sbRIO frequency Max DIO

Similar Questions

• frequency max USB-6251

  I use a box NI USB-6251 and frequency max I can carry out to an0 an1 is 8 kHz using the following parameters. Is there a way to reach a frequency higher on the analog output ports?

  Config:

  

  Capture of the oscilloscope:

  

  I've reconfigured the config to try and hit 10 kHz and captured the following response.

  config:

  

  Oscilloscope Capture: (before port analog flat doubled)

  

  The signal is emitted for 7ms then faints.

  

  Any ideas how to set up the analog interface for a sine wave of 100 kHz to the stable address? I could only create a stable 8 kHz wave.

  To use higher frequencies, you'll need to use LabVIEW or custom code. I used the example of "ContGen - IntClk.c" located in "C:\Users\Public\Documents\National Instruments\NI - DAQ\Examples\DAQmx C\Analog Out\Generate Voltage\Cont Gen Volt Wfm - Int Clk ANSI" and changed the two lines of code to achieve higher frequencies.

  2 changed lines:

   1. data[i]=1*sin((double)i*2.0*PI/25.0);
  
   2. DAQmxErrChk (DAQmxCfgSampClkTiming(taskHandle,"",2800000.0,DAQmx_Val_Rising,DAQmx_Val_ContSamps,1000));
  

  Output waveform:

  

  Thank you TO help me with this. =)

• frequency max sawtoothing, 0-100% and CPU usage it follows on all cores

  I've never seen frequency max sawtoothing like that or could find examples on the net...  I ran variations of msconfig from 8 cores starting at the current point of not designating the number of processors on startup (which solved mouse jerky movements). allowing the BCDEdit detectHAL did nothing. I killed the process and services but can't get rid of the saw tooth or see what is the cause...  For once I feel stupid that I see.

  processors xeon to dual-core quad on a motherboard s5520hc with 20Gigs of ram and a NVIDIA gtx650.  New installation of Windows7. Performance monitor reports CPU 0-7 and all of them are subject to sawtooth synchronizing and CPU usage 0 to 95%. CPU - Z shows the two processors are almost identical in performance. (bus speed varies very little)

  Any ideas would be appreciated.

  

  Hello

  You will need work with the support of Intel.

  Intel - Support
  http://www.Intel.com/p/en_US/support
  Intel - community and Forums
  http://www.Intel.com/content/www/us/en/blogs-communities-social.html

  I hope this helps.

  Rob Brown - Microsoft MVP<- profile="" -="" windows="" expert="" -="" consumer="" :="" bicycle="" -="" mark="" twain="" said="" it="">

• I couldn't plug sbrio-6932 Max or using ethernet

  the use of lab view 2013 or visa 1.5 drivers 2015

  the ethernet is connected to the chip

  The sbRIO is a computer, it will appear under systems remote NI MAX and not network devices. It also uses the RIO driver and not the pilot VISA, so you probably need to install who, before appearing in MAX OR.

  http://www.NI.com/download/NI-Rio-15.0/5363/en/

• Frequency max RAM MacBook mid-2010 (7.1)

  Hello

  I wanted to update my MAC Book (mid-2010 - 7.1) with chip Ram 2 x 4 GB of Kingston. I got the last race of El Capitan, and even with just 2x2gb it actually works very well.

  I bought two Kingston KVR16LS11/4 - with 1600 MHz. The dealer told me that it will work with any MACBook.

  So I installed the two chips and nothing happens after that I press the Start button. ?!?!

  Do something wrong? The chips are not fair? I was wondering if maybe the frequency of chips is high priority - but I always thought, that the system it will operate at a lower frequency if necessary.

  Any chance of getting the chips running?

  Greetings

  This model must:

  2-204-pin PC3-8500 (1066 MHz) DDR3 SO-DIMM

• Capture of frequency with the NI 9401 in cDAQ-9172

  Hi all

  I searched through all the examples and find the same results than my own code in Labview. So, I go back to my hardware to solve my problem. I use a digital tachometer that displays pulse with 2 wires (hot and ground). I connected these to the NI 9401 for 16 PINS for PFI 1 and PIN 3 on the ground. When I open the module through MAX, he reads the perfectly when hi and lo as well as count properly if it is placed in the location 5 or 6.

