resources

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.

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.

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 tested Cleverscope and gave a very positive review in their October issue.

Contains a collection of typical screen shots of Cleverscope in action. We have an SPI DAC, E1 telecom data stream, and a video signal.

Provides an illustrated guided tour of the Cleverscope application including screen shots and applications.

This tour shows you how to use the Cleverscope triggering capabilities, with a particular focus on navigating a composite PAL video signal.

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.

This short brief discusses using Cleverscope in ATE and Power supply applications. It also covers Cleverscope self-calibration.

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.

This file contains sample full buffer signals for you to look at. Current signals are an SPI DAC being loaded with a new value.

Version 4.210 The Cleverscope 4 channel application is used to link two CS328/CS328A cleverscopes together to act as a 4 channel scope, with 16 digital inputs. The Four channel application pdf tells you what you need to know.

This is an update, and you need to unzip into the Program Files/Cleverscope directory. It has some improvements in performance and reliability, and now works with scopes calibrated after version 4640.

Download this .zip file to install Cleverscope v3.309 on Win98 SE - WinXP systems for Pentium I and II processors. NOTE: These platforms are no longer supported, and this is the last version for Pentium I and II processors. This version is identical to version 3512, with the exception of digital graphs. Digital graphs can be displayed in either normal, or large formats, but the plots do not resize to suit the number of digital inputs selected.

Version 2.3 Collection of DLL + Simple Scope examples for Labwindows 7.1, Microsoft VS2005 C++, Microsoft VS2005 C#, Microsoft Visual Basic 2005, Borland Delphi 5 and Borland C++ Builder 6. The DLL supports up to 32 connected acquisition units, and USB/Ethernet interfaces. The DLL supports Functions to return serial and version number info, and the CAU temperature.

This collection contains 'Simple Scope' examples for each environment, built using our version 2 multi acquisition unit driver. See the support docs in the zip. It supports firmware 4639+, which uses the new Cleverscope Vid/Pid combination. Note that for each environment you will have to copy the file Cscope Control Driver.dll from the root to the appropriate sub directory or put one copy in WindowsSystem32. We have done this to save download time. You will also have to make sure you have the Cleverscope Runtime and USB driver installed and up to date. See Cleverscope update USB driver.pdf Supports calibration and Link POrt transmission. Stopping during development now allows graceful recovery.

Does not support the QuickUSB drivers. For older installations, we suggest you download the latest update, and run the installer to put the correct environment onto your PC. Check the environment by running the pre-built .exe to test.

We have used older versions of the development tools to allow forward compatability. Anyone interested in packaging these as objects is welcome to talk to us!

Version 1. Archive. Collection of DLL + Simple Scope examples for Labview 7.1, Labwindows 7.1, Microsoft VS2005 C++, Microsoft VS2005 C#, Borland Delphi 5 and Borland C++ Builder 6 using our older Version 1 Cscope Control DLL.

The version 1 DLL does not support multiple connected acquisition units, or the Ethernet interface. We keep it here for compatability with existing projects. It does include an updated DLL that supports firmware 4635, which uses the new Cleverscope Vid/Pid combination. Note that for each envrionment you will have to copy the file Cscope Control Driver.dll from the 'DLL Builds' directory to the appropriate sub directories. We have done this to save download time.

For the latest driver see Cscope Control DLL V2 which supports multiple connected acquisition units, and ethernet.

Version 2.2. Cscope Control VI for Labview 7.0. NOTE: WE have CHANGED the cscope control interface to match the LV 8+ versions. We have added the top level cscope function.vi Please check your diagram. Supports new calibration system. Use Cscope Control Driver.llb to programmatically initialize, acquire and replay signals using 1-32 Cleverscope Acquisition Units.

Includes Function read to return Acquisition Unit serial number, firmware version, frame length, temperature and driver version. Able to send and receive data via the Link Port. Fixes delayed trigger bug.

