Optical Communications

Course: CO (2023-2024)

Course Coordinator: Prof. Dr. Irinel Casian Botez
Code: DOS409T
Discipline Type: DOS; Alternative, Specialty
Credits: 5
Enrollment Year: 4, Sem. 7

Activities

Course: Instructor: Prof. Dr. Irinel Casian Botez, 3 Hours/Week, Specialization Section, Timetable:
Laboratory: Instructor: Assist.P. Dr. Petre-Daniel Matasaru, 1 Hours/Week, Half Group, Timetable:

Evaluation

Type: Colloquium

A: 60%, (Test/Colloquium)
B: 40%, (Seminary/Laboratory/Project Activity)

Grades

Aggregate Results

Materials

Course Slides

FIBRE OPTICE ro (pdf, 1.35 MB, ro, ro text)
RECEPTOARE OPTICE ro (pdf, 1.67 MB, ro, ro text)
EMITATOARE OPTICE ro (pdf, 1.02 MB, ro, ro text)

Textbooks

si apd mppc (pdf, 6.66 MB, en, en text)
1900 On an Improvement of Wien’s Equation for the Spectrum (pdf, 87.58 KB, en, en text)
1900 On the Theory of the Energy Distribution Law of the Normal (pdf, 122.08 KB, en, en text)
1900 Planck On the Theory of the Energy Distribution Law of the Normal Spectrum (pdf, 190.88 KB, en, en text)
1901 On the Law of Distribution of Energy in the Normal Spectrum (pdf, 139.73 KB, en, en text)
1916 - Emission and Absorption of Radiation in Quantum Theory (pdf, 126.94 KB, en, en text)
Electromagnetic Theory for Microwaves and Optoelectronics cap1 (pdf, 401.71 KB, en, en text)
Electromagnetic Theory for Microwaves and Optoelectronics cap4 (pdf, 769.45 KB, en, en text)
Electromagnetic Theory for Microwaves and Optoelectronics sec6.6 (pdf, 816.8 KB, en, en text)
Fiber-Optic Communications Systems (pdf, 4.18 MB, en, en text)
All Silica Fiber 0301131 (pdf, 634.94 KB, en, en text)
44-6538APP AvalanchePhotodiodesUsersGuide (pdf, 77.41 KB, en, en text)
AN-Optical Communication Photodiodes and Receivers (pdf, 785.88 KB, en, en text)
AN-Photodiode-Parameters-and-Characteristics (pdf, 690.5 KB, en, en text)
Fotodioda PDB-C134 (pdf, 156.01 KB, en, en text)
Photodiode circuit (pdf, 75.4 KB, en, en text)
si apd mppc (pdf, 6.66 MB, en, en text)

Laboratory

Laborator 1 (pdf, 159.01 KB, ro, ro text)
Laborator 2 (pdf, 269.94 KB, ro, ro text)
Laborator 3 (pdf, 143.82 KB, ro, ro text)
Laborator 4 (pdf, 156.42 KB, ro, ro text)
Laborator 5 (pdf, 161.33 KB, ro, ro text)
Laborator 6 (pdf, 138.19 KB, ro, ro text)
Laborator 7 (pdf, 139.17 KB, ro, ro text)
Laborator 8 (pdf, 154.01 KB, ro, ro text)
Laborator 9 (pdf, 133.5 KB, ro, ro text)
Laborator 10 (pdf, 132.42 KB, ro, ro text)
Laborator 11 (pdf, 166.4 KB, ro, ro text)
Laborator 12 (pdf, 133.85 KB, ro, ro text)
Laborator 13 (pdf, 131.16 KB, ro, ro text)
Laborator 14 (pdf, 102.25 KB, ro, ro text)
Placi (pdf, 907.75 KB, ro, ro text)

Examen

Exemplu Bilet de examen CO ro (pdf, 70.79 KB, ro, ro text)

Optical Communications

Course: OC (2023-2024)

Course Coordinator: Prof. Dr. Irinel Casian Botez
Code: EDOS409T
Discipline Type: DOS; Alternative, Specialty
Credits: 5
Enrollment Year: 4, Sem. 7

Activities

Course: Instructor: Prof. Dr. Irinel Casian Botez, 3 Hours/Week, Specialization Section, Timetable:
Laboratory: Instructor: Assist.P. Dr. Petre-Daniel Matasaru, 1 Hours/Week, Group, Timetable:

