Why Express PSD gives a different result of amplitude as FFT PSD?

Similar Questions

• Why do I get 2 different results of these identical derivatives screws?

  I wrote two calculator derived from point by point identical screws and I am at a loss about why

  I get two different results.  I don't know what I have missed/missing which is the origin of this anomaly.

  Please take a look at the downloaded screw (written in LabVIEW 8.0) and let me know what I did wrong.

  Perhaps they are not the same after all.

  Tips for troubleshooting or suggestions are welcome!

  Thank you

  noviceLabVIEWuser

  item 1 of table 1 = 0.9998899980

  item 1 of table 2 = 0.9998900000

  Change the format to display the different values

  the code is identical

• Why can I get two different results from the same coefficients?

  I get two different results of the evaluation of the polynomial function.

  For the first, I get the coefficients of a polynomial function to adapt.  I feed the coefficients of the function made the function Eval Poly and get the correct 12.8582 result when I evaluate 49940.

  For the second, I create constant array of values that have been returned by the polynomial Fit function (I typed in).  However, I get an incorrect result of - 120.7913 when I feed the constant table the function Eval Poly when I evauate 49940.

  How this can happen when I use the same values in table?

  A picture of what I explained is attached.

  Hi Altran,

  are you sure about using the 'same '?

  You compare them? Do you have (at least) set them to 17 digits display properties?

  Please attach a VI instead of an image...

• same query gives a different result under 2 different schema.

  Hello
  I have a query that shows two different results under 2 different schema.
  Here's the code.
  
  SELECT ssbsect_term_code, ssbsect_crn, ssbsect_seq_numb,
  SUBSTR (f_active_section_ind (ssbsect_ssts_code), 1, 1),
  SUBSTR (f_active_course_ind (a.scbcrse_csta_code), 1, 1),
  SUBSTR (f_check_for_course_coreqs, (ssbsect_subj_code,
  ssbsect_crse_numb,
  ssbsect_term_code
  ),
  1,
  1
  ),
  SUBSTR (f_check_for_course_prereqs, (ssbsect_subj_code,
  ssbsect_crse_numb,
  ssbsect_term_code,
  ''
  ),
  1,
  1
  ),
  SUBSTR (f_check_for_section_coreqs (ssbsect_term_code, ssbsect_crn),
  1,
  1
  ),
  SUBSTR (f_check_for_section_prereqs, (ssbsect_term_code,
  ssbsect_crn,
  ''
  ),
  1,
  1
  ),
  a.scbcrse_eff_term, a.scbcrse_coll_code, a.scbcrse_dept_code,
  SUBSTR (f_get_course_levels, (ssbsect_subj_code,
  ssbsect_crse_numb,
  ssbsect_term_code,
  1
  ),
  1,
  2
  ),
  SUBSTR (f_get_course_levels, (ssbsect_subj_code,
  ssbsect_crse_numb,
  ssbsect_term_code,
  2
  ),
  1,
  2
  ),
  SUBSTR (f_get_course_levels, (ssbsect_subj_code,
  ssbsect_crse_numb,
  ssbsect_term_code,
  3
  ),
  1,
  2
  ),
  SUBSTR (f_get_course_levels, (ssbsect_subj_code,
  ssbsect_crse_numb,
  ssbsect_term_code,
  4
  ),
  1,
  2
  ),
  
