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UMG 511

9

General

Positive sequence-negative sequence-zero sequence

• The extent of a voltage or current imbalance in a three-phase system is identified using the positive sequence, negative

sequence and zero sequence components.

• The balance of the rotation current system strived for in normal operation is disturbed by the unsymmetrical loads, errors

and equipment.

• A three-phase system is called symmetric, when the three phase conductor voltages and currents are the same size and

are displaced against each other by 120°. If one or both conditions are not fulfilled, the system is described as unsym-
metrical. By calculating the symmetrical components consisting of the positive sequence, negative sequence and zero
sequence, the simplified analysis of an imbalanced error is possible in a rotary current system..

• Imbalance is a feature of the network quality for the limits specified in international norms (EN 50160 for example).

Positive sequence

Negative sequence

Zero sequence

U

U

U

U

Nullsystem

L fund

L fund

L fund

=

+

+

1

3

1

2

3

,

,

,

A zero component can only occur if a sum current can flow back through the main conductor.

Under difference U
(EN61000-4-30)

Unsymmetrical voltage (U0)

Unsymmetrical voltage U

U

U

Zero sequence

Positive sequence

(

)

%

0

100

Unsymmetrical voltage

Unsymmetrical voltage

U

U

Negative sequence

Positive sequence

100%

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Summary of Contents for UMG 511

Page 1: ...or dem Polst ck 6 D 35633 Lahnau Support Tel 49 6441 9642 22 Fax 49 6441 9642 30 e mail info janitza com www janitza com www janitza com Doc no 1 037 021 9 c 12 2017 Power Quality Analyser UMG 511 Mod...

Page 2: ...s of the measured values 6 Address list 12 Frequently required readings 12 Date and time 13 Messwerte 200ms Messfenster 14 Mean values float type 18 Minimum values float type 22 Maximum values float t...

Page 3: ...D35633 Lahnau Germany vervielf ltigt oder weiterver ffentlicht werden Protected trademarks All trademarks and the resulting rights belong to the respective owners of these rights Disclaimer Janitza e...

Page 4: ...ce of holding registers 4X references When broadcast the function presets the same register references in all attached slaves 23 17Hex Read Write 4X Registers Performs a combination of one read and on...

Page 5: ...Endian low byte before high byte format The addresses described in this address list supply the data in the Big Endian format If you require the data in the Little Endian format you must add the value...

Page 6: ...value which has occurred since the last deletion Min value of measured value The min value of the measured value is the lowest measured value which has occurred since the last deletion Max value of m...

Page 7: ...tral conductor current S U I p pN p Apparent power for phase conductor Unsigned S S S S A 1 2 3 Total apparent power arithmetic Sa Unsigned Effective voltage L N Effective voltage L L U U U U Sternpun...

Page 8: ...N EN 61000 4 30 The order number of inter harmonics corresponds to the order number of the next smallest harmonic For example between the 3rd and 4th harmonic of the 3rd inter harmonics TDD I TDD Tota...

Page 9: ...d the system is described as unsym metrical By calculating the symmetrical components consisting of the positive sequence negative sequence and zero sequence the simplified analysis of an imbalanced e...

Page 10: ...fund Q Q 2 3 2 cos Sum P P P P P P P fund fund fund fund fund fund fun 4 1 2 3 4 1 2 3 d d fund fund fund fund fund P Q Q Q Q 4 2 1 2 3 4 2 K factor The K factor describes the increase of the eddy cur...

Page 11: ...eactive power Reactive power of the mains frequency Q Q Q Q V 1 2 3 Distortion power factor The distortion power factor is the power factor of all mains frequencies and is calculated using the fourier...

Page 12: ...y L1 L3 19062 float RD _G_WH_V 0 Wh Real energy L1 consumed 19064 float RD _G_WH_V 1 Wh Real energy L2 consumed 19066 float RD _G_WH_V 2 Wh Real energy L3 consumed 19068 float RD _G_WH_V_HT_SUML13 Wh...

Page 13: ...UTC 4 int _SYSTIME sec time UTC 6 short _DAY Day 1 31 7 short _MONTH Month 0 Jan 11 Dec 8 short _YEAR Year 9 short _HOUR h Hour 1 24 10 short _MIN min Minute 1 59 11 short _SEC s Second 1 59 12 short...