Evaluation

Type: Exam

A: 60%, (Test/Colloquium)
B: 40%, (Seminary/Laboratory/Project Activity)

Grades

Aggregate Results

Materials

Course Slides

FIBRE OPTICE en (pdf, 1.33 MB, en, en text)
RECEPTOARE OPTICE en (pdf, 1.63 MB, en, en text)
EMITATOARE OPTICE en (pdf, 1.3 MB, en, en text)

Textbooks

Electromagnetic Theory for Microwaves and Optoelectronics cap1 (pdf, 401.71 KB, en, en text)
Electromagnetic Theory for Microwaves and Optoelectronics cap4 (pdf, 769.45 KB, en, en text)
Electromagnetic Theory for Microwaves and Optoelectronics sec6.6 (pdf, 816.8 KB, en, en text)
Fiber-Optic Communications Systems (pdf, 4.18 MB, en, en text)
All Silica Fiber 0301131 (pdf, 634.94 KB, en, en text)
44-6538APP AvalanchePhotodiodesUsersGuide (pdf, 77.41 KB, en, en text)
AN-Optical Communication Photodiodes and Receivers (pdf, 785.88 KB, en, en text)
AN-Photodiode-Parameters-and-Characteristics (pdf, 690.5 KB, en, en text)
Fotodioda PDB-C134 (pdf, 156.01 KB, en, en text)
Photodiode circuit (pdf, 75.4 KB, en, en text)
si apd mppc (pdf, 6.66 MB, en, en text)
1900 On an Improvement of Wien’s Equation for the Spectrum (pdf, 87.58 KB, en, en text)
1900 On the Theory of the Energy Distribution Law of the Normal (pdf, 122.08 KB, en, en text)
1900 Planck On the Theory of the Energy Distribution Law of the Normal Spectrum (pdf, 190.88 KB, en, en text)
1901 On the Law of Distribution of Energy in the Normal Spectrum (pdf, 139.73 KB, en, en text)
1916 - Emission and Absorption of Radiation in Quantum Theory (pdf, 126.94 KB, en, en text)

Examen

Example OC Exam en (pdf, 49.23 KB, en, en text)
Exam OC 27ian2023 (pdf, 475.6 KB, en, en text)
Solutions OC 27ian2023 (pdf, 758.92 KB, en, en text)

Other data

Online Exam manual (pdf, 2.56 MB, en, en text)

Previous years

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Alegeti anul recent corespunzator pentru vizualizare sau "More years" pentru a afisa mai multi ani din istoric

Optical Communications

Course: CO (2022-2023)

Course Coordinator: Prof. Dr. Irinel Casian Botez
Code: DOS409T
Discipline Type: DOS; Alternative, Specialty
Credits: 5
Enrollment Year: 4, Sem. 7

Activities

Course: Instructor: Prof. Dr. Irinel Casian Botez, 3 Hours/Week, Specialization Section, Timetable:
Laboratory: Instructor: Assist.P. Dr. Petre-Daniel Matasaru, 1 Hours/Week, Half Group, Timetable:

Evaluation

Type: Colloquium

A: 60%, (Test/Colloquium)
B: 40%, (Seminary/Laboratory/Project Activity)

Grades

Aggregate Results

Materials

Course Slides

FIBRE OPTICE ro (pdf, 1.35 MB, ro, ro text)
RECEPTOARE OPTICE ro (pdf, 1.67 MB, ro, ro text)
EMITATOARE OPTICE ro (pdf, 1.02 MB, ro, ro text)

