Submitted by LabJack Support on Wed, 07/14/2010 - 16:07
Update: LabVIEW and Linux/Mac OS X documentation and downloads were updated on Sept. 7, 2010 in this blog post: CINs are out, Call Library Function Nodes are in! . We recommend reading this post instead since LabVIEW 2010 no longer supports CINs.
Submitted by LabJack Support on Fri, 07/09/2010 - 13:07
Today DASYLab officially joins our growing selection of UD-family compatible software. Now, with the 0.1 release of LabJackDasy, users can communicate with U3, U6, and UE9 devices using DASYLab’s native controls. The following features are currently supported:
Submitted by LabJack Support on Thu, 06/24/2010 - 14:11
Circuit Design and Valve Placement
The drink elements will flow when their corresponding valve is opened, so I designed a circuit capable of switching power for each solenoid valve. The AutoBart will be a modular system, starting with the capacity for 12 drink elements, but having the option of expanding to 24, or 36.
Submitted by LabJack Support on Thu, 06/10/2010 - 17:09
The goal of the project was to automatically detect whether a drink is hot or cold, and keep it that way, without the mess of an extra device typically associated with peltier drink cooling.
The main components include: 12V 60W PSU, Labjack U3, IR Thermopile Sensor, H-Bridge, and a 60W Peltier Cooler. Wiring from the U3 goes to LED indicators and switches on the side, along with 2 temp sensors, the IR sensor, and the H-Bridge for polarity reversal.
Submitted by LabJack Support on Tue, 05/18/2010 - 16:47
We’ve created another stable release of LabJackPython. Download it from the LabJackPython page. The development version will stay on GitHub, and an archive of all our stable downloads are also on the GitHub downloads page.
In addition to over 20 bug fixes and improvements, the latest release boasts:
Submitted by LabJack Support on Fri, 05/07/2010 - 15:32
We’re happy to announce support for the U12 in our new Linux and Mac OS X driver, the Exodriver. Now, bundled with the Exodriver is a quick example showing how to work with the U12 in C.