  a.scbcrse_divs_code, ssbsect_subj_code, ssbsect_crse_numb,
  a.scbcrse_ceu_ind, a.scbcrse_csta_code,
  NVL (ssbsect_credit_hrs, a.scbcrse_credit_hr_low),
  a.scbcrse_credit_hr_low, a.scbcrse_credit_hr_high,
  a.scbcrse_credit_hr_ind,
  NVL (ssbsect_bill_hrs, a.scbcrse_bill_hr_low),
  a.scbcrse_bill_hr_low, a.scbcrse_bill_hr_high,
  a.scbcrse_bill_hr_ind, ssbsect_ssts_code, ssbsect_camp_code,
  NVL (ssbsect_gmod_code,
  SUBSTR (f_default_gmod, (ssbsect_subj_code,
  ssbsect_crse_numb,
  ssbsect_term_code
  ),
  1,
  1
  )
  ),
  NVL (ssbsect_crse_title, a.scbcrse_title), ssbsect_sapr_code,
  ssbsect_census_enrl, ssbsect_census_enrl_date,
  ssbsect_census_2_enrl, ssbsect_census_2_date, ssbsect_proj_enrl,
  ssbsect_max_enrl, ssbsect_enrl, ssbsect_seats_avail,
  ssbsect_ptrm_code, ssbsect_ptrm_start_date, ssbsect_ptrm_end_date,
  ssbsect_link_ident, k.ssrmeet_begin_time, k.ssrmeet_end_time,
  k.ssrmeet_bldg_code, k.ssrmeet_room_code, k.ssrmeet_schd_code,
  k.ssrmeet_mon_day, k.ssrmeet_tue_day, k.ssrmeet_wed_day,
  k.ssrmeet_thu_day, k.ssrmeet_fri_day, k.ssrmeet_sat_day,
  k.ssrmeet_sun_day, l.ssrmeet_begin_time, l.ssrmeet_end_time,
  l.ssrmeet_bldg_code, l.ssrmeet_room_code, l.ssrmeet_schd_code,
  l.ssrmeet_mon_day, l.ssrmeet_tue_day, l.ssrmeet_wed_day,
  l.ssrmeet_thu_day, l.ssrmeet_fri_day, l.ssrmeet_sat_day,
  l.ssrmeet_sun_day, m.ssrmeet_begin_time, m.ssrmeet_end_time,
  m.ssrmeet_bldg_code, m.ssrmeet_room_code, m.ssrmeet_schd_code,
  m.ssrmeet_mon_day, m.ssrmeet_tue_day, m.ssrmeet_wed_day,
  m.ssrmeet_thu_day, m.ssrmeet_fri_day, m.ssrmeet_sat_day,
  m.ssrmeet_sun_day, n.ssrmeet_begin_time, n.ssrmeet_end_time,
  n.ssrmeet_bldg_code, n.ssrmeet_room_code, n.ssrmeet_schd_code,
  n.ssrmeet_mon_day, n.ssrmeet_tue_day, n.ssrmeet_wed_day,
  n.ssrmeet_thu_day, n.ssrmeet_fri_day, n.ssrmeet_sat_day,
  n.ssrmeet_sun_day, o.ssrmeet_begin_time, o.ssrmeet_end_time,
  o.ssrmeet_bldg_code, o.ssrmeet_room_code, o.ssrmeet_schd_code,
  o.ssrmeet_mon_day, o.ssrmeet_tue_day, o.ssrmeet_wed_day,
  o.ssrmeet_thu_day, o.ssrmeet_fri_day, o.ssrmeet_sat_day,
  o.ssrmeet_sun_day, p.ssrmeet_begin_time, p.ssrmeet_end_time,
  p.ssrmeet_bldg_code, p.ssrmeet_room_code, p.ssrmeet_schd_code,
  p.ssrmeet_mon_day, p.ssrmeet_tue_day, p.ssrmeet_wed_day,
  p.ssrmeet_thu_day, p.ssrmeet_fri_day, p.ssrmeet_sat_day,
  p.ssrmeet_sun_day, q.ssrmeet_begin_time, q.ssrmeet_end_time,
  q.ssrmeet_bldg_code, q.ssrmeet_room_code, q.ssrmeet_schd_code,
  q.ssrmeet_mon_day, q.ssrmeet_tue_day, q.ssrmeet_wed_day,
  q.ssrmeet_thu_day, q.ssrmeet_fri_day, q.ssrmeet_sat_day,
  q.ssrmeet_sun_day, r.ssrmeet_begin_time, r.ssrmeet_end_time,
  r.ssrmeet_bldg_code, r.ssrmeet_room_code, r.ssrmeet_schd_code,
  r.ssrmeet_mon_day, r.ssrmeet_tue_day, r.ssrmeet_wed_day,
  r.ssrmeet_thu_day, r.ssrmeet_fri_day, r.ssrmeet_sat_day,
  r.ssrmeet_sun_day, s.ssrmeet_begin_time, s.ssrmeet_end_time,
  s.ssrmeet_bldg_code, s.ssrmeet_room_code, s.ssrmeet_schd_code,
  s.ssrmeet_mon_day, s.ssrmeet_tue_day, s.ssrmeet_wed_day,
  s.ssrmeet_thu_day, s.ssrmeet_fri_day, s.ssrmeet_sat_day,
  s.ssrmeet_sun_day, t.ssrmeet_begin_time, t.ssrmeet_end_time,
  t.ssrmeet_bldg_code, t.ssrmeet_room_code, t.ssrmeet_schd_code,
  t.ssrmeet_mon_day, t.ssrmeet_tue_day, t.ssrmeet_wed_day,
  t.ssrmeet_thu_day, t.ssrmeet_fri_day, t.ssrmeet_sat_day,
  t.ssrmeet_sun_day, T1.ssrmeet_begin_time, t1.ssrmeet_end_time,
  T1.ssrmeet_bldg_code, t1.ssrmeet_room_code, t1.ssrmeet_schd_code,
  T1.ssrmeet_mon_day, t1.ssrmeet_tue_day, t1.ssrmeet_wed_day,
  T1.ssrmeet_thu_day, t1.ssrmeet_fri_day, t1.ssrmeet_sat_day,
  T1.ssrmeet_sun_day, e1.ssrattr_attr_code, e2.ssrattr_attr_code,
  
