Most files are zipped and you will need to unzip them. In the case of applications and patches, run "setup.exe" to install.
example signals are .apc files that can be loaded into the cleverscope to examine saved signals or to configure the scope for a standard measurement. Sometimes they have been zipped up because of the size or to include an explanatory pdf.
Click on the RHS down arrow to see the contents of each category.
Can not find what you want here? Join our forum and ask the question. Other users may well have an answer for you.
CS302 Multichannel Install x64
10 Mar 2023 - 429 MB
This is the recommended software for all our scopes. We have moved to x64 bit. Note there is an issue with AMD Processors that requires a new environment variable - see AMD Version 5.2.21 Cleverscope 4 x64 controls the CS448, CS328A, CS320A and classic CS328. It supports calibration of the CS328A and CS448 scopes (not the Classic CS320). Includes ROM updates for all version of the CS448 and CS328/A. Adds options for the CS1133 Vsat probe selection.. This is a full install or update. Unzip directory to your hard drive. For updates DO NOT uninstall the software first. Run setup.exe.
CS300 2 Channel Install
19 Jan 2023 - 242 MB
Full v4.69995 Installer for Win XP, Vista,Win 7, Win 8 and Win 10 x32 and x64. Works with all variants of Cleverscope two channel acquisition units. Does NOT work with CS448or CS548. Use for an original install or an update. DO NOT uninstall the existing installation first. Use this application to calibrate a two channel scope. This version supports DDE transfer of FRA results. Does triggered FRA start. Extract folder in zip to your hard drive and run setup.exe. Make sure your firmware is 6473 or later.
CS328A Performance Verification
29 Oct 2021 - 302k
The Cleverscope CS328A includes internal resources to calibrate an internal voltage reference against an
external voltage reference, and the ability to calibrate a number of voltage ranges against a scaled version
of the internal reference.
The purpose of this test specification is to verify the performance of the internal calibration system, and to verify that the timing system is in specification.
The zip file includes the required apc setup files to complete the task.
The CS448 Development Journey
09 Aug 2018 - 789k
Bart shares some of our experiences during the development of our new oscilloscope - a path familiar to many product development teams!
10 Jun 2017 - 6.5 MB
Version 2.13 of the Cleverscope Manual. Improved formatting and headings. Additionally covers the FRA, Protocol decoder, Maths, Ethernet, Signal Information logging and quite a bit more. 2.13 additions: Streaming and FRA improvements.
09 May 2017 - 1.1M
The CS448 is an isolated high CMRR four channel oscilloscope. It is designed to measure all the signals in an operating full or three phase power electronic switching bridge. Examples include gate drives to measure voltage and charge, the power switch to measure loss and parasitic stress, the output to measure power and spectrum for EMC compliance, and the control system for Gain/Phase and stability. The CS448 includes an isolated signal generator for stimulus, and eight digital inputs to measure control signals.
Frequency Response Analyser
18 Jun 2013 - 1.3 MB
Describes using Cleverscope to carry out Frequency Response (Gain/Phase) evaluation of a switch mode power supply. Switch mode power supplies exhibit large amounts of switching noise which make conventional measurements difficult. The document shows results obtained on a typical flyback converter.
Using Matlab with Cleverscope
09 Nov 2010 - 300kB
Cleverscope includes 4 processes that can be used to call external Matlab .m functions, considerably extending the capabilities of Cleverscope in analysing waveforms.
The maths Equation builder is used to set up the equation line that calls the Matlab.m functions. This document describes the process in more detail with examples.
Labwindows Sequential Scope
26 Oct 2010 - 9.5MB
Sequential scope example written in NI Labwindows. Also applicable to other text based languages. Based on the example in the 'Sequential Capture' section of Cscope Control Driver vi description.pdf. Includes built exe.
