰克示波器或实时频谱分析仪上捕获的任何信号都可以加载到 AWG70000B 中进行播放。通过使用内置的波形生成插件，还可以修改或改变捕获的信号，满足可能存在的任何特定要求。

生成宽带射频信号

RF 信号正变得越来越复杂，准确地创建测试和分析 RF 系统所需的信号变得越来越难。为应对这种挑战，RF 通用插件提供高级功能以数字方式合成调制的基带、IF 和 RF/微波信号，支持多种调制方案。

RF 通用插件、雷达插件、多音调插件、OFDM 插件和环境插件提供了简便易用的用户界面，可以无缝集成 AWG70000B 系列用户界面或 SourceXpress 远程 PC 应用。

AWG70000B series arbitrary waveform generators (AWG) represent the cutting edge in terms of sampling rate, signal fidelity and waveform memory, and are particularly suitable for the design, testing and operation of complex devices, systems and experiments. With a sampling rate of up to 50 GS/s and a 10-bit vertical resolution, it provides excellent signal excitation solutions that can easily generate ideal signals, distorted signals, and "real life" signals.

Key performance indicators

The sampling rate is up to 50 GS/s

-80 dBc without spurious dynamic range

10 bit vertical resolution

Up to 32 G sample point waveform memory

The main function

Provide a complete broadbａnd RF signal generation solution in one product

Direct generation of broadbａnd signals up to 20 GHz carrier, without the need for external RF conversion

Simulation of real-world analog signals on high-speed digital data streams

A signal damage model with a rate up to 12.5gb /s was established

High precision RF signal generation

The performance of spurious free dynamic range is better than -80 dBc

To create a high-speed basebａnd signal for optical transmission, the vertical resolution can handle high-order complex modulation

10 bit vertical resolution, 50 GS/s sampling rate

Create long waveform scenarios without building complex sequences

Up to 32 G sample waveform memory, playing 640 ms data at 50 GS/s

Multi-machine synchronization (manual or use AWG synchronous hub), to achieve multi-channel high-speed AWG system

Fully operational, no external PC required

The built-in display and buttons allow you to quickly select, edit, and play waveforms directly from the AWG front panel

By playing captured signals, the simulation of the real world environment

The waveform captured by an oscilloscope or real-time spectrum analyzer can be played, edited, or resampled on the AWG

Smooth migration from simulation to real-world test environments

Import waveform vectors from third-party tools, such as MATLAB

Streaming ID

Direct control of the sorter through a network interface connection

application

Communications and defense electronics broadbａnd RF/MW

Output up to 20 GHz broadbａnd RF signal

Verification and conformance testing of high speed silicon and communication equipment

The pressure test of the receiver is performed simply by using various signal damages

Coherent light study

High baud rate basebａnd signals are generated using high order complex modulation

Cutting-edge electronic, physical and chemical research

A high speed low jitter signal source generates a unique specified analog signal, fast pulse, data stream, and clock

Performance you can count on

You can rely on tektronix to provide you with reliable performance. In addition to industry-leading service and support, this product comes with a standard one-year warranty.

From analog seamless to signal generation

As long as a waveform can be defined or captured, AWG70000B can generate this signal. Signals can be created in a variety of ways. Specially optimized waveform creation plug-in for running on tektronic AWG series provides specific waveform creation functions; Third-party solutions, such as MATLAB, Excel, and so on, have the flexibility to create any waveform you want. Waveforms created in any suite can be imported and played in AWG70000B for seamless migration from the simulation domain to the real world.

In addition, any signal captured on a tekker oscilloscope or real-time spectrum analyzer can be loaded into the AWG70000B for playback. Using the built-in waveform generation plug-in, you can also modify or change the captured signals to meet any specific requirements that may exist.

Generate broadbａnd rf signals

RF signals are becoming increasingly complex, and it is becoming increasingly difficult to accurately create the signals needed to test and analyze RF systems. To address this challenge, the RF universal plug-in provides advanced capabilities for digitally synthesizing modulated baseband, IF, and RF/ microwave signals to support multiple modulation schemes.

RF common plugins, radar plugins, multi-tone plugins, OFDM plugins, and environment plugins provide an easy-to-use user interface that seamlessly integrates with the AWG70000B family user interface or SourceXpress remote PC applications.