We are proud to announce that GSAS Microsystems is now the authorized distributor of Pico Technology in India. As a global leader in high-performance oscilloscopes, diagnostic equipment, data loggers, and signal generators, Pico Technology empowers engineers, scientists, and technicians worldwide with innovative tools for precision measurement and data analysis. Through this partnership, GSAS brings Pico’s cutting-edge solutions to the Indian market, supporting industries from automotive and electronics to healthcare and environmental monitoring. Together, we are committed to delivering world-class technology, reliability, and customer satisfaction.

Oscilloscope

PicoScope oscilloscopes from Pico Technology are PC-based USB instruments that offer the performance of traditional benchtop scopes in a compact, portable design. They cover a wide range of models—from entry-level 2000 Series to high-end 6000 Series—featuring bandwidths up to 3 GHz, sampling rates up to 10 GS/s, and resolutions up to 16 bits. Each model includes advanced features like serial decoding, mask testing, mixed-signal analysis, and an integrated arbitrary waveform generator. With free PicoScope software updates and USB power, these oscilloscopes provide a cost-effective, flexible solution for engineers, educators, and researchers.

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.

Channels 2 or 4 (+16 digital with MSO)
Bandwidth 10 to 100 MHz
Max Sampling 1 GS/s
Memory 8 kS to 128 MS

The highest performance PC-based USB-powered oscilloscopes and MSOs available. Up to 500 MHz bandwidth, 5 GS/s sampling and 2 GS memory. All models have a built-in function generator and AWG.

Channels 2 or 4 (+16 digital with MSO)
Bandwidth 10 to 100 MHz
Max Sampling 1 GS/s
Memory 8 kS to 128 MS

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.

Channels 2 or 4 (+16 digital with MSO)
Bandwidth 50 to 200 MHz
Max Sampling 1 GS/s
Memory 64 MS to 512 MS

High-resolution oscilloscopes with 12 to 16-bit resolution. Low noise and distortion provide unmatched signal fidelity. All are USB-powered and most include an AWG. Series includes differential-input models.

Channels 2, 4, or 8
Bandwidth 5 to 20 MHz
Max Sampling 80 MS/s
Memory 10 MS to 256 MS

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

Channels 2 or 4 (+16 digital with MSO)
Bandwidth 60 to 200 MHz
Max Sampling 1 GS/s
Memory 128 MS to 512 MS

High-performance oscilloscopes with up to 3 GHz bandwidth, 8 or 8-12 bit flexible resolution and ultra-deep capture memory that delivers 200 ms capture duration at a maximum sample rate of 10 GS/s. Optional MSO pods add up to 16 digital channels.

Channels 4 or 8 (+ 16 digital, optional with MSO)
Bandwidth 300 MHz to 3 GHz
Max Sampling 10 GS/s
Memory 1 GS to 4 GS

The unique PicoScope SXRTOs and Sampling Oscilloscopes for data eye diagram, speed and jitter analysis out to 16 Gb/s. 9.5 GHz optical, clock recovery and differential TDR/TDT options.

Channels 2 or 4
Bandwidth 5 GHz to 33 GHz
Max Sampling 5 TS/s effective
Memory 250 kS

RF products and accessories

It highlights a specialist range of RF test and measurement instruments — including USB-controlled vector network analyzers (6 GHz & 8.5 GHz models), agile signal synthesizers (300 kHz to 8 GHz), and high-speed pulse generators with transition times under 40 ps — plus a variety of RF accessories like probes, attenuators, filters and cables.

The incredible PicoVNA: Low cost, high performance

The PicoVNA 106 and PicoVNA 108 are low-cost, small footprint, USB controlled Vector Network Analyzers that offer up to 8.5 GHz of bandwidth with performance that punches well above their weight. Accurate: With up to 124 dB of dynamic range and RMS trace noise of just 0.005 dB at maximum resolution bandwidth, you know that what you are recording is a true reflection of the device you are measuring. Fast: Capable of up to 5500 dual-port S-parameter measurements per second; that is, creating a 201-point two-port .s2p file takes less than 38 ms. Affordable: Not only is the unit itself excellent value, calibration kits are highly affordable and easily repairable, keeping total cost of ownership low. Reliable: The quad-RX architecture minimizes uncorrectable errors and delays. Simple: Automated calibration with the E-Cal kit makes it easier and faster to get up and running.

The new PicoVNA 5 software makes measurements easy. The intuitive controls allow you to fully customize your viewports to your needs. Add a mix of frequency and time domain measurements, group markers across traces and configure readouts exactly how you need them. Because PicoVNA is USB controlled, it is simple to save data to your drive — in a number of different formats including .csv and .s2p — to use with other software or share with your team. For those who want to control their PicoVNA remotely, or perhaps want to run automated tests, the PicoSDK is also available with PicoVNAs. Control can be by either API calls or standard SCPI commands, and you can control multiple instruments at once. The SDK works with Labview, MATLAB, Python and C/C++/C#. As you would expect, there are many examples to get you started on the Pico GitHub.

Pico Data Logger / Data Acquisition Range

The data-logger product range from Pico Technology offers cost-effective USB and Ethernet instruments for capturing and recording measurements such as voltage, current, temperature, humidity, resistance and more via a PC. Models include multi-channel loggers like the PicoLog 1000 Series, high-resolution units such as the ADC-20/ADC-24, thermocouple-specific units like the TC-08, and temperature-focused systems like the PT-104 / CM3. All devices use the free PicoLog software (including cloud-enabled capture and remote access) and are powered via USB or Ethernet, making them flexible for lab, field or distributed measurement setups.

High-speed, multi-channel voltage logger with fast sampling.

High-speed data loggers / data acquisition

 

Type/ Channels Up to 16 voltage inputs with 4 digital outputs. Fixed 0 to 2.5 V input range
Resolution 10 or 12 bits
Maximum Sampling 1 MS/s

High-resolution and high-accuracy voltage input data loggers

High-resolution data loggers
Type/ Channels 16 single-ended voltage inputs (8 differential) with 4 digital IO channels. Input ranges ±2500 mV to ±39 mV
Resolution 20 or 24 bits
Maximum Sampling 16 S/s

Wide-range thermocouple logger for precise temperature measurement applications.

TC-08 thermocouple data logger
Type/ Channels 8 thermocouple channels, can also measure voltage.
Resolution 20 bits
Maximum Sampling 10 S/s

Designed for precision temperature measurement, the PT-104 offers the ultimate in resolution (0.001°C) and accuracy (0.015°C).

High-accuracy multichannel temperature data logger
Type/ Channels 4 channel temperature data logger. Supports PT100 and PT1000 sensors, also measures resistance.
Resolution 24 bits
Maximum Sampling 720 ms per sample

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.

PicoLog CM3 Current Data Logger
Type/ Channels Supports up to three AC current clamps for mains (line) current logging
Resolution 24 bits
Maximum Sampling 720 ms per sample

Milliohm, earth bond, and motor tester solution, offering resistance testing of all windings on single and 3‑phase electric motors.