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An Oscilloscope is a complex electronic laboratory instrument commonly used to capture, measure, 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. You can learn more in our [oscilloscope guide.](https://uk.rs-online.com/web/content/discovery/ideas-and-advice/oscilloscopes-guide)

### Oscilloscope types

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

- [Digital Oscilloscopes:](https://uk.rs-online.com/web/c/test-measurement/oscilloscopes-accessories/oscilloscopes/?applied-dimensions=4294408361) Basic type, has several capabilities from a processing basic waveforms to advance triggering.
- [Storage Oscilloscope (DSO):](https://uk.rs-online.com/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):](https://uk.rs-online.com/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:](https://uk.rs-online.com/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):](https://uk.rs-online.com/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):](https://uk.rs-online.com/web/c/test-measurement/oscilloscopes-accessories/oscilloscopes/?applied-dimensions=4291034850) Combines an oscilloscope function with that of a logic analyser.
- [Analogue Oscilloscopes:](https://uk.rs-online.com/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 oscilloscopes feature 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 and picoscopes are widely used in industry and there are many different types each having their own characteristics. For example, the small, lightweight handheld digital oscilloscopes are ideal for technicians working in service, maintenance, and installation applications. This means that different oscilloscope 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.



Explore the world of oscilloscopes - essential tools for visualising and analysing electrical signals. Discover oscilloscopes & picoscopes at RS and empower your engineers and technicians.

Oscilloscopes | Digital Oscilloscope & Analogue Oscilloscope | RS

Oscilloscopes

Shop our range of RS PRO Oscilloscopes. Next Day Delivery Availble. 

RS PRO Oscilloscopes |RS

Buy BK Precision Oscilloscopes. Browse our latest BK Precision Oscilloscopes offers. Free Next Day Delivery.

BK Precision Oscilloscopes | RS

Buy from our selection of Oscilloscopes from Metrix. At RS, we strive to give you the best offers from our supplier and to promptly deliver in the shortest time.

Metrix Oscilloscopes | RS

Buy from our selection of Oscilloscopes from Teledyne LeCroy. At RS, we strive to give you the best offers from our supplier and to promptly deliver in the shortest time.

Teledyne LeCroy Oscilloscopes | RS

Find 40MHz oscilloscopes at RS for accurate signal monitoring and analysis. Perfect for detailed testing in electronics and engineering projects.

40MHz oscilloscope | Digital Oscilloscopes | RS

<p>A 40MHz oscilloscope is an electronic measuring instrument capable of displaying and analysing signals with frequencies up to 40 million cycles per second. It's a step up from a 20MHz oscilloscope, offering greater capability for examining higher frequency signals.</p><h2>Why Use a 40MHz Oscilloscope?</h2><p>A 40MHz oscilloscope is suitable for a wider range of applications including:</p><ul><li>Automotive electronics - analysing ignition systems, fuel injection systems, and other high-speed components.</li><li>Power electronics - investigating switching power supplies, motor control circuits</li><li>Audio equipment - examining audio signals, including higher frequency components that contribute to sound quality.</li><li>Digital electronics - analysing digital signals.</li><li>Education and research</li></ul><h2>What Does a 40MHz Oscilloscope Do?</h2><p>A 40MHz model displays waveforms on a screen, allowing you to measure:</p><ul><li>Voltage levels</li><li>Frequency</li><li>Phase</li><li>Pulse width</li><li>Rise and fall times</li><li>And other signal characteristics</li></ul>

Explore 350MHz oscilloscopes at RS for top-tier signal accuracy and high-speed analysis. Perfect for advanced research and high-frequency testing.

350MHz oscilloscope | Digital Oscilloscopes | RS

<p>A 350MHz oscilloscope is a high frequency piece of electronic test equipment capable of accurately displaying and analysing electrical signals up to a frequency of 350 million cycles per second.</p><h2>Key Features include:</h2><ul><li>Bandwidth - indicating the highest frequency it can reliably measure, in this case it&rsquo;s 350MHz</li><li>Channels - the number of input channels for simultaneously observing multiple signals</li><li>Sample Rate - how many data points can be captured per second, determining the oscilloscope's ability to resolve fast signal changes</li><li>Memory Depth - the amount of data that can be stored for analysis</li></ul><h2>What is an Oscilloscope used for:</h2><ul><li>Analysing electronic circuits - understanding signal behaviour, troubleshooting issues, and verifying circuit performance</li><li>Measuring signal parameters - amplitude, frequency, phase, rise/fall times, pulse width, and more</li><li>Debugging electronic systems - identifying and correcting problems in hardware and software</li><li>Developing and testing electronic products - ensuring proper operation and meeting specifications</li></ul><h2>Applications:</h2><p>A 350 MHz oscilloscope is typically used in professional and advanced electronics work, where you need to measure and analyse fast-changing signals, such as those found in telecommunications, RF design, and high-speed digital circuits.</p>

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500MHz oscilloscope | Digital Oscilloscopes | RS

<p>A 500 MHz oscilloscope is a high-performance electronic test instrument designed to observe and analyse electrical signals, particularly those with high frequencies. The "500 MHz" indicates the maximum frequency that the oscilloscope can accurately measure meaning it can capture and display signals that have frequencies up to 500 megahertz (MHz). This makes it a very powerful tool for analysing fast, high-frequency signals.</p><h2>What Does a 500 MHz Oscilloscope Do?</h2><ul><li>Signal Visualisation - allows you to visualise electrical signals as waveforms on a screen, typically displaying voltage over time. You can see the shape, amplitude, and timing of the signal.</li><li>Signal Analysis - provides detailed information about the signal, such as frequency, amplitude, rise and fall times, and any anomalies like noise, distortion, or glitches.</li><li>Advanced Functions - higher-end models often include advanced analysis features like Fourier transforms, math functions, protocol decoding (for digital communication signals), and automated measurements.</li></ul><h2>Why Would You Need a 500 MHz Oscilloscope?</h2><ul><li>High-Speed Digital Circuits - in fields like digital electronics, especially with high-speed data buses and communication protocols, signals can have very fast transitions that require a high bandwidth oscilloscope to capture accurately.</li><li>Radio-Frequency (RF) Applications - RF engineers working on wireless communication systems, radar, or other RF technologies often need to measure and analyse high-frequency signals.</li><li>Signal Integrity Testing - when dealing with high-speed signals, ensuring signal integrity (no unwanted distortions, noise, or signal degradation) is crucial. A 500 MHz oscilloscope can help detect and analyse these issues.</li></ul>

Discover 16-channel oscilloscopes at RS for advanced signal analysis. Perfect for intricate systems and detailed multi-channel measurements.

16 channel oscilloscope | RS

<p>A 16-channel oscilloscope is an advanced test instrument that can simultaneously measure and display up to 16 different electrical signals. This type of oscilloscope is typically used in complex, large-scale systems where multiple signals need to be monitored, analysed, and compared in real-time.</p><p>Nearly all 16-channel oscilloscopes are digital, allowing them to convert analogue signals into digital data for processing, display, and detailed analysis. These oscilloscopes are often called "mixed signal oscilloscopes" (MSOs) because they can handle both analogue and digital signals.</p><p>Special features like mixed-signal capabilities, advanced triggering, protocol decoding, and high-performance hardware make these oscilloscopes essential for professionals working on sophisticated electronics, embedded systems, and large-scale industrial applications.</p><h2>Why Would You Use a 16-Channel Oscilloscope?</h2><ul><li>Complex System Debugging - allows engineers to monitor and debug multiple signals at once which is crucial when signals interact or influence each other in complex ways.</li><li>Digital and Mixed-Signal Analysis - valuable in mixed-signal environments, where you need to monitor multiple digital signals (such as parallel data buses, clock signals, and control lines) along with analogue signals (such as power supply variations, sensor outputs, or analogue communication lines).</li><li>Protocol Analysis: In digital systems, especially those involving complex communication protocols (e.g., SPI, I&sup2;C, CAN, Ethernet), a 16-channel oscilloscope allows you to decode and analyse multiple lines simultaneously, providing a complete picture of the data flow and interactions within the system.</li><li>Time-Saving and Efficiency - monitoring multiple signals simultaneously saves time, as you don&rsquo;t need to repeatedly reconfigure probes or re-measure signals to get the information you need.</li></ul><h2>Features of a 16-Channel Oscilloscope</h2><ul><li>Mixed Signal Capabilities - will often include both analogue and digital channels, allowing for comprehensive mixed-signal analysis.</li><li>Advanced Triggering - for capturing specific events in multi-channel setups.</li><li>High Sampling Rates and Deep Memory - captures high-frequency signals and stores large amounts of data for analysis.</li><li>Multi-Domain Analysis - valuable in RF and EMI testing.</li></ul>

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Picoscopes | RS

<p>RS offer a great range of PicoScope PC Oscilloscopes from Pico Technology including the following series:</p><ul><li>PicoScope 2000 - Ultra small and compact PC oscilloscopes and Mixed Signal Oscilloscopes, 2 and 4 analog channels, USB-connected and powered. This series can be used as an advanced oscilloscope, spectrum analyser, function generator, arbitrary waveform generator (AWG) and protocol decoder out of the box. Ideal for education, hobby and field service use.</li><li>PicoScope 3000 - Small and portable PC Oscilloscopes and Mixed Signal Oscilloscopes (MSO) with 2 or 4 analog channels and a built-in arbitrary waveform generator. Also has the SuperSpeed USB 3.0 connection for faster data transfer and waveform update rates. Ideal for embedded systems design, research, test, education, service and repair.</li><li>PicoScope 4000 and 4000A - High resolution oscilloscopes, USB powered with some including an arbitrary waveform generator</li><li>PicoScope 5000 -Flexible Resolution USB Oscilloscope, 2 and 4 channels, SuperSpeed USB 3.0 connection. Ideal for design, research, test, education, service and repair.</li><li>PicoScope 6000 and 6000E - Ultra-deep-memory oscilloscopes, 4 or 8 analog channels, SuperSpeed USB 3.0 connection. Ideal for design engineers, signal processing, power electronics, automotive designs, researchers and scientists.</li></ul><p>PicoScope computer software can be used to analyse and view real time signals from PicoScope oscilloscopes and data loggers. PC software and firmware inside the scopes can be updated as Pico Technology provides new features for free through software downloads.</p>

