R&S®RTP - Brochure e schede tecniche

External frontends (FEs) extend the frequency range of the R&S®RTP high-performance oscilloscope. The basic functionality of an FE is similar to a spectrum analyzer. Depending on the selected radio frequency (RF), an intermediate frequency (IF) is transmitted to the oscilloscope. These frequencies are typically centered roughly at 5 GHz or 10 GHz.

Selecting your next oscilloscope: Why fast update rate matters | 选择下一代示波器: 为什么更高的波形捕获率很重要 - White Paper Brochure e schede tecniche White Paper

This document provides: - An explanation of analog versus digital triggering architectures - User advantages for oscilloscopes that have digital triggering - How to determine if an oscilloscope has a digital or analog trigger

We propose a joint jitter and noise analysis framework for serial PAM transmission based on a parametric signal model. Our approach has several benefits over state-of-the-art methods. First, we provide additional measurements. Second, we require shorter signal lengths for the same accuracy. Finally, our method does not rely on specific symbol sequences. In this paper, we show example measurement results as well as comparisons with state-of-the-art methods.

This document provides: - An explanation of update rate - How users can quickly perform their own update rate characterization - How to compare vendor update rates - Benefits of fast update rate

本白皮书包含以下内容：- 模拟和数字触发架构 - 数字触发示波器的优势 - 如何辨别数字或模拟触发示波器

This document provides: - A description of how oscilloscope acquisition memory is defined - Insight into the relationship between memory and other oscilloscope parameters - Examples where deep memory provides value

本指南将介绍以下内容：- 示波器采集存储的定义 - 存储和其他示波器参数的关系 - 深存储的作用示例