Page 14: ...at _ULN 0 V Voltage L1 N 3847 float _ULN 1 V Voltage L2 N 3849 float _ULN 2 V Voltage L3 N 3851 float _ULN 3 V Voltage L4 N 3853 float _ILN 0 A Apparent current L1 3855 float _ILN 1 A Apparent current...

Page 15: ...oat _ULN_IM 3 V Voltage imaginary part L4 N 3955 float _IL_RE 0 A Current real part L1 3957 float _IL_RE 1 A Current real part L2 3959 float _IL_RE 2 A Current real part L3 3961 float _IL_RE 3 A Curre...

Page 16: ...ue positive U L4 N 4075 float _IL_PEAK_PEAK 0 A Peak peak value I L1 4077 float _IL_PEAK_PEAK 1 A Peak peak value I L2 4079 float _IL_PEAK_PEAK 2 A Peak peak value I L3 4081 float _IL_PEAK_PEAK 3 A Pe...

Page 17: ...term flicker level Plt 2h L1 N 4171 float _FLI_LONG_TERM 1 Long term flicker level Plt 2h L2 N 4173 float _FLI_LONG_TERM 2 Long term flicker level Plt 2h L3 N 4175 float _FLI_LONG_TERM 3 Long term fli...

Page 18: ..._THD_ULN_AVG 3 4253 float _THD_ZLN_AVG 0 Mean value ZHD U L1 N 4255 float _THD_ZLN_AVG 1 4257 float _THD_ZLN_AVG 2 4259 float _THD_ZLN_AVG 3 4261 float _ULN_OVER_AVG 0 4263 float _ULN_OVER_AVG 1 4265...

Page 19: ...LN_AVG 2 var 4369 float _QLN_AVG 3 var 4371 float _P_SUM3_AVG W 4373 float _Q_SUM3_AVG var 4375 float _ILN_AVG 0 A 4377 float _ILN_AVG 1 A 4379 float _ILN_AVG 2 A 4381 float _ILN_AVG 3 A 4383 float _S...

Page 20: ..._FLI_ST_AVG 1 4483 float _FLI_ST_AVG 2 4485 float _FLI_ST_AVG 3 4487 float _FLI_LT_AVG 0 4489 float _FLI_LT_AVG 1 4491 float _FLI_LT_AVG 2 4493 float _FLI_LT_AVG 3 4495 float _IRC_AVG 0 A 4497 float...

Page 21: ...Address Format Designation Unit Note UMG 511 21 Modbus address list...

Page 22: ...float _THD_ZLN_MIN 1 4615 float _THD_ZLN_MIN 2 4617 float _THD_ZLN_MIN 3 4619 float _ULN_OVER_MIN 0 4621 float _ULN_OVER_MIN 1 4623 float _ULN_OVER_MIN 2 4625 float _ULN_OVER_MIN 3 4627 float _ULN_UN...

Page 23: ...loat _ULL_PEAK_PEAK_MIN 0 V 4697 float _ULL_PEAK_PEAK_MIN 1 V 4699 float _ULL_PEAK_PEAK_MIN 2 V 4701 float _U_STERN_MIN V 4703 float _U_SYM_MIN 4705 float _FREQ_MIN Hz 4707 float _NORM_FREQ_MIN Hz 470...

Page 24: ...float _THD_ZLN_MAX 1 4789 float _THD_ZLN_MAX 2 4791 float _THD_ZLN_MAX 3 4793 float _ULN_OVER_MAX 0 4795 float _ULN_OVER_MAX 1 4797 float _ULN_OVER_MAX 2 4799 float _ULN_OVER_MAX 3 4801 float _ULN_UN...

Page 25: ...t _QLN_MAX 0 var 4897 float _QLN_MAX 1 var 4899 float _QLN_MAX 2 var 4901 float _QLN_MAX 3 var 4903 float _P_SUM3_MAX W 4905 float _Q_SUM3_MAX var 4907 float _ILN_MAX 0 A 4909 float _ILN_MAX 1 A 4911...

Page 26: ...I_ST_MAX 0 5013 float _FLI_ST_MAX 1 5015 float _FLI_ST_MAX 2 5017 float _FLI_ST_MAX 3 5019 float _FLI_LT_MAX 0 5021 float _FLI_LT_MAX 1 5023 float _FLI_LT_MAX 2 5025 float _FLI_LT_MAX 3 5027 float _IL...