06 Apr 2009 - 2.3Mb
Worked example of using the mixed signal environment to capture a long duration waveform, and decode two protocols - SPI and UART. The zip includes a descriptive PDF, and also 'Trigger - protocol example.apc' that maybe loaded into the Cleverscope application for experimenting with.
Silicon Chip October 2008 Cover Story
10 Oct 2008 - 470kB
Silicon Chip tested Cleverscope and gave a very positive review in their October issue.
Integration and filtering
29 Apr 2008 - 380kB
We have had a few question about using the maths function of cleverscope to do time integrals so here is a step by step guide showing you how to calculate the power consumption of an electronic circuit that draws a variable current.
07 Apr 2008 - 2.8MB
Performance and User Interface review of Cleverscope and some common oscilloscopes. Reviews the CS328A, Tek TDS2012B, Agilent MSO6012A, Pico 3206/5204, Link Instruments DSO-8502, Bitscope USB310 and TiePie HS3-100.
24 Aug 2007 - 100kB
Detailed instruction on installing Cleverscope on the Vista operating system.
24 Jul 2007 - 0.8 MB
Describes the performance of the 10, 12 and 14 bit digitizers used in the CS328A. Discusses dynamic range, cross talk and noise sources. Displays graphs of typical performance.
16 Jun 2006 - 1.3MB
This file contains sample full buffer signals for you to look at. Current signals are an SPI DAC being loaded with a new value.
05 Apr 2006 -
This resource discusses Cleverscope capabilities using common applications such as stepper motor control, CCD camera reading and filter transfer response measurement to illustrate each capability.
06 Mar 2006 - 0.9MB
This tour shows you how to use the Cleverscope triggering capabilities, with a particular focus on navigating a composite PAL video signal.
Digital Pod Details
20 Feb 2006 - 80kB
Description of digital pod, internal schematic, and information to allow you to replace the digital pod with your own direct connection.
08 Feb 2006 - 1.4MB
Provides an illustrated guided tour of the Cleverscope application including screen shots and applications.
07 Nov 2005 - 0.1 MB
The CE certificate of conformity for the Cleverscope CS328
26 Jul 2005 - 1.44
Contains a collection of typical screen shots of Cleverscope in action. We have an SPI DAC, E1 telecom data stream, and a video signal.
15 May 2005 - .4MB
This short brief discusses using Cleverscope in ATE and Power supply applications. It also covers Cleverscope self-calibration.
Cscope control driver 64 (Development) v4.0.13.zip
16 Feb 2023 - 650MB
V4.0.13 of 64 Bit Control driver for Cleverscope CS548, CS448, CS328A and CS328. This installer installs examples for using the driver with C#, C++, MatLab, VB.Net, Python and Labview. The Driver DLL’s are not copied into the System32 directory. The intention is to let the developer choose where to place the required DLL files. This setup also installs the necessary LabView 2017 and NI-VISA 17.0 runtime. Copy folder inside zip to your hard drive. Run setup.exe from the copied folder to install. Includes all files required for operation. Installs DLL driver to Program Files\Cleverscope, and examples (including Labview Source) to Documents\Cleverscope\Cscope control driver\Examples.
Cscope control driver 64 (OEM) Installation Disk v4.0.13
16 Feb 2023 - 349MB
V4.0.13 of 64 Bit Control driver for Cleverscope CS548, CS448, CS328A and CS328. This installs Driver DLL’s into the System32 directory, as well as a copy of the DLL’s into Program Files\Cleverscope\. This setup also installs the necessary LabView 2017 and NI-VISA 17.0 runtime. Use to run your own programmes. Installs DLL driver to Program Files\Cleverscope. Does not include examples. Includes control of CS1200 Extract the install files. Copy folder inside zip to your hard drive. Run setup.exe to install. Includes all files required for operation
Cscope control driver 64bit Legacy Interface (Development) v3.9.91
11 Oct 2021 - 555MB
V3.9.6 of 64 Bit Control Legacy Interface driver for Cleverscope CS328A and CS328. This installer contains examples for using the driver in C#, C++, MatLab, VB.Net, Python and Labview. The Driver DLL’s are not copied into the System32 with this installer. The intention is to let the developer choose where to place the required DLL files. This setup also installs the necessary LabView 2017 and NI-VISA 17.0 runtime. Not recommended for new projects. Extract the install files Copy folder inside zip to your hard drive. Run setup.exe to install. Requires Cleverscope to have been installed already. Installs DLL driver to Program Files\Cleverscope, and examples (including Labview...