Includes five top most applications 'Simple Scope', 'Simple Scope 2 unit', 'Bandpass Response' , 'Minimum Scope' and 'Min Sequential Scope' to show you how to use the driver, and an executable version of each, with the Labview build to make it. Includes 'Cscope Control Driver vi description.pdf' describing the vi with in-depth explanation. Works with the CS328 and CS328A over USB1.1 or USB2.0, and Ethernet. Includes full connection status, and the ability to recover from disconnects. See the PDF for more detail. The driver supports stepping of the signal generator in the acquisition unit on a trigger, and automatic playback of a sequential frame capture (with up to 2999 frames) to the calling application. We include a simple application Bandpass Response that shows how this can be used to plot the bandpass response of a network much faster than the standard Cleverscope approach. You will need v6439 or V5334 firmware loaded into your CS328A or CS328. Includes external clock support. Includes support for multiple units. Includes Ethernet support. Requires firmware v6449 to take full advantage.

Version 2.3. Cscope Control VI for Labview 7.1. NOTE: WE have CHANGED the cscope control interface to match the LV 8+ versions. We have added the top level cscope function.vi Please check your diagram. Supports new calibration system. Use Cscope Control Driver.llb to programmatically initialize, acquire and replay signals using 1-32 Cleverscope Acquisition Units.

Includes Function read to return Acquisition Unit serial number, firmware version, frame length, temperature and driver version. Able to send and receive data via the Link Port. Fixes delayed trigger bug and ADC resolution bug. Includes ability to programmatically calibrate a Cleverscope unit.

Includes five top most applications 'Simple Scope', 'Simple Scope 2 unit', 'Bandpass Response' , 'Minimum Scope' and 'Min Sequential Scope' to show you how to use the driver, and an executable version of each, with the Labview build to make it. Includes 'Cscope Control Driver vi description.pdf' describing the vi with in-depth explanation. Works with the CS328 and CS328A over USB1.1 or USB2.0, and Ethernet. Includes full connection status, and the ability to recover from disconnects. See the PDF for more detail. The driver supports stepping of the signal generator in the acquisition unit on a trigger, and automatic playback of a sequential frame capture (with up to 2999 frames) to the calling application. We include a simple application Bandpass Response that shows how this can be used to plot the bandpass response of a network much faster than the standard Cleverscope approach. You will need v6439 or V5334 firmware loaded into your CS328A or CS328. Includes external clock support. Includes support for multiple units. Includes Ethernet support. Requires firmware v6449 to take full advantage.

Version 2.2. Cscope Control VI for Labview 8.6.1. NOTE: we have added the top level cscope function.vi Please check your diagram. Supports new calibration system. Use Cscope Control Driver.llb to programmatically initialize, acquire and replay signals using 1-32 Cleverscope Acquisition Units.

Includes Function read to return Acquisition Unit serial number, firmware version, frame length, temperature and driver version. Able to send and receive data via the Link Port. Fixes delayed trigger bug.

Includes five top most applications 'Simple Scope', 'Simple Scope 2 unit', 'Bandpass Response' , 'Minimum Scope' and 'Min Sequential Scope' to show you how to use the driver, and an executable version of each, with the Labview build to make it. Includes 'Cscope Control Driver vi description.pdf' describing the vi with in-depth explanation. Works with the CS328 and CS328A over USB1.1 or USB2.0, and Ethernet. Includes full connection status, and the ability to recover from disconnects. See the PDF for more detail. The driver supports stepping of the signal generator in the acquisition unit on a trigger, and automatic playback of a sequential frame capture (with up to 2999 frames) to the calling application. We include a simple application Bandpass Response that shows how this can be used to plot the bandpass response of a network much faster than the standard Cleverscope approach. You will need v6439 or V5334 firmware loaded into your CS328A or CS328. Includes external clock support. Includes support for multiple units. Includes Ethernet support. Requires firmware v6439 to take full advantage.

