PicoScope 7 Software
Available on Windows, Mac and Linux
PicoScope 7 Software
Available on Windows, Mac and Linux
OEM & custom applications
PicoScope, Pico data logger and RF products can be used as components in custom applications and OEM projects.
A to Z of PC oscilloscopes
Everything you need to know about PC oscilloscopes from Advanced Triggers to Zooming.
A to Z of Data Loggers
Everything you need to know about PC-based data loggers from Alarms to Zooming.
Application Notes
Details of some of the many applications for Pico data logger and oscilloscope products.
How do I measure...?
Find out how you can measure using Pico products
Videos
Showing you how to get the most out of PicoScope oscilloscope software.
Documentation
Up-to-date versions of the documentation supplied with your products in PDF format.
Educational Experiments
Our library of science experiments suitable for use with oscilloscope and data logging products.
PicoApps
Want to share hints, tips and code with other developers? Show your Pico-based products to the world.
Newsletter
Archive of our monthly Test and Measurement Newsletters.
Code: Select all
#channels, an array of numbers identifying the channels from which you wish to capture:
#[PL1000_CHANNEL_1 to PL1000_CHANNEL_12] (PicoLog 1012) enums 1 to 12
#[PL1000_CHANNEL_1 to PL1000_CHANNEL_16] (PicoLog 1216) enums 1 to 16
#Sampling of multiple channels is sequential.
#no_of_channels, the number of channels in the channels array
# set sampling interval
usForBlock = ctypes.c_uint32(10000000)
noOfValues = ctypes.c_uint32(1000000)
# array of the channels that you need to record in this example channels 1 to 4
channels = ctypes.c_int16([1, 2, 3, 4])
#number of channels set to 4
status["setInterval"] = pl.pl1000SetInterval(chandle, ctypes.byref(usForBlock), noOfValues, ctypes.byref(channels), 4)
assert_pico_ok(status["setInterval"])
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