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Welcome to the software-designed instrument and NI FlexRIO examples and IP community. This group serves as a central repository for examples built to run on NI software-designed instruments and NI FlexRIO devices, as well as host and FPGA IP which has been verified to work on these targets. Application IP is unique host and FPGA code for common applications which can be used to enhance your design. It is distributed as hardware-agnostic source, enabling use on a variety of products.

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Signal conditioning is one of the most important components of a data acquisition system because you cannot rely on the accuracy of the measurement without optimizing real-world signals for the digitizer in use. Depending on your sensor, the signal conditioning can vary widely with no instrument having the capability to provide all types of conditioning for all sensors. The key to a successful signal conditioning system is to understand the right circuitry needed to ensure an accurate measurement whatever your channel mix. The Engineers Guide to Signal Conditioning is designed to help you:Master the fundamentals of each type of common signal conditioning type from amplification to isolationAchieve the best measurements by understanding signal conditioning for specific sensor typesExplore best practices when building signal conditioning into a data acquisition systemThe Wireless Test System (WTS) upsets the status quo in wireless production test. The WTS couples NIs PXI vector signal transceiver (VST) and multicore processing technologies to deliver industry-leading test speeds. With faster measurements, you can reduce the cost of manufacturing test for wireless devices such as mobile phones, tablets, and infotainment systems. The WTS supports wireless standards from LTE-A to 802.11ac to Bluetooth LE. Its advanced switching topologies are ready for multisite and MIMO test, and its software supports chipsets from top vendors such as Qualcomm and Broadcom.Welcome to the software-designed instrument and NI FlexRIO examples and IP community. This group serves as a central repository for examples built to run on NI software-designed instruments and NI FlexRIO devices, as well as host and FPGA IP which has been verified to work on these targets. Application IP is unique host and FPGA code for common applications which can be used to enhance your design. It is distributed as hardware-agnostic source, enabling use on a variety of products. Examples are pre-compiled applications for a given hardware target which feature application IP. You can browse the examples and IP by hardware product, or you can choose to view all available IP. Be sure to join the group at the link on the right, then select "Receive email notifications" to be alerted when new code is available. Also please feel free to leave comments and complete the survey below to provide feedback for future development.