Page 27: ...Address Format Designation Unit Note UMG 511 27 Modbus address list...

Page 28: ..._ZLN_AVG_T 0 n 5119 short _THD_ZLN_AVG_T 1 n 5120 short _THD_ZLN_AVG_T 2 n 5121 short _THD_ZLN_AVG_T 3 n 5122 short _ULN_OVER_AVG_T 0 n 5123 short _ULN_OVER_AVG_T 1 n 5124 short _ULN_OVER_AVG_T 2 n 51...

Page 29: ...5173 short _QLN_AVG_T 0 n 5174 short _QLN_AVG_T 1 n 5175 short _QLN_AVG_T 2 n 5176 short _QLN_AVG_T 3 n 5177 short _P_SUM3_AVG_T n 5178 short _Q_SUM3_AVG_T n 5179 short _ILN_AVG_T 0 n 5180 short _ILN...

Page 30: ...short _FLI_ST_AVG_T 1 n 5233 short _FLI_ST_AVG_T 2 n 5234 short _FLI_ST_AVG_T 3 n 5235 short _FLI_LT_AVG_T 0 n 5236 short _FLI_LT_AVG_T 1 n 5237 short _FLI_LT_AVG_T 2 n 5238 short _FLI_LT_AVG_T 3 n 52...

Page 31: ...Address Format Designation Unit Note UMG 511 31 Modbus address list...

Page 32: ...5324 uint _THD_ZLN_MIN_T 1 s 5326 uint _THD_ZLN_MIN_T 2 s 5328 uint _THD_ZLN_MIN_T 3 s 5330 uint _ULN_OVER_MIN_T 0 s 5332 uint _ULN_OVER_MIN_T 1 s 5334 uint _ULN_OVER_MIN_T 2 s 5336 uint _ULN_OVER_MIN...

Page 33: ..._ULL_PEAK_PEAK_MIN_T 0 s 5408 uint _ULL_PEAK_PEAK_MIN_T 1 s 5410 uint _ULL_PEAK_PEAK_MIN_T 2 s 5412 uint _U_STERN_MIN_T s 5414 uint _U_SYM_MIN_T s 5416 uint _FREQ_MIN_T s 5418 uint _NORM_FREQ_MIN_T s...

Page 34: ...5498 uint _THD_ZLN_MAX_T 1 s 5500 uint _THD_ZLN_MAX_T 2 s 5502 uint _THD_ZLN_MAX_T 3 s 5504 uint _ULN_OVER_MAX_T 0 s 5506 uint _ULN_OVER_MAX_T 1 s 5508 uint _ULN_OVER_MAX_T 2 s 5510 uint _ULN_OVER_MAX...

Page 35: ...s 5608 uint _QLN_MAX_T 1 s 5610 uint _QLN_MAX_T 2 s 5612 uint _QLN_MAX_T 3 s 5614 uint _P_SUM3_MAX_T s 5616 uint _Q_SUM3_MAX_T s 5618 uint _ILN_MAX_T 0 s 5620 uint _ILN_MAX_T 1 s 5622 uint _ILN_MAX_T...

Page 36: ...26 uint _FLI_ST_MAX_T 2 s 5728 uint _FLI_ST_MAX_T 3 s 5730 uint _FLI_LT_MAX_T 0 s 5732 uint _FLI_LT_MAX_T 1 s 5734 uint _FLI_LT_MAX_T 2 s 5736 uint _FLI_LT_MAX_T 3 s 5738 uint _ILN_RC_MAX_T 0 s 5740 u...

Page 37: ...MAX_T 3 s 6220 uint _THD_ZLN_AVG_MAX_T 0 s 6222 uint _THD_ZLN_AVG_MAX_T 1 s 6224 uint _THD_ZLN_AVG_MAX_T 2 s 6226 uint _THD_ZLN_AVG_MAX_T 3 s 6228 uint _ULN_OVER_AVG_MAX_T 0 s 6230 uint _ULN_OVER_AVG_...

