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An Oscilloscope, also known as an O-scope or scope, is a complex electronic laboratory instrument commonly used to capture, process, display and analyse the waveform and bandwidth of electronic signals. The device draws a graph of the instantaneous signal voltage as a function of time. O-scopes are an analyser of a signal that comes from a signal generator. Digital oscilloscopes are often referred to as digital storage oscilloscope (DSO) or digital sampling oscilloscopes (DSO). You can learn more in our [oscilloscopes guide.](/web/content/discovery/ideas-and-advice/oscilloscopes-guide)

### Different types of Oscilloscopes

Oscilloscopes fall into various categories. The biggest distinction is whether they are digital or analogue oscilloscopes. Within the digital oscilloscopes area, there are several different types.

- [Digital Oscilloscopes:](”/web/c/test-measurement/oscilloscopes-accessories/oscilloscopes/?applied-dimensions=4294408361”) Basic type of oscilloscope used. Has several capabilities from a processing of the basic waveform to advance triggering.
- [Storage Oscilloscope (DSO):](”/web/c/test-measurement/oscilloscopes-accessories/oscilloscopes/?applied-dimensions=4291034829”) Has a memory to store waveforms and display them for a period of time.
- [Phosphor Oscilloscopes (DPO):](”/web/c/test-measurement/oscilloscopes-accessories/oscilloscopes/?applied-dimensions=4291034508”)use a parallel processing architecture to enable it to capture and display signals.
- [Digital Sampling Oscilloscopes:](”/web/c/test-measurement/oscilloscopes-accessories/oscilloscopes/?applied-dimensions=4290523630”) Used for analysing high-frequency signals for example up to 50 GHz.
- [Mixed Domain Oscilloscope (MDO):](”/web/c/test-measurement/oscilloscopes-accessories/oscilloscopes/?applied-dimensions=4291034691”) Can operate in more than one domain, i.e. in time to display waveforms and in frequency to display signal spectra.
- [Mixed Signal Oscilloscope (MSO):](”/web/c/test-measurement/oscilloscopes-accessories/oscilloscopes/?applied-dimensions=4291034850”)Combines an oscilloscope function with that of a logic analyser.
- [Analogue Oscilloscopes:](”/web/c/test-measurement/oscilloscopes-accessories/oscilloscopes/?applied-dimensions=4294398539”) Use cathode-ray tubes (CRTs) to display basic waveforms

### How does a digital oscilloscope work?

The oscilloscope is a graph-displaying instrument. It draws a graph of an electrical signal. In most applications the graph shows how signals change over time, the vertical (Y) axis represents voltage, and the horizontal (X) axis represents time. Some of the oscilloscopes featuring additional user-friendly elements such as USB ports for downloading measurement data.

In its simplest form, a digital oscilloscope features six elements:

- Analogue vertical input amplifiers
- Analogue-to-digital converter and a digital waveform memory
- Time base which features a triggering and clock drive
- Circuits for waveform display and reconstruction
- LED or LCD display
- Power supply

### How to choose the best oscilloscopes?

Oscilloscopes are widely used in industry and are being increasingly used as they now offer better performance levels than ever before. There are many different types of oscilloscopes each having their own characteristics. For example, the small, lightweight handheld digital oscilloscopes are ideal for use by technicians working in service, maintenance, and installation applications. This means that different oscilloscopes types are applicable for different applications and choosing the correct type enables it to perform to its best and therefore gain the most from it.



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Oscilloscopes | Digital, Analogue & Mixed | RS

Oscilloscopes

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Tektronix Oscilloscopes | RS

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Discover the Power of USB Oscilloscopes at RS - Your Ultimate Guide. Explore High-Quality USB Oscilloscopes for Precise Signal Analysis and Troubleshooting. Unlock Advanced Features and Cost-Effective Solutions Today.

