Door-to-door recycling of DPO4104B high-priced mixed-signal oscilloscopes in large quantities

Mass recycling of mixed signal oscilloscopes
Dongguan Rongxin Instrument Recycling Co., Ltd.
Contact Mr. Chen (Manager)
Mobile phone
Email@
Address Guangdong No. Tangxia Avenue, Tangxia Town, Dongguan City, Province

Our company has long-term recycling and sales of world-famous brand products such as multi-purpose oscillators, network analyzers, spectrum analyzers, signal generators, testers, bridge power supplies, comprehensive tester cards.
Mr. Chen, recycling hotline
Welcome to call us for consultation
Mixed signal oscilloscope
Speed up every stage of debugging! A complete debugging platform, starting from probing
Mixed-signal oscilloscopes have high bandwidth and/or sampling rate, providing the performance needed to view rapidly changing signal details. With up to 100 channels, you can analyze analog, digital and serial signals simultaneously using one instrument. Coupled with innovative control capabilities for automatic serial and parallel bus analysis and automatic power measurement, the system gives you the versatile tools you need to speed the debugging of complex designs.
>
Series Features
Vertical System
Model




Input Channel




Analog Bandwidth




Theoretical Rise Time
(Typical)




Hardware Bandwidth Limit
or
Input Coupling

Input Impedance
Megohm
Input sensitivity in ohms

Input sensitivity in ohms

Vertical resolution
bits
Maximum input voltage in ohms
, peak value
Maximum input voltage ohms
, peak value
Gain accuracy
, where offset is set to
Offset range





Channel-to-channel isolation (any two channels on equal vertical scale)
up to rated bandwidth
>
Horizontal systems
Model




Maximum sampling rate (all channels)




Maximum recording Length (all channels)
Sample points
Maximum duration at highest sampling rate (all channels)




Time base range< br/>

Time Base Delay Time Range
Division to
Channel to Channel Offset Correction Range

Long Term Sample Rate and
Delay Time Accuracy
Over Any Interval
Incremental Time Measurement Accuracy
(/ Sampling Rate + | Readings | + )