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Digital Oscilloscopes | RS

<p>Digital oscilloscopes are essential instruments used by engineers and technicians to capture and relay electrical signals and then accurately reconstruct waveforms. These waveforms can be analysed, manipulated, and even stored. They come in various shapes and sizes and some models offer a wide range of facilities such as multi analysis channels, function generators, or even a digital multimeter. </p><p>Our range of digital oscilloscopes is available as handheld, PC based, portable, or for bench applications. Browse of oscilloscope range for high-quality scopes sourced from leading brands such as; Keysight Technologies, Pico Technology, Rohde & Schwarz, Tektronix, Teledyne LeCroy, Fluke, RS PRO, and many more. </p><h2>Digital Oscilloscopes Types</h2><p><strong>Digital Storage Oscilloscopes</strong> - These oscilloscopes are the most common scopes in circulation today. Also known as DSO, they are capable of analysing, displaying, and storing electronic signals. </p><p><strong>Digital Phosphor Oscilloscopes</strong> - These oscilloscopes have similar features to an analogue oscilloscope. They offer real-time sampling and display signals in three dimensions, time, voltage, and frequency of occurrence. </p><p><strong>Mixed Signal Oscilloscopes</strong> - These devices are a type of DSO capable of displaying analog and digital signals while supporting both input channel types. </p><p><strong>Mixed Domain Oscilloscopes</strong> - These devices have an integrated spectrum analyser which gives you the capability to view the frequency domain and time domain at the same time. </p><h2>Things to consider</h2><p>Bandwidth: System bandwidth determines an oscilloscopes ability to measure an analog signal. Specifically, it determines the maximum frequency that the instrument can accurately measure. </p><p>Sample Rate: The sample rate of an oscilloscope is comparable to the frame rate of a motion-picture camera. It determines how much waveform detail the scope will capture. </p><h2>Applications</h2><ul><li>Laboratory testing</li><li>Electronic Servicing</li><li>Maintenance</li><li>Electronic Installation</li></ul><h2>Why choose RS for Digital Oscilloscopes? </h2><p>Our comprehensive range and easy browsing enable you to find the ideal solution for your needs quickly. Our products are of the highest quality and supported with technical documentation giving you the confidence to make a considered purchase. </p>

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

<p>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.</p><p>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.</p>

Unlock Insights with Mixed-Signal Oscilloscopes - Your Guide to Analyzing Analogue and Digital Signals. Explore Top-Quality Mixed-Signal Oscilloscope Solutions for Comprehensive Signal Analysis and Precise Testing. Elevate Your Measurement Capabilities Today at RS.

Mixed Signal Oscilloscopes | RS

<p>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.</p><p>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.</p>

Enhance Signal Analysis with 100 MHz Oscilloscopes - Your Guide to Precise Waveform Measurements. Explore Top-Quality 100 MHz Oscilloscope Solutions for Accurate Testing and Comprehensive Analysis. Elevate Your Measurement Capabilities Today at RS.

100 MHz Oscilloscopes | RS

<p>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.</p><p>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.</p><p>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.</p>

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

<p>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.</p><p><strong>Unveiling Signal Relationships:</strong> 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.</p><p><strong>Precision Timing Correlation:</strong> 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.</p><p><strong>Advanced Triggering:</strong> 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.</p><p><strong>Flexible Analysis Tools:</strong> 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.</p><p><strong>Applications Across Industries:</strong> 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.</p><p><strong>Comprehensive Solution:</strong> 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.</p><p>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.</p>

Explore digital phosphor oscilloscopes - advanced tools for precise waveform analysis. Discover how these oscilloscopes enhance signal visibility, accuracy, and troubleshooting capabilities at RS.

Digital Phosphor Oscilloscopes | RS

<p>Experience a new dimension of signal analysis with digital phosphor oscilloscopes. Designed to revolutionize your testing and measurement capabilities, these advanced instruments provide a comprehensive solution for engineers, researchers, and technicians seeking precise insights into complex electronic signals.</p><p><strong>Unrivalled Signal Visibility:</strong> Witness waveforms like never before with the cutting-edge technology of digital phosphor oscilloscopes. These instruments offer exceptional brightness, colour grading, and persistence settings that unveil intricate signal details, allowing you to uncover anomalies and transients that may otherwise remain hidden.</p><p><strong>Advanced Signal Analysis:</strong> Dive deep into waveform characteristics with the advanced analysis tools of digital phosphor oscilloscopes. Identify glitches, intermittent faults, and signal irregularities with accuracy, ensuring your designs meet the highest standards of performance.</p><p><strong>Rapid Problem Identification:</strong> Rapidly troubleshoot intricate electronic systems with the instantaneous waveform updates of digital phosphor oscilloscopes. Capture and display signal anomalies in real-time, helping you swiftly identify and rectify issues that could impact your project's success.</p><p><strong>Precise Timing Analysis:</strong> Digital phosphor oscilloscopes excel in capturing fast-changing signals accurately. With exceptional timing resolution, you can confidently analyse pulse widths, rise times, and jitter, ensuring your electronic circuits meet stringent timing requirements.</p><p><strong>Versatility Across Industries:</strong> Whether you're working on telecommunications, automotive, aerospace, or any other industry, digital phosphor oscilloscopes provide versatile solutions. From protocol analysis to transient characterization, these instruments adapt to your diverse testing needs.</p><p><strong>Educational and Research Excellence:</strong> Enhance the learning experience and research capabilities with digital phosphor oscilloscopes. Equip students and researchers with the tools to explore intricate signal behaviours, fostering a deeper understanding of electronics and measurements.</p><p>Elevate your signal analysis to unprecedented levels with digital phosphor oscilloscopes. Empower yourself with tools that not only capture waveforms but also enhance your understanding of complex signal interactions. Discover the difference in accuracy, visibility, and efficiency that these advanced instruments bring to your testing and measurement processes.</p>

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

<p>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.</p><p><strong>High-Speed Signal Capture:</strong> 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.</p><p><strong>Accurate Signal Reconstruction:</strong> 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.</p><p><strong>Advanced Triggering Options:</strong> 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.</p><p><strong>Wide Application Range:</strong> 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.</p><p><strong>Research and Development Excellence:</strong> 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.</p><p><strong>Educational Insight:</strong> 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.</p><p>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.</p>

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

<p>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.</p><p><strong>Unmatched Signal Visualization:</strong> 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.</p><p><strong>Customizable Measurement:</strong> 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.</p><p><strong>Reliable Accuracy:</strong> 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.</p><p><strong>Versatility for Diverse Needs:</strong> 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.</p><p><strong>Data Analysis Made Easy:</strong> 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.</p><p><strong>Educational Excellence:</strong> Our bench oscilloscopes are also valuable educational tools, providing students with hands-on experience in signal analysis, electronics, and measurement techniques.</p><p>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.</p>

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

<p>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.</p><p>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.</p><p>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.</p>

Explore the Best Handheld Oscilloscopes at RS. Discover Handheld and Powerful Solutions for On-the-Go Signal Analysis and Troubleshooting. Find Top Handheld Oscilloscope Brands with Advanced Features Here at RS.

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

<p>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.</p><p>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.</p>

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

<p>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.</p><p>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.</p>

Explore Digilent oscilloscopes - advanced tools designed for engineers. Discover how these oscilloscopes provide accurate waveform analysis, versatile testing capabilities, and superior signal visualization at RS.

Digilent Oscilloscopes | RS

<p>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.</p><p><strong>Accurate Waveform Analysis:</strong> Dive into signal characterization with confidence. Digilent oscilloscopes provide precise measurements and waveform visualization, allowing you to capture and analyse signals with exceptional accuracy.</p><p><strong>Superior Signal Visualization:</strong> 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.</p><p><strong>Versatile Testing Capabilities:</strong> 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.</p><p><strong>Intuitive User Interface:</strong> 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.</p><p><strong>Educational Excellence:</strong> 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.</p><p><strong>Trusted Engineering Partner:</strong> 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.</p><p>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.</p>

Browse our range of Oscilloscopes including 100MHz 2-Channel Oscilloscopes. Versatile tools for signal analysis and waveform visualization.

100MHz 2-Channel Oscilloscope| RS

<p>A 100MHz, 2-channel oscilloscope is a versatile instrument used in various electronic applications and is ideal for dissecting electrical waveforms, analysing signals, and troubleshooting circuits.</p><p>100MHz refers to the bandwidth of the oscilloscope and is the range of frequencies that the oscilloscope can accurately measure. In this case, the oscilloscope can accurately display and measure signals with frequencies up to 100 megahertz (MHz).</p><p>2 channel means that the oscilloscope has two input channels. Each channel can be used to connect to a separate electrical signal source and allows you to view and compare two different signals simultaneously on the oscilloscope's screen. It's particularly useful for tasks such as comparing an input signal to an output signal or analysing the relationship between two different signals in a circuit.</p><h2>Why Do You Need a 100MHz, 2-Channel Oscilloscope?</h2><ul><li>Precision Measurement - with a 100MHz oscilloscope, you can measure voltage levels, frequencies, rise times, and much more with exceptional accuracy.</li><li>Real-Time Analysis - whether you're tracking a noisy signal or isolating a troublesome glitch, this oscilloscope can capture, analyse, and display real-time data, allowing you to make swift, informed decisions.</li><li>Signal Triggering - ensures that you capture precisely what you need. Features like edge triggering, pulse width triggering, and advanced triggering modes synchronize the oscilloscope's display with specific signal events.</li><li>Advanced Features - beyond the basics, a 100MHz 2-channel oscilloscope may offer advanced features such as extensive memory depth, mathematical functions, and automated measurements, streamlining your testing and analysis processes.</li></ul><h2>Who Would Benefit from a 100MHz, 2-Channel Oscilloscope?</h2><ul><li>Electrical engineers rely on these oscilloscopes to design, test, and debug circuits. They help ensure that systems operate with precision and reliability, whether in consumer electronics, telecommunications, or industrial automation.</li><li>Research and Development Professionals to evaluate prototypes and fine-tune designs.</li><li>Quality Assurance Experts utilise oscilloscopes to verify product quality, ensuring that manufactured electronics meet exacting standards and specifications.</li><li>Students - these oscilloscopes serve as invaluable teaching tools for electronics and engineering students, helping them gain practical insights into signal analysis and circuit behaviour.</li><li>Technicians and hobbyists use these oscilloscopes for diagnosing and repairing electronic equipment, conducting experiments, and exploring the world of electronics.</li></ul>

Shop our Tektronix 100MHz Oscilloscope offers. Precision measurement & signal analysis.

