Synchro resolver max 10 fpga update#
Synchro resolver max 10 fpga driver#
Synchro resolver max 10 fpga software#
Synchro resolver max 10 fpga code#

Using digital outputs of the NI-5752 as counters.

First steps are in the guys_version branch in the GitHub repository (MochiLab/mochiFPGAcontrol). There is a LabVIEW FPGA DRAM memory library that could simplify the read and write process to the DRAM.

Use of K7В library to manage DRAM memory.

First steps are in the bitpacking branches in the GitHub repository (MochiLab/mochiFPGAcontrol). This would reduce the data throughput to ~2.25GB/s and increase the acquisition time.

Bitpacking the 16 bit words to 12 bits.

NI LabVIEW High-Performance FPGA Developer's Guide.

The analog filter settings have to be set on ADC chip registers.

AFE-5801 (Texas Instruments) spec sheet.

Investigating the Dynamics of Canonical Flux Tubes (Doctoral dissertation).

Synchro resolver max 10 fpga update#

The bitfile has to be loaded onto the FPGA, one way to do this is with NI MAX and the update firmware option. One coax cable should connect PFI 0 of the leader to PFI 1 of the leader and the other cable PFI 2 of the leader to PFI 0 of the follower. The synchronization cards, one in each chassis should be connected with two coax cables. The FPGA should be located in the follower. The HostVI is setup to synchronize two chassis (one leader, one follower) and trigger the FPGA. The possible settings can be looked up in the AFE 5801.ДЇPGA Bitfiles/MOCHIFPGAControl_generic_register_setting_5f6bfda_K10_digital_filters.lvbitxВ is the bitfile that has to be loaded onto the FPGA. It should be set to on.ДЄ digital high pass filter can be set with a binary number. There are options to set the number of samples that should be acquired and to display the acquisition from one channel.ДЄn analog digital high pass filter can be set to on or off. Host_with_sub_vis_timed_pulse.viВ is the recommended host test file. MochiFPGAControl.lvprojВ is the LabVIEW project file which should be opened with LabVIEW. LabVIEW FPGA projects consist of FPGA VIs meant to be compiled to bitfiles and run on the FPGAs, and Host VIs to be run on a computer. This double chassis requirement could be removed with minor edits in the host Vis.

Synchro resolver max 10 fpga code#

The code is designed to work in a double chassis configuration with two synchronization cards. It can, however, serve as an example to be adapted to other NI FPGA based digitizers. This code is custom designed to this specific hardware.

Synchro resolver max 10 fpga software#

This code achieves a throughput to the on board DRAM of ~3В GB/s, limiting the acquisition time to ~800us when the overflow data fills the on board block memory.ДЄll software can be downloaded from the National Instruments website.

The PXIe-7962R reads out the samples as 16-bit words, resulting in a data throughput of 3.2GB/s.

We can then quickly provide you with a tailored quotation including technical and pricing information.This LabVIEW project programs a PXIe-7962R field programmable arrays (FPGA) to read out 50Mhz 12 bit samples for 800 us from a NI-5752 digitizer. We recommend that you get in touch with us to discuss your specific needs. Upon request by e-mail or phone we can provide a complete price list covering our entire product portfolio in various currencies. We don't publish pricing information on our website. 1x IO423 High-Precision Synchro/Resolver Signal Conditioning Adapter with reference oscillator.1x IO423 High-Precision Synchro/Resolver Signal Conditioning Adapter.1x IO423 Synchro/Resolver Signal Conditioning Adapter with reference oscillator.1x IO423 Synchro/Resolver Signal Conditioning Adapter.Installation into real-time target machine.

Synchro resolver max 10 fpga driver#

Driver block library for Simulink Real-Timeв„ў.

1x 68-pin male SCSI3 to 68-pin male MDR Cable.

1x IO423 Synchro/Resolver I/O module with X channel(s).

If FIT rates are not available, MIL-HDBK-217F and MIL-HDBK-217F Notice 2 formulas are used for the FIT rate calculation. The MTBF calculation is based on component FIT rates provided by the component suppliers. MTBF (Mean Time Between Failure) - *MTBF values shown are based on calculation according to MIL-HDBK-217F and MIL-HDBK-217F Notice 2. Velocity output В±4В V with 0.75В % linearity

2.2 compatible, 33В MHz/32-Bit, 3.3В V and 5V PCI Signaling Voltage compatible Base Board: 2W, Signal Conditioning Adapter: 0.2W