Logarithmic sweep in PicoVNA 5
Logarithmic sweeps with a VNA refers to sweeping the frequency in logarithmic steps. Ideal for…
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PicoScope 9400A Series oscilloscopes now up to 33 GHz
The PicoScope 9400A Series of high-bandwidth sampling oscilloscopes are engineered to meet the demanding needs…
Pico Saves the Day by decoding CAN bus
One of our Powertrain & Electronics team members brought out the PicoScope 5444D. Thanks to…
Pico Technology Expands the PicoScope 3000E Series with New Entry-Level Mixed-Signal Oscilloscopes
The latest additions to our popular PicoScope 3000E Series, new entry-level Mixed-Signal Oscilloscope (MSO) models…
The PicoScope 7 User’s Guide is here
We’re pleased to announce the availability of the updated PicoScope 7 User’s Guide. This initial…
Advanced Filtering of Serial Data
If some of you are keeping up with the ever-increasing features for PicoScope 7, you…
Why your next scope should be a PC-based USB oscilloscope?
In this article, we’ll dive into why USB oscilloscopes, like PicoScopes, are rapidly becoming the…
Welcome to our ever expanding Pico content hub, your one-stop destination for all things test and measurement. Here, you’ll find a curated collection of resources, including application notes, case studies, blogs, company news, and product updates written by our industry experts and engineers.
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Rulers – horizontal, vertical, tracking and phase
Information on how to use signal, time, frequency, phase and tracking rulers in PicoScope 7.
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isoSPI serial protocol decoding
Find out how to decode isoSPI, a version of SPI with a modified physical layer, with PicoScope 7.
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PicoSDK and PicoScope models
See the definitive list of what API version you need to use for your Pico oscilloscope, covering all current and discontinued models.
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New Python package, pyPicoSDK, for simplified scope control
Pico Technology, the global leader in PC-based oscilloscopes, has officially released pyPicoSDK, a new Python package designed to simplify the use of PicoScopes. Built on…
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pyPicoSDK: Getting started
Follow our step-by-step guide on how to get started developing your own custom applications for PicoScope using Python.
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T&M Newsletter July 2025
Stay up-to-date with the latest from Pico Technology’s Test & Measurement division! Our monthly newsletter brings you the newest product releases, software updates, and insightful…
Tags: Newsletters -
T&M Newsletter June 2025
Stay up-to-date with the latest from Pico Technology’s Test & Measurement division! Our monthly newsletter brings you the newest product releases, software updates, and insightful…
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Soundproofing a room using a PicoScope
This video investigates whether a PicoScope oscilloscope, paired with ultrasonic transducers, can be used to measure (and thereby help improve) sound insulation in a real-world…
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Waveform buffer overlay
The waveform buffer overlay feature is currently in Early Access and, as such, is still being developed. This article, and the feature functionality, may change…
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T&M Newsletter May 2025
We’re pleased to announce the availability of the first draft of the updated PicoScope 7 User’s Guide. This initial version represents a significant step forward…
Tags: Newsletters -
Logarithmic sweep in PicoVNA 5
Logarithmic sweeps with a VNA refers to sweeping the frequency in logarithmic steps. Ideal for systems like antennas, filters or broadband devices.
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PicoScope 9400A Series oscilloscopes now up to 33 GHz
The PicoScope 9400A Series of high-bandwidth sampling oscilloscopes are engineered to meet the demanding needs of high-speed electronics, communications, semiconductor research and high-energy physics applications.
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Maximum, minimum and peak to peak measurements and math channels
Maximum and Minimum measurements are amplitude metrics used in signal analysis to identify the highest and lowest points of a waveform.
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Pico Saves the Day by decoding CAN bus
One of our Powertrain & Electronics team members brought out the PicoScope 5444D. Thanks to its compact and modular design, it was easy to use…
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Top, base and amplitude measurement and math channel
Top and Base are measures of the high and low levels of a signal, excluding any noise or ringing present on those levels. These differ from the…