Textbooks

si apd mppc (pdf, 6.66 MB, en, en text)
1900 On an Improvement of Wien’s Equation for the Spectrum (pdf, 87.58 KB, en, en text)
1900 On the Theory of the Energy Distribution Law of the Normal (pdf, 122.08 KB, en, en text)
1900 Planck On the Theory of the Energy Distribution Law of the Normal Spectrum (pdf, 190.88 KB, en, en text)
1901 On the Law of Distribution of Energy in the Normal Spectrum (pdf, 139.73 KB, en, en text)
1916 - Emission and Absorption of Radiation in Quantum Theory (pdf, 126.94 KB, en, en text)
Electromagnetic Theory for Microwaves and Optoelectronics cap1 (pdf, 401.71 KB, en, en text)
Electromagnetic Theory for Microwaves and Optoelectronics cap4 (pdf, 769.45 KB, en, en text)
Electromagnetic Theory for Microwaves and Optoelectronics sec6.6 (pdf, 816.8 KB, en, en text)
Fiber-Optic Communications Systems (pdf, 4.18 MB, en, en text)
All Silica Fiber 0301131 (pdf, 634.94 KB, en, en text)
44-6538APP AvalanchePhotodiodesUsersGuide (pdf, 77.41 KB, en, en text)
AN-Optical Communication Photodiodes and Receivers (pdf, 785.88 KB, en, en text)
AN-Photodiode-Parameters-and-Characteristics (pdf, 690.5 KB, en, en text)
Fotodioda PDB-C134 (pdf, 156.01 KB, en, en text)
Photodiode circuit (pdf, 75.4 KB, en, en text)
si apd mppc (pdf, 6.66 MB, en, en text)

Laboratory

Laborator 1 (pdf, 159.01 KB, ro, ro text)
Laborator 2 (pdf, 269.94 KB, ro, ro text)
Laborator 3 (pdf, 143.82 KB, ro, ro text)
Laborator 4 (pdf, 156.42 KB, ro, ro text)
Laborator 5 (pdf, 161.33 KB, ro, ro text)
Laborator 6 (pdf, 138.19 KB, ro, ro text)
Laborator 7 (pdf, 139.17 KB, ro, ro text)
Laborator 8 (pdf, 154.01 KB, ro, ro text)
Laborator 9 (pdf, 133.5 KB, ro, ro text)
Laborator 10 (pdf, 132.42 KB, ro, ro text)
Laborator 11 (pdf, 166.4 KB, ro, ro text)
Laborator 12 (pdf, 133.85 KB, ro, ro text)
Laborator 13 (pdf, 131.16 KB, ro, ro text)
Laborator 14 (pdf, 102.25 KB, ro, ro text)
Placi (pdf, 907.75 KB, ro, ro text)

Examen

Exemplu Bilet de examen CO ro (pdf, 70.79 KB, ro, ro text)

Optical Communications

Course: OC (2022-2023)

Course Coordinator: Prof. Dr. Irinel Casian Botez
Code: EDOS409T
Discipline Type: DOS; Alternative, Specialty
Credits: 5
Enrollment Year: 4, Sem. 7

Activities

Course: Instructor: Prof. Dr. Irinel Casian Botez, 3 Hours/Week, Specialization Section, Timetable:
Laboratory: Instructor: Assist.P. Dr. Petre-Daniel Matasaru, 1 Hours/Week, Group, Timetable:

Evaluation

Type: Exam

A: 60%, (Test/Colloquium)
B: 40%, (Seminary/Laboratory/Project Activity)

Grades

Aggregate Results

Materials

Course Slides

FIBRE OPTICE en (pdf, 1.33 MB, en, en text)
RECEPTOARE OPTICE en (pdf, 1.63 MB, en, en text)
EMITATOARE OPTICE en (pdf, 1.3 MB, en, en text)

Textbooks

Electromagnetic Theory for Microwaves and Optoelectronics cap1 (pdf, 401.71 KB, en, en text)
Electromagnetic Theory for Microwaves and Optoelectronics cap4 (pdf, 769.45 KB, en, en text)
Electromagnetic Theory for Microwaves and Optoelectronics sec6.6 (pdf, 816.8 KB, en, en text)
Fiber-Optic Communications Systems (pdf, 4.18 MB, en, en text)
All Silica Fiber 0301131 (pdf, 634.94 KB, en, en text)
44-6538APP AvalanchePhotodiodesUsersGuide (pdf, 77.41 KB, en, en text)
AN-Optical Communication Photodiodes and Receivers (pdf, 785.88 KB, en, en text)
AN-Photodiode-Parameters-and-Characteristics (pdf, 690.5 KB, en, en text)
Fotodioda PDB-C134 (pdf, 156.01 KB, en, en text)
Photodiode circuit (pdf, 75.4 KB, en, en text)
si apd mppc (pdf, 6.66 MB, en, en text)
1900 On an Improvement of Wien’s Equation for the Spectrum (pdf, 87.58 KB, en, en text)
1900 On the Theory of the Energy Distribution Law of the Normal (pdf, 122.08 KB, en, en text)
1900 Planck On the Theory of the Energy Distribution Law of the Normal Spectrum (pdf, 190.88 KB, en, en text)
1901 On the Law of Distribution of Energy in the Normal Spectrum (pdf, 139.73 KB, en, en text)
1916 - Emission and Absorption of Radiation in Quantum Theory (pdf, 126.94 KB, en, en text)

