Delacor

System design, RF testing, software engineering. Turn-key solutions or we become part of your team to educate, guide and become part of your success.

Our focus is helping customers develop successful applications with LabVIEW and TestStand. We have over thirty years of combined experience with virtual instrumentation, software engineering, RF testing and precision measurements. We either deliver turn-key solutions, or we integrate ourselves with your team and use our extensive experience to mentor and guide with the goal of getting the team to become self-sufficient. Our software engineers hold the highest levels of certification for LabVIEW and TestStand. We have been individually recognized by National Instruments as key technology experts who help & inspire others to grow their LabVIEW skills.

Services Offered
Hourly Consulting - NI LabVIEW, New Product Development & Design, Training
Partner Level
Alliance Partner
Website
www.delacor.com
Company Email
info@delacor.com
Year Established
2006
Years as an Alliance Partner
3

Cedar Park, Texas, United States (Headquarters)

Address: P.O. Box 837, Cedar Park, Texas
Phone Number: 5125249681

Services Offered
Hourly Consulting - NI LabVIEW, New Product Development & Design, Training
NI Software
LabVIEW
Certifications
Certified LabVIEW Architect Certified LabVIEW Developer Certified LabVIEW Embedded Systems Developer
2
Certified LabWindows/CVI Developer Certified Professional Instructor Certified TestStand Architect
2 1
Certified TestStand Developer
Industry Certifications
Company People
None listed None listed

Products

LabVIEW Tools Network

  • DQMH
    The Delacor Queued Message Handler (DQMH) is based on the NI Queued Message Handler (NI QMH). The DQMH expands on the NI QMH by providing event-based message handling and scripting tools to make development easy, encourage same style between different developers in the same project and improve efficiency. The DQMH is ideal for applications where multiple modules must run in parallel, possibly at different rates, while communicating with each other. The DQMH can be used for applications that have a single module, where the developer would benefit from having a Tester with the capability of eavesdropping on the different events.
  • Lock-in Amplifier for myRIO
    This application uses the myRIO-1900 to implement a lock-in amplifier in the FPGA. The application measures a modulated signal and a reference signal, which can also be generated with myRIO. The lock-in amplifier can measure very low level input signals, even if they are buried in noise or are smaller than myRIO’s 12-bit resolution. The lock-in amplifier includes a selectable high-pass filter to remove any input DC offset, and also includes a programmable output low pass filter that removes any noise beyond the frequencies of interest. The application is geared towards education and understanding the principles of a lock-in amplifier. It includes extensive documentation and instructions for building a circuit to measure heart rate by using an LED and photodiode amplifier to measure the amount of light absorbed through the blood vessels in a finger.