USB Oscilloscopes | RS

USB oscilloscopes are versatile electronic instruments used for measuring and analysing electrical signals. These oscilloscopes connect directly to a computer or other compatible device via a USB (Universal Serial Bus) port. Instead of having a built-in display screen like traditional benchtop oscilloscopes, USB oscilloscopes rely on software installed on the connected computer to provide the user interface and display the measured waveforms.USB oscilloscopes are often small and lightweight, making them highly portable and suitable for field work and on-the-go troubleshooting. They are typically more affordable compared to high-end benchtop oscilloscopes, offering a cost-effective solution for engineers, students, hobbyists, and small laboratories.USB oscilloscopes can be employed for automotive diagnostics by connecting to vehicle systems and analysing electrical signals. USB oscilloscopes are also useful for teaching students about electronics, signal analysis, and measurement techniques.

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Handheld Oscilloscopes | Scopemeters | Mini Oscilloscopes | Pocket Oscilloscopes | RS

A handheld oscilloscope is a compact and portable electronic device used for measuring, analysing, and visualizing electrical signals. Unlike traditional benchtop oscilloscopes, which are larger and typically stationary, handheld oscilloscopes are designed to be easily carried and used in various locations, including on-site maintenance, fieldwork, and other situations where portability is essential.Handheld oscilloscopes provide flexibility and convenience for engineers, technicians, educators, and enthusiasts who need to perform signal analysis and troubleshooting in diverse locations. With advancements in technology, modern handheld oscilloscopes offer increasingly sophisticated features, making them an essential tool in the electronics and electrical engineering fields.

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4 Channel Oscilloscopes | RS

A 4-channel oscilloscope is an advanced electronic instrument used for visualizing and analysing multiple electrical signals simultaneously. It offers four input channels, each capable of displaying its own waveform on the oscilloscope's screen. This makes it possible to capture and compare up to four different signals in real-time, making 4-channel oscilloscopes ideal for applications that involve multiple signal sources or complex circuitry.

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Rohde & Schwartz Oscilloscopes | RS

Rohde & Schwarz oscilloscopes are high-quality and advanced electronic instruments manufactured by Rohde & Schwarz, a leading global company in the field of electronic test and measurement equipment. These oscilloscopes are known for their precision, reliability, and innovative features, making them a preferred choice for engineers, researchers, and technicians across various industries.Rohde & Schwarz oscilloscopes are renowned for their precision engineering, innovative features, and reliability, making them a top choice for professionals who demand accurate signal analysis and measurement capabilities. Whether used for design validation, quality assurance, troubleshooting, or research, Rohde & Schwarz oscilloscopes provide advanced solutions for diverse electronic testing needs.

Uncover Signal Insights with Digital Storage Oscilloscopes - Your Guide to Advanced Waveform Analysis. Explore High-Quality Digital Storage Oscilloscopes for Precise Measurements and Comprehensive Testing. Elevate Your Signal Analysis Capabilities Today at RS.

Digital Storage Oscilloscope | DSO | RS

A digital storage oscilloscope (DSO) is a modern type of oscilloscope that captures, displays, and analyses electrical waveforms using digital technology. Unlike analogue oscilloscopes that directly display waveforms on a cathode ray tube (CRT), digital storage oscilloscopes convert incoming analogue signals into digital form for storage, processing, and visualization on a digital screen.Digital storage oscilloscopes have become the standard in modern electronics due to their accuracy, flexibility, and advanced features. Their ability to capture, store, and analyse digital representations of waveforms makes them essential tools for engineers, technicians, researchers, and educators working in fields related to electronics, telecommunications, automotive, aerospace, and more.

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Mixed Signal Oscilloscopes | RS

A mixed-signal oscilloscope (MSO) is an advanced electronic testing instrument that combines the capabilities of a digital storage oscilloscope (DSO) with the ability to capture and analyse both analogue and digital signals simultaneously. This makes MSOs particularly useful for troubleshooting and analysing complex electronic systems that involve both analogue and digital components.Mixed-signal oscilloscopes are essential tools for professionals working on digital designs, embedded systems, communication protocols, and other applications where both analogue and digital signals play a critical role. Their ability to provide simultaneous visibility into both signal types allows for efficient debugging, accurate analysis, and comprehensive testing of complex electronic systems.

