12-bit resolution • 2, 4 or 8 analog channels • 256 MS capture memory • 20 MHz bandwidth • Built-in signal generator
With a choice of 2, 4 or 8 analog channels, the PicoScope 4000A Series makes it easy to view audio, ultrasonic, vibration and power waveforms, analyze timing of complex systems, and perform a wide range of precision measurement tasks.
All models have a built-in low distortion, 80 MS/s, 14-bit function and arbitrary waveform generator, which can be used to emulate missing sensor signals during product development.
The first in our new series of webinars is coming up!
Starting at 09:00 CST / 15:00 GMT / 16:00 CET on Tuesday January 26, From CAN to BroadR-Reach – debugging automotive networks with PicoScope will be hosted by Trevor Smith, Business Development Manager for T&M, together with the developer of Pico's novel BroadR-Reach serial decoder solution, Patrycja Szelag.
Pico is delighted to announce a new series of webinars focusing on specific applications using our products, starting next month. These will be presented by staff from Pico's own sales and engineering teams, together with guests from a number of complementary partner companies, and will cover a wide range of tools and applications.
The first webinar is on Tuesday January 26, 2021 at 09:00 CST / 15:00 GMT / 16:00 CET.
More details (including a signup link) to follow – watch this space!
Pico Technology's products are ideal for use in education and training.
Whether you're looking for low-cost entry-level oscilloscopes for your students, affordable vector network analyzers, network metrology training kits or PC-based data loggers with intuitive software, we can meet your needs.
The AD2201 and AD2801 probes are high-bandwidth active differential probes, with BNC connectors. They allow safe voltage measurement on single-ended input oscilloscopes
These probes replace the TA045 and TA046 probes, and have improved powering options: they now include in-line battery modules and are compatible with standard USB chargers.
AD2801 800 MHz probeThis 800 MHz probe is ideal for measuring high-speed differential signals. The AD2801 has a measurement range of ±15 V and a common-mode voltage range of ±30 V. |
AD2201 200 MHz probeThis is a 200 MHz probe, suitable for measuring high-speed differential signals. The AD2201 has a differential measurement range of ±20 V and a common-mode range of up to ±60 V. |
| More about the AD2801 >> | More about the AD2201 >> |
The new PicoVNA 108, in a low-cost, small-footprint and portable format, is the second model in the PicoVNA range. It can see out further to 8.5 GHz, and it can see down deeper to −124 dB.
The new model provides new "save on trigger" synchronization for multiple measurements. We have also added offset frequency capability to the Quad RX architecture, and synchronization and control of the PicoSource AS108 8 GHz agile synthesizer from within the PicoVNA 3 software. This instrument pairing allows RF mixer and RF/IF system characterizations using the PicoVNA 108. Other popular third-party signal generators are also supported.
With 500 MHz bandwidth, the TA369 MSO pod is the accessory you need to exploit the mixed-signal capability of the PicoScope 6000E Series oscilloscopes.
Each pod features eight flying leads terminating in MSO probes, and each of these makes its own ground connection. If you need to arrange four or eight in a row, you can simplify the process using the ground clips supplied, suitable for 2.54 mm-pitch headers, or you can use the individual ground leads that are also included in the kit.
Now with a choice of four or eight channels!
The PicoVNA 106 Vector Network Analyzer now connects to the Cadence AWR Microwave Office and Optenni Lab CAD design environments, in a move that will benefit microwave and antenna design as well as educational use.
Support for Microwave Office comes in the form of a freely downloadable AWR Design Environment wizard, while Optenni Lab (version 4.3 SP5 and later) directly interfaces to the PicoVNA 2 DLL.
Designed within Microwave Office and supplied with the MWO project file, our Network Metrology Training kit enables students to experience the entire Design – Simulate – Implement – Validate cycle, and compare and use real-world measurements in their CAD environments.
Introducing the new PicoScope 6000E Series!
The Probe Positioning System holds your PCB and up to eight probes securely in place while you work, making soldering, inspection and test simpler.
The system is compatible with the P2056 500 MHz 10:1 passive probes (available in single and dual packs), and goes well with the PicoScope 6000E Series scopes. However, there's a selection of kits to choose from, with varying numbers of probes and probe holders included.
| PQ215: Probe positioning kit, no probes The ideal add-on to a PicoScope 6000E Series oscilloscope |
PQ217: Probe positioning kit with 4 probes Suitable for any oscilloscope with BNC connectors |
| PQ218: Pack of 4 probe holders Four additional probe holders |
PQ219: 8-channel probe positioning kit for PicoScope 6000E Series Upgrade your PicoScope 6000E from four to eight probes, and add eight probe holders |
The new, more robust, design for the PP660 Screw Terminal Adaptor makes it easier than ever to connect to the PT-104 Platinum Resistance Data Logger.
This adaptor allows you to connect PT100 probes not fitted with a mini-DIN connector, with no need for soldering.
The PT-104 data logger is not just suitable for temperature measurement, but for any application using 4-pin mini-DIN connectors, including audio.
