Pico Technology was established in 1991 and has always been recognized for providing innovative, cost-effective alternatives to traditional test equipment and data acquisition products. In doing so, we have made high-quality instrumentation affordable.
At Pico we have been designing and manufacturing PC-based test and measurement equipment since 1991. Our innovation, experience and passion—combined with your feedback—have helped us to push the boundaries of test equipment design and give you the innovative and affordable instruments you desire.
Use the timeline below to view the history of our test and measurement equipment. Follow the links provided for full details of all products.
Pico Technology is an ISO 9001 and 14001 registered company. We put enormous effort into our systems so that we can provide our customers with well-designed, reliably manufactured products at a competitive price. Every individual in the company is responsible for the quality of their contribution and we continually strive to improve the quality of the products and services we supply.
ISO 14001 is the principal management system standard which specifies the requirements for the formulation and maintenance of an EMS. We adhere to this to help us control our environmental aspects, reduce impacts and ensure legal compliance.
All Pico products are manufactured to the highest standards under a ISO 9001 registered quality scheme and carry either a two-year or five-year return-to-manufacturer warranty (see individual product specifications). Bought-in products and accessories carry a one-year warranty or the manufacturer's warranty, whichever is greater.
Ultra compact range of 8 bit oscilloscopes and mixed-signal oscilloscopes (MSO). 2000B models offer more memory and bandwidth. All models are USB-powered and have a built-in function generator and AWG.
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General-purpose 8-bit oscilloscopes and mixed-signal oscilloscopes (MSO) that combine fast sampling rates with class-leading deep buffer memories. All models have a built-in function generator and AWG.
High-resolution oscilloscopes with 12 to 16-bit resolution. Low noise and distortion provide unmatched signal fidelity. All are USB-powered and some include an AWG. Included are models with differential inputs and IEPE interfaces.
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Flexible Resolution Oscilloscopes. Breakthrough ADC technology allows a range of hardware resolutions from 8 to 16 bits. Combines the high sampling rate of the PicoScope 3000 Series with the high resolution of the PicoScope 4000 Series.
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The fastest sampling, highest bandwidth, deepest memory and fastest waveform update rate of any USB oscilloscope on the market today.
Up to 25 GHz oscilloscopes for analysis of high-speed signals and paths to 16 Gb/s, including eye diagrams, speed and jitter parameters. Options include 2 or 4 channels, 9.5 GHz optical inputs, clock recovery, differential TDR/TDT and SXRTO.
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Professional, portable quad receiver design with Bias-Ts, up to 5500 dual-port Touchstone s-parameters per second, and 124 dB dynamic range. 6 GHz and 8.5 GHz models, both supporting 8 and 12-term calibrations.
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Professional and portable performance at low cost. 300 kHz to 8 GHz operation, -15 to +15 dBm dynamic range, with fast settling and programmable phase, frequency and amplitude to address a wide range of applications.
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The PicoSource PG900 series of fast-edge pulse generators offer transition times of less than 40 ps.
High-speed, voltage-input data logger. High channel count combined with fast sampling. Low cost per channel. The external terminal board (optional) allows easy connection.
Multichannel data loggers offering high resolution, high accuracy and programmable input ranges.
Suitable for a wide range of temperature measurement and recording applications. Works with all types of thermocouple sensor to measure temperatures from −270°C to +1820°C. We stock a wide range of thermocouples.
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Designed for precision temperature measurement, the PT-104 offers the ultimate in resolution (0.001°C) and accuracy (0.015°C).
Measure the current consumption of a machine, three-phase supply to a building or across an entire site with multiple loggers. Connect using USB for local measurement or Ethernet for remote, distributed measurement.
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