Tektronix 100 MHz Oscilloscope | RS

<p>Tektronix 100MHz oscilloscopes offer cutting-edge technology for precise signal analysis and an easy-to-navigate interface that ensures a seamless user experience. These precision measurement instruments are ideal for both engineers and newcomers in the field who demand accuracy in various applications, including telecommunications, automotive, and industrial automation.</p><h2>Why You Need a Tektronix 100MHz Oscilloscope:</h2><ul><li>With a generous 100MHz bandwidth, these oscilloscopes allow you to delve into intricate electronic systems and capture waveforms with precision.</li><li>These oscilloscopes boast intuitive interfaces and responsive touchscreens, making it easy to adjust settings, set triggers, and navigate through measurements with confidence.</li><li>Versatile triggering options including edge, pulse width, and video triggering, ensuring you can catch even the most elusive signal events.</li><li>Data Analysis and Reporting - these instruments offer advanced features for signal analysis. Measure frequencies, rise times, and other essential parameters effortlessly. Generate automated reports to streamline documentation.</li><li>Provide connectivity options such as USB, Ethernet, and Wi-Fi. Easily transfer data, collaborate with colleagues remotely, and integrate the oscilloscope into your workflow seamlessly.</li></ul><h2>How easy are Tektronix Oscilloscopes to use?</h2><ul><li>Intuitive Controls - the user-friendly interface ensures that adjusting settings and making measurements is straightforward and touchscreen displays are responsive and intuitive.</li><li>Built-in wizards and step-by-step guides assist in setting up the oscilloscope for specific measurement tasks.</li><li>Online Resources - Tektronix provides comprehensive user manuals, tutorials, and online support, ensuring that you have all the resources you need to master your oscilloscope quickly.</li><li>With advanced features for remote control and automation, you can simplify complex testing procedures and monitor measurements from a distance.</li><li>Tektronix often releases software updates that enhance functionality and user experience, ensuring your oscilloscope stays current and relevant.</li></ul>

Browse our range of 200MHz 4-Channel Oscilloscope offers. Versatile signal analysis and multi-channel measurement.

200MHz 4-channel Oscilloscope | RS

<p>A 200MHz oscilloscope with 4 channels is a type of test and measurement device that is used in electronics and engineering to visualise and analyse electrical signals.</p><p>These oscilloscopes play a critical role in measuring, diagnosing and characterizing electrical signals, which is essential in many fields where precise measurement and analysis of waveforms are required. Their flexibility and ability to capture multiple signals simultaneously make them a valuable tool for engineers, technicians, researchers, and educators across various industries.</p><p>The 200MHz refers to the bandwidth of an oscilloscope and represents the range of frequencies it can accurately measure and display. A 200MHz oscilloscope can accurately display signals with frequencies up to 200 million Hertz (cycles per second). This means it is suitable for working with a wide range of analogue and digital signals, including many common applications like audio, video, and basic digital circuits.</p><p>4 Channels means that the oscilloscope has four input channels, and therefore can simultaneously measure and display up to four different signals on the screen. This feature is particularly useful when you need to compare and analyse multiple signals in real-time or monitor different aspects of a circuit simultaneously.</p><h2>200MHz, 4-channel Oscilloscopes Features include:</h2><ul><li>Digital Signal Processing (DSP) - Many modern oscilloscopes come with advanced DSP capabilities that allow for functions like FFT (Fast Fourier Transform) analysis, triggering on specific signal conditions, and more.</li><li>Memory Depth - the depth of memory determines how much waveform data can be stored and displayed. A larger memory depth allows for capturing longer time intervals or more detailed waveforms.</li><li>Some oscilloscopes provide advanced triggering options like pulse width triggering, pattern triggering, and more, which can help you capture specific events in your signals.</li><li>Mixed-Signal Oscilloscope (MSO) combines traditional analogue channels with digital channels, allowing you to view and trigger on both analogue and digital signals, making it suitable for debugging mixed-signal circuits.</li><li>Waveform Capture and Analysis features help you automatically measure signal parameters such as frequency, amplitude, and rise/fall times.</li><li>Oscilloscopes often have USB, LAN, and other connectivity options for data transfer, remote control, and integration with other test equipment and software.</li></ul>

Shop our range of 100MHz USB Oscilloscopes at RS. High-performance signal analysis and data acquisition.

100MHz USB Oscilloscope  | RS

<p>A USB oscilloscope with a 100MHz bandwidth is a test and measurement instrument that connects to a computer or laptop via a USB interface and is designed to accurately measure and display electrical signals with frequencies up to 100 million Hertz (100MHz). This type of oscilloscope allows you to visualise waveforms, monitor signal integrity, and perform various measurements and analyses on electronic signals in that frequency range.</p><p>USB oscilloscopes are used for a variety of measurements including voltage waveforms and the frequency (or inverse, period) of repetitive signals, which is essential for understanding the timing of events in electronic circuits.</p><p>When precision matters, the USB Oscilloscope with 100MHz bandwidth stands as your essential tool to guide you through the intricacies of your circuits. These versatile and cost-effective devices are ideal for analysing electrical waveforms and is suited for a wide range of applications including educational and research settings.</p><p>The choice of bandwidth depends on the specific requirements of your projects and the frequencies of the signals you need to analyse. It's important to select a USB oscilloscope with a bandwidth that matches or exceeds the highest frequency component of the signals you'll be working with to ensure accurate measurements and signal integrity.</p><h2>Key features of a USB oscilloscope include:</h2><ul><li>USB oscilloscopes are typically small and lightweight, making them easy to transport and suitable for on-the-go measurements, useful for fieldwork and situations where a benchtop oscilloscope is impractical.</li><li>They connect to a computer or laptop via a USB cable, which not only provides power but also allows for data transfer and control. Many USB oscilloscopes are "plug and play," meaning you can quickly set them up without the need for additional drivers or complex installation procedures.</li><li>USB oscilloscopes rely on software installed on the connected computer to control and display waveforms. This software often includes advanced features, such as signal analysis tools, data storage, and remote-control capabilities.</li><li>Many USB oscilloscopes with 100MHz bandwidth come with up to four input channels, enabling you to simultaneously monitor and compare multiple signals. This is valuable for troubleshooting complex electronic circuits and for capturing various signal aspects in real-time.</li><li>USB oscilloscopes are often more budget-friendly than high-end benchtop oscilloscopes, making them an affordable option for students, hobbyists, and small businesses.</li><li>The software used with USB oscilloscopes can be updated to incorporate new features and improvements, ensuring that your measurement capabilities stay up to date.</li></ul>

Shop our range of 200MHz 2-Channel Oscilloscopes at RS. Precise signal analysis and measurement.

200MHz 2-Channel Oscilloscope  | RS

<p>An oscilloscope with a 200MHz bandwidth and 2 channels is a type of test and measurement device that is used in electronics, engineering, and various scientific fields to visualise, measure and analyse electrical signals.</p><p>The 200MHz bandwidth represents the range of frequencies the oscilloscope can accurately measure and display. A 200MHz oscilloscope can accurately display signals with frequencies up to 200 million Hertz (cycles per second). This level of bandwidth is suitable for a wide range of applications, including high-frequency analogue and digital signals.</p><p>2 Channels refers to the oscilloscopes two input channels, which allows you to simultaneously measure and display two different electrical signals on the screen. This feature is particularly useful when you need to compare and analyse multiple signals, such as voltage waveforms or current waveforms, in real-time.</p><h2>Common applications for a 200MHz, 2-channel oscilloscope include:</h2><ul><li>Analysing and troubleshooting analogue electronic circuits, including amplifiers, filters, and analogue sensors.</li><li>Digital Electronics - can capture high-speed digital signals, making it useful for digital design, debugging, and timing analysis of microcontrollers, digital logic, and communication protocols.</li><li>200MHz oscilloscopes can be used for intermediate-frequency (IF) and lower RF signal analysis.</li><li>Power Electronics to examine power waveforms, including voltage and current signals in power electronics systems.</li><li>Education and Research for teaching and experimentation.</li><li>General Electronics Testing for general electronic circuit testing, prototyping, and diagnostics</li></ul>

Explore 100MHz Bandwidth Digital Oscilloscopes at RS. Precise signal analysis for electronics and engineering.