Examen

Example OC Exam en (pdf, 49.23 KB, en, en text)
Exam OC 27ian2023 (pdf, 475.6 KB, en, en text)
Solutions OC 27ian2023 (pdf, 758.92 KB, en, en text)

Other data

Online Exam manual (pdf, 2.56 MB, en, en text)

Optical Communications

Course: CO (2021-2022)

Course Coordinator: Prof. Dr. Irinel Casian Botez
Code: DOS409T
Discipline Type: DOS; Alternative, Specialty
Credits: 5
Enrollment Year: 4, Sem. 7

Activities

Course: Instructor: Prof. Dr. Irinel Casian Botez, 3 Hours/Week, Specialization Section, Timetable:
Laboratory: Instructor: Assist.P. Dr. Petre-Daniel Matasaru, 1 Hours/Week, Half Group, Timetable:

Evaluation

Type: Colloquium

A: 60%, (Test/Colloquium)
B: 40%, (Seminary/Laboratory/Project Activity)

Grades

Aggregate Results

Materials

Course Slides

FIBRE OPTICE ro (pdf, 1.35 MB, ro, ro text)
RECEPTOARE OPTICE ro (pdf, 1.67 MB, ro, ro text)
EMITATOARE OPTICE ro (pdf, 1.02 MB, ro, ro text)

Textbooks

si apd mppc (pdf, 6.66 MB, en, en text)
1900 On an Improvement of Wien’s Equation for the Spectrum (pdf, 87.58 KB, en, en text)
1900 On the Theory of the Energy Distribution Law of the Normal (pdf, 122.08 KB, en, en text)
1900 Planck On the Theory of the Energy Distribution Law of the Normal Spectrum (pdf, 190.88 KB, en, en text)
1901 On the Law of Distribution of Energy in the Normal Spectrum (pdf, 139.73 KB, en, en text)
1916 - Emission and Absorption of Radiation in Quantum Theory (pdf, 126.94 KB, en, en text)
Electromagnetic Theory for Microwaves and Optoelectronics cap1 (pdf, 401.71 KB, en, en text)
Electromagnetic Theory for Microwaves and Optoelectronics cap4 (pdf, 769.45 KB, en, en text)
Electromagnetic Theory for Microwaves and Optoelectronics sec6.6 (pdf, 816.8 KB, en, en text)
Fiber-Optic Communications Systems (pdf, 4.18 MB, en, en text)
All Silica Fiber 0301131 (pdf, 634.94 KB, en, en text)
44-6538APP AvalanchePhotodiodesUsersGuide (pdf, 77.41 KB, en, en text)
AN-Optical Communication Photodiodes and Receivers (pdf, 785.88 KB, en, en text)
AN-Photodiode-Parameters-and-Characteristics (pdf, 690.5 KB, en, en text)
Fotodioda PDB-C134 (pdf, 156.01 KB, en, en text)
Photodiode circuit (pdf, 75.4 KB, en, en text)
si apd mppc (pdf, 6.66 MB, en, en text)

Laboratory

Laborator 1 (pdf, 159.01 KB, ro, ro text)
Laborator 2 (pdf, 269.94 KB, ro, ro text)
Laborator 3 (pdf, 143.82 KB, ro, ro text)
Laborator 4 (pdf, 156.42 KB, ro, ro text)
Laborator 5 (pdf, 161.33 KB, ro, ro text)
Laborator 6 (pdf, 138.19 KB, ro, ro text)
Laborator 7 (pdf, 139.17 KB, ro, ro text)
Laborator 8 (pdf, 154.01 KB, ro, ro text)
Laborator 9 (pdf, 133.5 KB, ro, ro text)
Laborator 10 (pdf, 132.42 KB, ro, ro text)
Laborator 11 (pdf, 166.4 KB, ro, ro text)
Laborator 12 (pdf, 133.85 KB, ro, ro text)
Laborator 13 (pdf, 131.16 KB, ro, ro text)
Laborator 14 (pdf, 102.25 KB, ro, ro text)
Placi (pdf, 907.75 KB, ro, ro text)

