AWG70002A 为复杂的数据通信系统设计提供了强大的信号生成能力，可生成理想信号、失真信号和 “真实生活” 信号，以满足日益提高的测量挑战1。它在采样率、信号保真度和波形内存方面具有卓越性能，具备 2 个模拟通道，可提供高达 14GHz 的模拟带宽和 10GHz 的输出频率4。
1. 高采样率和分辨率：具有高达 50GS/s 的采样率和 10 位垂直分辨率，能够方便地生成非常复杂的信号，并对信号特性进行完全控制。
2. 出色的无杂散动态范围：无杂散动态范围性能优于 - 80dBc，可生成高精度射频信号，适用于需要低噪声和高纯度信号的应用。
3. 大波形内存：拥有 16G 样点的波形内存，以 50GS/s 的速度可播放 320ms 的数据，无需构建复杂序列即可创建长波形场景，有助于模拟长时间的信号行为。
4. 宽带 RF 信号生成：是单机宽带 RF 信号发生解决方案，可直接生成载波高达 20GHz 的宽带信号，无需外部 RF 转换，能满足通信和国防电子等领域对宽带射频信号的需求。
5. 信号损伤模拟：可以仿真实际环境对高速数字数据流的模拟影响，建立信号损伤模型，支持高达 12.5GBps 的速度，便于对接收机进行压力测试。
6. 多场景应用支持：能为光传输创建高速基带信号，支持垂直分辨率以处理高阶复杂调制，适用于相干光学研究等领域；还可为电子、物理和化学研究提供高速度、低抖动信号源，生成各种模拟信号、快速脉冲、数据流和时钟。
7. 多机同步功能：可通过手动或使用 AWG 同步集线器实现多机同步，构建多通道高速 AWG 系统，以满足更复杂的测试需求。
8. 独立运行能力：无需外部 PC 即可完全运行，内置显示器和按钮，可直接从前面板迅速选择、编辑和播放波形，操作便捷。
9. 灵活的信号导入与处理：可播放、编辑或再采样使用示波器或实时频谱分析仪捕获的波形，还能从 MATLAB 等第三方工具导入波形矢量，实现从模拟到真实测试环境的平滑过渡。
The AWG70002A provides powerful signal generation capabilities for the design of complex data communication systems. It can generate ideal signals, distorted signals, and "real-life" signals to meet the increasingly challenging measurement requirements. It has excellent performance in sampling rate, signal fidelity, and waveform memory. With 2 analog channels, it can provide an analog bandwidth of up to 14GHz and an output frequency of 10GHz.
1. High Sampling Rate and Resolution: It has a sampling rate of up to 50GS/s and 10-bit vertical resolution, enabling easy generation of very complex signals and full control over signal characteristics.
2. Excellent Spurious-Free Dynamic Range: The spurious-free dynamic range performance is better than - 80dBc, allowing the generation of high-precision RF signals, which is suitable for applications that require low noise and high-purity signals.
3. Large Waveform Memory: It has a waveform memory of 16G samples. At a speed of 50GS/s, it can play 320ms of data. Long waveform scenarios can be created without building complex sequences, which helps to simulate long-term signal behavior.
4. Wideband RF Signal Generation: It is a single-unit wideband RF signal generation solution that can directly generate wideband signals with a carrier up to 20GHz without external RF conversion, meeting the needs for wideband RF signals in fields such as communications and defense electronics.
5. Signal Impairment Simulation: It can simulate the analog impact of the actual environment on high-speed digital data streams, establish signal impairment models, support speeds up to 12.5GBps, and facilitate the stress testing of receivers.
6. Support for Multiple Scenario Applications: It can create high-speed baseband signals for optical transmission, support vertical resolution to handle high-order complex modulation, and is suitable for fields such as coherent optical research. It can also provide high-speed, low-jitter signal sources for electronic, physical, and chemical research, generating various analog signals, fast pulses, data streams, and clocks.
7. Multi-Unit Synchronization Function: Multi-unit synchronization can be achieved manually or using an AWG synchronization hub to build a multi-channel high-speed AWG system to meet more complex testing requirements.
8. Independent Operation Capability: It can operate completely without an external PC. With a built-in display and buttons, waveforms can be quickly selected, edited, and played directly from the front panel, providing convenient operation.
9. Flexible Signal Import and Processing: It can play, edit, or resample waveforms captured using an oscilloscope or real-time spectrum analyzer. It can also import waveform vectors from third-party tools such as MATLAB, enabling a smooth transition from the simulation to the real test environment.
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