Page 38: ...UM_AVG_MAX_T s 6330 uint _QLN_AVG_MAX_T 0 s 6332 uint _QLN_AVG_MAX_T 1 s 6334 uint _QLN_AVG_MAX_T 2 s 6336 uint _QLN_AVG_MAX_T 3 s 6338 uint _P_SUM3_AVG_MAX_T s 6340 uint _Q_SUM3_AVG_MAX_T s 6342 uint...

Page 39: ...FLI_ST_AVG_MAX_T 1 s 6450 uint _FLI_ST_AVG_MAX_T 2 s 6452 uint _FLI_ST_AVG_MAX_T 3 s 6454 uint _FLI_LT_AVG_MAX_T 0 s 6456 uint _FLI_LT_AVG_MAX_T 1 s 6458 uint _FLI_LT_AVG_MAX_T 2 s 6460 uint _FLI_LT_A...

Page 40: ...t _THD_ZLN_AVG_MAX 1 5858 float _THD_ZLN_AVG_MAX 2 5860 float _THD_ZLN_AVG_MAX 3 5862 float _ULN_OVER_AVG_MAX 0 5864 float _ULN_OVER_AVG_MAX 1 5866 float _ULN_OVER_AVG_MAX 2 5868 float _ULN_OVER_AVG_M...

Page 41: ...t _QLN_AVG_MAX 1 var 5968 float _QLN_AVG_MAX 2 var 5970 float _QLN_AVG_MAX 3 var 5972 float _P_SUM3_AVG_MAX W 5974 float _Q_SUM3_AVG_MAX var 5976 float _ILN_AVG_MAX 0 A 5978 float _ILN_AVG_MAX 1 A 598...

Page 42: ..._ST_AVG_MAX 1 6084 float _FLI_ST_AVG_MAX 2 6086 float _FLI_ST_AVG_MAX 3 6088 float _FLI_LT_AVG_MAX 0 6090 float _FLI_LT_AVG_MAX 1 6092 float _FLI_LT_AVG_MAX 2 6094 float _FLI_LT_AVG_MAX 3 6096 float _...

Page 43: ...Address Format Designation Unit Note UMG 511 43 Modbus address list...

Page 44: ...counters 6742 short _DEL_QH 1 Delete all reactive energy counters 6743 short _INIT_MAX Only for internal use 6744 string _RUN 64 Only for internal use 6776 float _CTPRIM 0 A L1 L2 L3 Current transform...

Page 45: ...display 6969 int _KEY1 Status button 1 6971 int _KEY2 Status button 2 6973 int _KEY3 Status button 3 6975 int _KEY4 Status button 4 6977 int _KEY5 Status button 5 6979 int _KEY6 Status button 6 6981...

Page 46: ...internal use 7345 string _FBPROT_1 32 Only for internal use 7361 string _FBPROT_2 32 Only for internal use 7377 string _FB_ADDR 32 Only for internal use 7393 string _DHCP_0 32 Only for internal use 7...

Page 47: ..._LANGUAGE_9 32 Only for internal use 8305 string _LANGUAGE_10 32 Only for internal use 8321 string _LANGUAGE_11 32 Only for internal use 8337 string _LANGUAGE_12 32 Only for internal use 8353 string...

Page 48: ...for internal use 10575 int _QUARZ_KORR ppm Only for internal use 10577 string _TFTP_PRG1 256 Only for internal use 10705 string _TFTP_PRG2 256 Only for internal use 10833 string _TFTP_PRG3 256 Only f...

Page 49: ...11834 long64 _RX_DNS_COUNT Only for internal use 11838 long64 _TX_DNS_COUNT Only for internal use 11842 long64 _ERR_DNS_COUNT Only for internal use 11846 long64 _RX_DHCP_COUNT Only for internal use 11...

Page 50: ...96 double _AKT_EVT_START 5 s Only for internal use 12000 double _AKT_EVT_START 6 s Only for internal use 12004 double _AKT_EVT_START 7 s Only for internal use 12008 double _AKT_EVT_STOP 0 s Only for i...

Page 51: ...e 12102 float _AKT_EVT_AVG 7 Only for internal use 12104 int _AKT_EVT_REASON 0 Only for internal use 12106 int _AKT_EVT_REASON 1 Only for internal use 12108 int _AKT_EVT_REASON 2 Only for internal use...