Due to the coronavirus outbreak, Pico Technology adopted new working practices. Many of our employees are working remotely from their homes ensuring the Pico Technology business is very much up and running!
Please check with our Sales team before placing any large orders to ensure stock is available. Please note that, because of reduced freight capacity, shipments to all destinations may take longer than usual.
The Technical Support team is operating as normal, and product development is continuing uninterrupted.
Our staff have video conferencing and other tools to support you remotely with:
Although our industry and the worldwide economy is challenged by the COVID-19 outbreak, we believe we have taken the right steps to safeguard our employees and implement a robust plan to serve our customers around the world. Working closely with you, our customers, we will emerge stronger from the outbreak.
The United Kingdom and European Union reached a trade agreement which was passed into UK law and came into effect when the transition period ended at 23.00 on December 31st 2020. The agreement reached includes tariff-free, quota-free trade in goods between the UK and EU which means there are no tariffs payable on goods shipped from the UK to the EU. This trade agreement provides some welcome clarity to Pico on trading with our EU customers but areas of uncertainty and potential delay still remain. We have taken steps to ensure continuity of supply which include:
What do you as a customer need to plan for or do:
Worldwide - Customs delays - Although we are trying to mitigate delays as much as possible, the new customs clearance procedures, loss of EU preferential status and effects of the pandemic will mean shipment times faced will be longer than usually experienced so please be aware of this;
EU - Under our normal INCOTERMS 2020, you will be the importer of record for our deliveries so you should ensure you have an EU EORI (Economic Operators Registration and Identification) number to progress your goods through customs. These deliveries may incur additional duties and Import VAT, and if you are VAT registered in your country you should be able to reclaim this VAT back.
Our PicoScope 9404-16 was chosen by Berkeley Nucleonics to help demonstrate the capabilities on Fast Pulse/Low Jitter Timing Solutions. Junior Choe, RF/Microwave Sr. Product Manager, hosts this in-depth presentation on high-performance pulse solutions with focused applications.
Pico has recently renewed its membership of the MathWorks Connections Program. We've been active members for several years, helping numerous PicoScope, PicoLog and PicoVNA users develop applications using MATLAB and PicoSDK.
The MATLAB section of our online forum has plenty of programming examples, and an active community of users. Why not take a look?
Be part of the biggest upgrade to Pico data loggers since the release of PicoLog 6 nearly three years ago. PicoLog 6.2 Cloud massively broadens how and where our data loggers and oscilloscopes can be used – your live captures, in the cloud, for free.*
Setting up a cloud capture is just as easy as a local capture, with no confusing configurations required: the only difference is logging in to your PicoLog Cloud account. Viewing your live PicoLog captures is just as easy from anywhere in the world on Windows, macOS, Linux PC or Raspberry Pi, using the same PicoLog 6.2 Cloud app in remote view mode.
*PicoLog 6.2 Cloud is a free cloud service with some features restricted or disabled. Premium features will be available on annual subscription at a later date.
| Read more >> | Watch demo >> | Sign up now >> |
The PicoScope 6000E Series of deep-memory 4- and 8-channel oscilloscopes are proving popular for custom applications alongside PicoSDK, and our GitHub organization page now hosts programming examples for C#, Python and National Instruments LabVIEW.
For any assistance or advice, our team of technical support engineers is ready for your phone call, email, webchat or forum post.
Compressible data to share with other apps
When you're collecting data over any significant length of time, files exported from PicoLog 6 can easily run into the gigabytes.
HDF5 format is specifically designed to handle big data sets and leave you with manageable file sizes. It's ideal for use with MATLAB and other third-party applications, and is an export option from PicoLog 6.1.16 onwards.
This new white paper offers a deep dive into the world of spectrum analysis, from the fundamental differences between the frequency domain and the time domain to help selecting a frequency window to use for signal characterization and analysis.
PicoLog 6.1.16 is out now.
This stable release includes all the features from last month's beta release. We've improved the user interface, with simpler capture controls, and you can now export to HDF5 format (handy for MATLAB users or anyone else wanting to manage especially large amounts of data).
See the release notes for more information.
Working from home seems to have become the new normal! Our April newsletter showed off the home-working setups of some of Pico's staff. Now, we'd like you to share your at-home PicoScope setups!
For every photo uploaded to our Facebook page, Pico Technology will donate £10* to Médecins Sans Frontières, who are fighting to help save the lives of people affected by COVID-19 around the world.
*Up to a maximum of £1000.
Those who know Pico, know that we are a sociable bunch, and we miss meeting our customers at exhibitions! That's why we're bringing the experts to you.
If you would like to see any of our products in action, have any queries about our software or have a question to put to us, just post it on our Facebook page. We'll answer a selection of your questions with a video.
PicoLog 6.1.15 is now stable, and features automatic updates, so you'll never have to check for new stable releases again! Just open the Settings, click Updates & Privacy and select Check for updates to PicoLog at startup.
This software was released as a public beta last month, and includes support for the new PicoScope 4823 8-channel automotive oscilloscope. It also fixes a bug in the math channel and alarms features.
For more information, please see the release notes.