  However, I try to use the frequency max task and the task fails to capture anything in the table. I get a time-out error, even if my tach is read correctly. I have attached my settings of the task. Thanks for any help

  Your samples to read is set to 100.  If all the samples of 100 are not available before the timeout is reached, you will get a time-out error.  What is the frequency of the input signal?  Maybe just try to read 1 sample on request first.

  Best regards

• How to get the name of sbRIO programmatically

  How to get the 'name' and 'Comment' by sbRIO I write to sbRIO-9602 Max in the box of Identification (model, serial number, MAC address, name)?

  Use RT Information.vi of target is located under the range of public services under LabVIEW Realtime.

  Christian

• Laptop HP Pavilion g6-2336el

  Ddr3 sdram frequency max is in the laptop HP Pavilion 2336el g6?

  I'm going by the g6-2336el and I hope it will be a good buy.

  Thank you very much. Very nice of you.

• ThinkCentre M52 8115-KUF CPU upgrade to Pentium D 820

  I just upgraded my CPU from the P4 630 HT 3 GHz for the P4 D 820 and had no trouble from it upward after replacement of CPU, but it records only 1.50 GHz in the Task Manager performance page, although it is still in the custody of P4 630.

  It should appear as a 820-2.8 Ghz p4. I can't find anything in the BIOS on the change of setting of the CPU, so, how do I get it to appear as the dual core P4 D 820? And why the Task Manager it shows as 1.50 Ghz frequency Max? Again, I don't see any way to change settings in the bios? Any advice would be greatly appreciated. Thank you.

  I'm sorry, but after restarting the computer, the 3rd time it automatically corrected for the CPU setting and now it is read correctly to P4 D 2.80 Ghz... so everything is fine now even though I was expecting more than an increase in performance it goes from a score of 3.6 to 4.7 performance so I can't complain. Chart is only 2.3 which brings my average performance at this level also. They use your score lowest to the average value. Thanks anyway.

• Digital FPGA of entry of the negative voltage

  What is the maximum negative tension that the digital input on the FPGA can take without damaging it? I tried to look in the data sheet for the sRio 9636 and I can't.

  Thank you

  Hi, Berthe.

  The sbRIO-9636 was DIO only on the OID (J502) and connectors MIO (J503). It's a bit different from the other variants sbRIO-96xx that others may have a RMC connector that has additional DIO.

  Connectors IDC 50 pin DIO and MIO are 3.3V pins, but they are 5V tolerant inputs we have protection on the IDC DIO connector. VIL values and HIV are specified in the data sheet:

  

  http://www.NI.com/PDF/manuals/373378d.PDF

  These are the recommended conditions of use. If you need to know the maximum negative voltage to determine if your landing short of the runway is acceptable, this number to an absolute minimum is - 500 mV. I would recommend you choose the appropriate to your driver series termination resistors to minimize landing short of the runway, however. The absolute minimum even applies to the 3.3V RMC DIO as well.

• HP Probook 4520 s memory 8 GB (2x4gb) Corsair pass without success and failure

  OK, here's the story

  My laptop is HP Probook 4520 s

  with Windows Windows 8.1 (6.3) 64-bit (Build 9600)

  Please see the end of this post for CPU - Z report of specs.

  Currently I have 3 GB of memory installed - had to install their return after failed upgrade.

  Please check back the CPU - Z report for the memory module specifications.

  I bought the memory pack 2 x 4 GB Corsair following

  Corsair CMSO8GX3M2A1333C9 8 GB (2x4gb) 1333 MHz DDR3 SODIMM

  http://www.scorptec.com.au/product/memory/SODIMM/43657-CMSO8GX3M2A1333C9

  Plug new modules:

  Lifetime warranty
  Size 8 GB (2 x 4 GB) Kit
  Performance profile none
  Fan included no.
  Heat spreader-
  Configuration memory dual channel
  Type of DDR3 memory
  Package - memory Pin 204
  Package - Format memory SODIMM
  Tested voltage 1.5
  SPD tension 1.5
  PC3-10600 (1333 MHz) memo speed
  SPD speed 1333 MHz
  Tested speed 1333 Mhz
  Tested latency 9-9-9-24
  SPD 9-9-9-24 latency

  When I installed the memory module on the laptop, I couldn't go essentially exceed the stage of the POST. Is the HP logo appears on the screen and what is it... That's all... nothing beyond this point.