  SUBSTR (f_more_attributes, (scbcrse_subj_code,
  scbcrse_crse_numb,
  scbcrse_eff_term
  ),
  1,
  1
  ),
  x.spriden_id, NVL (x.spriden_last_name, 'STAFF'),
  x.spriden_first_name, SUBSTR (x.spriden_mi, 1, 1), y.spriden_id,
  y.spriden_last_name, y.spriden_first_name,
  SUBSTR (y.spriden_mi, 1, 1), z.spriden_id, z.spriden_last_name,.
  z.spriden_first_name, SUBSTR (z.spriden_mi, 1, 1),
  DECODE (u.spriden_pidm, NULL, 'n', 'Y'), ssbovrr_coll_code,
  ssbovrr_divs_code, ssbovrr_dept_code, f1.scrschd_schd_code,
  F1.scrschd_workload, f1.scrschd_max_enrl, f1.scrschd_adj_workload,
  F2.scrschd_schd_code, f2.scrschd_workload, f2.scrschd_max_enrl,
  F2.scrschd_adj_workload, f3.scrschd_schd_code, f3.scrschd_workload,
  F3.scrschd_max_enrl, f3.scrschd_adj_workload, f4.scrschd_schd_code,
  F4.scrschd_workload, f4.scrschd_max_enrl, f4.scrschd_adj_workload
  Scbcrse a.,
  ssbovrr,
  spriden x,
  spriden,
  ssrmeet k,
  ssrmeet l,
  ssrmeet m,
  ssrmeet n,
  ssrmeet o,
  ssrmeet p,
  ssrmeet q,
  ssrmeet r,
  s ssrmeet,
  ssrmeet t,
  ssrmeet t1,
  scrschd f1,
  scrschd f2,
  scrschd f3,
  scrschd f4,
  ssrattr e1,
  ssrattr e2,
  spriden z,
  spriden u,
  ssbsect
  WHERE x.ROWID (+) =
  f_get_instr_spriden_rowid (ssbsect_crn,
  ssbsect_term_code,
  « Y »,
  ''
  )
  AND y.ROWID (+) =
  f_get_instr_spriden_rowid (ssbsect_crn, ssbsect_term_code, ', 1).
  AND z.ROWID (+) =
  f_get_instr_spriden_rowid (ssbsect_crn, ssbsect_term_code, ', 2)
  AND u.ROWID (+) =
  f_get_instr_spriden_rowid (ssbsect_crn, ssbsect_term_code, cm, 3)
  AND ssbovrr_term_code (+) = ssbsect_term_code
  AND ssbovrr_crn (+) = ssbsect_crn
  AND a.scbcrse_subj_code = ssbsect_subj_code
  AND a.scbcrse_crse_numb = ssbsect_crse_numb
  AND a.scbcrse_eff_term =
  (SELECT MAX (b.scbcrse_eff_term)
  OF scbcrse b
  WHERE b.scbcrse_subj_code = ssbsect_subj_code
  AND b.scbcrse_crse_numb = ssbsect_crse_numb
  AND b.scbcrse_eff_term < = ssbsect_term_code)
  AND k.ROWID (+) =
  gvsuowner.f_get_ssrmeet_rowid_js (ssbsect_term_code,
  ssbsect_crn,
  1
  )
  AND l.ROWID (+) =
  gvsuowner.f_get_ssrmeet_rowid_js (ssbsect_term_code,
  ssbsect_crn,
  2
  )
  AND m.ROWID (+) =
  gvsuowner.f_get_ssrmeet_rowid_js (ssbsect_term_code,
  ssbsect_crn,
  3
  )
  AND n.ROWID (+) =
  gvsuowner.f_get_ssrmeet_rowid_js (ssbsect_term_code,
  ssbsect_crn,
  4
  )
  AND o.ROWID (+) =
  gvsuowner.f_get_ssrmeet_rowid_js (ssbsect_term_code,
  ssbsect_crn,
  5
  )
  AND p.ROWID (+) =
  gvsuowner.f_get_ssrmeet_rowid_js (ssbsect_term_code,
  ssbsect_crn,
  6
  )
  AND q.ROWID (+) =
  gvsuowner.f_get_ssrmeet_rowid_js (ssbsect_term_code,
  ssbsect_crn,
  7
  )
  AND r.ROWID (+) =
  gvsuowner.f_get_ssrmeet_rowid_js (ssbsect_term_code,
  ssbsect_crn,
  8
  )
  AND s.ROWID (+) =
  gvsuowner.f_get_ssrmeet_rowid_js (ssbsect_term_code,
  ssbsect_crn,
  9
  )
  AND t.ROWID (+) =
  gvsuowner.f_get_ssrmeet_rowid_js (ssbsect_term_code,
  ssbsect_crn,
  10
  )
  
