KEYSIGHT CX3324A SERIES WAVEFORM ANALYZER TREIBER

KEYSIGHT CX3324A SERIES WAVEFORM ANALYZER DRIVER DETAILS:

Type: Driver
File Name: keysight_cx3324a_12438.zip
File Size: 11.9 MB
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Supported systems: Windows 10, 8.1, 8, 7, 2008, Vista, 2003, XP, Other
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KEYSIGHT CX3324A SERIES WAVEFORM ANALYZER DRIVER



Keysight CX3324A Device Current Waveform Analyzer 1 Gsa/s (agilent)

As a result, engineers are forced to look into even component level dynamic current consumption, which Keysight CX3324A Series Waveform Analyzer always very difficult to measure especially for low-power devices used in IoT enabled products. What makes wideband low-level current waveform measurements so difficult? It is difficult to measure such a wide dynamic range of currents with a single measurement.

Current Time Figure 1. Large measurement noise Clamp-on type current probes are widely used, but measuring low-level current less than 1 ma is always difficult due to the large noise floor.

Using a shunt resistor and an oscilloscope is very useful, but the minimum measurable current is limited due to the noise floor and the voltage drop across the resistor. High speed sampling Wide bandwidth 3.

Keysight CXA Device Current Waveform Analyzer 1 Gsa/s (agilent) eBay

Limited bandwidth Low-level current waveform measurements with a certain level of resolution need a tradeoff with bandwidth, otherwise Keysight CX3324A Series Waveform Analyzer measurements may degrade the resolution. Using a multimeter or an ammeter is popular for high resolution measurements, but not appropriate for wideband current measurements due to the lesser bandwidth. It is also difficult to measure multiple ranges with the same Keysight CX3324A Series Waveform Analyzer bandwidth when you use a custom measurement instrument built using standard rather than specialist parts. Multiple instruments required A multimeter is commonly used to measure the averaged sleep state current, while the active state current can be captured using an oscilloscope.

The total power and current consumptions must be manually estimated from these results, but the data is not always reliable and it can be time consuming to validate it. Current Low noise floor Time Wide dynamic range Figure 2. Expected key requirements for wideband low-level current waveform measurements. As shown in Figure 2, engineers and researchers need Keysight CX3324A Series Waveform Analyzer wideband low-level current waveform measurement solution with a single instrument, simultaneously meeting multiple key measurement requirements. A current measurement always requires a wide dynamic range, especially for the low power device applications consisting of sleep and active states. The CX s dedicated current sensors enable up to 5-decade dynamic range measurements at one time and to easily measure the power and current profiles. Wide dynamic range measurement example: You can measure low-level current waveform from pa level using the low noise current sensing technology.

KEYSIGHT CXA QUICK OPERATION MANUAL Pdf Download.

The high-frequency noise suppressed sensing technology enables you to measure current waveform from pa level. The CX s superior low noise capability helps you achieve results that have never previously been obtainable with existing instruments. Very-low current measurement example: The CX s dedicated current sensors greatly suppress high frequency current noise without losing their low-burden current sensing capability. The dual channel sensor enables almost 5-decade dynamic range using the simultaneous dual range view technology. SMA cable Figure 6b.

KEYSIGHT CX3324A SERIES WAVEFORM ANALYZER WINDOWS 10 DRIVER

Test lead Figure 7. The CX series can also measure and view voltage waveforms using a passive probe, so that you can Figures 6a and 6b. A wide variety of sensor head adapters provides the best connection interface for your DUT device under test.

The CX s high frequency measurement capabilities capture never seen before fast transient current waveforms Keysight CX3324A Series Waveform Analyzer clearly show them on the display. As a result, you can not only improve the debug efficiency, but can select the right components by knowing the peak current. Zoom in this area Figure 8.

You can capture fast transient current waveforms and show them on the display. CXA is a 4-channel mainframe with bit or bit wide resolution. The memory depth and the Keysight CX3324A Series Waveform Analyzer are upgradable up to MSa/s and MHz. The mainframes of CX series Device Current Waveform Analyzers CXA Device Current Waveform Analyzer, 1 GSa/s, 14/bit, 4 Channel (1).

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