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100 MHz Oscilloscopes | RS

A 100 MHz oscilloscope is a type of electronic test and measurement instrument used to visualize and analyse electrical signals. The term "100 MHz" refers to the oscilloscope's bandwidth, which is a measure of the range of frequencies the instrument can accurately capture and display.The oscilloscope's bandwidth of 100 MHz indicates that it can effectively capture signals with frequencies up to 100 million cycles per second (Hertz). This makes it suitable for analysing a wide range of signals, including moderate-frequency analogue and digital signals.A 100 MHz oscilloscope is a versatile tool that provides accurate signal analysis capabilities for a wide range of electronic applications. Its bandwidth allows for the visualization and measurement of signals with frequencies up to 100 MHz, making it suitable for various testing, analysis, and research tasks in the field of electronics.

Explore Mixed Domain Oscilloscopes - Unveil Insights into Complex Signals. Explore Top-Quality Mixed-Domain Oscilloscope Solutions for Comprehensive Signal Analysis and Precise Testing. Elevate Your Measurement Capabilities Today at RS.

Mixed Domain Oscilloscopes | RS

Elevate your signal analysis capabilities with our cutting-edge mixed domain oscilloscopes. Designed to tackle the complexities of modern electronic systems, these oscilloscopes empower engineers, technicians, and researchers to capture, visualize, and analyse both analogue and digital signals in a single instrument.Unveiling Signal Relationships: Our mixed domain oscilloscopes offer a comprehensive view of signal interactions by simultaneously capturing analogue voltage waveforms and digital logic signals. Gain deeper insights into complex electronic circuits and troubleshoot issues with unparalleled precision.Precision Timing Correlation: Witness the exact timing correlation between analogue and digital events with our mixed domain oscilloscopes. Identify synchronization issues, glitches, and anomalies that could affect your system's performance.Advanced Triggering: Our oscilloscopes provide advanced triggering options that allow you to pinpoint specific events within the analogue and digital domains. Isolate anomalies, glitches, and protocol errors with ease.Flexible Analysis Tools: Explore a range of analysis tools, from mathematical functions to protocol decoding, tailored to both analogue and digital signal analysis. Uncover signal characteristics, frequency spectra, and more with accuracy and efficiency.Applications Across Industries: From embedded system development to communication protocol analysis, our mixed domain oscilloscopes find applications in diverse industries. Ensure signal integrity, validate designs, and troubleshoot intricate electronic systems with confidence.Comprehensive Solution: Whether you're working on mixed-signal designs, control systems, or communication protocols, our mixed domain oscilloscopes provide a comprehensive solution for tackling the challenges of modern electronics.Unlock the power of mixed domain oscilloscopes and experience a new level of signal analysis and troubleshooting. Discover how our advanced instruments can transform your testing and measurement processes today.

Explore digital sampling oscilloscopes - advanced tools for capturing high-speed waveforms. Discover how these oscilloscopes provide precise insights into fast-changing signals for accurate analysis at RS.