Digital Oscilloscope 100mhz | RS

<p>A digital oscilloscope with a 100MHz bandwidth is a type of test and measurement instrument designed for visualising and analysing electrical signals, in the frequency range up to 100 million Hertz (100MHz). They provide valuable insights into circuit behaviour, signal quality, and timing analysis. Their digital nature allows for more accurate measurements and versatile signal analysis, making them suitable for a wide range of areas including education, electronics, engineering, and various scientific and research applications.</p><p>Unlike traditional analogue oscilloscopes, which use analogue components to display waveforms, digital oscilloscopes digitise incoming signals, allowing for more precise and versatile measurements.</p><h2>Digital 100 MHz Oscilloscope features include:</h2><ul><li>Typically has a high sampling rate, enabling it to capture fast-changing waveforms with fine detail. The sampling rate is an important factor in accurately reproducing the input signal.</li><li>Come with at least two input channels, allowing you to simultaneously measure and display two different signals. Some models offer more channels for more complex analysis.</li><li>Digital oscilloscopes often come with a range of advanced features, including precise triggering options (such as edge, pulse, and serial bus triggering), automated measurements, waveform math and FFT (Fast Fourier Transform) analysis, and the ability to save and recall waveforms for later analysis.</li><li>Large and High-Resolution Display for clear visualisation of waveforms and measurements.</li><li>Connectivity often includes USB, LAN, and other connectivity options for data transfer, remote control, and integration with other test equipment and software.</li><li>Designed with user-friendly interfaces, making it easy to set up and operate the oscilloscope and access its various features.</li></ul>

Browse our range of 4-Channel 100MHz Oscilloscopes. Accurate signal analysis and multi-channel measurements for professionals

4-Channel 100MHz Oscilloscope | RS

<p>A 4-channel 100MHz oscilloscope is a tool for observing and measuring electrical waveforms. It displays a graph of voltage over time, with the horizontal axis representing time and the vertical axis representing voltage. Engineers and technicians use oscilloscopes to diagnose, troubleshoot, and analyse electronic circuits.</p><p>An oscilloscope with 4 channels refers to its four input channels, which means it can simultaneously measure and display up to four different signals. This is useful for applications where you need to compare or analyse multiple signals at the same time, such as in electronics debugging or circuit analysis.</p><p>The 100MHz specification indicates the oscilloscope's bandwidth. Bandwidth refers to the range of frequencies the oscilloscope can accurately capture and display. In this case, it can capture signals with frequencies up to 100 megahertz (MHz). This is a measure of how fast the oscilloscope can accurately capture changes in the signal's voltage over time.</p><p>Most oscilloscopes offer a wide range of triggering and measurement options. These features help users to capture specific events or characteristics of a signal, such as pulse width, rise time, and frequency, to name a few.</p><p>To use an oscilloscope effectively, you'll typically need suitable probes for connecting to the circuit under test. The oscilloscope should specify its compatibility with certain types of probes, such as passive or active probes, which affect signal integrity and measurement accuracy.</p>

4-Channel 500MHz Oscilloscope. Precision signal analysis and multi-channel measurements for professionals.

500MHz 4-Channel Oscilloscope| RS

<p>A 500MHz 4-channel oscilloscope is a high-performance test instrument capable of capturing and analysing high-frequency electronic signals. It's a valuable tool for engineers and technicians working on advanced electronics, telecommunications, and RF applications where precise signal analysis and multiple channel measurements are essential.</p><p><strong>Bandwidth:</strong> The "500MHz" specification indicates the oscilloscope's bandwidth. Bandwidth refers to the range of frequencies the oscilloscope can accurately capture and display. In this case, it can capture signals with frequencies up to 500 megahertz (MHz). This is a measure of how fast the oscilloscope can accurately capture changes in the signal's voltage over time. A 500MHz oscilloscope is capable of handling very fast and high-frequency signals.</p><p><strong>4 Channels:</strong> This oscilloscope has four input channels, which means it can simultaneously measure and display up to four different signals. The availability of four channels is valuable for applications where you need to analyse multiple signals simultaneously, such as in the debugging of complex electronic circuits.</p><p>High-end oscilloscopes like this one often come with advanced features, including high sample rates, deep memory, various triggering options, advanced signal analysis capabilities, and connectivity options for data analysis and storage.</p><p>To use an oscilloscope effectively, you'll typically need suitable probes for connecting to the circuit under test. These probes should match the oscilloscope's specifications to ensure accurate measurements.</p><h2>Applications:</h2><p>A 500MHz 4-channel oscilloscope is suitable for demanding applications in electronics and electrical engineering. It is ideal for tasks involving high-frequency signal analysis, RF (Radio Frequency) design, telecommunications, and more. Engineers use such oscilloscopes to examine the details of fast-changing signals and to ensure the integrity and performance of their designs.</p>

100MHz Analogue Oscilloscope. Versatile tool for analog signal analysis and measurement.

100MHz Analogue Oscilloscope | RS

<p>A 100 MHz analogue oscilloscope is a type of electronic test and measurement instrument used for visualising and analysing electrical signals in the analogue domain.</p><p>The 100 MHz refers to the bandwidth of the oscilloscope. Bandwidth is a measure of the range of frequencies that the oscilloscope can accurately display. A 100 MHz oscilloscope can accurately display signals with frequencies up to 100 million hertz (100 MHz). This means it is suitable for measuring and analysing signals with frequencies up to this limit.</p><p>An analogue oscilloscope uses analogue components like cathode-ray tubes (CRTs) to display waveforms. It provides a continuous display of voltage over time, which can be especially useful for observing fast-changing signals and for visualising analogue waveforms. Analog oscilloscopes are less common today, as digital oscilloscopes have become more prevalent, but they are still used in some applications where their unique characteristics are advantageous.</p><h2>What are 100 MHz analogue oscilloscopes used for?</h2><p>They are used in various industries and applications, including:</p><ul><li>Electronics and Electrical Engineering for debugging, testing, and analysing electronic circuits and signals, especially for analogue circuit design and troubleshooting.</li><li>Research and Development to study and evaluate analogue phenomena, signals, and waveforms.</li><li>Education for teaching students about analogue electronics, signal analysis, and waveform visualisation.</li><li>Sometimes used in audio and music production to visualise audio waveforms and diagnose audio equipment issues.</li><li>In automotive diagnostics to help analyse sensor signals, ignition systems, and various analogue electrical systems.</li></ul>

Shop our range of DSO (Digital Storage Oscilloscopes) with 100MHz bandwidth for accurate waveform analysis and signal measurement.

100MHz Digital Storage Oscilloscope (DSO) | RS

<p>A 100 MHz digital storage oscilloscope (DSO) is an advanced electronic test and measurement instrument capable of measuring and displaying various electrical and electronic characteristics of a signal. A DSO uses digital technology to acquire, process, and display waveforms. This makes it more versatile and capable of performing various measurements and analysis functions.</p><p>The 100 MHz refers to the bandwidth of the oscilloscope and means it can accurately capture and display signals with frequencies up to 100 MHz.</p><h2>Key Measurements a DSO can make include:</h2><ul><li>Voltage Measurement - can measure the amplitude or voltage level of a signal. You can determine peak-to-peak voltage, RMS (root mean square) voltage, or measure voltage at specific points on the waveform.</li><li>Time Measurements - parameters such as the period, frequency, rise time, fall time, and pulse width of a signal.</li><li>Phase Measurement &ndash; allows you to measure the phase difference between two or more waveforms. This is useful for analysing the timing relationships in complex systems.</li><li>Frequency Analysis - can show the frequency components of a signal, helping to identify harmonics or frequency content in a waveform.</li><li>Pulse and Edge Measurements - can capture pulse parameters like duty cycle, pulse width, and time between rising or falling edges.</li><li>Jitter Analysis - which is the variation in the timing of signal edges.</li><li>Distortion and Noise Analysis - can help in detecting and quantifying signal distortions and noise levels in waveforms.</li><li>Serial Data Analysis - some DSOs have specific features for analysing and decoding serial data protocols like SPI, I2C, UART, and CAN.</li><li>Advanced Triggering - offer a wide range of triggering options that help capture specific events or conditions in a signal for analysis.</li><li>Math Operations - allowing you to add, subtract, multiply, or divide signals for analysis.</li></ul><p>These are just some of the many measurements and analyses that digital storage oscilloscopes can perform. The specific measurements and analyses will depend on the model and capabilities of the DSO, and they are widely used in fields such as electronics, telecommunications, engineering, and research to understand and troubleshoot electrical and electronic systems.</p>

Buy Tektronix Oscilloscopes. Browse our latest Tektronix Oscilloscope offers. Free Next Day Delivery.

Tektronic Oscilloscopes | RS

<p>RS have a great range of Tektronix Oscilloscopes including bench and portable devices. Our offer includes the following series:</p><ul><li>DPO 2000, DPO 4000</li><li>MDO 3000, MDO 4000/4000C</li><li>MSO 2000B</li><li>TBS1000, TBS 1000C, TBS 2000B</li><li>TPS 2000</li></ul><p>An Oscilloscope is a complex electronic laboratory instrument commonly used to capture, process, display and analyse the waveform and bandwidth of electronic signals. These test and measurement devices from Tektronix can be used with many different Tektronix probes and accessories to meet all your specific testing applications as well as software packages for analysing.</p><h2>Types of Oscilloscopes</h2><p>There are many different types of Oscilloscopes. The biggest distinction is whether they are digital or analog oscilloscopes. Within the digital oscilloscopes area, there are several different types.</p><ul><li>Digital Storage Oscilloscope (DSO) - has a memory to store waveforms and display them for a period of time</li><li>Digital Phosphor Oscilloscopes (DPO) - use a parallel processing architecture to enable it to capture and display signals</li><li>Mixed Domain Oscilloscope, (MDO) - can operate in more than one domain, i.e. in time to display waveforms and in frequency to display signal spectra</li><li>Mixed Signal Oscilloscope, (MSO) - Combines an oscilloscope function with that of a logic analyser</li></ul>

Buy PC Oscilloscopes. Browse our latest PC Oscilloscopes offers. Free Next Day Delivery.

