PicoScope 9000 Series, 16 GHz PC Based Oscilloscope 4-Channel

Subtotal (1 unit)*

SGD42,006.25

(exc. GST)

SGD45,786.81

(inc. GST)

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RS Stock No.:
232-2206
Mfr. Part No.:
PicoScope 9404-16
Manufacturer:
Pico Technology
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Brand

Pico Technology

Product Type

Oscilloscope

Bandwidth

16GHz

Number of Channels

4

Model Number

PicoScope 9404-16

Oscilloscope Type

PC Based

Interface Type

USB

Series

PicoScope 9000

Standards/Approvals

No

Width

245mm

Height

60mm

Maximum Vertical Sensitivity

250mV/div

Maximum Time Base

5s/div

Minimum Time Base

0.05ns/div

Vertical Resolution

12 bit

Minimum Vertical Sensitivity

10mV/div

Power Source

AC Adapter

Rise Time

50ps

COO (Country of Origin):
LT

PicoScope 9400 Series Oscilloscope, 16GHz Bandwidth, 4 Channels - PicoScope 9404-16


This oscilloscope is a PC-connected instrument designed for high-speed signal observation and analysis in laboratory and test environments. It connects via a universal USB/interface and runs from an AC adaptor, offering a Compact footprint suited to bench and portable use. Built to applicable safety and EMC standards, it supports detailed waveform capture across multiple inputs for engineers and technicians requiring precise temporal measurement.

Features and Benefits:


• 16GHz bandwidth provides wide-frequency signal capture and analysis
• 50ps rise time enables accurate edge-transition characterisation
• 12-bit vertical resolution improves amplitude fidelity for low-noise signals
• 10mV/div sensitivity allows detection of small signal variations
• 20ps/div minimum time base delivers high-resolution time-domain views

Applications


• Suitable for high-speed digital bus validation and debugging
• Used for component characterisation in RF and microwave testing
• Ideal for time-domain jitter and edge analysis tasks
• Can be used for multi-channel synchronised signal comparison
• Used with PC-based automation for automated test routines

What power options are available for operation?


It operates from an AC adaptor and requires mains connection for use.

How is the instrument connected to a host computer?


A universal USB/interface provides the communications link to a PC.

What standards does it conform to for safety and EMC?


It meets EN61010-1:2010 for safety and EN61326-1:2013 for EMC.

What channel count is provided for simultaneous measurements?


Four independent channels permit concurrent acquisition of multiple signals.

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