titles_tnpf

                   Titles:  TNPF - NCD Pulse Frequency Analysis Inputs
                   ===================================================
 
    Contact:  N. Tolich,  LBNL.
 
    Revision History:-
    ================
 
    5.01  A. Poon     First version.  
    5.03  A. Poon     Store the last physical string number

 
Titles Files
------------
 
npf_fft.dat
 
 
Verification
------------
 
 
Description
-----------
 
    Average power spectrum for each string (0-39) and scope (1,2)

    Each power spectrum has 3001 bins (=KPULSE_POWER_SPECT_LEN). 
    
    The power spectrum are arranged as:
    
    String 0, Scope 1
    String 0, Scope 2
    String 1, Scope 1
    String 1, Scope 2
    .
    . 
    .
    String 38, Scope 1
    String 38, Scope 2
    String 39, Scope 1
    String 39, Scope 2

    Therefore, bin C of the average power spectrum for Scope N on 
    String S is given by 
  
    (N * 2 + (S-1)) * KPULSE_POWER_SPECT_LEN + C
   
    The range of frequency is 0 to 500 MHz (=1/(2.*1 ns))

 
Data Words
---------
 
        Data types: B(bit), I, F, D(double), H(hollerith 4 char)
 
        Fixed length Database Header.  See titles_dbhdr.html.
  
  +1       I    KTNPF_POWER_SPECT_LEN  Length of each power spectrum
  +2       I    KTNPF_LAST_VALID_STRING
                                       String number of last physical string
  +3       I                           Spare word
  ...
  +10      I                           Spare word
  +11      F    KTNPF_POWER_SPECT      Beginning of average power spectrum 
                                       (String 0, Scope 1)
  ...
  +KTNPF_POWER_SPECT+ KTNPF_POWER_SPECT_LEN    
           F                           Beginning of average power spectrum
                                       (String 0, Scope 2)
  ...
  +KTNPF_POWER_SPECT+ 2*KTNPF_POWER_SPECT_LEN    
           F                           Beginning of average power spectrum
                                       (String 1, Scope 1)
  ...
  +KTNPF_POWER_SPECT+ 3*KTNPF_POWER_SPECT_LEN        
           F                           Beginning of average power spectrum
                                       (String 1, Scope 2)
  ...
  +KTNPF_POWER_SPECT+ 79*KTNPF_POWER_SPECT_LEN    
           F                           Beginning of average power spectrum 
                                       (String 39, Scope 2)
  ...
  +KTNPF_POWER_SPECT+ 80*KTNPF_POWER_SPECT_LEN- 1
           F                           End of average power spectrum 
                                       (String 39, Scope 2)