PC Oscilloscopes | RS

<p>PC oscilloscopes are compact, lightweight, modern alternatives to benchtop oscilloscope devices. They are considered versatile tools used for measuring and analysing electrical signals in a wide range of applications. They are especially valuable for tasks that involve the visualisation and analysis of time-varying voltage or current waveforms.</p><p>These compact oscilloscopes are used on the bench work top, they take up little space and can sit right next to the circuit under test. Utilised by engineers on the move, they can easily be fitted into a pocket or bag.</p><p>Applications include design, test, education, service, monitoring, fault-finding, and repair. USB connection oscilloscopes facilitate printing, copying, saving, and emailing field data. The high-speed USB interface provides fast data transfer and USB powering eliminates the need to carry around a bulky external power supply. Oscilloscopes are familiar devices to those working regularly in fields that require general monitoring, diagnosis or troubleshooting of any electrically powered circuits, signals and systems.</p><p>This covers a vastly diverse range of roles and environments, including:</p><ul><li>Automotive repair and maintenance</li><li>Sound engineering</li><li>Electronics production and manufacture</li><li>Physics, natural sciences, and research</li><li>Healthcare and medicine</li></ul>

Buy Portable Oscilloscopes. Browse our latest Portable Oscilloscopes offers. Free Next Day Delivery.

Portable Oscilloscopes | RS

<p>Portable oscilloscopes are vital instruments used by engineers and technicians to capture and relay electrical signals and then accurately reconstruct waveforms. These waveforms can be analysed, manipulated, and even stored. They come in various forms with some models providing features such as multi analysis channels, function generators, or even a digital multimeter.</p><p>Portable oscilloscopes are ideal for field work where a larger bench oscilloscope would not be feasible.</p><p> Several portable oscilloscopes are battery-powered but exceptionally powerful in functionality whilst being portable and lightweight. They utilise digital oscilloscope technology to provide the power of the laboratory straight to the source. Oscilloscopes are familiar devices to those working regularly in fields that require general monitoring, diagnosis or troubleshooting of any electrically powered circuits, signals and systems.</p><p>This covers a vastly diverse range of roles and environments, including:</p><ul><li>Automotive repair and maintenance</li><li>Sound engineering</li><li>Electronics production and manufacture</li><li>Physics, natural sciences and research</li><li>Healthcare and medicine</li></ul>

Buy Analogue Oscilloscopes . Browse our latest Analog Oscilloscopes offers. Free Next Day Delivery.

Analogue Oscilloscopes | Analog Oscilloscopes | RS

<p>Analogue Oscilloscopes (also referred to as Analog Oscilloscopes) are test instruments that are used in several different fields including the telecom and electronics industries. Technicians and engineers regularly rely on analogue scopes for a variety of testing, measurement and analysis needs. The most distinctive feature of analogue oscilloscopes is their use of a CRT for displaying waveforms. A CRT generates a beam of electrons that is deflected to produce the waveform on a phosphorescent screen.</p><p>The main difference between an analogue oscilloscope and a digital oscilloscope is for an analogue device the waveform is shown in the original form, whilst a digital oscilloscope converts the original analogue waveform by sampling it and converts them into digital numbers and then stores them in digital format.</p><p>Oscilloscopes are familiar devices to those working regularly in fields that require general monitoring, diagnosis or troubleshooting of any electrically powered circuits, signals and systems.</p><p>Oscilloscopes are utilised in a wide range of industries for example:</p><p>Educational laboratories</p><p>Electronics troubleshooting and measurement</p><p>Embedded electronics</p><p>Mixed-signal and video designing</p><p>Automotive electronics</p>

Buy Fluke Oscilloscopes. Browse our latest Oscilloscope offers. Free Next Day Delivery.

Fluke Oscilloscopes | Fluke ScopeMeters | RS

<p>Fluke Oscilloscopes are high quality test and measuring devices that you can rely on. Most types of oscilloscopes used today are digital meaning that they can deliver more accurate signal measurements and faster calculations as well as having data storage features and automated analysis. Operators can display waveforms with Connect-and-View trigger and setup technology.</p><p>An Oscilloscope is a complex electronic laboratory instrument commonly used to capture, process, display and analyse the waveform and bandwidth of electronic signals. Fluke oscilloscopes can be used with many different Fluke probes, battery packs and oscilloscope accessories to meet all your specific testing applications as well as software packages for analysing.</p><h2>Fluke ScopeMeters</h2><p>Handheld digital oscilloscopes such as Fluke ScopeMeter devices feature bandwidths from 20 MHz to 500 MHz, are battery operated and have a rugged case which means they can be taken to places that conventional bench oscilloscopes cannot go which includes outdoors and harsh industrial environments.</p><p>These ScopeMeters from Fluke are small and lightweight which are ideal for technicians working in service, maintenance, and installation applications. They can be used to see the shape of an electrical field as well as measuring the amplitude and frequency of electrical signals.</p>

Unlock Comprehensive Signal Insights with 4-Channel Oscilloscopes - Your Guide to Enhanced Waveform Analysis. Explore Top 4-Channel Oscilloscope Brands for Multi-Signal Visualization and Advanced Testing. Elevate Your Measurement Capabilities Today at RS.

4 Channel Oscilloscopes | RS

<p>A 4-channel oscilloscope is an advanced electronic instrument used for visualising 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.</p><h2>What do 4-Channel Oscilloscopes measure?</h2><p>4-channel oscilloscopes are primarily used to measure and display electrical voltage waveforms. They can be used to measure various parameters of signals, including voltage amplitude, frequency, phase, rise/fall times, and more. Engineers and scientists use them for a wide range of applications, such as debugging circuits, analysing analogue and digital signals, and characterising electronic components.</p><h2>How do Oscilloscopes Work?</h2><ul><li>Oscilloscopes work by displaying voltage signals on a graphical screen. Here's a simplified overview of their operation:</li><li>Input Signal - &nbsp;you connect the signal you want to measure to one of the oscilloscope's input channels.</li><li>Analogue-to-Digital Conversion - the oscilloscope converts the analogue voltage signal into a digital format for processing.</li><li>Timebase and Vertical Amplification - ethe user sets the timebase (horizontal scale) and vertical amplification (vertical scale) to control how the signal is displayed.</li><li>Display - the oscilloscope displays the voltage waveform on a screen, with time on the x-axis and voltage on the y-axis. In the case of a 4-channel oscilloscope, it can display up to four signals simultaneously.</li><li>Measurement and Analysis - oscilloscopes often provide features for making various measurements on the displayed waveforms, such as voltage levels, frequency, pulse width, and more.</li></ul><p>4-channel oscilloscopes are versatile tools for anyone working with electrical or electronic systems, offering the ability to simultaneously monitor multiple signals to understand their behaviour and troubleshoot issues effectively.</p>

Discover Excellence with Rohde & Schwarz Oscilloscopes - Your Guide to Cutting-Edge Signal Analysis. Explore Top-of-the-Line Rohde & Schwarz Oscilloscope Solutions for Precise Measurements and Advanced Testing. Elevate Your Engineering Capabilities Today at RS.

Rohde & Schwartz Oscilloscopes | RS

<p>Rohde & Schwarz oscilloscopes are known for their high-quality and precision, and they are used in various industries for measuring and analysing electrical signals. Rohde & Schwarz are considered a leading global company in the field of electronic test and measurement equipment. These oscilloscopes offer great reliability and innovative features, making them a preferred choice for engineers, researchers, and technicians.</p><p>Rohde & Schwarz oscilloscopes are used for observing and measuring electrical voltage waveforms. They are designed for applications in fields such as electronics, telecommunications, aerospace and more. These oscilloscopes come with a range of features and options to meet different measurement needs.</p><h2>What do Oscilloscopes measure?</h2><p>Rohde &amp; Schwarz oscilloscopes can measure various characteristics of electrical signals, including:</p><ul><li>Voltage - they measure the voltage level, peak-to-peak voltage, and root mean square (RMS) voltage of signals.</li><li>Time - they display signals as voltage waveforms over time, allowing users to analyse signal characteristics, such as rise times and fall times.</li><li>Frequency - can determine the frequency of repetitive signals.</li><li>Phase - some models may offer phase measurement capabilities.</li><li>Jitter and Timing Analysis - used for precise timing and jitter analysis of signals.</li></ul><h2>Popular Rohde &amp; Schwarz models include:</h2><ul><li>RTM series provides mid-range oscilloscopes with a good balance of features and affordability.</li><li>RTA series are designed for debugging and analysing complex designs, featuring powerful triggering and analysis capabilities.</li><li>RTC1000 series is a more cost-effective series of oscilloscopes suitable for educational institutions and basic applications.</li><li>RTB series offers features suitable for various educational and basic applications, offer a good balance of performance and price.</li><li>RTH Scope Rider series popular for field and on the go measurements, known for their ruggedness and portability.</li></ul>

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Fluke Scopemeters | Fluke Handheld | RS

<p>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.</p><p>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.</p>

Explore Automotive oscilloscopes - advanced tools designed for engineers. Discover how these oscilloscopes provide accurate waveform analysis, versatile testing capabilities, and superior signal visualization at RS.

Automotive Oscilloscopes | Car Oscilloscopes | RS

<p>Automotive oscilloscopes, also known as automotive diagnostic oscilloscopes or automotive lab scopes, are specialised 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. They can help identify problems in various components and systems, including the engine, transmission, ignition, fuel injection, sensors, wiring, and more.</p><p>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.</p><p>Automotive 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.</p>

Discover Analog Discovery 2 at RS: Your versatile portable lab tool. Explore, measure, and learn with this compact and powerful USB oscilloscope.

Analog discovery 2 | RS

<p>The Analog Discovery 2 is a portable multi-functional USB oscilloscope, logic analyser, and digital pattern generator. This test and measurement device is developed by Digilent, a company that specialises in education electronics and digital design tools. It can measure and generate various analogue and digital signals, making it a versatile tool for electronics experimentation and testing.</p><h2>Analog Discovery 2 offers a wide range of capabilities including:</h2><ul><li>It can be used as a 2-channel oscilloscope, allowing you to visualise and measure analogue voltage waveforms. It is useful for tasks like analysing analogue signals, checking signal quality, and troubleshooting circuits.</li><li>Generates various analogue and digital waveforms, such as sine waves, square waves, and arbitrary waveforms. This feature is handy for generating test signals, driving circuits, and testing device responses.</li><li>Can function as a 16-channel logic analyser, which is used for capturing and analysing digital signals and timing in digital circuits.</li><li>It has a basic spectrum analysis function that can be used to analyse the frequency components of signals.</li><li>Network Analyser to measure frequency response and impedance characteristics of circuits.</li></ul>

Explore ScopeMeter 120B Series at RS: Portable and powerful handheld oscilloscopes for on-the-go diagnostics. Your trusted tool in the field.