Page 52: ...572 float _WH_V 3 Wh 6574 float _WH_V 4 Wh 6576 float _WH_V 5 Wh 6578 float _WH_Z 0 Wh Real energy L1 delivered 6580 float _WH_Z 1 Wh 6582 float _WH_Z 2 Wh 6584 float _WH_Z 3 Wh 6586 float _WH_Z 4 Wh...

Page 53: ...6680 float _IQH_NT 3 varh 6682 float _IQH_NT 4 varh 6684 float _IQH_NT 5 varh 6686 float _S0_CNT 0 n Energy meter counter not scaled impulse input 1 6688 float _S0_CNT 1 n 6690 float _S0_CNT 2 n 6692...

Page 54: ...loat _IZQH 4 varh Reactive energy L1 L3 inductive delivered 14519 dfloat _IZQH 5 varh Reactive energy L1 L4 inductive delivered 14521 dfloat _CVQH 0 varh Reactive energy L1 capacitive consumed 14523 d...

Page 55: ...Address Format Designation Unit Note UMG 511 55 Modbus address list...

Page 56: ...short _EMAX_D_STATUS 19 n 8598 short _EMAX_D_STATUS 20 n 8599 short _EMAX_D_STATUS 21 n 8600 short _EMAX_D_STATUS 22 n 8601 short _EMAX_D_STATUS 23 n 8602 short _EMAX_D_STATUS 24 n 8603 short _EMAX_D_...

Page 57: ...short _EMAX_D_ACTIVE 9 8660 short _EMAX_D_ACTIVE 10 8661 short _EMAX_D_ACTIVE 11 8662 short _EMAX_D_ACTIVE 12 8663 short _EMAX_D_ACTIVE 13 8664 short _EMAX_D_ACTIVE 14 8665 short _EMAX_D_ACTIVE 15 866...

Page 58: ..._EMAX_D_DESC1 32 8750 string _EMAX_D_DESC2 32 8766 string _EMAX_D_DESC3 32 8782 string _EMAX_D_DESC4 32 8798 string _EMAX_D_DESC5 32 8814 string _EMAX_D_DESC6 32 8830 string _EMAX_D_DESC7 32 8846 str...

Page 59: ...ring _EMAX_D_DESC60 32 9694 string _EMAX_D_DESC61 32 9710 string _EMAX_D_DESC62 32 9726 string _EMAX_D_DESC63 32 9742 string _EMAX_A_DESC0 32 9758 string _EMAX_A_DESC1 32 9774 string _EMAX_A_DESC2 32...

Page 60: ...IORITY 50 9857 short _EMAX_D_PRIORITY 51 9858 short _EMAX_D_PRIORITY 52 9859 short _EMAX_D_PRIORITY 53 9860 short _EMAX_D_PRIORITY 54 9861 short _EMAX_D_PRIORITY 55 9862 short _EMAX_D_PRIORITY 56 9863...

Page 61: ...3 W 9962 float _EMAX_D_POWER 44 W 9964 float _EMAX_D_POWER 45 W 9966 float _EMAX_D_POWER 46 W 9968 float _EMAX_D_POWER 47 W 9970 float _EMAX_D_POWER 48 W 9972 float _EMAX_D_POWER 49 W 9974 float _EMAX...

Page 62: ...short _EMAX_D_MIN_ONDURATION 38 s 10041 short _EMAX_D_MIN_ONDURATION 39 s 10042 short _EMAX_D_MIN_ONDURATION 40 s 10043 short _EMAX_D_MIN_ONDURATION 41 s 10044 short _EMAX_D_MIN_ONDURATION 42 s 10045...

Page 63: ...t _EMAX_D_MAX_OFFDURATION 33 s 10100 short _EMAX_D_MAX_OFFDURATION 34 s 10101 short _EMAX_D_MAX_OFFDURATION 35 s 10102 short _EMAX_D_MAX_OFFDURATION 36 s 10103 short _EMAX_D_MAX_OFFDURATION 37 s 10104...

Page 64: ...EMAX_D_MIN_OFFDURATION 28 s 10159 short _EMAX_D_MIN_OFFDURATION 29 s 10160 short _EMAX_D_MIN_OFFDURATION 30 s 10161 short _EMAX_D_MIN_OFFDURATION 31 s 10162 short _EMAX_D_MIN_OFFDURATION 32 s 10163 sh...

