Mouser adds Pico Technology’s PC-based instruments

12th January 2022

Mick Elliott

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Datasheet

Mouser Electronics has sealed a distribution agreement with UK-based Pico Technology, a developer of PC oscilloscopes and an experienced designer of PC-based data acquisition and automotive diagnostics products.

Through the agreement, Mouser is now stocking PicoScope oscilloscopes, PicoLog data loggers, PicoVNA vector network analysers and accessories.

PicoScope real-time oscilloscopes are engineered for a broad range of applications, offering users the right blend of speed, resolution, memory depth and other performance characteristics to handle their test and measurement challenges.

PicoScope 3000 8-bit oscilloscopes and mixed-signal oscilloscopes (MSOs) are small, lightweight, and portable, while offering the high-performance specifications required by engineers on the move or in the lab.

These oscilloscopes feature two or four analogue channels, plus 16 digital channels on the MSO models. Pico Technology passive oscilloscope probes are ergonomically designed and suitable for use with all major brands of oscilloscopes as well as PicoScope oscilloscopes.

Pico data acquisition products provide a straightforward answer to a wide range of data logging needs. PicoLog data loggers require no power supply and simply plug into a USB port on a PC.

The PicoLog CM3 current data logger is a compact, easy-to-use instrument for measuring the current consumption of machinery and buildings.

The three-channel device offers 24-bit resolution with high accuracy and low noise and comes with PicoLog Cloud, a free upgrade that introduces many great new features that expand how PicoLog data loggers can be used.

PicoLog Cloud allows all current Pico data loggers and real-time scopes to capture data directly to a new free Cloud service, and can be shared via a link to any browser on a PC, phone or tablet, anywhere in the world.

The PicoVNA Series is a USB-controlled, professional- and laboratory-grade vector network analyser with operation between 300 kHz and 6 GHz or 8.5 GHz.

The compact instrument boasts a full-function, minimal-error “Quad RX” four-receiver architecture.

This supports both 8- and 12-term calibration without the uncorrectable switching errors, delays and unreliability of traditional three-receiver designs.