Keysight

Keysight HD304MSO InfiniiVision Mixed Signal Oscilloscope, 4+16 CH, 200 MHZ, 20 Mpts, HD3 Series

Part #20005855

MFG #HD304MSO

Keysight

Keysight HD304MSO InfiniiVision Mixed Signal Oscilloscope, 4+16 CH, 200 MHZ, 20 Mpts, HD3 Series

Part #20005855

MFG #HD304MSO

£

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Description
Attributes
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Description

300 HD Series - Upgradable Base Model

STEP 1: Add 200 MHz Base Model to Cart
STEP 2: Want a Bandwidth upgrade, choose one in Accessories and Add to Cart

Questions or need a quote please contact sales.

HD304MSO Specs:

200 MHz Bandwidth
4 Analog Channels
16 Digital Channels (Optional)
Maximum sample rate: 3.2 GSa/s all channels
Memory: 20 Mpts
14 bit ADC: 4x the vertical resolution of any oscilloscope in this class
Waveform Update Rate: Uncompromised >1,000,000 wfms/s
Noise Floor: 55 µVRMS
Vertical Resolution: 14 bits (measurement resolution is 16 bits at lower bandwidths)

Or, Pick An Upgrade::

BUY NOW with installation

Supported Model	Bandwidth upgrade	Bandwidth before upgrade	Bandwidth after upgrade
HD304MSO	HD3BW/007	200 MHz	350 MHz
	HD3BW/008	200 MHz	500 MHz
	HD3BW/009	200 MHz	1 GHz

or BUY LATER

HD304MSO	HD3BW/010	350 MHz	500 MHz
	HD3BW/011	350 MHz	1 GHz
	HD3BW/012	500 MHz	1 GHz

All bandwidth upgrades can be performed in the field by purchasing and installing a license.

4x The Resolution, Half The Noise

The InfiniiVision HD3 Series oscilloscopes offer high-end technology in a small form factor. With an intuitive touch user-interface, industry-leading waveform update rate, and zone trigger, you can capture elusive glitches and anomalies not possible on other oscilloscopes.

Highlights

Increase vertical resolution by four times with a
14-bit analog-to-digital converter (ADC)
See smaller signals with a 50 µVRMS noise floor
Find signal glitches with a fast 1.3 M waveform / second update rate
Capture longer time spans at full sample rate
with 100 Mpts of deep memory
Display up to four independent signals and control the scaling individually
Isolate signals in seconds with zone triggering -
simply draw a box on the screen
Characterize signals, hunt for errors, and save automatically
with Keysight Fault Hunter
Perform advanced analysis with fast Fourier transforms,
histograms, and Bode plots

All models are equipped with these standard functions:

Frequency response analysis (Bode plots)
Fault Hunter Software
Powerful triggering and decoding serial buses including
I2C, SPI, UART/RS232/RS485
Segmented memory
MSO (HD3MSO logic probe sold separately)
High-performance mask and measurement limit testing enabled in hardware
Built-in function/arbitrary waveform generator
Waveform and measurement histograms
FFT, and more

See What You've Been Missing

Utilizing advanced hardware from the UXR Series, the HD3 offers exceptional resolution with quadruple the vertical accuracy, a 14-bit ADC, and reduced noise. This enhances precision in a more compact form, ensuring highly accurate measurements and a clear view of your device's signals.

Additionally, the new architecture features deep memory with dedicated chips for each channel (100 Mpts), eliminating interleaving. You can activate all four channels and still achieve maximum memory and sample rate. The custom MegaZoom 5 ASIC provides hardware-based functions like zone trigger, serial decoding, and mask testing.

Capture Smaller Signals With A 50 µVRMS Noise Floor

All electronic devices, including oscilloscopes, produce some noise. The aim is to reduce this noise as much as possible. A lower noise floor means the oscilloscope has less influence on the signal, leading to more precise measurements.

Keysight's HD3 establishes a new standard in noise floor performance with a 50 µVRMS noise floor at 1 GHz bandwidth. You can further decrease the noise using bandwidth limiting and waveform averaging options on the HD3.

Fault Hunter Software

Fault Hunter is a cutting-edge system designed for inspecting digital systems. It automatically assesses your signal's characteristics based on user-defined criteria, swiftly identifying and saving errors for you to review. It's highly adaptable, allowing you to set the test duration from a few minutes to two days. You can set up your device for testing on a Friday afternoon and return on Monday morning to a comprehensive test report, with billions of tests completed.

Automate complex measurements with advanced software capabilities:

Convert time-domain signals into frequency-domain signals
using a fast Fourier transform (FFT)
Compare signals to pre-defined templates for
quick pass / fail analysis with mask testing
Analyze the statistical distribution of jitter and noise
with waveform and measurement histograms
Perform frequency response analysis with Bode plots
Isolate signals in seconds with zone touch triggering
Characterize signals, hunt for errors, and save them
automatically with Fault Hunter