Digital Sampling Oscilloscopes | RS

Step into the realm of high-speed signal analysis with digital sampling oscilloscopes. These sophisticated instruments are engineered to capture and analyse fast-changing signals with exceptional accuracy and precision. Whether you're working on telecommunications, high-frequency electronics, or advanced research, digital sampling oscilloscopes empower you to delve into the world of rapid signal transitions like never before.High-Speed Signal Capture: Digital sampling oscilloscopes are designed to capture signals that change too rapidly to be accurately captured by traditional analogue or digital oscilloscopes. With ultra-fast sampling rates, these instruments reveal the most intricate details of high-speed waveforms.Accurate Signal Reconstruction: Experience the accuracy of digital sampling oscilloscopes in faithfully reconstructing signals. These oscilloscopes excel in capturing transient events, glitches, and pulse widths, enabling you to analyse signal characteristics with precision.Advanced Triggering Options: Enhance your waveform analysis capabilities with the advanced triggering options of digital sampling oscilloscopes. Trigger on specific events, edges, or conditions to isolate and capture elusive signal anomalies.Wide Application Range: From high-frequency communication systems to radar technology and semiconductor testing, digital sampling oscilloscopes find applications in a multitude of industries. These instruments play a crucial role in analysing fast-changing signals that shape modern electronic advancements.Research and Development Excellence: Drive innovation with digital sampling oscilloscopes in research and development projects. Explore the behaviour of high-speed signals, validate designs, and ensure signal integrity for cutting-edge technological breakthroughs.Educational Insight: In educational institutions, digital sampling oscilloscopes offer a platform for students to explore the intricacies of high-speed signal analysis. Equip the next generation of engineers with tools that unlock the secrets of rapid signal transitions.Unlock the potential of digital sampling oscilloscopes and embark on a journey of high-speed waveform analysis. Experience the unparalleled accuracy, speed, and insights these advanced instruments bring to your signal analysis tasks. Discover how digital sampling oscilloscopes can elevate your testing, measurement, and research endeavours to new heights of excellence.

Explore our range of bench oscilloscopes designed for precision signal analysis. Discover reliable solutions for engineers, researchers, and technicians seeking accurate waveform visualization and in-depth testing.

Bench Oscilloscopes | RS

When accuracy and reliability matter most, our selection of bench oscilloscopes stands as your gateway to unparalleled signal analysis. These powerful instruments are tailored to meet the demands of engineers, researchers, and technicians who require precise measurements and in-depth waveform visualization.Unmatched Signal Visualization: Our bench oscilloscopes offer clear and detailed visual representations of waveforms, providing invaluable insights into signal behaviour. With high-resolution screens and intuitive controls, you can easily navigate and analyse complex signals.Customizable Measurement: Tailor your measurements with advanced triggering options and automated measurements available in our bench oscilloscopes. Capture specific signal events and anomalies effortlessly, enhancing your troubleshooting and analysis capabilities.Reliable Accuracy: Designed for accuracy, our bench oscilloscopes provide dependable results for a wide range of applications. From verifying circuit designs to debugging complex systems, these instruments ensure your measurements are precise and trustworthy.Versatility for Diverse Needs: With various models featuring different bandwidths and features, our bench oscilloscopes cater to diverse needs across industries. Whether you're working in electronics, telecommunications, automotive, or research, find the perfect fit for your requirements.Data Analysis Made Easy: Many of our bench oscilloscopes come equipped with advanced data analysis tools, allowing you to delve deeper into signal characteristics, frequency analysis, and protocol decoding.Educational Excellence: Our bench oscilloscopes are also valuable educational tools, providing students with hands-on experience in signal analysis, electronics, and measurement techniques.Elevate your signal analysis capabilities with our range of bench oscilloscopes. From accurate measurements to in-depth waveform visualization, these instruments are the cornerstone of precision testing and measurement. Explore our selection today and experience the difference in accuracy and performance first hand.

