Rf Data Converter Evaluation User Interface Download __TOP__
Blythe Detlefs
This high-speed data converter pro GUI is a PC (Windows XP/7/10 compatible) program designed to aid in evaluation of most high-speed data converter [analog-to-digital converter (ADC) and digital-to-analog converter (DAC)] and analog front-end (AFE) platforms. Designed to support the entire TSW14xxx series of data-capture and pattern-generation cards, DATACONVERTERPRO-SW provides a powerful and quick solution for analyzing data converters in both time and frequency domains, and with single-tone, multitone and modulated signal support. This GUI also is compatible with the TI pattern-generation GUI for quick synthesis of single-tone, multitone and modulated signals.
I know that the evaluation SW 'TSW1400 High Speed Data Converter Pro v1.5' is not intended for that, but I am asking if using the provided C and LabView code, these DAC and ADC operation could be activated by a program made by a particular user.
Consider a wireless application that requires accessing multiple RF channels at gigasample-per-second (GSPS) data rate in duplex mode on the Xilinx RFSoC device. In this example, the design task is to generate a sinusoid tone from the FPGA, configure the RFDC block, and receive the data back into the FPGA on ZCU111, ZCU216, and ZCU208 evaluation kits with the following system specifications.
RF Data Converter block provides an RF data path interface to the wireless algorithm modeled in the hardware logic. You can use this block to model and configure the ADCs and DACs and connect the data from and to the hardware logic. The block provides an interface to the Xilinx RF Data Converter IP in Simulink for modeling a wireless system destined for implementation on Xilinx RFSoC device.
To match the DAC digital interface of the RF Data Converter block, the transmit path of the hardware logic must send four samples per cycle of 128 MHz clock. This figure shows the data interface for one of the eight DAC data interfaces of the RF Data Converter block. The sample rate for the sinusoid tone generation is 512 MSPS (128 x 4).
To capture complex IQ data with 16 channels on ZCU216 evaluation kit, create an SoC model soc_rfsoc_IQ_datacapture_top as the top model and set the Hardware Board option to Xilinx Zynq UltraScale+ RFSoC ZCU216 Evaluation Kit . This model includes the FPGA model soc_rfsoc_IQ_datacapture_fpga and the processor model soc_rfsoc_IQ_datacapture_proc instantiated as model references. Follow the steps mentioned in the previous sections, RF Data Converter Configurations, Hardware Logic Design, and Processor Logic Design by doing the following changes.
To match the DAC digital interface of the RF Data Converter block, the transmit path of the hardware logic must send two samples per cycle of 12.8 MHz clock. This figure shows the data interface for one of the sixteen DAC IQ data interfaces of the RF Data Converter block. The sample rate for the complex sinusoid tone generation is 25.6 MSPS (12.8 x 2).
Similarly, on the receive side the algorithm must operate on 2 samples per clock cycle. This figure shows the data interface for one of the sixteen ADC IQ data interfaces of the RF Data converter block.
To capture complex IQ data on ZCU208 evaluation kit, create an SoC model soc_IQ_datacapture_top as the top model and set the Hardware Board option to Xilinx Zynq UltraScale+ RFSoC ZCU208 Evaluation Kit . This model includes the FPGA model soc_IQ_datacapture_fpga and the processor model soc_IQ_datacapture_proc instantiated as model references. Follow the steps mentioned in the previous sections, RF Data Converter Configurations, Hardware Logic Design, and Processor Logic Design by doing the following changes.
The ISL26134AV28EV1Z provides a means to evaluate the functionality and performance of the ISL26134 A/D converter. The board includes a microcontroller with a USB interface. The microcontroller interfaces to the ISL26134 ADC via a galvanically-isolated interface and provides serial communication via USB between the board and the PC. The galvanic isolation ensures that any ground noise on the USB interface does not interfere with the low noise performance of the ISL21634 A/D converter when operated with the on-chip programmable gain amplifier in a high gain setting.
