Sianturi, Libianko (2009) Studi akurasi phase shift method pada pengukuran group delay pada two-port ring-resonator. Masters thesis, Universitas Pelita Harapan.
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Abstract
The phase shift method (PSM) is an established technique for measuring
the group delay of optical components. This thesis reports a study on the accuracy
of the PSM measurement on the group delay in a two-port ring-resonator (TPRR)
circuit. The study was performed by simulating the way that PSM measurement
uses to extract the value of group delay and compare the results with the
theoretical group delay calculated using transfer matrix method. Our study
clarihes that the accuracy of PSM depends on the value of the modulating
frequency (/'n) and the relative position of the coupling constant (rc) with respect to
the critical coupling point. The simulation results show that PSM will produce
blunting of the goup delay spectrum. Decreasing the modulatrng frequency will
decrease the blunting effecto but on the other hand will also decrease the phase
measurement accunrcy. Hence, a tade-offwill be required for an accurate group
delay measurcment. Due to its extreme spectrum sharpness, critical point will be
the worst for PSM accuracy. In our work, we use these device parameters: the
effective index of ring and sfraight waveguide 1.6499, the attenuation constant of
ring 0.8 dB/cm, the attenuation constant of straight waveguide 0.6 dB/cm, the
round fiip length of ring 11916.4 pm, the wavelength of laser 1.55 pm, and the
length of the TPRR 5 cm. For this caseo simulation shows that the measurement
will produce an optimal accuracy at the/* of 10 MlIz. / Phase Shifi Method (Pslvf) merupakan suatu teknik pengukuran yang
sering digunakan untuk mengukur group delay pada komponen optik. Pada tesis
ini, akan dibahas bagaimana akurasi pengukuran graup delay pada Two-Port
Ring-Resonalor (TPRR) dengan menggunakan PSM. Studi dilakukan dengan
menyimulasikan pengukuran PSM dan membandingkan hasilnya dengan group
delay yang dihitung secata teoritis dengan metode ffansfermatrix. Studi kami
menunjukkan bahwa tingkat akurasi penggunaan PSM, sangat dipengaruhi oleh
frekuensi pemodulasi dan posisi relatif konstanta kopling (r) terhadap posisi
critical coupting. Hasil simulasi secara jelas memperlihatkan bahwa PSM akan
menghasilkan penumpulan spektrum group delay yang tajam. Semakin kecil
frekuensi pemodulasi, semakin berkuranglah efek penumpulan tersebu! akan
tetapi pada sisi lain akan mengurangi akurasi pengukuran fasa. Oleh karena itq
dalam hal ini diperlukan trade-off dalam pengukuran group delay. Karena pada
critical coupling, ketajaman spekfum berada pada kondisi ekstrim, akurasi PSM
di titik itu juga terburuk. Untuk sampel TPRR yang digunakan: indeks efektif
pada ring dan straight waveguide adalah sama sebesar 1,6499, konstanta attenuasi
pada rrng dan straight wweguide masing - masing adalah 0,8 dB/cm dan 0,6
dB/cm, keliling ring adalah 11916,4 pm, panjang gelombang laser adalah I,55
pm, dan panjang TPRR adalah 5 cm, pengukuran akan menghasilkan akurasi yang
optimum, jika frekuensi pemodulasi yang digunakan dalam pengukuran adalah
sebesar 10 MHz.
Item Type: | Thesis (Masters) |
---|---|
Creators: | Creators NIM Email ORCID Sianturi, Libianko NIM04920070004 UNSPECIFIED UNSPECIFIED |
Contributors: | Contribution Contributors NIDN/NIDK Email Thesis advisor Uranus, Henri Putra NIDN0302126304 UNSPECIFIED Thesis advisor Kanalebe, Herman Yacob NIDN8887640017 UNSPECIFIED |
Uncontrolled Keywords: | group delay ; two-port ring-resonator ; phase shift method ; modulation frequency ; coupling constan ; accuracy |
Subjects: | T Technology > TK Electrical engineering. Electronics Nuclear engineering |
Divisions: | University Subject > Historic > Faculty/School > Department of Master of Electrical Engineering Program Historic > Faculty/School > Department of Master of Electrical Engineering Program |
Depositing User: | Phillips Iman Heri Wahyudi |
Date Deposited: | 14 Dec 2021 02:30 |
Last Modified: | 02 Aug 2022 03:28 |
URI: | http://repository.uph.edu/id/eprint/43777 |