  When I went to the BIOS settings, memory read 81xxMB successfully, it is essentially 8 GB of RAM.

  I tried to reset the BIOS settings, has not yet.

  I removed the 2 x 4 GB modules, put back the two original modules of 1 GB and 2 GB - those who came with the laptop-, everything worked again.

  What was not right here... ?

  PS please don't answer not with lame answers "it's weird", "that's strange", I know it's weird and strange. I want clear and specific suggestions.

  Report of CPU - Z below:

  TXT of CPU - Z report
  -------------------------------------------------------------------------

  Binary files
  -------------------------------------------------------------------------

  CPU - Z version 1.69.0.x64

  Processors
  -------------------------------------------------------------------------

  Number of processors 1
  Number of threads 4

  APICs
  -------------------------------------------------------------------------

  Processor 0
  -Core 0
  -Wire 0 0
  -Thread 1 1
  -Core 2
  -0-4 wire
  -Wire 5 1

  Timers
  -------------------------------------------------------------------------

  Timer ACPI 3,580 MHz
  Timer HPET 14,318 MHz
  Timer perf 2,208 MHz
  Sys 1,000 KHz timer
  Timer 133,02 MHz BCLK

  Information for processors
  -------------------------------------------------------------------------

  Processor 1 ID = 0
  Number of cores 2 (max 8)
  Number of threads 4 (max. 16)
  Name Intel Core i5 430M
  Code-named Arrandale
  Specification Intel (r) Core i5 CPU M 430 2.27 GHz
  Package (platform ID) Socket 989 rPGA (0x4)
  CPUID 6.5.2
  CPUID long 6.25
  Core Stepping C2
  The 32nm process technology
  TDP limit 25 Watts
  Basic speed 2527,3 MHz
  Multiplier x Bus 19.0 x 133.0 MHz speed
  2394,3 MHz rated Bus speed
  Stock frequency 2266 MHz
  Instructions sets MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, EM64T, VT - x
  Data L1 cache 2 x 32 KB, size 8-way line set associative, 64 bytes
  L1 instruction cache 2 x 32 KB, size 4-way set associative line, 64 bytes
  L2 cache 2 x 256 KB, size 8-way line set associative, 64 bytes
  Cache 3 MB L3, size 12 channels line set associative, 64 bytes
  FID/VID control Yes

  Turbo Mode supported, enabled
  2533 MHz Max turbo frequency
  Max-non-Turbo report 17 x
  Max turbo report 19 x
  Rate of return max 9 x
  TDC limited 21 amps
  Basic NT 21 Watts
  Uncore PDT 4 Watts
  Power @ 9 x 7 Watts
  Power @ 10 x 8 Watts
  Power @ 11 x 9 Watts
  Power @ 12 x 11 Watts
  Power @ 13 x 13 Watts
  Power @ 14 x 15 Watts
  Power @ 15 x 18 Watts
  Power @ 16 x 21 Watts
  Power @ 17 x 25 Watts
  Number of bus max 255
  PCI peripheral device connected to the 255 bus, device 2, function 1

  Chipset
  -------------------------------------------------------------------------

  Northbridge Intel Havendale/Clarkdale Host Rev. Bridge. 12
  Southbridge Intel HM57 Rev. 06
  Graphics interface PCI-Express
  Width link PCI-E x 16
  PCI-E Max Link width x 16
  Type of DDR3 memory
  Memory size 3 GB
  Double channels (symmetrical)
  Frequency 532,1 MHz memory (04:16)
  Latency CASE # (CL) 7.0
  RAS # for CASE # delay (tRCD) 7
  RAS # Precharge (tRP) 7
  Cycle Time (tRAS) 20
  Time to Row Refresh Cycle (tRFC) 60
  Control rate (CR) 1 t
  Base address e/s MCHBAR 0x0FED10000
  E/s MCHBAR size 4096
  MCHBAR records

  DMI
  -------------------------------------------------------------------------

  DMI BIOS
  vendor Hewlett-Packard
  version 68AZZ version F.0F
  Day 18/02/2011
  ROM size 2560 KB

  System DMI information
  Manufacturer Hewlett-Packard
  product HP ProBook 4520 s
  Unknown version
  series 2CE0211M4C
  UUID {1520830E-6A57-11DF-8C36-42C05900004D}
  SKU WS879EA #ABV
  family 103C_5336AN

