Across universities in the UK and abroad, Pico Technology oscilloscopes and vector network analysers are increasingly used in both teaching and research. Based on conversations with educators and researchers, their applications generally fall into three main areas.
Undergraduate teaching and lab work
Universities can equip labs with PicoScopes at a fraction of the cost of traditional benchtop oscilloscopes. This enables a 1:1 student-to-scope ratio, giving students more hands-on experience without the need to share equipment.
The compact, USB-powered design is highly portable, making it ideal for both remote learning and quick setup of fully functional lab environments using a personal computer.
PicoScope 7 software includes features that would often be expensive extras on traditional oscilloscopes:
- Serial protocol decoding: Students can decode protocols like I²C, SPI, and Manchester to debug digital systems.
- Spectrum analysis: Built-in spectrum analyser for frequency-domain studies, essential for RF and signal-processing courses.
- Arbitrary Waveform Generator (AWG): Generates a variety of test signals.
- Seamless data integration: Capture, save, and paste waveforms directly into assignments.
- Lab work submission: Free PicoScope 7 software allows emailing of .psdata files for assessment.
Examples include the University of Birmingham, where the PicoScope 2204A is used for “First Year Experiments,” and Leeds Beckett University, where the 3403D MSO supports Industrial Automation labs.
What are Pico Technology’s vector network analysers?
Pico Technology’s Vector Network Analysers, specifically the PicoVNA 106 and 108, are compact, USB-controlled instruments that deliver professional-grade RF analysis by utilising the processing power of a host PC. Distinguished by a Quad-RX (four-receiver) architecture, these devices minimise measurement errors and support advanced calibration techniques, such as "unknown thru," which are typically reserved for more expensive benchtop units.
They are specialised tools for characterising high-frequency components like antennas, filters, and cables, providing critical data on scattering parameters (S-parameters), impedance, and signal integrity. Beyond standard frequency sweeps, the PicoVNA is widely used for Time Domain Reflectometry (TDR) to pinpoint physical faults in cables and connections, as well as for characterising active devices like amplifiers through gain compression (P1dB) analysis.
Research and postgraduate projects
Beyond entry-level education, Pico’s high-performance 6000 Series oscilloscopes - with deep memory, fast sampling, high bandwidth and flexible resolution - are widely used in postgraduate and research projects. These instruments support advanced applications such as high-speed communications, signal integrity and embedded-system development. The VNA106 and VNA108 vector network analysers are also adopted for a variety of specialised research tasks.
Examples include Northumbria University, where the 6000E and 9400 are used for postgraduate research into sensors and software-defined radio, and Istanbul Technical University, which employs the VNA106 for medical research and testing concrete infrastructure post-earthquake.
Curriculum development and specialised training
- Mixed-Signal and Oscilloscope Training Boards: These demo boards guide students through exercises to master oscilloscope functionality and are integrated into curricula such as at Leeds Beckett University.
- Network Metrology Training Kits: Covering the basics of RF measurements, these kits include manuals to guide practical exercises when used with a VNA.
What training resources does Pico Technology offer for educators?
Pico provides specialized resources like Mixed-Signal Oscilloscope Training Boards and Network Metrology Training Kits, which include manuals and exercises to help students master RF measurements and oscilloscope functionality.
About Pico Technology
Pico Technology is a UK-based manufacturer widely recognized as the pioneer of PC-based test and measurement equipment, having introduced the first commercially viable PC oscilloscope in 1991.
PicoScope
Pico Technology oscilloscopes and their core product line, the PicoScope, consists of USB-connected instruments that leverage a host computer's processing power and high-resolution display to perform advanced signal analysis, offering capabilities like deep memory buffers and serial decoding that often surpass traditional benchtop units. These devices are defined by a software-centric architecture, ensuring that the hardware improves over time through free updates that add new features and analysis standards.
Rapid is proud to offer Pico Technology products, supporting universities in providing reliable, hands-on learning and research experiences. See how we help universities like Coventry University with test and measurement solutions from leading brands such as Tektronix here
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