Cscope control driver 64bit Legacy Interface (OEM) v3.9.91
11 Oct 2021 - 333MB
V3.9.91 of 64 Bit Control Legacy Interface driver for CS328A and CS328. This installs Driver DLL’s into the System32 directory, as well as a copy of the DLL’s into Program Files\Cleverscope\. This setup also installs the necessary LabView 2017 and NI-VISA 17.0 runtime. Suitable for existing custom software projects Extract the install files Copy folder inside zip to your hard drive. Run setup.exe to install. Requires Cleverscope to have been installed already. Installs DLL driver to Program Files\Cleverscope, and examples (including Labview Source) to Documents\Cleverscope\Cscope control driver\Examples. This update solves an issue connecting to ethernet oscilloscopes We...
02 Apr 2020 -
The microsoft font required for the cleverscope Labview installation to be stable
Cscope Control LV2017 V2.8
15 Nov 2018 - 25.9 MB
V2.8 of Labview 2017 Control driver for cleverscope. See the Control Driver VI description pdf. Includes built examples. Use Cscope Control Driver.llb to programmatically initialize, acquire and replay signals using 1-32 Cleverscope Acquisition Units. Includes Functions to read derived samples values (RMS etc) and Spectrum, and temperature and sampling status. Able to send and receive data via the Link Port. Includes ability to programmatically calibrate a Cleverscope unit.You will need v6469 or V5338 firmware loaded into your CS328A or CS328. This is the 64 bit version. A CS448 driver is coming soon. See Readme.
Cscope Control DLL V2.8
27 Apr 2018 - 74 MB
Version 2.8 Collection of DLL + Simple Scope examples for Labwindows 7.1, Microsoft VS2008 C++, Microsoft VS2008 C#, Microsoft Visual Basic 2008, VS2005C++ and C#, VS2010 C++, Borland Delphi 5 and Borland C++ Builder 6. The DLL supports up to 32 connected acquisition units, and USB/Ethernet interfaces. Require v 6463 firmware. New this version - includes Functions to return Spectrum, and all the Signal Information values available in the Cleverscope app. Only the Visual C++ 2008 and Delphi 5 Simple Scopes have been updated. Works with Win7, 8 x32 and x64 bit. See pdf.
Cscope Control LV7.1 V2.8
21 Apr 2018 - 32.3 MB
V2.8 of Labview 7.1 Control driver for cleverscope. See the Control Driver VI description pdf. Includes built examples. Use Cscope Control Driver.llb to programmatically initialize, acquire and replay signals using 1-32 Cleverscope Acquisition Units. Includes Function reads to return Acquisition Unit serial number, firmware version, frame length, temperature , driver version, sampling status as well as all Signal Information value in app. Able to calculate spectrum of acquired signals. Able to send and receive data via the Link Port. Includes ability to programmatically calibrate a Cleverscope unit. Improved multi-unit control. You will need v6467 or V5338 firmware loaded into your...
E1 signal with synch pulse
This graph illustrates use of the dual trigger to capture the synch pulse in a Telecommunications E1 timing stream. We are looking for synch pulse characterized by a falling edge through 1V to falling edge through -1V being in the range 1.1 to 1.3 usecs.
Deep Memory Protocol Decoding
From Cleverscope version 4649, the Cleverscope application has been changed to make Protocol Decoding controlled from the Cleverscope Control Panel, and to automatically download the required data set to correctly decode the full width of the Scope Graph.