Lampiran 1
19,6 -0,71 -0,73 -0,7 -0,71 0,849180475
20 -0,54 -0,54 -0,53 -0,54 0,8830799
Lampiran 2
Tabel data karakterisasi perubahan daya optis laser terhadap arus injeksi untuk setiap temperatur yang berbeda
Arus (mA) T = 47,3 ℃ T = 41,6 ℃ T = 37,1 ℃
� (mW) � (mW) � (mW) 4 1,2735E-07 5,10505E-07 1,89671E-06 4,4 1,65577E-07 6,53131E-07 2,36048E-06 4,8 2,02302E-07 8,72971E-07 3,03389E-06 5,2 2,64241E-07 1,10662E-06 3,82825E-06 5,6 3,4914E-07 1,53462E-06 4,96592E-06 6 4,61318E-07 2,02302E-06 6,25173E-06 6,4 6,30957E-07 2,77332E-06 8,20352E-06 6,8 9,61612E-07 4,4157E-06 1,24738E-05 7,2 1,30918E-06 6,10942E-06 1,8197E-05 7,6 1,94984E-06 9,93116E-06 2,69153E-05
17,6 0,669884609 0,774461798 0,797994687 18 0,706317554 0,80723503 0,833681185 18,4 0,73790423 0,845278845 0,866961876 18,8 0,776247117 0,88511561 0,905732601 19,2 0,80723503 0,918332596 0,946237161 19,6 0,849180475 0,954992586 0,979489985 20 0,8830799 0,995405417 1,018591388
Lampiran 3
Tabel data perubahan panjang gelombang laser terhadap temperatur pada arus injeksi I = 12 mA
Lampiran 4
Tabel data perubahan panjang gelombang laser terhadap temperatur untuk setiap arus injeksi yang berbeda
Temperatur (℃) I = 12 mA I = 16 mA I = 20 mA
(nm) (nm) (nm)
54,934 1553,281 1553,297 1553,325
53,187 1553,145 1553,155 1553,184
51,563 1553,048 1553,055 1553,085
50,047 1552,901 1552,91 1552,939
48,626 1552,799 1552,81 1552,837
47,289 1552,678 1552,684 1552,715
46,028 1552,605 1552,614 1552,645
44,834 1552,493 1552,499 1552,531
43,702 1552,411 1552,414 1552,446
42,626 1552,327 1552,334 1552,365
41,6 1552,242 1552,249 1552,28
40,622 1552,164 1552,169 1552,2
39,685 1552,105 1552,109 1552,143
38,788 1552,017 1552,022 1552,061
37,927 1551,951 1551,958 1551,991
37,1 1551,889 1551,893 1551,939
36,305 1551,844 1551,85 1551,923
35,538 1551,799 1551,838 1551,92
34,799 1551,777 1551,834 1551,921
34,085 1551,769 1551,833 1551,92
33,395 1551,794 1551,835 1551,92
Lampiran 5
Tabel data karakterisasi optical amplifier
14,4 16,546 0,383
Tabel data SNR terhadap arus injeksi sebelum dan sesudah menggunakan optical amplifier
Arus (mA) Optical Amplifier Tanpa Optical Amplifier
19,2 51,191 56,319
19,6 51,357 56,354
20 51,49 56,554
Lampiran 7
Tabel data frekuensi gelombang mikro terbangkitkan terhadap temperatur sebelum dan sesudah menggunakan optical amplifier
Temperatur (℃) Optical Amplifier Tanpa Optical Amplifier Frekuensi (GHz) Frekuensi (GHz)
47,16 8,296 7,922
Tabel data hubungan gain terhadap daya sinyal keluaran laser menggunakan
Optical Amplifier
Arus (mA) Gain (dB) Pout (mW)
10,8 23,53563628 13,543
11,2 22,06419614 14,959
11,6 20,7577149 15,478
12 19,8617071 15,886
12,4 18,89140024 16,114
12,8 18,32801537 16,331
13,6 17,19855264 16,421
14 16,73231615 16,493
14,4 16,35494246 16,546
14,8 15,93485547 16,55
15,2 15,61640045 16,619
15,6 15,28927146 16,63
16 14,99290505 16,638
16,4 14,69379615 16,68
16,8 14,41965501 16,711
17,2 14,1645616 16,723
17,6 13,9172999 16,734
18 13,7110674 16,757
18,4 13,50993873 16,784
18,8 13,28576208 16,792
19,2 13,09806031 16,796
19,6 12,91419509 16,804
Lampiran 9
Gambar spektrum frekuensi gelombang mikro yang terbangkit pada RFSA
8,296 GHz ; -1,8 dBm 7,922 GHz ; -17,0 dBm
7,99 GHz ; -1,4 dBm 6,664 GHz ; -20,2 dBm
6,63 GHz ; 3,0 dBm 5,746 GHz ; -17,4 dBm
5,372 GHz ; 5,4 dBm 4,556 GHz ; -14,2 dBm
4,352 GHz ; 7,4 dBm 3,638 GHz ; -15,0 dBm
3,332 GHz ; 7,8 dBm 2,21 GHz ; -17,8 dBm
2,04 GHz ; 9,4 dBm 1,87 GHz ; -19,4 dBm
204 MHz ; -0,2 dBm 204 MHz ; -28,6 dBm
986 MHz ; 9,4 dBm 850 MHz ; -18,2 dBm
476 MHz ; 4,6 dBm 1,666 GHz ; -15,8 dBm
1,666 GHz ; 10,6 dBm 2,312 GHz ; -13,8 dBm
2,958 GHz ; 8,2 dBm 3,026 GHz ; -14,6 dBm
3,468 GHz ; 7,4 dBm 4,522 GHz ; -13,8 dBm
4,896 GHz ; 8,6 dBm 5,508 GHz ; -17,0 dBm
6,732 GHz ; 2,2 dBm 6,8 GHz ; -17,0 dBm
7,616 GHz ; 2,2 dBm 7,684 GHz ; -19,0 dBm
8,194 GHz ; -0,2 dBm 8,432 GHz ; -18,6 dBm
64
Lampiran 10
Gambar alat secara keseluruhan saat proses pengujian