  AND t1. ROWID (+) =
  gvsuowner.f_get_ssrmeet_rowid_js (ssbsect_term_code,
  ssbsect_crn,
  11
  )
  
  AND f1. ROWID (+) =
  f_get_scrschd_rowid (ssbsect_subj_code,
  ssbsect_crse_numb,
  ssbsect_term_code,
  1
  )
  AND f2. ROWID (+) =
  f_get_scrschd_rowid (ssbsect_subj_code,
  ssbsect_crse_numb,
  ssbsect_term_code,
  2
  )
  AND f3. ROWID (+) =
  f_get_scrschd_rowid (ssbsect_subj_code,
  ssbsect_crse_numb,
  ssbsect_term_code,
  3
  )
  AND f4. ROWID (+) =
  f_get_scrschd_rowid (ssbsect_subj_code,
  ssbsect_crse_numb,
  ssbsect_term_code,
  4
  )
  AND e1.ssrattr_term_code (+) = ssbsect_term_code
  AND e1.ssrattr_crn (+) = ssbsect_crn
  AND e1.ssrattr_attr_code (+) = "SWS".
  AND e2.ssrattr_term_code (+) = ssbsect_term_code
  AND e2.ssrattr_crn (+) = ssbsect_crn
  AND e2.ssrattr_attr_code (+) LIKE '% TM ";
  
  Thank you

  user3367455 wrote:
  Hello
  I have a query that shows two different results under 2 different schema.

