Tag Archives: programming

Python Support for the Latest Generation of DATAQ Products

DATAQ Instruments is pleased to offer Python programming support for model DI-245, DI-2008, DI-1100, DI-1110, DI-1120, DI-2108, DI-4108, DI-4208 and the upcoming DI-4718B. Python is a popular high level programming language, with a large and enthusiastic user base. When used in conjunction with the latest generation of DATAQ Instruments data loggers, Python allows you to Read More

Synchronized DI-2108-P Instruments Example Program

We’ve worked hard to release a series of example programs to help customers who wish to program our products using our .Net Class. This latest effort is for model DI-2108-P, 16-bit USB DAQ (data acquisition) instrument. The product is the first to support our new ChannelStretch™ technology, which allows synchronous channel expansion simply by connecting Read More

.Net Class for model DI-2108-P

We’re pleased to announce the availability of .Net DLLs to support independent programming of our model DI-2108-P USB data acquisition (DAQ) instrument. The DI-2108-P supports 160 kHz, 16-bit measurement resolution, 8 analog input channels, and 7 digital I/O ports with counter and rate inputs. The DLLs are supplied with a fully functional VB.net program example that Read More

DI-2108 USB DAQ (Data Acquisition) .Net Class

DATAQ Instruments, Inc. announces the immediate availability of an advanced .Net class for its DI-2108 High-speed, 16-bit USB Data Acquisition (DAQ) with Anti-alias filters. The class taps all of the instrument’s data acquisition functionality.                 DI-2108 .Net Class Feature List Eight analog inputs, with these over-sampling selections per channel Read More

DI-155 .Net Example Program

Data Acquisition > Voltage > DI-155 Links: DI-155 Data Acquisition Starter Kit .Net class download page DI-155 .Net Programming Example We’ve released a new VB.Net example program (including source code, of course) for our model DI-155 data acquisition starter kit. The program uses our simple dll and has a modular design that allows a clear understanding of Read More