  DMI Baseboard
  vendor Hewlett-Packard
  model 1411
  review of KBC Version 57,34
  series 2CE0211M4C

  DMI system box
  Manufacturer Hewlett-Packard
  chassis type Notebook
  2CE0211M4C series chassis

  DMI processor
  Manufacturer Intel(r) Corporation
  model Intel (r) Core i5 CPU M 430 2.27 GHz
  clock speed 2264,0 MHz
  The FSB 133.0 MHz speed
  multiplier x 17.0

  DMI Extension slot
  PCI SLOT1 designation
  type of PCI
  32-bit width
  No. populated

  DMI OEM channels
  String [0] 70/71 79 7 ABS has 7 b 7 c
  v01.4A CSM chain [1]
  chain [2] www.hp.com

  DMI physical memory matrix
  location motherboard
  use system memory
  correction no
  Max 8192 MB capacity
  Max # of devices 2

  DMI memory device
  name high-Slot 1 (top)
  format SODIMM
  unknown type
  width total 64-bit
  64-bit data width
  Size 2048 MB

  DMI memory device
  name high-Slot 2 (under)
  format SODIMM
  unknown type
  width total 64-bit
  64-bit data width
  size 1024 MB

  Storage
  -------------------------------------------------------------------------

  Drive 0
  Device path \\?\scsi#disk&ven_&prod_st9320423as#4&1f4bc32b&0&000000#{53f56307-b6bf-11d0-94f2-00a0c91efb8b}
  Type set
  Name ST9320423AS
  Capacity GB 298,1
  SMART Support Yes

  USB devices
  -------------------------------------------------------------------------

  Generic USB hub USB Device class = '0 x 09' subclass = 0 x 00, seller = 0 x 8087, product = 0 x 0020
  Peripheral USB device USB Composite class = '0xEF' subclass = 0 x 02, seller = 0 x 0461, product = 0x4DB6
  Generic USB hub USB Device class = '0 x 09' subclass = 0 x 00, seller = 0 x 8087, product = 0 x 0020
  Peripheral USB Microsoft mouse and detection (USB) keyboard driver, class = "0x00" subclass = 0 x 00, vendor = 0x045E, product = 0 x 0745

  Graphics
  -------------------------------------------------------------------------

  Number of cards 1

  API chart
  -------------------------------------------------------------------------

  ATI I/O API

  Graphics cards
  -------------------------------------------------------------------------

  Display adapter 0
  Name ATI Mobility Radeon HD 4500 Series (Microsoft Corporation - WDDM v1.1)
  Manufacturer 0x103C (0 x 1411)
  512 MB memory size
  Bus device PCI 1 (0x1), device 0 (0x0), function 0 (0x0)
  Vendor ID 0 x 1002 (0x103C)
  The model 0 ID 9555 x (0 x 1411)
  Performance level 0

  Win32_VideoController AdapterRAM = 0x20000000 (536870912)
  Win32_VideoController DriverVersion = 8.97.10.6
  Win32_VideoController DriverDate = 20/06/2012

  Software
  -------------------------------------------------------------------------

  Windows Version Microsoft Windows 8.1 (6.3) 64-bit (Build 9600)
  Version of DirectX 11.0

  Clear and precise. Your laptop uses the memory of 1.35 volts and that you have installed 1.5 volt.

  This is the crucial page for memory you need:

  http://www.crucial.com/store/listparts.aspx?model=ProBook%204520s

  If it's 'the Answer' please click on 'Accept as Solution' to help others find it.

• Dynamic report having to update each round in PWM

  Hi all

  I am a newbie of LabVIEW working on the generation of PWM signal. I have to generate a PWM signal such as its ratio of obligation and indeed it should change the pulse width in each cycle based on the values stored in an excel sheet. I downloaded an example of or and try to change it, but not with much success. I use NI PCI-6132 and BNC-2110 in my configuration.

  I read some examples on the generation PWM based on the dynamic ratio by manual control using 1.2 but counters have not found something that updates the report obligation to each cycle.

  For an example, I enclose you a csv file containing 4 values and ratio to the vi. My goal is to generate 4 pulses with the ratio of stored in the csv file, then stop execution of the program. For starters I keep the frequency 1 Hz. I know that the vi is not correct and I'm working on it, but I thought getting some suggestions at the same time.

  Thank you very much for your help.