  Hello

  Different how?

  -Different number of records, please run this and show us what you get:

  select owner, object_name, object_type
    from dba_objects
   where object_name in
       ('SCBCRSE',
        'SCRSCHD',
        'SPRIDEN',
        'SSBOVRR',
        'SSBSECT',
        'SSRATTR',
        'SSRMEET',
        'F_GET_INSTR_SPRIDEN_ROWID',
        'F_GET_SSRMEET_ROWID_JS')
  order by object_name;
  

  If different values in some records, also include all functions in your selection list.

  Concerning
  Peter

• Why the division operator give me different results in different screws?

  Hi all

  I'm quite the LabVIEW newbie, so please forgive me if it's elementary.  I have a signal that I'm acquisition.  The signal is fairly low amplitude (.01-0,1 V).  During each acquisition, I share the values of the sample defined by another few (0.047) using the division operator.  I see inconsistent results and I am puzzled as to why.

  In ex1, which I built from scratch for this post, everything works as expected.  I can confirm with the debugger that every reading of the sample overall is well divided and the average, max and waveform graph look like I expect.

  When I use a similar construction in my real application, however, the division often results in the INF file, and when I look with the debugger I see after fracture of the values of the signal... just don't make sense to me (x 2).

  I thought I must be missing something in the real application associated with split and merge multiple signals, so I ripped out everything except the Division (ex3).  Although this code looks a lot like the ex1 works well, the product always division infs and strange results.

  These three examples receive the same signal.  My best guess is at this point that the built-from-scratch example is force double passes to the operator of division "the right way" and that the examples of dysfunction are force double in a different way, incorrect.  I tried to delete and re-create the signal path in the examples of dysfunction without result.  My problem is that I don't know enough about the LabVIEW data types to find out how to impose the appropriate constraint.

  Can someone point me in the right direction for a solution?  I would be very happy to help.

  Your first image divides your signal of 0.047. Your second and third images are 0.047 dividing your signal. Reverse your son in fracture on image 2 and 3 knots, and I think you should be ok.

• Different results from the the DLL source code

  Hi all

  I'm new to this forum and also to labview so understandable...

  Then, I got a source project with many under vi of that graphic plots of excel files. I also got the exe after generation.

  The problem is, if I try to compile this project again, the exe gives me different results than what I already have. They should be the same, because I does no update in the source code.

  Can someone explain this behavior? I don't know anything about how it has been made because the guy who create this left the office... I need to make a few updates, but first of all, I have to build corectly.

  Thank you

  Have you compared the date of the exe file with the date of the source code? Are you absolutely sure that no changes have been made to the source code after the build? The construction specifications are part of the project. Unless you changed something there, builds should be the same.

  You have the source code control? Issues like this should not be a if you make and use wisely.

• Connect Reporting different results to look at a pdf file

  Through a program of training and receipt, a team of users is necessary to read a pdf file, close it, and then recognize their agreement with the terms in the pdf file. In order to show completed in the curriculum, all courses must be completed. The pdf is set up as a course and need to show as completed. I see the results of different people who consult this pdf file. Some users show over some not taken when they say they have opened the pdf file and found that it. This is a 2 page document. Of the reasons why we would get such different results? To get a complete users should consult the two pages? Other suggestions?

  When I see this problem, it usually has to do with the conversion of the PDF file to allow the display of reports. Either re - download the PDF file and update the price or convert the document to HTML and use this current version. PDF conversion is random and frequent, but will allow some users to obtain a full and some show status does not matter how much the view the PDF.

