PicoScope 3000E Series, PQ349, 500 MHz PC Based Digital Oscilloscope, 4 Channels

RS Stock No.:: 665-684
Mfr. Part No.:: PQ349
Brand:: Pico Technology

PicoScope 3000E Series, PQ349, 500 MHz PC Based Digital Oscilloscope, 4 Channels

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RS Stock No.:: 665-684
Mfr. Part No.:: PQ349
Brand:: Pico Technology

Specifications

Technical data sheets

Legislation and Compliance

Product Details

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Select all	Attribute	Value
	Brand	Pico Technology
	Product Type	Digital Oscilloscope
	Bandwidth	500MHz
	Number of Channels	4
	Model Number	PQ349
	Oscilloscope Type	PC Based
	Oscilloscope Form	Pc Based
	Interface Type	USB Type C
	Series	PicoScope 3000E
	Standards/Approvals	No
	Power Source	USB
	Waveform Refresh Rate	300000wfms/s
	Vertical Resolution	10 bit

	Select all
	Brand Pico Technology
	Product Type Digital Oscilloscope
	Bandwidth 500MHz
	Number of Channels 4
	Model Number PQ349
	Oscilloscope Type PC Based
	Oscilloscope Form Pc Based
	Interface Type USB Type C
	Series PicoScope 3000E
	Standards/Approvals No
	Power Source USB
	Waveform Refresh Rate 300000wfms/s
	Vertical Resolution 10 bit

COO (Country of Origin):: GB

PicoScope 3000E Series Digital Oscilloscope, 500MHz Bandwidth, 4 Channels - PQ349

This digital oscilloscope connects to a host PC via USB Type-C and is powered through the same Interface to capture and analyse electrical signals. It offers high-frequency signal observation with Rapid waveform acquisition and is intended for use in laboratory, development and troubleshooting environments where compact, PC-based measurement is required.

Features and Benefits:

• 500MHz bandwidth enables detailed high-frequency signal inspection
• 300000wfms/s refresh captures rare transient events quickly
• 10‑bit 8‑bit vertical resolution improves amplitude measurement fidelity
• 1ns/div to 5000s/div timebase supports very fast to very slow signals
• 925ps rise time reveals fast edge characteristics accurately

Applications

• Suitable for debugging high-speed digital circuits
• Ideal for power-supply ripple and transient analysis
• Used with multi-channel sensor arrays for synchronised capture
• Can be used for mixed-signal timing verification
• Used for long-duration signal monitoring and logging

How is the device powered during operation?

It draws power directly from the host via the USB Type-C connection.

What channel count is available for simultaneous measurements?

There are four independent input channels for concurrent signal capture.

What sensitivity range does the front end provide?

The vertical sensitivity spans from 1mV/div up to 4V/div for a wide dynamic range.

Which standards does the product comply with?

It meets REACH, RoHS and WEEE environmental standards.