08 | Keysight | Infiniium V-Series Oscilloscopes - Data Sheet

Groundbreaking oscilloscope technology for highest measurement accuracy

Whether you are deploying emerging high-speed bus technology, identifying spectral content of wideband RF signals or analyzing

transient physical phenomena, you need the truest representation of your signal under test� Keysight invests in leading-edge

technology to bring you the highest real-time oscilloscope measurement accuracy available today�

Indium Phosphide Integrated Circuits�

Front-end multi-chip module�

Acquisition board�

Industry’s Best Signal Integrity

Keysight utilizes a proprietary Indium Phosphide (InP) integrated

circuit process to design the key technology blocks to deliver

high-bandwidth performance, ultra-low noise and high-voltage

signal input� This process is used in the pre-amplifier, trigger,

sampling, ADC and probe amplifier integrated circuit design� Not

only does this mean you are purchasing the best oscilloscope

on the market today, but you can also count on technology

leadership from Keysight in the future�

Infiniium V-Series’ front-end multi-chip module integrates the

pre-amplifier, trigger and sampling technology blocks using

a proprietary cutting-edge packaging technology� Based on

fine-line microcircuit processes and extensive experience with RF

design, Keysight developed a front-end that provides excellent

high-frequency electrical properties along with superior heat

dissipation� The unique technology includes a quasi-coaxial

path in the packaging to ensure signal shielding and delivers

a high-speed clock to the sampler chip for the most accurate

sampling time base�

All technology blocks, including the front-end, analog-to-

digital converter (ADC), memory controller, digital channels

and hardware serial trigger, are meticulously laid out on the

acquisition board with outstanding noise and coupling isolation�

Time scale accuracy of 0�1 parts per million after calibration is

achieved through precise clock synchronization and distribution,

as well as the use of a 10-MHz oven-controlled crystal oscillator

(OCXO) with ± 0�1 ppm of accuracy