• Different results from the same calculations between SQL and PL/SQL

  This SQL statement:

  select 1074 * (4 / 48) from dual;

  Gives the 89.5 result.
  However this PL/SQL block

  declare
      tmp     NUMBER;
  begin
      SELECT 1074 * (4 / 48) into tmp from dual;
      dbms_output.put_line('Result '||tmp);
  end;

  Gives a different result:
  Result 89.49999999999999999999999999999999999996
  
  If I change and give my variable tmp, a precision and scale, (38.36) say the result is 89.5.
  
  Ed. I did about 10g (10.2.0.4.0) and 11g (11.1.0.7.0) with the same result in both.
  
  Published by: kendenny on July 9, 2010 10:19 for more information

  What is your current value of NUMLARGEUR in SQL * more (I assume that you use as your tool)?

  SQL> set numwidth 50
  SQL> select 1074 * (4 / 48) from dual;
  
                                         1074*(4/48)
  --------------------------------------------------
           89.49999999999999999999999999999999999996
  

• Flatten channel gives different results on a RT system compared to a Windows system?

  When I flatten a structure moderately complex to a string in LabVIEW Windows, I get a slightly different result than when I do the same thing (interactive) Looking RT. LabVIEW to hexadecimal display produced channels, towards the tail end of the strings that I see:

  Windows: A 999, 0000. FB99 A 9999 9999 9999 9, 00
  RT: 9999 A000... FB99 9999 9999 99A 0 0000

  Shouldn't get the same value of the two systems?

  Your problem is the use of the extended data type.  I don't have a cRIO to do more thorough testing, but the only items that do not match are the two elements of smoothing.  The two values differ by about - 5.54976E - 18 (that is to say, not much - less, in fact, the value of epsilon machine).  If you use the context-sensitive help and hover on an EXT thread, you'll see a note indicating the precision varies by platform, so it must be provided.  Also documented A in aid, under the heading "digital, data types table.  Is there a reason why a double precision is not sufficient?

• I INSTALLED A PROGRAM ON MY COMPUTER THAT ME GIVES A DIFFERENT FROM THAT ONE KEY TO THE BACK OF THE COMPUTER YHE. WHY? WHAT IS THE REAL KEY?

  I INSTALLED A PROGRAM ON MY COMPUTER THAT ME GIVES A DIFFERENT FROM THAT ONE KEY TO THE BACK OF THE COMPUTER YHE. WHY? WHAT IS THE REAL KEY?

  I HOPE FOR SUPPORT OF MY FRIEND FROM JAMAICA

  IT IS FASTER THAN USAIN BOLT AND MORE AMIABLE THA BOB MARLEY

  Thank you

  Computers, which are built by large manufacturers provided with pre-installed Windows are supplied with 2 two product keys:

  (A) OEM SLP: this key comes pre-installed in Windows, when it comes to the factory. This key is designed to work with the special instructions isn't on the hardware of this manufacturer. Then, when Windows was installed using the OEM SLP (in factory) Windows 7 key leans on the motherboard and he sees special instructions and activates. (that's why you had no need to turn on your computer after you brought it home)

  (B) SLP COA: it's the product key that you see on the sticker on the side (or at the bottom, [or in the battery compartment]) of your computer. It is a valid product key, but must be used only in certain situations (for example, if the OEM SLP key stops automatic activation for a reason any). The key must be activated by phone. (Note: all manufacturers that use the SLP OEM system are bound by contract to include a certificate of Authenticity sticker (COA), which has a COA SLP key, on the computer)

• ASCIISTR function that gives different results

  Hi Experts,
  
  I use the function ASCIISTR and it gives different results in SQLPLUS and TOAD
  
  SQLPLUS
  

  SQL> SELECT ASCIISTR('é') UC FROM DUAL
    2  ;
  
  UC
  -----
  \201A
  
  SQL> SELECT ASCIISTR('ú') UC FROM DUAL;
  
  UC
  -----
  \00A3

  TOAD
  

  SELECT ASCIISTR('ú') UC FROM DUAL
  
  \00FA
  
  SELECT ASCIISTR('é') UC FROM DUAL
  
  \00E9

  I know experts here will be reluctant to respond to questions about the TOAD, but I wanted to understand if I'm missing something. I checked the NLS_SESSION_PARAMETERS in SQLPLUS and TOAD, and they are the same. :-(does not understand this behavior
  
  Version of database Oracle Database * 10g Enterprise Edition Release 10.2.0.3.0 - 64 bit Production *.
  
