Pico Technology develops USB-connected measurement instruments that use the host computer for display, analysis, storage and automation. This architecture supports compact benches, portable measurement and software-driven workflows.
PC-Based Measurement & Data Acquisition
Pico TechnologyPicoScope Oscilloscopes, Data Acquisition & RF Measurement in India
Pico Technology develops PC-based oscilloscopes, data loggers and RF instruments that combine compact measurement hardware with PicoScope or PicoLog software, deep acquisition memory, protocol analysis and programming interfaces.
PC OscilloscopesMixed-SignalData LoggersVector Network AnalysisAutomotive DiagnosticsPicoScope Software
Pico Technology
OFFICIAL DISTRIBUTOR · INDIA
Pico Technology Measurement Support in India
Primionics provides Pico Technology product-selection and application support in India for PicoScope oscilloscopes, PicoLog data loggers, PicoVNA vector network analysers, PicoSource RF products and related measurement accessories.
PC-based measurement platform
Oscilloscopes, data acquisition and RF instruments built around PC-based analysis.
The portfolio includes PicoScope oscilloscopes from entry-level through high-resolution and multi-gigahertz platforms, PicoLog data loggers for long-duration acquisition, PicoVNA instruments for S-parameter measurements and PicoSource RF and pulse-generation products.
PicoScope 7, PicoLog software and published drivers/APIs support interactive measurement as well as custom and automated applications across electronics, power, RF, research, service and education.
Measurement portfolio
PicoScope, PicoLog, PicoVNA and specialist PC-based test platforms.
PicoScope PC Oscilloscopes
USB oscilloscopes covering entry-level, high-resolution, FlexRes, mixed-signal and high-bandwidth measurement requirements. Families differ in bandwidth, resolution, memory, channel count, differential capability and mixed-signal support.
View productsPicoLog Data Loggers
Multichannel temperature, voltage, resistance and current logging for long-duration and distributed measurement. Logger selection can be matched to thermocouple, RTD, voltage, current and resistance inputs together with channel count and sampling duration.
View productsPicoVNA Vector Network Analysers
Compact USB vector network analysers for S-parameter measurements in laboratory and field applications. Compact USB instruments support calibrated two-port S-parameter measurements using PC-based analysis software.
View productsAutomotive Oscilloscopes & Kits
Vehicle diagnostic oscilloscopes, accessories and guided measurement software for electrical and electronic troubleshooting. Vehicle kits combine suitable scopes, probes and guided software for electrical, sensor, actuator and communication diagnostics.
View productsEngineering workflows
High-resolution capture, long-duration logging and portable RF analysis.
Embedded electronics and serial buses
Use deep-memory PicoScope platforms, flexible triggering and protocol decoding to correlate analogue signals, digital activity and firmware-controlled events.
High-resolution and differential measurement
Use higher-resolution and differential-input platforms for low-level sensors, ripple, power electronics and non-ground-referenced measurements.
RF component and interconnect analysis
Use PicoVNA and PicoSource products for S-parameter, return-loss, insertion-loss, cable, antenna and controlled RF stimulus measurements.
Long-duration data acquisition
Use PicoLog instruments for thermocouple, RTD, voltage, current and resistance measurements that must be recorded over extended validation or environmental tests.
Measurement architecture
Use the PC as the analysis, storage and automation layer.
Deep-memory waveform capture
Long records allow engineers to retain high sample rates across extended time windows and then navigate, zoom and analyse events in software.
Resolution and input architecture
PicoScope families include high-resolution, mixed-signal and differential options, allowing the input architecture to be selected around noise, dynamic range, grounding and channel-count requirements.
Long-duration logging
PicoLog systems are designed for sensor and environmental acquisition where channel type, accuracy, sampling interval and recording duration matter more than oscilloscope bandwidth.
SDK and OEM integration
Pico publishes drivers and APIs for supported products, enabling custom measurement software, automated test and OEM integration alongside the standard PicoScope and PicoLog applications.
Technical guidance
PicoScope, PicoLog and PicoVNA application questions.
How does a PC oscilloscope differ from a traditional benchtop oscilloscope?
A PC oscilloscope uses external measurement hardware while the computer provides the display, storage, analysis and user interface, which can be advantageous for deep-memory review, documentation and software automation.
Which PicoScope is suitable for small analogue signals?
Selection should be based on required bandwidth, native resolution, noise, input range and grounding. High-resolution PicoScope families are intended for measurements where small signal detail is important.
When is a differential-input oscilloscope useful?
Differential-input measurement is useful for floating or non-ground-referenced signals, power-electronics nodes and other cases where tying one side of the measurement directly to oscilloscope ground is inappropriate.
What can PicoLog data loggers measure?
The PicoLog portfolio includes instruments for thermocouples, platinum resistance sensors, voltage, current, resistance and multichannel data acquisition, depending on the model.
What is PicoVNA used for?
PicoVNA instruments perform calibrated vector network measurements such as S-parameters, return loss and insertion loss for RF components, cables, antennas and networks.
Can Pico instruments be automated from custom software?
Pico provides software development kits, drivers and programming interfaces for many products, allowing integration into custom applications and automated test systems.