Pico Technology 914 Series PicoConnect 914 Oscilloscope Probe, Voltage Type, 4 GHz, 0.42, SMA Female Connector

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PHP49,556.39

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PHP55,503.16

(inc. VAT)

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RS Stock No.:
303-226
Mfr. Part No.:
PicoConnect 914
Manufacturer:
Pico Technology
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Brand

Pico Technology

Probe Type

Voltage

Product Type

Oscilloscope Probe

Attenuation

0.42

Bandwidth

4GHz

Connector Type

SMA Female

Model Number

PicoConnect 914

Series

914

Standards/Approvals

WEEE, EN 61010031, RoHS

Rise Time

40ps

COO (Country of Origin):
GB

Pico Technology 914 Series Oscilloscope Probe, 4 GHz Bandwidth, 40 ps Rise Time - PicoConnect 914


This oscilloscope probe is a passive test accessory designed for high-frequency signal acquisition in lab and field environments. It connects via an SMA female Interface and is intended for use where fast transient capture and wideband measurement are required. The probe conforms to recognised environmental and safety directives, making it suitable for regulated testing workflows.

Features and Benefits:


• 4GHz bandwidth delivers extended frequency capture for high-speed signals
• 40 ps rise time enables precise timing and transient measurement
• 0.42 attenuation provides reduced loading on measured circuits
• SMA female connector ensures stable high-frequency connection
• Passive design offers simplicity and minimal power dependence

Applications


• Suitable for high-speed digital signal integrity evaluation
• Ideal for characterising fast analogue transients
• Used with lab oscilloscopes requiring SMA inputs
• Can be used for compliance testing under mandated directives
• Used for troubleshooting RF and microwave front-ends

What connector type does it use for the oscilloscope interface?


It uses an SMA female connector for direct high-frequency connections.

How does the probe affect the measured circuit’s signal amplitude?


The probe applies 0.42x attenuation, reducing the measured amplitude relative to the source.

What is the expected temporal resolution for transient events?


The probe’s 40 ps rise time supports detection of sub-nanosecond transients.

Is the probe Active or passive in design?


The probe is passive and does not require an external power source.

Which standards does the probe meet for environmental and safety considerations?


It complies with WEEE and RoHS and meets EN 61010031 requirements.

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