120B Series |  Fluke ScopeMeter | RS

<p>Fluke's 120B Series of handheld oscilloscopes, also known as the ScopeMeter 120B Series, is designed for field and industrial applications. These portable oscilloscopes combine the functionality of oscilloscopes and digital multimeters (DMMs) in a single, rugged device, making them well-suited for troubleshooting and maintenance of electrical and electronic systems. The series includes a range of models with varying features and capabilities.</p><p>The ScopeMeter is designed to be compact and portable, making it suitable for use in various field and industrial settings. It is often used for troubleshooting and maintenance of electronic and electrical systems and allows users to visualise and analyse electrical waveforms, voltage signals, and time-based signals. It can display voltage waveforms, and users can measure voltage, frequency, and other waveform characteristics.</p><h2>Popular models in the 120B Series include:</h2><ul><li>Fluke 123B - This is a basic model in the series, featuring two-channel oscilloscope functionality and basic digital multimeter features.</li><li>Fluke 124B - like the 123B but with additional measurement and analysis capabilities, making it suitable for more advanced applications.</li><li>Fluke 125B - often considered the most advanced in the series and includes more features and measurement options compared to the 123B and 124B models.</li></ul>

Browse Keysight 1000 X Series Oscilloscopes at RS: Precision meets affordability in these versatile oscilloscopes. Ideal for engineers and educators.

1000 X Series |  Keysight Oscilloscopes | RS

<p>The 1000 X-Series is a line of oscilloscopes manufactured by Keysight Technologies, a leading electronic test and measurement equipment company. These oscilloscopes are designed for a wide range of applications, from electronics research and development to educational and industrial settings.</p><h2>Key features of the 1000 X-Series oscilloscopes include:</h2><ul><li>Bandwidth - come in various models with different bandwidths. The bandwidth determines the frequency range of signals that the oscilloscope can accurately measure.</li><li>Number of Channels - can have two or four analogue input channels. This allows for the simultaneous measurement of multiple signals.</li><li>Sample Rate - typically offer high sample rates, which are important for accurately capturing fast-changing signals.</li><li>Waveform Update Rate - for capturing and displaying real-time signal changes. The 1000 X-Series usually provides a high waveform update rate.</li><li>High-resolution colour display, making it easy to visualise and analyse waveforms.</li><li>Advanced triggering options and analysis capabilities, allowing users to perform detailed signal analysis.</li><li>Range of connectivity options, including USB, LAN, and Wi-Fi, for data transfer and remote control.</li></ul><p>Within the 1000 X-Series, there are various models with different specifications and capabilities to meet the needs of different users and applications.</p><h2>Popular models within the 1000 X-Series include:</h2><ul><li><strong>DSOX1202A - </strong>2-channel oscilloscope with a bandwidth of 200 MHz, offering higher bandwidth for applications that require more frequency range.</li><li><strong>DSOX1204A - </strong>4-channel oscilloscope with a 200 MHz bandwidth, providing versatility and flexibility for multi-signal measurements.</li><li><strong>DSOX1202G</strong> - features 2 channels with a 200 MHz bandwidth and comes with a built-in function generator, which can be useful for generating test signals and conducting experiments.</li><li><strong>DSOX1204G</strong> - 4 channels, combining oscilloscope and function generator capabilities.</li><li><strong>EDUX1052A</strong> - 2 channels with 50 MHz bandwidth, an education-focused or entry-level model</li></ul>

Discover PicoScope 2000 at RS: Compact, high-performance USB oscilloscopes. Your tool for accurate signal analysis and measurement.

Picoscope 2000 | RS

<p>The PicoScope 2000 Series is a line of digital storage oscilloscopes (DSOs) and mixed-signal oscilloscopes (MSOs) developed by Pico Technology. These instruments are designed for a wide range of applications in electronics, engineering, and scientific research.</p><h2>Popular models include:</h2><ul><li><strong>PicoScope 2204A</strong> - 2-channel digital storage oscilloscope with a bandwidth of 10 MHz. It's a compact and affordable option often used for basic signal analysis and educational purposes.</li><li><strong>PicoScope 2205A - </strong>Similar to the 2204A, this model has 2 channels but offers a higher bandwidth of 25 MHz, making it suitable for a wider range of applications.</li><li><strong>PicoScope 2206B - </strong>2-channel oscilloscope with a bandwidth of 50 MHz. It provides more advanced capabilities compared to lower-bandwidth models.</li></ul>

Explore PicoScope 3000 at RS: Versatile and high-performance USB oscilloscopes for advanced signal analysis and measurement.

Picoscope 3000 | RS

<p>The PicoScope 3000 Series is a line of digital storage oscilloscopes (DSOs) and mixed-signal oscilloscopes (MSOs) produced by Pico Technology. These oscilloscopes are designed for a wide range of applications in electronics, engineering, and scientific research. The PicoScope 3000 Series consists of various models with different features and specifications to cater to different user needs.</p><h2>Popular models within the series include:</h2><ul><li><strong>PicoScope 3204D</strong> - 2-channel digital storage oscilloscope with a 50 MHz bandwidth, suitable for various general-purpose applications.</li><li><strong>PicoScope 3404D</strong> - 4-channel configuration and a 70 MHz bandwidth, providing more channels for signal analysis.</li><li><strong>PicoScope 3205D MSO</strong> - 2-channel mixed-signal oscilloscope (MSO) offers a 100 MHz bandwidth and is designed for applications where both analogue and digital signals need to be analysed.</li><li><strong>PicoScope 3206D MSO</strong> - 200 MHz bandwidth, making it suitable for higher-frequency applications.</li><li><strong>PicoScope 3406D - </strong>4-channel oscilloscope offers a 200 MHz bandwidth, making it versatile for multi-signal analysis tasks.</li><li><strong>PicoScope 3405D MSO</strong> - 4-channel mixed-signal oscilloscope with a 100 MHz bandwidth, offering combined analogue and digital signal analysis capabilities.</li></ul>

Discover PicoScope 4000 at RS: Precision and power in USB oscilloscopes for advanced signal analysis and measurement tasks.

Picoscope 4000 | RS

<p>The PicoScope 4000 Series is a family of high-performance digital storage oscilloscopes (DSOs) and mixed-signal oscilloscopes (MSOs) developed by Pico Technology. These oscilloscopes are designed for a wide range of applications, particularly those that require higher bandwidth and advanced signal analysis capabilities.</p><h2>Popular models within the PicoScope 4000 Series include:</h2><ul><li><strong>PicoScope 4262</strong>: A 2-channel oscilloscope with a 16-bit vertical resolution and a 5 MHz bandwidth, designed for high-resolution signal measurements.</li><li><strong>PicoScope 4444</strong>: A 4-channel digital storage oscilloscope with a 300 MHz bandwidth, ideal for applications that require multi-signal analysis and high bandwidth.</li></ul>

Shop PicoScope 5000 Series at RS: Advanced USB oscilloscopes for precision signal analysis and high-performance measurements

Picoscope 5000 | RS

<p>The PicoScope 5000D series is an advanced range of PC-based oscilloscopes produced by Pico Technology. These oscilloscopes are designed to provide high-performance, flexibility, and a wide range of features for various measurement and testing applications and are an updated version of the PicoScope 5000 series.</p><h2>Key features of the PicoScope 5000D series typically include:</h2><ul><li>High Bandwidth and Sampling Rate - these oscilloscopes often come in various models with high bandwidth and sampling rate options, making them suitable for capturing high-frequency signals with accuracy.</li><li>High Resolution - ensuring that you can capture and analyse signals with precision.</li><li>Advanced Triggering - to help capture specific events or conditions in your signal.</li><li>Mixed-Signal Oscilloscope (MSO) Option - some models in the 5000D series come with MSO functionality, allowing you to simultaneously capture and analyse both analogue and digital signals.</li><li>Built-in Arbitrary Waveform Generator - models that have a built-in arbitrary waveform generator, allows you to generate custom waveforms for testing and signal generation.</li><li>USB Connectivity - these oscilloscopes connect to a computer via USB, and they come with PicoScope software, which provides extensive analysis and measurement capabilities.</li><li>Compact and Portable - they are typically compact and easy to transport, suitable for fieldwork or use in various locations.</li></ul>

Explore Rohde & Schwarz RTB2000 Series at RS: High-performance oscilloscopes for precise measurements and signal analysis.

RTB2000 series | Rohde & Schwarz Oscilloscopes | RS

<p>When it comes to precision measurement and signal analysis, the Rohde &amp; Schwarz RTB2000 Series Oscilloscopes stand out as an exceptional choice for engineers, scientists, and technicians. With a legacy of excellence in test and measurement equipment, Rohde &amp; Schwarz has crafted the RTB2000 series to meet the demands of today's electronic design and debugging tasks.</p><h2>Models that were well-known within the RTB2000 Series:</h2><ul><li>RTB2002 - two-channel oscilloscope</li><li>RTB2004 - four-channel oscilloscope, offering comprehensive measurement and analysis capabilities. Ideal for applications that involve complex systems or debugging tasks where multiple signals need to be observed simultaneously.</li></ul>

Browse Teledyne LeCroy WaveSurfer 4000HD Series at RS: Precision meets power in high-performance oscilloscopes for advanced signal analysis

4000HD Series | Teledyne LeCroy Oscilloscopes | RS

<p>The WaveSurfer 4000HD series is a range of oscilloscopes manufactured by Teledyne LeCroy, a leading company in the design and production of test and measurement equipment.</p><p>Designed to meet the ever-evolving demands of today's engineering and scientific applications, the Teledyne LeCroy 4000HD Series Oscilloscopes are a testament to precision measurement, unmatched performance, and unwavering versatility. For engineers, scientists, and technicians seeking the cutting edge in signal analysis and electronic design, these oscilloscopes are the ultimate tool of choice.</p>

Discover TBS1000C Series from Tektronix at RS: Precision oscilloscopes for accurate measurements. Ideal for engineers, educators, and hobbyists.

