
- HANTEK 6022BE OSCILLOSCOPE SOFTWARE .DLL
- HANTEK 6022BE OSCILLOSCOPE SOFTWARE INSTALL
- HANTEK 6022BE OSCILLOSCOPE SOFTWARE FULL
- HANTEK 6022BE OSCILLOSCOPE SOFTWARE SOFTWARE
- HANTEK 6022BE OSCILLOSCOPE SOFTWARE PC
It’s more complete than BasicScope, which was just a hack I did a couple years back. Hopefully you’re covered for now with the Hantek software.
HANTEK 6022BE OSCILLOSCOPE SOFTWARE SOFTWARE
I’d say, try looking in the Hantek software diretory, and if you see an HTMarch.dll file there, copy it to the BasicScope directory, overwriting whatever is there. The dll files included with BasicScope definitely work with Windows XP and Windows 7 32-bit, but for Win 10, you may need later versions. It could also be that your antivirus software is somehow sandboxing or blocking the dll files from loading.
HANTEK 6022BE OSCILLOSCOPE SOFTWARE .DLL
dll files are in there, alongside BasicScope.exe. Try looking in that directory, and make sure that the mentioned.
HANTEK 6022BE OSCILLOSCOPE SOFTWARE INSTALL
Perhaps you already tried that.īasicscope should install to a directory something like “c:\Program Files\BasicScope” or “c:\Program Files (x86)\BasicScope”. The first, easy thing to try, is once the Hantek software is working, try reinstalling BasicScope. This may require a bit of detective work. I have to admit, I never tried the program on Windows 10, but if the Hantek software works, then I think there’s hope for BasicScope.
HANTEK 6022BE OSCILLOSCOPE SOFTWARE FULL
For example, if the scope is ±5 volts full scale, the user could set a trigger level of 6 volts, causing the scope to never trigger Starting with version 0.14, there is a warning posted in the tooltip for the trigger level. It is possible to set a trigger level beyond full scale of the scope.Starting with version 0.14, this can be worked around by enabling software triggering. You can also compensate the signal path by disconnecting any probes or cables from the input connectors. You can run the routine at any time, especially when the ambient temperature changes by 5 or more degrees. Hardware trigger won’t work above about 80% of full scale. Hantek6022BE is a program that lets you optimize the oscilloscope signal path for maximum measurement accuracy.Unzoom now restores original voltage settings of trace.īasicScope 0.14 binary for Windows XP and laterīasicScope 0.14 source for Visual Studio 2010 Express.BasicScope now is packaged in an installer.On first usage after install, voltage on both channels was set to a bad value until the sliders were moved – fixed.(Version 0.16 was a private build to test 6022BL compatibility.)īasicScope 0.15 source for Visual Studio 2010 Express

Icons drawn for the following buttons: Markers, Park Markers, Extra Info Line, Unzoom, Software Trigger.Otherwise identical to previous build.īasicScope 0.17 source for Visual Studio 2010 Express Program automatically requests to run as Administrator, so that settings can be saved.(Version 0.19 was a private build to test 6022BL compatibility.) Larger markers, and smaller capture radius for dragging markers.Added time indices and trigger info to CSV output file.Window state (Maximized, Normal, Minimized) now saved.īasicScope 1.0 source for Visual Studio 2010 Express.Better font installation should fix incorrectly-drawn markers on Windows 7.

No changes to actual BasicScope program.īasicScope 1.1 source for Visual Studio 2010 Express

HANTEK 6022BE OSCILLOSCOPE SOFTWARE PC
Whether the PC software for the scope is capable of counting the pulses (or not) is pretty much irrelevant, since the scope isn't capable of capturing the USB signal. USB2.0 runs at 200MHz, and your scope has a bandwidth of (at best) 20MHz ( See the Hantek site for the model 6022BE.) Otherwise in Windows Explorer, switch to the CD-ROM drive and run Setup.exe. The installation should start up automatically. While in Windows, insert the installation CD into the CD-ROM drive.

The bandwidth of your scope is not up to the task of viewing a USB2.0 signal. Hantek 6022BE Install Software Caution: You must install the software before using the oscilloscope. With the additional data you've now posted, the answer is simple:
