1
00:00:23,553 --> 00:00:23,634
H

2
00:00:23,635 --> 00:00:23,716
Ha

3
00:00:23,717 --> 00:00:23,798
Har

4
00:00:23,799 --> 00:00:23,880
Harm

5
00:00:23,881 --> 00:00:23,962
Harmo

6
00:00:23,963 --> 00:00:24,044
Harmon

7
00:00:24,045 --> 00:00:24,126
Harmoni

8
00:00:24,127 --> 00:00:24,208
Harmonic

9
00:00:24,209 --> 00:00:24,290
Harmonic

10
00:00:24,291 --> 00:00:24,372
Harmonic s

11
00:00:24,373 --> 00:00:24,454
Harmonic st

12
00:00:24,455 --> 00:00:24,536
Harmonic sta

13
00:00:24,537 --> 00:00:24,618
Harmonic stat

14
00:00:24,619 --> 00:00:24,700
Harmonic state

15
00:00:24,701 --> 00:00:25,101
Harmonic state

16
00:00:25,126 --> 00:00:33,499
In order to better explain this "State Type", in addition to magnifying "Detail View" window, the "Signal View" window is also magnified to observe outputs.

17
00:00:33,524 --> 00:00:34,737
As you are aware,

18
00:00:34,762 --> 00:00:45,148
based on the Fourier series expansion, a periodic signal can be expressed in terms of the sum of several sinusoidal waves with various coefficients and frequencies.

19
00:00:45,173 --> 00:00:52,026
In "Harmonic" State Type, the user can inject voltage signals and harmonic current by"AMT105" device.

20
00:00:52,051 --> 00:01:00,194
To this purpose, in "Detail View" window,  "Analog Out" tab and "State Type" part, the "Harmonic" State Type is selected from dropdown field.

21
00:01:00,219 --> 00:01:06,864
As can be observed, in this"State Type", the user can create and inject a signal with two desired harmonics.

22
00:01:06,889 --> 00:01:19,162
To this purpose, first the signal data or main harmonic should be entered in "Analog Output Channels" and the other two desired harmonics in "Free-Order Harmonic #1" and "Free-Order Harmonic #2".

23
00:01:19,563 --> 00:01:19,621
A

24
00:01:19,622 --> 00:01:19,680
An

25
00:01:19,681 --> 00:01:19,739
Ana

26
00:01:19,740 --> 00:01:19,798
Anal

27
00:01:19,799 --> 00:01:19,857
Analo

28
00:01:19,858 --> 00:01:19,916
Analog

29
00:01:19,917 --> 00:01:19,975
Analog

30
00:01:19,976 --> 00:01:20,034
Analog O

31
00:01:20,035 --> 00:01:20,093
Analog Ou

32
00:01:20,094 --> 00:01:20,152
Analog Out

33
00:01:20,153 --> 00:01:20,211
Analog Outp

34
00:01:20,212 --> 00:01:20,270
Analog Outpu

35
00:01:20,271 --> 00:01:20,329
Analog Output

36
00:01:20,330 --> 00:01:20,388
Analog Output

37
00:01:20,389 --> 00:01:20,447
Analog Output C

38
00:01:20,448 --> 00:01:20,506
Analog Output Ch

39
00:01:20,507 --> 00:01:20,565
Analog Output Cha

40
00:01:20,566 --> 00:01:20,624
Analog Output Chan

41
00:01:20,625 --> 00:01:20,683
Analog Output Chann

42
00:01:20,684 --> 00:01:20,742
Analog Output Channe

43
00:01:20,743 --> 00:01:20,801
Analog Output Channel

44
00:01:20,802 --> 00:01:20,860
Analog Output Channels

45
00:01:20,861 --> 00:01:20,919
Analog Output Channels

46
00:01:20,920 --> 00:01:20,978
Analog Output Channels T

47
00:01:20,979 --> 00:01:21,037
Analog Output Channels Ta

48
00:01:21,038 --> 00:01:21,096
Analog Output Channels Tab

49
00:01:21,097 --> 00:01:21,155
Analog Output Channels Tabl

50
00:01:21,156 --> 00:01:21,215
Analog Output Channels Table

51
00:01:21,216 --> 00:01:21,616
Analog Output Channels Table

52
00:01:21,641 --> 00:01:26,373
As aforementioned, the main harmonic data are entered in this table.

53
00:01:26,398 --> 00:01:30,875
These data include the amplitude, phase, and frequency of each signal.

54
00:01:30,900 --> 00:01:37,104
It is noteworthy that the harmonic voltage and current signals can be simultaneously injected by device.

55
00:01:37,129 --> 00:01:44,651
For example, the data of three balanced voltage signals with an amplitude of "50" V and a frequency of "50" Hz,

56
00:01:44,676 --> 00:01:52,979
and three balanced current signals with an amplitude of "500" milliampere (mA) and a frequency of "50" Hz are entered.

57
00:01:53,004 --> 00:01:56,937
Other parts of this section have been explained in previous films.