TBS1000C Series | Tektronix Oscilloscopes | RS

<p>The TBS1000C Series is a range of oscilloscopes manufactured by Tektronix, a well-known company of test and measurement equipment. These remarkable instruments seamlessly blend accuracy with user-friendly simplicity, making them the perfect choice for engineers, educators, and hobbyists alike.</p><p>These digital storage oscilloscopes are used for various electronic measurement and analysis tasks and are designed to meet the needs of both beginners and seasoned users.</p><h2>Key Features of the TBS1000C series include:</h2><ul><li>High-definition display that provides a crisp and vibrant view of your waveforms, ensuring that you don't miss the subtlest details in your measurements.</li><li>Bandwidth options ranging from 50 MHz to 200 MHz</li><li>Two-channel model for simplicity, or four-channel version to gain comprehensive insights into complex systems and multi-signal environments.</li><li>High Sample Rate</li><li>User friendly interface</li><li>Precise triggering</li></ul><h2>Popular models within the TBS1000C Series include:</h2><ul><li><strong>TBS1052C</strong> - 50 MHz bandwidth, two-channel model, which is an excellent choice for those who require basic oscilloscope capabilities and work with signals of moderate frequency.</li><li><strong>TBS1072C</strong> - 70 MHz bandwidth, two-channel model. It's suitable for users who need slightly higher bandwidth for their measurements.</li><li><strong>TBS1102C</strong> - 100 MHz bandwidth, two-channel model, offering increased performance for applications involving higher-frequency signals.</li><li><strong>TBS1202C</strong> - 200 MHz bandwidth, this two-channel model making it ideal for a wide range of applications where higher bandwidth is crucial.</li></ul>

Compact and portable mini oscilloscopes for on-the-go signal analysis. Ideal for field technicians and electronics enthusiasts. Discover their features at RS

Mini Oscilloscopes |Ultra Compact Oscilloscopes | RS

<p>Mini oscilloscopes are compact and portable versions of the traditional oscilloscope used for measuring and displaying electronic signals. These devices are designed for on-the-go or field use and are smaller and more lightweight than their benchtop counterparts. They serve the same fundamental purpose, which is to visualise and analyse electronic waveforms, but they offer greater portability and convenience.</p>

Shop 20MHz oscilloscopes at RS for dependable signal analysis. Ideal for general electronics testing and troubleshooting.

20MHz oscilloscope | Digital Oscilloscopes | RS

<p>A 20MHz oscilloscope is a basic electronic measurement instrument capable of displaying and analysing signals up to 20 million cycles per second.</p><p>Oscilloscopes measures voltage over time and allows you to visualise and analyse the electrical signals in a circuit. The oscilloscope displays these signals as waveforms on its screen, showing how the voltage of the signal changes over time.</p><h2>Why would you use a 20MHz Oscilloscope?</h2><ul><li>Basic electronics troubleshooting - checking for signal integrity, voltage levels, and waveform shapes</li><li>Audio signal analysis - examining audio frequencies and waveforms.</li><li>Education - teaching fundamental electronics concepts.</li><li>Hobbyist projects - debugging electronic circuits.</li></ul><p>While a 20MHz oscilloscope is a good starting point for many applications, it might not be suitable for high-frequency circuits or complex signal analysis. For those tasks, higher bandwidth oscilloscopes are required.</p>

Explore 50MHz oscilloscopes at RS for precise and reliable signal measurements. Ideal for a wide range of electronics testing and diagnostics.

50MHz oscilloscope | Digital Oscilloscopes | RS

<p>A 50 MHz oscilloscope is a type of electronic test instrument used to visualise and analyse electrical signals. The "50 MHz" specification refers to the oscilloscope's bandwidth, which is the range of frequencies it can accurately measure and display. Specifically, a 50 MHz oscilloscope can accurately capture signals with frequencies up to 50 megahertz (MHz).</p><p>Like lower frequency oscilloscopes, a 50MHz model displays waveforms on a screen, allowing you to measure voltage levels, frequency, phase, pulse width, rise and fall times, and other signal characteristics.</p><h2>Key Features and Uses:</h2><ul><li>The 50 MHz bandwidth indicates that the oscilloscope can measure signals with a frequency up to 50 million cycles per second and suitable for analysing relatively low-frequency analogue and digital signals.</li><li>Sampling Rate - this rate determines how often it samples the input signal. A higher sampling rate allows for more detailed capture of the waveform. For a 50 MHz oscilloscope, the sampling rate should ideally be at least 5 to 10 times the bandwidth (e.g., 250-500 Msps) to accurately capture the signal.</li><li>Display - the oscilloscope displays the waveform of the input signal on a screen, allowing users to see the signal's amplitude (voltage) over time.</li></ul><h2>Applications</h2><p>This type of oscilloscope is commonly used in:</p><ul><li>Educational settings</li><li>Troubleshooting and designing circuits</li><li>In industries where basic signal analysis is required. It is ideal for measuring signals from audio devices, microcontrollers, and other low-frequency electronic components.</li></ul>

Unlock detailed signal analysis with 60MHz oscilloscopes from RS. Perfect for accurate measurements and versatile testing in various applications.

60MHz oscilloscope | Digital Oscilloscopes | RS

<p>A 60 MHz oscilloscope is an electronic test instrument designed to measure, visualise, and analyse electrical signals with a maximum frequency of up to 60 megahertz (MHz). The "60 MHz" specification refers to the oscilloscope's bandwidth, indicating the range of frequencies it can accurately capture and display.</p><p>The oscilloscope typically has a screen that displays the waveform of the input signal, showing how the voltage changes over time. This helps in visualising the signal's amplitude, frequency, and any distortions. The sampling rate is how often the oscilloscope samples the input signal to create a digital representation of it. For accurate measurement, the oscilloscope's sampling rate should ideally be at least 5 to 10 times the bandwidth. For a 60 MHz oscilloscope, this might be around 300 to 600 Msps.</p><h2>Why Would You Use a 60 MHz Oscilloscope?</h2><ul><li>Signal Analysis - to troubleshoot and design circuits, measure waveforms, and check signal integrity.</li><li>Educational and Professional Use - for teaching electronics and signal analysis. In professional settings, it&rsquo;s used for tasks such as debugging microcontroller circuits, analysing sensor outputs, and working with communication signals that are within its bandwidth range.</li><li>Troubleshooting - engineers and technicians use oscilloscopes to diagnose problems in circuits, such as identifying faulty components, observing signal distortion, or checking timing relationships between different parts of a circuit.</li></ul><h2>What Does It Do?</h2><p>Captures and Displays Signals - oscilloscopes take an input signal and displays its waveform on the screen. This allows users to observe the shape, amplitude, frequency, and phase of the signal.</p><p>Measurement and Analysis - measures various parameters of the signal, such as peak voltage, frequency, duty cycle, rise time, and more</p><p>Triggering - allows users to stabilise repetitive waveforms and capture specific events in the signal, such as a glitch or a pulse.</p>

Discover 200MHz oscilloscopes at RS for ultra-precise signal analysis and high-speed measurements. Ideal for advanced electronics and testing.

200MHz oscilloscope | Digital Oscilloscopes | RS

<p>A 200 MHz oscilloscope is a more advanced electronic test instrument used for measuring, visualising, and analysing electrical signals, with a bandwidth of up to 200 megahertz (MHz). The "200 MHz" specification indicates the maximum frequency the oscilloscope can accurately capture and display.</p><h2>Key Features:</h2><ul><li>Bandwidth - this higher bandwidth allows it to capture more complex and faster-changing signals compared to lower bandwidth models (like 50 MHz or 60 MHz).</li><li>Sampling Rate - is crucial for accurately reconstructing a waveform. For a 200 MHz oscilloscope, the sampling rate is typically in the range of 1 to 2.5 GS/s (giga samples per second), which ensures precise measurement of high-frequency signals.</li><li>High Resolution Display - the oscilloscope displays the waveform of the input signal on a screen, showing how the voltage changes over time. Advanced models may offer high-resolution colour displays and additional analysis features.</li></ul><h2>Why Would You Use a 200 MHz Oscilloscope?</h2><ul><li>Advanced Signal Analysis - ideal for analysing high-frequency analogue and digital signals, such as those found in modern communication systems, high-speed data interfaces, and complex electronic circuits.</li><li>Engineers use 200 MHz oscilloscopes in the design, development, and debugging of high-speed digital circuits, RF circuits, and other applications where signal integrity is critical. It is particularly useful for capturing fast transients, glitches, and signal distortions.</li><li>Versatility for Complex Applications - like telecommunications, aerospace, automotive, and consumer electronics.</li></ul><h2>What Does It Do?</h2><ul><li>Captures and Displays High-Frequency Signals &ndash; this makes it suitable for observing signals that change very rapidly.</li><li>Measurement and Analysis - provides detailed measurements of various signal parameters, including rise and fall times, propagation delays, signal amplitude, frequency, phase, and more.</li><li>Advanced triggering options enable the oscilloscope to capture specific events in high-speed signals, such as glitches, pulses, or specific data patterns. This is critical for diagnosing timing issues in digital circuits.</li><li>Advanced Features - many 200 MHz oscilloscopes include features like FFT (Fast Fourier Transform) for frequency domain analysis, serial protocol decoding (e.g., I2C, SPI, CAN), and advanced math functions for in-depth signal analysis.</li></ul>

Unlock precision with 1GHz oscilloscopes from RS. Perfect for high-speed analysis and advanced signal testing in complex electronics.