  6132 counters cannot do what you ask.  Using this material, you must generate the appropriate digital output table based on desired time and use a digital output buffer task:

  

  STC3 based on recent hardware components (e.g. PCIe-6320) is able to output meter in the buffer:

  

  There are some drawbacks to the use of the method of digital output which can or may not be a problem for your application:

  1 it requires a much larger buffer (1 byte per example compared to 8 bytes per period).  If you need high temporal resolution and are in need of a long sequence of pulse output you may not be able to write the entire buffer at a time.

  2. more data needs to be listened to on the bus (also 1 byte for example compared to 8 bytes per period).  Could be a problem if you are running at the same time as other streaming applications.

  3. less time resolution (10 MHz output frequency max on the 6132 compared to 100 MHz output meter timebase on a series of X).

  Best regards

• is daq bit resolution applied to the area defined in the daq assistant or well to the limits of physical blood of the daq hardware.

  Hello, this is my first post here,

  I've been wondering about this:

  When you configure a new daq with the daq Assistant, is the resolution applied to the voltage / number of entries you define, or is it a fixed value per volt by channel.

  For example:

  I have a 6015 usb data acquisition, it has 16 inputs analog, 16-bit resolution 250 kech. / s 09:50 volts.

  so is this as (2 ^ 16) / (16 * (-10-10)) = my resolution through volt?

  or that this has nothing to do with the amount of channels,

  If I want to measure more than 0 to 5 volts, my 16-bit apply from 0 to 5, or even more scale of data acquisition (which is 09:50 volts)

  Thank you

  Marco

  You will get full-resolution 16 bits on each channel regardless of the number of channels is configured.  Renault most are multi-plexed if your specification of sampling RATE in usually a global significance that you can only scan channels with a sampling frequency = MAX RATE / number of CHANNELS.  Also, most NI Renault have a Programmable Gain amplifier on the front-end server, so if you specify a range of voltage smaller in your task configuration the amplifier will automatically increase the gain to use most of the possible BIT ADC.  You see care device and for more details...

• HP ENVY 17 Notebook PC: Intel Turbo Boost-Overcloacking

  I want HP notebook pc with intel core i7 proccessor 4700mq and I want to know how enabled turbo boost?

  Can I overclock the proccessor frequency max?

  Turbo boost is activated just unless disabled in the BIOS. There is no way to overclock your laptop. You can install this little app to track the Turbo and be sure it works:

  http://www.MajorGeeks.com/files/details/intel_turbo_boost_technology_monitor.html

  If it's 'the Answer' please click on 'Accept as Solution' to help others find it.

• Acer Aspire TimelineX 5830TG RAM upgrade

  Hi all

  I intend to improve my RAM to 3 GB to 8 GB on Acer Aspire TimelineX 5830TG.

  I intend to use 4 GB DDR3 1600 Mhz Laptop Ram CL11 PC3-12800 1600 MHz on the two slots.
  I wanted to know if this laptop supports this RAM which is a frequency of 1600 Mhz.

  Has anyone tried this upgrade?

  Hi all

  After my research, I found that acer supports maximum 8 GB 1333 Mhz RAM, which is 4 GB / slot for my laptop (5830TG).

  Please note the points below.

  1 Max RAM memory supported by "Intel Core i5 2410 M' 16 GB is only acer only recommeds and supports 8 GB RAM

  2. the HM65 Express Chipset supports 16 GB of RAM but acer only recommends and supports 8 GB RAM

  3. the frequency max RAM supported by acer 1333 Mhz, 1600 MHz only is not supported since the BIOS does not allow to use as a guy mentioned in a forum. If you want to use 1600 MHz RAM then you need Flash the BIOS that is not the right thing, because there are problems of heat and laptop could stop working and it is in any case not tested and certified by acer.

  This applies to anyone whose laptop computer contains "Intel HM65 Express Chipset' motherboard and processor 'Intel Core - i5 2410 M'.

  I write so that it will be a reference for me and people like me who are looking to upgrade their RAM.

  I plan to buy "Crucial 8 GB Kit (4GBx2) DDR3 FSB 1333 (PC3-10600) CL9 SODIMM 204-pin Notebook Memory Modules 1.5V. I will update my experience with this RAM after that some 4 to 6 months so if any of you are planning to upgrade can probably treat this as a starting reference.

  Thank you people.