Software for the PC provides a GUI (graphical user interface) that allows the user to perform data capture, and then to process and plot the output data from the ISL26134. Data can be graphically displayed in the time domain, as a histogram, and/or as a spectral plot after being processed with an FFT algorithm. The GUI also enables the user to save conversion data from the ADC to a file, or to save the histogram data or the histogram graphic, or processed data output from the FFT, or the spectral plot graphical output.
Provide your connection information for the source database. The connection parameters depend on your source database engine. Make sure the user that you use for the analysis of your source database has the applicable permissions. For more information, see Sources for AWS SCT.
Provide your connection information for your target database. The connection parameters that you see depend on your selected target database engine. Make sure the user specified for the target database has the required permissions. For more information about the required permissions, see the sections that describe permissions for target databases in Sources for AWS SCT and Permissions for Amazon Redshift as a target.
By using tree view settings, you specify what schemas and databases you want to see in the AWS SCT tree view. You can hide empty schemas, empty databases, system databases, and user-defined databases and schemas.
The password is encrypted using the randomly generated token in the seed.dat file. The password is then stored with the user name in the cache file. If you lose the seed.dat file or it becomes corrupted, the database password might be unencrypted incorrectly. In this case, the connection fails.
Of course, you want to track the absolute number of whatever user actions you value. But for the sake of managing your user-interface design and tracking the effectiveness of your UX efforts over time, the conversion rate is usually more important than the conversion count.
Jakob Nielsen, Ph.D., is a User Advocate and principal of the Nielsen Norman Group which he co-founded with Dr. Donald A. Norman (former VP of research at Apple Computer). Dr. Nielsen established the "discount usability engineering" movement for fast and cheap improvements of user interfaces and has invented several usability methods, including heuristic evaluation. He holds 79 United States patents, mainly on ways of making the Internet easier to use.
The CED1Z board is intended for use in evaluation, demonstration and development of systems using Analog Devices precision converters. It provides the necessary communications between the converter and the PC, programming or controlling the device, transmitting or receiving data over a USB link.
The EVAL-AD7671CBZ is a fully featured evaluation kit for the AD7671. This board operates in stand alone mode or in conjunction with the Converter Evaluation and Development board, EVAL-CED1Z . When operated with the Converter Evaluation and Development board, software is provided enabling the user to perform detailed analysis of the ADC's performance.
The evaluation project contains all the source files needed to build a system that can be used to configure the AD7671 and capture data from it. The system consists of a Nios II softcore processor that is implemented in the FPGA found on the CED1Z board and a PC application. The softcore controls the communication with the Device Under Test (DUT) and the data capture process. The captured data is saved into the SRAM of the CED1Z board and aftwerwards it is read by the PC application and saved into a comma separated values (.csv) file that can be used for further data analysis.
The Nios II processor contains a peripheral that implements the communication protocol with the DUT. The peripheral is divided into three logical modules: a module which implements the interface with the Avalon bus and the communication with the SRAM, a module which implements an Avalon master interface which is used to write data directly in the SRAM and a module which is the actual driver of the DUT. The driver can also be used as standalone in FPGA designs which do not contain a softcore. Following is presented a block diagram of the HDL driver and a description of the driver's interface signals.
Evaluation boards are / will be available for FDDAC Tx Series, FDADC Rx Series, FD-TRx Series, DAC Series, ADC Series. Evaluation Boards will be provided with software tools to establish connection and exchange data with the evaluation board via an FPGA board.
The data type does not provide any additional access controls. Encrypted text entered by one user may be decrypted and displayed to another user if that other user has permission to view the interface in which the value is displayed.
The Writer data type is a special data type returned by expression functions that intend to modify data. The modification of data must not happen during expression evaluation, so these functions return a Writer, which is then handled in a special way during the phase of an interface evaluation where saving into variables takes place. The Writer data type has no impact during expression evaluation - no data is written by the function that returns a writer until a variable created with the bind function is saved into an interface.
Holds an integer ID number that represents an Appian application.It can be used as a rule input to expression rules or interfaces; it can also be used as a constant and referenced from interfaces, web APIs, and process models; and finally used as a process variable from the Process Modeler, or as inputs to the Start Rule Tests (Applications) - Smart Service. Custom data types cannot use this data type.
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