58
00:01:57,071 --> 00:01:57,143
F

59
00:01:57,144 --> 00:01:57,217
Fr

60
00:01:57,218 --> 00:01:57,290
Fre

61
00:01:57,291 --> 00:01:57,363
Free

62
00:01:57,364 --> 00:01:57,436
Free-

63
00:01:57,437 --> 00:01:57,510
Free-O

64
00:01:57,511 --> 00:01:57,583
Free-Or

65
00:01:57,584 --> 00:01:57,656
Free-Ord

66
00:01:57,657 --> 00:01:57,730
Free-Orde

67
00:01:57,731 --> 00:01:57,803
Free-Order

68
00:01:57,804 --> 00:01:57,876
Free-Order

69
00:01:57,877 --> 00:01:57,949
Free-Order H

70
00:01:57,950 --> 00:01:58,023
Free-Order Ha

71
00:01:58,024 --> 00:01:58,096
Free-Order Har

72
00:01:58,097 --> 00:01:58,169
Free-Order Harm

73
00:01:58,170 --> 00:01:58,243
Free-Order Harmo

74
00:01:58,244 --> 00:01:58,316
Free-Order Harmon

75
00:01:58,317 --> 00:01:58,389
Free-Order Harmoni

76
00:01:58,390 --> 00:01:58,462
Free-Order Harmonic

77
00:01:58,463 --> 00:01:58,536
Free-Order Harmonic

78
00:01:58,537 --> 00:01:58,609
Free-Order Harmonic #

79
00:01:58,610 --> 00:01:58,682
Free-Order Harmonic #1

80
00:01:58,683 --> 00:01:58,756
Free-Order Harmonic #1

81
00:01:58,757 --> 00:01:58,829
Free-Order Harmonic #1 T

82
00:01:58,830 --> 00:01:58,902
Free-Order Harmonic #1 Ta

83
00:01:58,903 --> 00:01:58,975
Free-Order Harmonic #1 Tab

84
00:01:58,976 --> 00:01:59,049
Free-Order Harmonic #1 Tabl

85
00:01:59,050 --> 00:01:59,122
Free-Order Harmonic #1 Table

86
00:01:59,123 --> 00:01:59,523
Free-Order Harmonic #1 Table

87
00:01:59,548 --> 00:02:04,404
The data related to the desired "nth" harmonic signal are entered in this table.

88
00:02:04,429 --> 00:02:10,131
These data include amplitude, phase, and frequency, which are entered for voltage and current signals.

89
00:02:10,156 --> 00:02:15,837
It is noteworthy that the maximum allowed value for frequency is "1500" Hz.

90
00:02:15,862 --> 00:02:19,428
For example, the third harmonic data are entered in the table,

91
00:02:19,453 --> 00:02:32,568
including three voltage signals with an amplitude of "10" V and a frequency of "150" Hz and three current signals with an amplitude of "300" mA and a frequency of "150" Hz.

92
00:02:32,780 --> 00:02:41,347
After data were entered, the waveform corresponding to this signal containing the main and third harmonics is shown in "Signal View" window.

93
00:02:41,372 --> 00:02:49,087
During the test, the output waveform and the actual value of harmonic injected by the device can be observed in "Signal View".

94
00:02:49,476 --> 00:02:49,545
F

95
00:02:49,546 --> 00:02:49,615
Fr

96
00:02:49,616 --> 00:02:49,684
Fre

97
00:02:49,685 --> 00:02:49,754
Free

98
00:02:49,755 --> 00:02:49,824
Free-

99
00:02:49,825 --> 00:02:49,894
Free-O

100
00:02:49,895 --> 00:02:49,964
Free-Or

101
00:02:49,965 --> 00:02:50,034
Free-Ord

102
00:02:50,035 --> 00:02:50,103
Free-Orde

103
00:02:50,104 --> 00:02:50,173
Free-Order

104
00:02:50,174 --> 00:02:50,243
Free-Order

105
00:02:50,244 --> 00:02:50,313
Free-Order H

106
00:02:50,314 --> 00:02:50,383
Free-Order Ha

107
00:02:50,384 --> 00:02:50,453
Free-Order Har

108
00:02:50,454 --> 00:02:50,522
Free-Order Harm

109
00:02:50,523 --> 00:02:50,592
Free-Order Harmo

110
00:02:50,593 --> 00:02:50,662
Free-Order Harmon

111
00:02:50,663 --> 00:02:50,732
Free-Order Harmoni

112
00:02:50,733 --> 00:02:50,802
Free-Order Harmonic

113
00:02:50,803 --> 00:02:50,871
Free-Order Harmonic

114
00:02:50,872 --> 00:02:50,941
Free-Order Harmonic #

115
00:02:50,942 --> 00:02:51,011
Free-Order Harmonic #2

116
00:02:51,012 --> 00:02:51,081
Free-Order Harmonic #2

117
00:02:51,082 --> 00:02:51,151
Free-Order Harmonic #2 T

118
00:02:51,152 --> 00:02:51,221
Free-Order Harmonic #2 Ta

119
00:02:51,222 --> 00:02:51,290
Free-Order Harmonic #2 Tab

120
00:02:51,291 --> 00:02:51,360
Free-Order Harmonic #2 Tabl

121
00:02:51,361 --> 00:02:51,430
Free-Order Harmonic #2 Table

122
00:02:51,431 --> 00:02:51,831
Free-Order Harmonic #2 Table

123
00:02:51,856 --> 00:02:56,535
The data related to the desired nth harmonic signal are entered in this table.

124
00:02:56,560 --> 00:03:02,029
These data include amplitude, phase, and frequency that are entered for voltage and current signals.

125
00:03:02,054 --> 00:03:07,425
It should be noted that the maximum allowed value for frequency is "1500" Hz.

126
00:03:07,450 --> 00:03:11,312
For example, the fifth harmonic data are entered into the table,

127
00:03:11,337 --> 00:03:24,176
including three voltage signals with an amplitude of "5" V and a frequency of "250" Hz and three current signals with an amplitude of "200" mA and a frequency of "250" Hz.

128
00:03:24,201 --> 00:03:26,478
After data was entered,

129
00:03:26,503 --> 00:03:33,830
the waveform corresponding to this signal containing the main and third and fifth harmonics is shown in "Signal View" window.

130
00:03:33,855 --> 00:03:39,749
During the test, the harmonic signal injected by the device can be observed in "Signal View".

131
00:03:40,464 --> 00:03:46,089
Please note that a decaying DC offset value can be used in this table instead of harmonic signal.