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Device Current Waveform Analyzer

CX3300 Device Current Waveform Analyzer enables 14-bit or 16-bit resolution and is suitable for PDN characterization for IoT, medical, automotive and mobile devices, and characterization for NVM devices (ReRAM, PRAM, MRAM).

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Save 15% on CX3300 Application Bundles for Automotive Applications

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Save 15% on CX3300 Application Bundles for Non-Volatile Memory (NVM) Applications

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Highlights

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Highlights

Measure Dynamic Current And Voltage With Confidence

IoT (Internet of Things) requires various devices to sense and process the data and to connect with the network. Accordingly, IoT increases the number of embedded electronic components dramatically. Characterizing the power rail current and voltage is critical to reveal how the device operates to improve the performance and optimize the circuit design to ensure reliability.

The Keysight CX3300 series is an all-in-one measurement and analysis solution to solve your power rail, power delivery network, and power integrity challenges. The CX3300 series integrates an oscilloscope’s bandwidth and sampling rate, a DMM’s sensitivity, and data logger’s extended duration measurement recording to reveal accurate current and voltage waveforms.

Anomalous Waveform Analytics

Anomalous waveform analytics feature is a machine learning technology embedded in the Keysight CX3300 waveform analyzer. It helps you to capture repetitive voltage and current waveform exceeding a terabyte. You can immediately identify and analyze intermittent anomalous signals and events in the waveform that are not possible by manual analysis. Anomalous Waveform Analytics feature accelerates characterization, validation, and debugging on mainframe and PC.

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Explore the Solution

Get a closer look at the products that comprise this solution through 3D models and animation.

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A Complete Device Development Solution

Solve Measurement Challenges Faster And Easier

With its precision low-level dynamic current measurement capability at pA level and powerful waveform analytics features, you can:

Improve the device design and power consumption performance by accurate characterization
Ensure the device’s reliability by capturing rare anomalies during the long-duration operation
Shorten time-to-market of high-performance and high-reliability devices by quick anomalies identification and analysis from massive waveform data

Measure, Capture and Characterize

In this part of the video, we illustrate the drawbacks of using only one conventional device to capture wide current measurement ranges. With Keysight's CX3300, it shows how impactful the instrument is for accelerating your characterization, validation, and debugging in your high-performance and low-power consumption IoT device development.

Accelerate the Time to Market for Your Product

With Keysight CX3300 and CX3300APPC current waveform analytics software, you can accelerate the time to market for a high-reliability product. Here is how:

Perform a post-measurement analysis task on your PC without using the instrument.
Share and collaborate the analysis of the same waveform data among your team member.
Make use of the Waveform Trend Analyzer, Anywhere Zoom to quickly identify the major flaws in measurement levels.

Find The Model That's Right For You

CX3324A

Device Current Waveform Analyzer, 1 GSa/s, 14/16-bit, 4 Channel

Starting from

CX3324A is a 4-channel mainframe with up to 16-bit wide resolution. The memory depth and the bandwidth are upgradable up to 256 MSa/s and 200 MHz respectively.

CX3322A

Device Current Waveform Analyzer, 1 GSa/s, 14/16-bit, 2 Channel

Starting from

CX3322A is a 2-channel mainframe series with 14-bit or 16-bit resolution. The memory depth and the bandwidth is upgradable up to 256 MSa/s and 200 MHz respectively. The OS supports Windows 10.