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Digilent Oscilloscopes | RS

Digilent oscilloscopes are your gateway to accurate and comprehensive signal analysis. Crafted with engineers in mind, these advanced instruments empower you to delve deep into the intricacies of electronic signals, ensuring your designs meet the highest standards of performance and reliability.Accurate Waveform Analysis: Dive into signal characterization with confidence. Digilent oscilloscopes provide precise measurements and waveform visualization, allowing you to capture and analyse signals with exceptional accuracy.Superior Signal Visualization: Experience signal visibility like never before. Equipped with high-quality displays and advanced signal processing technologies, Digilent oscilloscopes unveil even the subtlest signal details, aiding you in identifying anomalies and irregularities.Versatile Testing Capabilities: From prototyping to troubleshooting, Digilent oscilloscopes adapt to your diverse needs. Whether you're analysing analogue or digital signals, validating designs, or debugging intricate systems, these instruments offer the versatility required for successful engineering endeavours.Intuitive User Interface: Seamlessly navigate through measurements and analysis tools with user-friendly interfaces. Digilent oscilloscopes are designed to simplify your workflow, allowing you to focus on what truly matters - accurate and efficient signal analysis.Educational Excellence: Digilent oscilloscopes are also valuable tools for education. Equip students with the instruments they need to explore electronics, signal behaviour, and measurement techniques, fostering a deeper understanding of the field.Trusted Engineering Partner: With Digilent oscilloscopes, you're partnering with a trusted name in electronic test and measurement equipment. Benefit from reliable performance, innovative features, and a commitment to engineering excellence.Experience the difference that Digilent oscilloscopes can bring to your engineering projects. Elevate your signal analysis capabilities, visualize complex waveforms with clarity, and empower yourself with the tools needed to excel in the world of electronics. Discover the precision, reliability, and versatility that define Digilent's commitment to engineers like you.

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Fluke Scopemeters | Fluke Handheld | RS

Fluke Scopemeters are high-performance handheld oscilloscopes developed and manufactured by Fluke Corporation, a renowned leader in electronic testing and measurement equipment. Combining the functionalities of a digital multimeter and an oscilloscope, Fluke Scopemeters are versatile tools designed for engineers, technicians, and professionals in various industries.Fluke Scopemeters are known for their reliability, accuracy, and ruggedness, making them indispensable tools for professionals who require precise signal analysis and measurement in various industries. Whether used for troubleshooting, maintenance, diagnostics, or educational purposes, Fluke Scopemeters provide a comprehensive solution for engineers and technicians who need efficient and accurate testing equipment on the go.

Enhance Signal Insights with PicoScope 4-Channel Oscilloscopes - Your Guide to Multi-Signal Analysis. Explore Top-Quality PicoScope 4-Channel Models for Accurate Waveform Visualization and Advanced Testing. Elevate Your Measurement Capabilities Today at RS.

Picoscope 4 Channel | RS

A PicoScope 4-channel oscilloscope is a type of advanced electronic instrument developed by Pico Technology. Pico Technology is a leading manufacturer known for its high-quality and innovative test and measurement equipment. A PicoScope 4-channel oscilloscope is designed to provide users with the capability to simultaneously capture, analyse, and visualize up to four different electrical signals in real-time.PicoScope 4-channel oscilloscopes provide a powerful solution for professionals working with multiple signals or complex circuits. Their ability to simultaneously capture and analyse multiple waveforms makes them valuable tools for a wide range of applications, including electronics design, troubleshooting, automotive diagnostics, research, and education. PicoScope's reputation for quality and innovation makes its 4-channel oscilloscopes a reliable choice for accurate signal analysis and measurement tasks.

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Automotive Oscilloscopes | Car Oscilloscopes | RS

Automotive oscilloscopes, also known as automotive diagnostic oscilloscopes or automotive lab scopes, are specialized types of oscilloscopes designed for diagnosing and troubleshooting electrical and electronic systems in vehicles. These oscilloscopes are tailored to the unique challenges and requirements of the automotive industry, where complex electronic systems play a crucial role in the operation and performance of modern vehicles.Modern vehicles use communication buses like CAN (Controller Area Network) and LIN (Local Interconnect Network) for data exchange between various electronic modules. Automotive oscilloscopes can decode and analyse these bus signals.Top of FormAutomotive oscilloscopes are essential tools for automotive technicians, mechanics, and engineers involved in vehicle diagnostics and repair. They play a vital role in ensuring the proper functioning of vehicle electronics and diagnosing complex electrical issues that can affect performance, safety, and emissions.

Picoscope 4 Channel

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