Version 2.2. Cscope Control VI for Labview 8.6.1. NOTE: we have added the top level cscope function.vi Please check your diagram. Supports new calibration system. Use Cscope Control Driver.llb to programmatically initialize, acquire and replay signals using 1-32 Cleverscope Acquisition Units.

Includes Function read to return Acquisition Unit serial number, firmware version, frame length, temperature and driver version. Able to send and receive data via the Link Port. Fixes delayed trigger bug.

Includes five top most applications 'Simple Scope', 'Simple Scope 2 unit', 'Bandpass Response' , 'Minimum Scope' and 'Min Sequential Scope' to show you how to use the driver, and an executable version of each, with the Labview build to make it. Includes 'Cscope Control Driver vi description.pdf' describing the vi with in-depth explanation. Works with the CS328 and CS328A over USB1.1 or USB2.0, and Ethernet. Includes full connection status, and the ability to recover from disconnects. See the PDF for more detail. The driver supports stepping of the signal generator in the acquisition unit on a trigger, and automatic playback of a sequential frame capture (with up to 2999 frames) to the calling application. We include a simple application Bandpass Response that shows how this can be used to plot the bandpass response of a network much faster than the standard Cleverscope approach. You will need v6439 or V5334 firmware loaded into your CS328A or CS328. Includes external clock support. Includes support for multiple units. Includes Ethernet support. Requires firmware v6439 to take full advantage.

Version 2.4 Cscope Control VI for Labview 8.6.1.
Note: You must load firmware 6453 or later into the acquisition unit for delayed triggering to work properly.
NOTE: we have added the top level cscope function.vi Please check your diagram. Supports new calibration system. Use Cscope Control Driver.llb to programmatically initialize, acquire and replay signals using 1-32 Cleverscope Acquisition Units.

Includes Function read to return Acquisition Unit serial number, firmware version, frame length, temperature and driver version. Able to send and receive data via the Link Port. Fixes delayed trigger bug. Includes ability to calibrate a cleverscope.

Includes five top most applications 'Simple Scope', 'Simple Scope 2 unit', 'Bandpass Response' , 'Minimum Scope' and 'Min Sequential Scope' to show you how to use the driver, and an executable version of each, with the Labview build to make it. Includes 'Cscope Control Driver vi description.pdf' describing the vi with in-depth explanation. Works with the CS328 and CS328A over USB1.1 or USB2.0, and Ethernet. Includes full connection status, and the ability to recover from disconnects. See the PDF for more detail. The driver supports stepping of the signal generator in the acquisition unit on a trigger, and automatic playback of a sequential frame capture (with up to 2999 frames) to the calling application. We include a simple application Bandpass Response that shows how this can be used to plot the bandpass response of a network much faster than the standard Cleverscope approach. You will need v6453 or V5335 firmware loaded into your CS328A or CS328. Includes external clock support. Includes support for multiple units. Includes Ethernet support. Requires firmware v6453 to take full advantage.

Fixes a problem with restarting after vi closed. Decreased the opening time.
Fixes a problem with offset after delayed triggering used.

Version 2.6 of the Cleverscope Manual. Improved formatting and headings. Additionally covers the Protocol decoder, Maths, Ethernet, Signal Information logging and quite a bit more. Enjoy!

Description of digital pod, internal schematic, and information to allow you to replace the digital pod with your own direct connection.

The CE certificate of conformity for the Cleverscope CS328

Cleverscope V4.649 Full Installer for Win XP and Vista/64. This installer has been improved to work correctly both stand-alone and while writing over an existing installation. Provides a complete install. Works with both CS328 and CS328A. Only required if you you mislay the original CD and have to re-install. To update an existing installation, go to the Downloads page and get the update file.

Uncompress the enclosed 'Cscope Install 46xx' directory onto your hard disk. Run the setup.exe inside. Click the options you require. If you are using a classic CS328, make sure you tick the 'Install Legacy Cleverscope CS328 Driver' option. See the 'Cleverscope Update Instructions.pdf' inside the folder for instructions.