  Thanks in advance!

  The default code for the command line page is 437, identical to TOAD, you want to get the code page 1252

  SQL> host chcp
  Active code page: 437
  
  SQL> SELECT ASCIISTR('é') UC FROM DUAL;
  
  UC
  _____
  \201A
  
  SQL> host chcp 1252
  Active code page: 1252
  
  SQL> SELECT ASCIISTR('é') UC FROM DUAL;
  
  UC
  _____
  \00E9
  
  SQL>
  

• Why do I get different results of these

  I use the HR diagram and study the nested instructions. When I run these two SQL statistics I get a different result. Someone knows why?
  
  Select avg (salary), country_id of
  (select department_id, location_id, salary, country_id of)
  employees join natural services locations of natural join)
  Country_id group;
  
  Select avg (salary), country_id (select country_id, treatment)
  employees join departments using (department_id)
  Join the locations using (location_id))
  Country_id group;
  
  Thanks in advance.

  Natural join joins the tables on columns with the same name. If you look at HR. EMPLOYEES and human resources. Tables of DEPARTMENTS, they share two columns department_id and MANAGER_ID while your second query attached just the department_id. If you add MANAGER_ID to the second query that both return the same results:

  SQL> select  avg(salary),
    2          country_id
    3    from  (
    4           select  salary,
    5                   department_id,
    6                   location_id,
    7                   country_id
    8             from  hr.employees natural join hr.departments natural join hr.locations
    9          )
   10  group by country_id;
  
  AVG(SALARY) CO
  ----------- --
         5640 US
         6000 CA
         8500 UK
  
  SQL> select  avg(salary),
    2          country_id
    3    from  (
    4           select  salary,
    5                   country_id
    6             from  hr.employees join hr.departments using(department_id,manager_id)
    7                   join hr.locations using (location_id)
    8          )
    9  group by country_id;
  
  AVG(SALARY) CO
  ----------- --
         5640 US
         6000 CA
         8500 UK
  
  SQL> 
  

  SY.

• simulation of the same in different versions of multisim circuit design give different results

  version of Multisim 10.0, PATTERN16T GIVES RESULTS on... DISPLAYSA2A20000A2A20000AAAA0000AAAA0000...

  MULTISIM 10.1 VERISION, PATTERN16T RESULTS ON

  POSTER A3A30000A3A30000A3A30000...

  EACH PROGRAM MULTISIM, USE THE SAME CIRCUIT FOR ANALYSIS.

  MULTISIM 10.0 VERSION GIVES A CORRECT RESULT.

  YOU MAY NEED TO CHECK THE NEW VERSION OF THIS PROBLEM

  WITH THE VERSION OF MULTISIM 10.0.

  RICHARD RUHL

  Hello

  Could you please attach your additional troubleshooting circuits? What is your operating system?

  Kind regards

• using the same search terms on ebay, getting different results on firefox exploer

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  You can try to delete cookies in two browsers to see if it has an impact.

  "Clear the Cache":

  • Firefox/tools > Options > advanced > network > content caching Web: 'clear now '.

  'Delete Cookies' sites causing problems:

  • Firefox/tools > Options > privacy > "Use the custom settings for history" > Cookies: "show the Cookies".

• "The eigenvalues and the vectors.vi" produce different results in BT 7.0 and 8.0

  I noticed that 'clean and vectors.vi values' product of different results when it is used in LV8.0 and LV7.0.

  The attached VI is saved in LV7.0.  The default values show the results by operating this VI in LV7.0.

  Using the same entries, try running this VI in 8.0 and you will see the results change.

  Someone has any ideas why this is happening?