For waveform, timing and signal analysis
An oscilloscope shows how an electrical signal changes over time. It is useful for electronics troubleshooting, prototype testing, sensor measurements and embedded-system development.
Explore oscilloscopesMeasurement and test
RIGOL manufactures oscilloscopes, signal generators, spectrum analyzers, bench multimeters, electronic loads and other test instruments for electronics design, education, maintenance and professional product development. At Partco you can find RIGOL instruments as well as compatible probes, accessories and instrument options.
Choose the instrument by measurement task: use an oscilloscope to view waveforms over time, a signal generator to create known test signals, a spectrum analyzer to study frequency content, and an electronic load to test power supplies, converters and batteries under controlled load.
The right test instrument depends on what you need to measure or verify. Use the guide below to identify the most suitable RIGOL product category.
An oscilloscope shows how an electrical signal changes over time. It is useful for electronics troubleshooting, prototype testing, sensor measurements and embedded-system development.
Explore oscilloscopesA signal generator feeds a controlled waveform into a circuit. It is useful when developing or testing amplifiers, filters, sensor interfaces and other electronic circuits.
View electronic test equipmentA spectrum analyzer shows how signal power is distributed over frequency. It can be used to study RF signals, interference, harmonics and wireless systems.
View analyzersA programmable electronic load applies a controlled load to a power supply, converter or battery. It helps verify voltage regulation, current capability and behavior under changing load conditions.
View RIGOL electronic loadsA bench multimeter is suitable for accurate voltage, current and resistance measurements at a workstation, in production testing or in a laboratory.
View RIGOL multimetersProbes, cables, adapters and software options can extend the functionality of a compatible RIGOL instrument. Always verify model-specific compatibility before ordering an accessory or option.
View RIGOL accessoriesAn oscilloscope should not be chosen only by price or by the largest MHz number. The best fit depends on bandwidth, channel count, sample rate, vertical resolution and memory depth.
A 12-bit acquisition system provides more vertical levels than a traditional 8-bit system. This can be useful when you need to observe small variations within a larger signal, investigate noise or examine subtle analog details.
Partco's current RIGOL range includes several 12-bit DHO and MHO oscilloscope families.
The comparison below provides a practical overview of key RIGOL oscilloscope families available through Partco. Exact specifications vary by individual model.
A compact 12-bit oscilloscope family for everyday electronics measurement, education, service and troubleshooting. A strong starting point when you need modern oscilloscope features without moving to a larger laboratory platform.
Suitable when you need more bandwidth and four-channel measurements. Selected models also combine oscilloscope and waveform-generator functionality, making the series useful for versatile development work.
A higher-performance 12-bit family for product development, laboratory work and more demanding troubleshooting. Partco lists DHO1000 models with up to 200 MHz bandwidth and two or four analog channels.
Designed for more demanding measurement environments where higher bandwidth, advanced analysis features and optional capability upgrades are important. Suitable for professional development, test and laboratory use.
For electronics learning, hobby projects and general troubleshooting, the DHO800 family is a practical starting point. Choose the number of channels and bandwidth according to how many signals you need to observe and how fast they are.
Two channels are sufficient for many basic measurements. Four channels are useful when several signals must be compared simultaneously, for example in power electronics, digital buses or multi-stage systems.
Required bandwidth depends on the frequency and edge speed of the signal being measured. It is good practice to leave adequate measurement margin so that important waveform details are not lost near the instrument's bandwidth limit.
An oscilloscope shows how a signal changes over time. A spectrum analyzer shows its frequency content and is useful for analyzing RF signals, interference, harmonics and other frequency-domain phenomena.
Partco's RIGOL range includes probes, cables, adapters and instrument options. Always confirm compatibility with the exact RIGOL model or product family before ordering.
If you are unsure which model fits your application, define what you need to measure, how many channels you require and the relevant frequency range. Partco's technical sales team can help you select a suitable measurement solution.
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