1GHz oscilloscope | Digital Oscilloscopes | RS

<p>A 1 GHz oscilloscope is an advanced electronic test instrument designed to measure and visualise electrical signals with extremely high frequencies. The "1 GHz" refers to the oscilloscope's bandwidth, which is the maximum frequency it can accurately capture and display. Its high bandwidth makes it capable of capturing very fast complex signals and essential for engineers and technicians working in these areas.</p><h2>What Does a 1 GHz Oscilloscope Do?</h2><ul><li>Signal Visualisation - allows you to see the shape, timing, amplitude, and other characteristics of electrical signals on a screen.</li><li>High-Frequency Signal Analysis - captures very fast transitions and high-frequency components of a signal, which lower bandwidth oscilloscopes might miss or distort.</li><li>Advanced features - many 1GHz oscilloscopes offer additional features like digital channels, serial decoding, spectrum analysis, and waveform math, enhancing their versatility.</li><li>Fast sample rate - to capture high-speed signals accurately, 1GHz oscilloscopes typically have very high sample rates, allowing them to capture detailed waveform information.</li></ul><h2>Why Would You Need a 1 GHz Oscilloscope?</h2><ul><li>High-Speed Digital Circuits - in modern electronics signals can switch states very rapidly. A 1 GHz oscilloscope is necessary to accurately capture these fast transitions and ensure signal integrity.</li><li>Radio-Frequency (RF) Design - engineers working on systems like Wi-Fi, cellular networks, satellite communications, and radar need to analyse signals in the GHz range</li><li>High-Frequency Analog Signals require a 1 GHz oscilloscope to analyse correctly.</li><li>Signal Integrity and Jitter Analysis - in high-speed designs, ensuring that signals are clean and free from jitter (timing variations) is crucial. A 1 GHz oscilloscope helps in detecting and analysing these issues, which might go unnoticed with lower bandwidth scopes.</li></ul>

Explore 2-channel oscilloscopes at RS for versatile signal analysis. Ideal for comparing and troubleshooting multiple signals simultaneously.

2 channel oscilloscope | RS

<p>A 2-channel oscilloscope is an electronic test instrument that can measure and display two separate electrical signals simultaneously. Each channel corresponds to an input where a probe can be connected to measure a signal and can independently measure voltage, frequency, period, rise/fall time, and other parameters.</p><p>Modern oscilloscopes are primarily digital, meaning that both channels convert the incoming analogue signals into digital data for processing and display. Older oscilloscopes or some specialised ones might still be analogue, where the signals are displayed in real-time without digital conversion.</p><h2>What Do the Channels Do?</h2><ul><li>Simultaneous Signal Measurement - with two channels, you can observe and compare two signals at the same time making it easy to compare waveforms, phase relationships, and timing differences. This is especially useful in applications where you need to see how two signals interact or relate to each other.</li><li>Differential Measurements - by using both channels, you can perform differential measurements, which involve comparing two signals to see the difference between them.</li><li>Phase and Timing Analysis - in many electronics applications, you might need to compare the timing or phase relationship between two signals. A 2-channel oscilloscope allows you to do this by displaying both waveforms on the same screen.</li><li>Triggering and Synchronisation - with two channels, you can set up one channel to trigger the oscilloscope based on a specific event in a signal while monitoring another signal on the second channel. This allows for synchronised measurement and analysis.</li></ul>

Upgrade to 8-channel oscilloscopes at RS for comprehensive signal analysis. Ideal for complex systems and detailed multi-channel testing.

8 channel oscilloscope | RS

<p>An 8-channel oscilloscope is a highly advanced electronic test instrument capable of measuring and displaying eight separate electrical signals simultaneously. The "8-channel" refers to the oscilloscope's ability to capture and display eight different signals at the same time. Each channel has its own input, allowing you to connect multiple probes to measure various signals within a circuit or system.</p><p>These oscilloscopes are typically used in complex electronics design, mixed-signal environments, and applications where multiple interacting signals need to be analysed in real-time. With advanced triggering, protocol analysis, and the ability to handle large-scale projects, an 8-channel oscilloscope is a powerful tool for professionals in electronics engineering, research, and industrial applications.</p><h2>8 channel Oscilloscope features include?</h2><ul><li>Simultaneous Measurement - allows you to observe and analyse up to eight signals simultaneously</li><li>Complex System Analysis - the eight channels let you perform detailed analysis of large, complex systems. For instance, in a mixed-signal environment (where both digital and analogue signals are present), you can observe multiple lines of a bus, power supply lines, and other critical signals all at once.</li><li>Advanced Triggering and Synchronisation - you can set complex conditions across multiple channels to start capturing data based on specific events.</li><li>Protocol and Bus Analysis - to decode and analyse complex communication protocols that involve multiple data lines, such as parallel buses or multi-line serial interfaces.</li><li>High Sample Rates - to capture fast-changing signals accurately</li><li>Deep Memory - to capture and analyse complex signal patterns</li><li>Decoding Capabilities - many 8-channel oscilloscopes can decode complex digital protocols like I2C, SPI, CAN, and Ethernet, simplifying analysis and troubleshooting.</li><li>Math and Analysis Functions - like FFT, integration, differentiation, and statistics, enabling in-depth signal analysis.</li></ul><h2>Why Would You Need an 8-Channel Oscilloscope?</h2><ul><li>Time-Saving - by being able to monitor more signals simultaneously, an 8-channel oscilloscope can save time in both development and debugging processes. It reduces the need to reconfigure probes and settings repeatedly when working on different parts of a system.</li><li>Versatility and Scalability - enables you to handle more complex projects as your requirements change</li><li>Industrial and Research Applications - in industrial automation, power electronics, or scientific research, systems can have many critical signals that need to be monitored simultaneously making an 8-channel oscilloscope essential for these advanced applications.</li></ul>

Ensure accuracy with oscilloscope calibration from RS. Keep your measurements precise and reliable for optimal performance in any test.

Oscilloscope Calibration | RS

<p>Oscilloscope calibration is the process of verifying and adjusting the accuracy of an oscilloscope's measurements. Calibration ensures that the oscilloscope provides precise and reliable readings, which is crucial for accurate testing and analysis in various applications.</p><h2>Why is Calibration Important?</h2><ul><li>Accuracy - over time, an oscilloscope's components may drift due to environmental factors, usage, or aging, leading to inaccurate measurements. Calibration corrects these drifts, ensuring that the oscilloscope provides precise readings.</li><li>Compliance - many industries require regular calibration of test equipment to comply with quality standards and industry regulations.</li><li>Reliability - regular calibration helps maintain the reliability of the oscilloscope, preventing incorrect readings that could lead to faulty designs or failed tests.</li></ul><p>RS offers a great calibration service, ensuring your equipment remains in top condition and compliant with industry regulations. RS calibration services are available for a wide range of test and measurement equipment and includes:</p><ul><li>New calibrated, ready to use equipment</li><li>Re-calibration service - for calibrating your existing equipment</li><li>UKAS accredited laboratory (2 levels of certification) RS STANDARD and UKAS both fully traceable to UK national standards. UKAS accredited is recognised as the industry mark of quality internationally.</li><li>Fast turnaround and delivery</li></ul>

Keysight 100MHz Oscilloscope. High-quality signal analysis and measurement solutions.

Keysight 100MHz Oscilloscope | RS

<p>A Keysight 100MHz oscilloscope refers to an oscilloscope produced by Keysight Technologies with a bandwidth of 100 megahertz. Keysight Technologies is a reputable and well-established brand in the field of test and measurement equipment and their range of oscilloscopes are known for their quality and precision.</p><p>These oscilloscopes are used in a wide range of applications, such as circuit design, research and development, manufacturing, quality control, telecommunications, and more.</p><h2>Keysight 100MHz Oscilloscope Key Features include:</h2><ul><li>The 100MHz bandwidth means the oscilloscope is capable of accurately capturing signals with frequencies up to 100 megahertz. This bandwidth is suitable for a wide range of applications in electronics and electrical engineering.</li><li>Keysight oscilloscopes come in various models, and the number of channels can vary. A 100MHz oscilloscope from Keysight could be available in configurations with 2, 4, or more channels, depending on the specific model.</li><li>Advanced features including high sample rates, deep memory, various triggering options, advanced signal analysis capabilities, and more. These features are designed to help engineers and technicians perform detailed and accurate measurements.</li><li>Keysight oscilloscopes often have user-friendly interfaces with intuitive controls and a clear display.</li><li>Compatible with a variety of probes, which can be important for specific applications and signal measurements.</li><li>Often comes with software for data analysis and remote control, as well as various connectivity options to integrate with other test and measurement equipment or with a computer for data storage and analysis.</li></ul>

Buy Keysight Oscilloscopes. Browse our latest Keysight Oscilloscope offers. Free Next Day Delivery.

Keysight Oscilloscopes | RS

<p>Keysight Oscilloscopes are high quality devices that give you professional measurements you can rely on. Here at RS we have a great range of Keysight Oscilloscopes including bench, handheld, portable and PC base devices including the following series:</p><ul><li>DSOX</li><li>EDUX</li><li>InfiniiVision</li></ul><p>An Oscilloscope is a complex electronic laboratory instrument commonly used to capture, process, display and analyse the waveform and bandwidth of electronic signals. These test and measurement devices from Keysight can be used with many different Keysight probes and adapter accessories to meet all your specific testing applications as well as software packages for analysing.</p><h2>Types of Oscilloscopes</h2><p>There are many different types of Oscilloscopes. The biggest distinction is whether they are digital or analog oscilloscopes. Within the digital oscilloscopes area, there are several different types.</p><ul><li>Digital Storage Oscilloscope (DSO) - has a memory to store waveforms and display them for a period of time</li><li>Digital Phosphor Oscilloscopes (DPO) - use a parallel processing architecture to enable it to capture and display signals</li><li>Mixed Domain Oscilloscope, (MDO) - can operate in more than one domain, i.e. in time to display waveforms and in frequency to display signal spectra</li><li>Mixed Signal Oscilloscope, (MSO) - Combines an oscilloscope function with that of a logic analyser</li></ul>

20MHz oscilloscope

Why would you use a 20MHz Oscilloscope?

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