Page 65: ..._PROBABILITY 22 10240 float _EMAX_D_PROBABILITY 23 10242 float _EMAX_D_PROBABILITY 24 10244 float _EMAX_D_PROBABILITY 25 10246 float _EMAX_D_PROBABILITY 26 10248 float _EMAX_D_PROBABILITY 27 10250 flo...

Page 66: ...float _EMAX_A_MAXPOWER 1 W 10330 float _EMAX_A_MAXPOWER 2 W 10332 float _EMAX_A_MAXPOWER 3 W 10334 float _EMAX_A_MINPOWER 0 W 10336 float _EMAX_A_MINPOWER 1 W 10338 float _EMAX_A_MINPOWER 2 W 10340 fl...

Page 67: ...Address Format Designation Unit Note UMG 511 67 Modbus address list...

Page 68: ...oat _FFT_ULL1 23 V 61 float _FFT_ULL1 24 V 63 float _FFT_ULL1 25 V 65 float _FFT_ULL1 26 V 67 float _FFT_ULL1 27 V 69 float _FFT_ULL1 28 V 71 float _FFT_ULL1 29 V 73 float _FFT_ULL1 30 V 75 float _FFT...

Page 69: ...77 float _FFT_ULL2 19 V 179 float _FFT_ULL2 20 V 181 float _FFT_ULL2 21 V 183 float _FFT_ULL2 22 V 185 float _FFT_ULL2 23 V 187 float _FFT_ULL2 24 V 189 float _FFT_ULL2 25 V 191 float _FFT_ULL2 26 V 1...

Page 70: ...t _FFT_ULL3 15 V 297 float _FFT_ULL3 16 V 299 float _FFT_ULL3 17 V 301 float _FFT_ULL3 18 V 303 float _FFT_ULL3 19 V 305 float _FFT_ULL3 20 V 307 float _FFT_ULL3 21 V 309 float _FFT_ULL3 22 V 311 floa...

Page 71: ...0 V 413 float _FFT_UL1 11 V 415 float _FFT_UL1 12 V 417 float _FFT_UL1 13 V 419 float _FFT_UL1 14 V 421 float _FFT_UL1 15 V 423 float _FFT_UL1 16 V 425 float _FFT_UL1 17 V 427 float _FFT_UL1 18 V 429...

Page 72: ...531 float _FFT_UL2 7 V 533 float _FFT_UL2 8 V 535 float _FFT_UL2 9 V 537 float _FFT_UL2 10 V 539 float _FFT_UL2 11 V 541 float _FFT_UL2 12 V 543 float _FFT_UL2 13 V 545 float _FFT_UL2 14 V 547 float _...

Page 73: ...2 V 649 float _FFT_UL3 3 V 651 float _FFT_UL3 4 V 653 float _FFT_UL3 5 V 655 float _FFT_UL3 6 V 657 float _FFT_UL3 7 V 659 float _FFT_UL3 8 V 661 float _FFT_UL3 9 V 663 float _FFT_UL3 10 V 665 float _...

Page 74: ...3 61 V 767 float _FFT_UL3 62 V 769 float _FFT_UL4 0 V 771 float _FFT_UL4 1 V 773 float _FFT_UL4 2 V 775 float _FFT_UL4 3 V 777 float _FFT_UL4 4 V 779 float _FFT_UL4 5 V 781 float _FFT_UL4 6 V 783 floa...

Page 75: ...4 57 V 885 float _FFT_UL4 58 V 887 float _FFT_UL4 59 V 889 float _FFT_UL4 60 V 891 float _FFT_UL4 61 V 893 float _FFT_UL4 62 V 895 float _FFT_IL1 0 A 897 float _FFT_IL1 1 A 899 float _FFT_IL1 2 A 901...

Page 76: ..._FFT_IL1 54 A 1005 float _FFT_IL1 55 A 1007 float _FFT_IL1 56 A 1009 float _FFT_IL1 57 A 1011 float _FFT_IL1 58 A 1013 float _FFT_IL1 59 A 1015 float _FFT_IL1 60 A 1017 float _FFT_IL1 61 A 1019 float...

