PicoScope 3000 Series, 50 MHz PC Based Oscilloscope 4-Channel

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Each

SGD560.36

(exc. GST)

SGD610.79

(inc. GST)

RS Stock No.:
846-3412
Distrelec Article No.:
300-18-069
Mfr. Part No.:
PicoScope 3403D
Manufacturer:
Pico Technology
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Brand

Pico Technology

Product Type

Oscilloscope

Bandwidth

50MHz

Number of Channels

4

Model Number

PicoScope 3403D

Oscilloscope Type

PC Based

Interface Type

CAN, IIC, LIN, RS232, SPI, UART, USB

Series

PicoScope 3000

Width

190mm

Standards/Approvals

EN 61010-1:2010, EN 61326-1:2006, WEEE

Height

170mm

Power Source

Mains

Minimum Time Base

1ns/div

Maximum Vertical Sensitivity

4V/div

Rise Time

7ns

Maximum Time Base

5000s/div

Minimum Vertical Sensitivity

4mV/div

Vertical Resolution

8 bit

COO (Country of Origin):
GB

PicoScope 3000 Series Oscilloscope, 50MHz Bandwidth, 4 Channels - PicoScope 3403D


This oscilloscope is a PC‑connected instrument designed for mixed‑signal diagnostics and waveform analysis. It connects via USB to deliver portable measurement capability for bench or field use, supporting multiple serial interfaces to capture and decode a variety of bus protocols. The unit operates from the host USB supply and is intended for engineers and technicians requiring compact, computer‑integrated signal inspection.

Features and Benefits:


• 50MHz Bandwidth delivers clear frequency‑domain insight for node checks
• 1ns/div Minimum Time Base enables fine time‑detail capture
• 7ns Rise Time allows accurate measurement of fast edges
• 8‑bit Vertical Resolution supports precise amplitude sampling
• 4mV to 4V/div Vertical Sensitivity covers small to large signals

Applications


• Suitable for analysing automotive CAN bus signals
• Used with UART and RS232 serial communications troubleshooting
• Ideal for embedded I2C and SPI bus development
• Can be used for LIN network diagnostics and validation
• Suitable for PC‑based mixed‑signal laboratory measurement

Which interfaces can I use to capture serial buses?


The instrument supports CAN, I2C, LIN, RS232, SPI and UART connections for direct protocol capture.

How is the device powered during operation?


It draws power from the connected USB port so no separate mains supply is required.

What physical footprint should I allow for on my bench?


The enclosure measures 170 x 190 x 40 mm so allow space for cables and host connectivity.

What safety and EMC standards does it meet?


It complies with EN 61010‑1:2010 for safety and EN 61326‑1:2006 for electromagnetic compatibility.

How many analogue channels are available for simultaneous acquisition?


Four independent channels are provided for concurrent waveform capture.

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