An offline AC/DC switching converter has no separate bias power supply that provides power to the control integrated circuit itself. Here, an auxiliary primary winding and discrete components are added to supply power to the control circuit. Verifying this circuitry is essential and requires accurate and detailed signal level and timing measurements. The startup sequence takes a long time, which needs to be taken into consideration in the measurement and requires an instrument with sufficient memory.

23-Nov-2022

Sometimes auxiliary functions generate emissions infrequently, making it challenging to locate and isolate the root cause. An instrument with a very fast FFT analysis capability is essential to find infrequent events efficiently.

03-Mar-2023

Power converters with a full-bridge topology are frequently used in telecommunications and servers that need to be compact, efficient and cost sensitive, making them more complex. Switching patterns for all the main primary switches including synchronous rectifier switches need to be validated after the first protype is built. This complex validation requires proper measurement of switching patterns to prevent catastrophic switching patterns. Expertise and the right measurement tools are essential when identifying unexpected events in the converter switching process.

17-Jan-2024

Stable operation in all circumstances is essential for power converters. Different working conditions, such as load steps, startup/shutdown sequences and input voltage variation, apply to most converter types. In addition to the standard feedback control loop, integrated pulse width modulation (PWM) controllers provide extended functions, such as line feed-forward loop control and soft-start control.

11-Oct-2023

Oscilloscope application software for PCs: Enhance your oscilloscope experience

Medidas de tiempo y frecuencia al más alto nivel. Formato compacto para montaje en rack y aplicaciones de sobremesa.

Models: R&S®MXO54-350, R&S®MXO54-500, R&S®MXO54-1000, R&S®MXO54-2000, R&S®MXO58-100, R&S®MXO58-200, R&S®MXO58-350, R&S®MXO58-500, R&S®MXO58-1000, R&S®MXO58-2000

Models: R&S®MXO54-350, R&S®MXO54-500, R&S®MXO54-1000, R&S®MXO54-2000, R&S®MXO58-100, R&S®MXO58-200, R&S®MXO58-350, R&S®MXO58-500, R&S®MXO58-1000, R&S®MXO58-2000

The R&S®RTx-K36 frequency response analysis option provides a low-cost alternative to low frequency network analyzers or dedicated standalone frequency analyzers.

18-Dec-2018

This document provides the technical specifications of the MXO 5C series oscilloscope.

Superior time and frequency measurements. Compact for rackmount and bench applications.

優異的時域和頻域量測。 精巧設計，適合機架和工作台應用。

Mesures temporelles et de fréquences supérieures. Compact pour montage en baie et applications de banc.

Die MXO 5C Serie Oszilloskope/Digitalisierer bieten modernste Technik für schnelle und präzise Ergebnisse. Ausgestattet mit leistungsfähigen, firmenintern entwickelten Technologien und revolutionären Funktionen sind diese Geräte unverzichtbar für tiefgehende Schaltungsanalysen.

The MXO 5C (C for compact) delivers breakthrough MXO 5 series oscilloscope technology in a 2 HU form factor.

優れた時間測定と周波数測定 ラックマウントやベンチアプリケーションに適したコンパクトな筐体

Easy power sequencing and ripple noise analysis with MXO oscilloscopes

22-Apr-2024

Verify the power integrity of your electronic designs with powerful testing tools by Rohde & Schwarz ► Get more information.

MXO5C- EU Declaration of Conformity

R&S®MXO 5C Oscilloscope/Digitizer Next generation oscilloscope in a 2U-high form factor - Fact Sheet Brochures and Data Sheets

优异的时域和频域测量。 紧凑型设计，适合机架和工作台应用。

Models: R&S®MXO5C-43, R&S®MXO5C-45, R&S®MXO5C-410, R&S®MXO5C-420, R&S®MXO5C-81, R&S®MXO5C-82, R&S®MXO5C-83, R&S®MXO5C-85, R&S®MXO5C-810, R&S®MXO5C-820

Models: R&S®MXO5C-43, R&S®MXO5C-45, R&S®MXO5C-410, R&S®MXO5C-420, R&S®MXO5C-81, R&S®MXO5C-82, R&S®MXO5C-83, R&S®MXO5C-85, R&S®MXO5C-810, R&S®MXO5C-820

This document provides the technical specifications of the R&S®RT-Zxx high voltage and current probes

Shorten time in ATE with trigger-out

30-May-2024

Selecting Your Next Oscilloscope:

If you are selecting your next oscilloscope and want more insight on how to understand ENOB values measured and published by oscilloscope manufacturers, this document is for you. The effective number of bits (ENOB) is a way of quantifying the quality of analog to digital conversion. A higher ENOB means that voltage levels recorded in analog to digital conversion are more accurate. Understanding oscilloscope vendor-supplied ENOB values can be complex. This document focuses on interpretation of measured ENOB results made on oscilloscopes rather than the math behind ENOB calculations.

21-Jun-2024 | AN-No. 1TD12

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 Brochures and Data Sheets White Paper

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

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

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