Page 77: ...A 1121 float _FFT_IL2 50 A 1123 float _FFT_IL2 51 A 1125 float _FFT_IL2 52 A 1127 float _FFT_IL2 53 A 1129 float _FFT_IL2 54 A 1131 float _FFT_IL2 55 A 1133 float _FFT_IL2 56 A 1135 float _FFT_IL2 57...

Page 78: ...A 1239 float _FFT_IL3 46 A 1241 float _FFT_IL3 47 A 1243 float _FFT_IL3 48 A 1245 float _FFT_IL3 49 A 1247 float _FFT_IL3 50 A 1249 float _FFT_IL3 51 A 1251 float _FFT_IL3 52 A 1253 float _FFT_IL3 53...

Page 79: ...A 1357 float _FFT_IL4 42 A 1359 float _FFT_IL4 43 A 1361 float _FFT_IL4 44 A 1363 float _FFT_IL4 45 A 1365 float _FFT_IL4 46 A 1367 float _FFT_IL4 47 A 1369 float _FFT_IL4 48 A 1371 float _FFT_IL4 49...

Page 80: ...W 1475 float _FFT_PL1 38 W 1477 float _FFT_PL1 39 W 1479 float _FFT_PL1 40 W 1481 float _FFT_PL1 41 W 1483 float _FFT_PL1 42 W 1485 float _FFT_PL1 43 W 1487 float _FFT_PL1 44 W 1489 float _FFT_PL1 45...

Page 81: ...1593 float _FFT_PL2 34 W 1595 float _FFT_PL2 35 W 1597 float _FFT_PL2 36 W 1599 float _FFT_PL2 37 W 1601 float _FFT_PL2 38 W 1603 float _FFT_PL2 39 W 1605 float _FFT_PL2 40 W 1607 float _FFT_PL2 41 W...

Page 82: ...float _FFT_PL3 30 W 1713 float _FFT_PL3 31 W 1715 float _FFT_PL3 32 W 1717 float _FFT_PL3 33 W 1719 float _FFT_PL3 34 W 1721 float _FFT_PL3 35 W 1723 float _FFT_PL3 36 W 1725 float _FFT_PL3 37 W 1727...

Page 83: ...oat _FFT_PL4 26 W 1831 float _FFT_PL4 27 W 1833 float _FFT_PL4 28 W 1835 float _FFT_PL4 29 W 1837 float _FFT_PL4 30 W 1839 float _FFT_PL4 31 W 1841 float _FFT_PL4 32 W 1843 float _FFT_PL4 33 W 1845 fl...

Page 84: ...2 var 1949 float _FFT_QL1 23 var 1951 float _FFT_QL1 24 var 1953 float _FFT_QL1 25 var 1955 float _FFT_QL1 26 var 1957 float _FFT_QL1 27 var 1959 float _FFT_QL1 28 var 1961 float _FFT_QL1 29 var 1963...

Page 85: ...18 var 2067 float _FFT_QL2 19 var 2069 float _FFT_QL2 20 var 2071 float _FFT_QL2 21 var 2073 float _FFT_QL2 22 var 2075 float _FFT_QL2 23 var 2077 float _FFT_QL2 24 var 2079 float _FFT_QL2 25 var 208...

Page 86: ...14 var 2185 float _FFT_QL3 15 var 2187 float _FFT_QL3 16 var 2189 float _FFT_QL3 17 var 2191 float _FFT_QL3 18 var 2193 float _FFT_QL3 19 var 2195 float _FFT_QL3 20 var 2197 float _FFT_QL3 21 var 219...

Page 87: ...10 var 2303 float _FFT_QL4 11 var 2305 float _FFT_QL4 12 var 2307 float _FFT_QL4 13 var 2309 float _FFT_QL4 14 var 2311 float _FFT_QL4 15 var 2313 float _FFT_QL4 16 var 2315 float _FFT_QL4 17 var 231...

Page 88: ..._ULLZ1 6 V 2421 float _FFT_ULLZ1 7 V 2423 float _FFT_ULLZ1 8 V 2425 float _FFT_ULLZ1 9 V 2427 float _FFT_ULLZ1 10 V 2429 float _FFT_ULLZ1 11 V 2431 float _FFT_ULLZ1 12 V 2433 float _FFT_ULLZ1 13 V 243...

