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描述Agilent86100B
86100B Infiniium DCA是一款高速示波器，同时还具有数字通信分析仪和时域反射计的功能。 示波器/分析仪的组合使用户可以在最短时间内完成复杂的一致性测量，而无需学习繁琐的一致性测试程序。以前需要许多步骤才能完成的一致性测量现在可以一步完成。借助这种强大功能和直观的用户界面，工程师只需按一下按钮即可完成全部程序（例如一致性眼图分析）。今天的研发工程师和科学家负责研究和设计高性能射频有源器件，面临着许多挑战。一个关键的挑战包括确定设备的非线性行为，所以，它可以减少提供线性大功率解决方案。这个任务是特别重要的在电信行业的非线性器件的行为有助于信息的干扰，有效减少带宽。在这个行业中，放大器是不可或缺的重要组成部分，但由于其非线性行为，往往是浪费频谱的原因。设计一个功率放大器，只有在其线性操作区域也导致的可用功率的低效使用操作。放大器通常被迫操作的非线性区域，然后在该点的线性化。因此，它已成为越来越重要的了解非线性行为的有源射频组件如功率放大器和倍频器，反过来，使***测量装置的非线性行为更加重要Agilent86100B。
Keysight(原Agilent) 54754A拥有两个18-GHz通道，两者均带有内置TDR步进发生器。这两个通道可以采用协同配置，提供差模或共模TDR激励/响应；也可以单独使用。当TDR/TDT步进发生器不工作时，任何一个通道都可以作为普通示波器垂直系统进行工作。
主要技术指标
带有3.5 mm（阳性）连接器的两个18 GHz电通道
典型均方根噪声：0.25 mV（12.4 GHz带宽）、0.5 mV（18 GHz带宽）
最大输入信号： ± 2 Vdc
两个内置步进发生器可配置用于1端口、2端口共模或2端口差模TDR或TDT测量。
内置TDR/TDT校准、用户可选的边沿速度、S参数（需要A.06.01或更高版本的主机固件。S参数需要选件202）
兼容性
54750A高带宽数字化示波器主机
83480A数字通信分析仪主机
86100A/B/C Infiniium DCA/DCA-J主机
Description Agilent86100B：
The 86100B Infiniium DCA is a high-speed oscilloscope with digital communication analyzers and time domain reflectometry. The combination of an oscilloscope/analyzer allows users to perform complex, consistent measurements in the shortest amount of time without having to learn cumbersome conformance test procedures. Conformance measurements that previously required many steps to complete can now be done in one step. With this powerful feature and intuitive user interface, engineers can complete all programs (such as consistent eye diagram analysis) with the push of a button. Today's R&D engineers and scientists are responsible for researching and designing high-performance RF active devices that face many challenges. A key challenge involves determining the nonlinear behavior of the device, so it can reduce the availability of linear high power solutions. This task is particularly important in the behavior of nonlinear devices in the telecommunications industry to contribute to information interference and effectively reduce bandwidth. In this industry, amplifiers are an indispensable part of the spectrum, but due to their nonlinear behavior, they are often the reason for wasting spectrum. Designing a power amplifier only results in inefficient use of the available power in its linear operating region. The amplifier is usually forced to operate in a non-linear region and then linearized at that point. Therefore, it has become increasingly important to understand the nonlinear behavior of active RF components such as power amplifiers and frequency multipliers, which in turn makes the nonlinear behavior of the *** measuring device more important to the Agilent 86100B.
54754A：
Keysight (formerly Agilent) The 54754A has two 18-GHz channels, both with built-in TDR stepper generators. These two channels can be configured in a coordinated configuration to provide differential mode or common mode TDR excitation/response; they can also be used separately. When the TDR/TDT step generator is not working, any channel can work as a normal oscilloscope vertical system.
Main Specifications
1.Two 18 GHz electrical channels with 3.5 mm (positive) connectors
2.Typical rms noise: 0.25 mV (12.4 GHz bandwidth), 0.5 mV (18 GHz bandwidth)
3.Maximum input signal: ± 2 Vdc
4.Two built-in step generators can be configured for 1-port, 2-port common mode or 2-port differential mode TDR or TDT measurements.
5.Built-in TDR/TDT calibration, user-selectable edge speed, S-parameter (requires host firmware version A.06.01 or higher. Option S requires SP 202)
Compatibility：
1.54750A high bandwidth digital oscilloscope host
2.83480A digital communication analyzer host
3.86100A/B/C Infiniium DCA/DCA-J Host
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