Page 89: ..._FFT_ULLZ2 2 V 2539 float _FFT_ULLZ2 3 V 2541 float _FFT_ULLZ2 4 V 2543 float _FFT_ULLZ2 5 V 2545 float _FFT_ULLZ2 6 V 2547 float _FFT_ULLZ2 7 V 2549 float _FFT_ULLZ2 8 V 2551 float _FFT_ULLZ2 9 V 255...

Page 90: ...t _FFT_ULLZ2 61 V 2657 float _FFT_ULLZ2 62 V 2659 float _FFT_ULLZ3 0 V 2661 float _FFT_ULLZ3 1 V 2663 float _FFT_ULLZ3 2 V 2665 float _FFT_ULLZ3 3 V 2667 float _FFT_ULLZ3 4 V 2669 float _FFT_ULLZ3 5 V...

Page 91: ...56 V 2773 float _FFT_ULLZ3 57 V 2775 float _FFT_ULLZ3 58 V 2777 float _FFT_ULLZ3 59 V 2779 float _FFT_ULLZ3 60 V 2781 float _FFT_ULLZ3 61 V 2783 float _FFT_ULLZ3 62 V 2785 float _FFT_ULZ1 0 V 2787 flo...

Page 92: ...float _FFT_ULZ1 53 V 2893 float _FFT_ULZ1 54 V 2895 float _FFT_ULZ1 55 V 2897 float _FFT_ULZ1 56 V 2899 float _FFT_ULZ1 57 V 2901 float _FFT_ULZ1 58 V 2903 float _FFT_ULZ1 59 V 2905 float _FFT_ULZ1 6...

Page 93: ...float _FFT_ULZ2 49 V 3011 float _FFT_ULZ2 50 V 3013 float _FFT_ULZ2 51 V 3015 float _FFT_ULZ2 52 V 3017 float _FFT_ULZ2 53 V 3019 float _FFT_ULZ2 54 V 3021 float _FFT_ULZ2 55 V 3023 float _FFT_ULZ2 5...

Page 94: ...float _FFT_ULZ3 45 V 3129 float _FFT_ULZ3 46 V 3131 float _FFT_ULZ3 47 V 3133 float _FFT_ULZ3 48 V 3135 float _FFT_ULZ3 49 V 3137 float _FFT_ULZ3 50 V 3139 float _FFT_ULZ3 51 V 3141 float _FFT_ULZ3 5...

Page 95: ...float _FFT_ULZ4 41 V 3247 float _FFT_ULZ4 42 V 3249 float _FFT_ULZ4 43 V 3251 float _FFT_ULZ4 44 V 3253 float _FFT_ULZ4 45 V 3255 float _FFT_ULZ4 46 V 3257 float _FFT_ULZ4 47 V 3259 float _FFT_ULZ4 4...

Page 96: ...float _FFT_ILZ1 37 A 3365 float _FFT_ILZ1 38 A 3367 float _FFT_ILZ1 39 A 3369 float _FFT_ILZ1 40 A 3371 float _FFT_ILZ1 41 A 3373 float _FFT_ILZ1 42 A 3375 float _FFT_ILZ1 43 A 3377 float _FFT_ILZ1 4...

Page 97: ...oat _FFT_ILZ2 33 A 3483 float _FFT_ILZ2 34 A 3485 float _FFT_ILZ2 35 A 3487 float _FFT_ILZ2 36 A 3489 float _FFT_ILZ2 37 A 3491 float _FFT_ILZ2 38 A 3493 float _FFT_ILZ2 39 A 3495 float _FFT_ILZ2 40 A...

Page 98: ..._FFT_ILZ3 29 A 3601 float _FFT_ILZ3 30 A 3603 float _FFT_ILZ3 31 A 3605 float _FFT_ILZ3 32 A 3607 float _FFT_ILZ3 33 A 3609 float _FFT_ILZ3 34 A 3611 float _FFT_ILZ3 35 A 3613 float _FFT_ILZ3 36 A 361...

Page 99: ...float _FFT_ILZ4 27 A 3723 float _FFT_ILZ4 28 A 3725 float _FFT_ILZ4 29 A 3727 float _FFT_ILZ4 30 A 3729 float _FFT_ILZ4 31 A 3731 float _FFT_ILZ4 32 A 3733 float _FFT_ILZ4 33 A 3735 float _FFT_ILZ4 3...

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