Examen

Exemplu Bilet de examen CO ro (pdf, 70.79 KB, ro, ro text)

Optical Communications

Course: OC (2021-2022)

Course Coordinator: Prof. Dr. Irinel Casian Botez
Code: EDOS409T
Discipline Type: DOS; Alternative, Specialty
Credits: 5
Enrollment Year: 4, Sem. 7

Activities

Course: Instructor: Prof. Dr. Irinel Casian Botez, 3 Hours/Week, Specialization Section, Timetable:
Laboratory: Instructor: Assist.P. Dr. Petre-Daniel Matasaru, 1 Hours/Week, Half Group, Timetable:

Evaluation

Type: Exam

A: 60%, (Test/Colloquium)
B: 40%, (Seminary/Laboratory/Project Activity)

Grades

Aggregate Results

Materials

Course Slides

FIBRE OPTICE en (pdf, 1.33 MB, en, en text)
RECEPTOARE OPTICE en (pdf, 1.63 MB, en, en text)
EMITATOARE OPTICE en (pdf, 1.02 MB, en, en text)

Textbooks

Electromagnetic Theory for Microwaves and Optoelectronics cap1 (pdf, 401.71 KB, en, en text)
Electromagnetic Theory for Microwaves and Optoelectronics cap4 (pdf, 769.45 KB, en, en text)
Electromagnetic Theory for Microwaves and Optoelectronics sec6.6 (pdf, 816.8 KB, en, en text)
Fiber-Optic Communications Systems (pdf, 4.18 MB, en, en text)
All Silica Fiber 0301131 (pdf, 634.94 KB, en, en text)
44-6538APP AvalanchePhotodiodesUsersGuide (pdf, 77.41 KB, en, en text)
AN-Optical Communication Photodiodes and Receivers (pdf, 785.88 KB, en, en text)
AN-Photodiode-Parameters-and-Characteristics (pdf, 690.5 KB, en, en text)
Fotodioda PDB-C134 (pdf, 156.01 KB, en, en text)
Photodiode circuit (pdf, 75.4 KB, en, en text)
si apd mppc (pdf, 6.66 MB, en, en text)
1900 On an Improvement of Wien’s Equation for the Spectrum (pdf, 87.58 KB, en, en text)
1900 On the Theory of the Energy Distribution Law of the Normal (pdf, 122.08 KB, en, en text)
1900 Planck On the Theory of the Energy Distribution Law of the Normal Spectrum (pdf, 190.88 KB, en, en text)
1901 On the Law of Distribution of Energy in the Normal Spectrum (pdf, 139.73 KB, en, en text)
1916 - Emission and Absorption of Radiation in Quantum Theory (pdf, 126.94 KB, en, en text)

Examen

Example OC Exam en (pdf, 49.23 KB, en, en text)

Optical Communications

Course: CO (2020-2021)

Course Coordinator: Prof. Dr. Irinel Casian Botez
Code: DOS409T
Discipline Type: DOS; Alternative, Specialty
Credits: 5
Enrollment Year: 4, Sem. 7

Activities

Course: Instructor: Prof. Dr. Irinel Casian Botez, 3 Hours/Week, Specialization Section, Timetable:
Laboratory: Instructor: Assist.P. Dr. Petre-Daniel Matasaru, 1 Hours/Week, Half Group, Timetable:

Evaluation

Type: Colloquium

A: 60%, (Test/Colloquium)
B: 40%, (Seminary/Laboratory/Project Activity)

Grades

Aggregate Results

Optical Communications

Course: OC (2020-2021)

Course Coordinator: Prof. Dr. Irinel Casian Botez
Code: EDOS409T
Discipline Type: DOS; Alternative, Specialty
Credits: 5
Enrollment Year: 4, Sem. 7

Activities

Course: Instructor: Prof. Dr. Irinel Casian Botez, 3 Hours/Week, Specialization Section, Timetable:
Laboratory: Instructor: Assist.P. Dr. Petre-Daniel Matasaru, 1 Hours/Week, Half Group, Timetable:

Evaluation

Type: Exam

A: 60%, (Test/Colloquium)
B: 40%, (Seminary/Laboratory/Project Activity)

Grades

Aggregate Results

Optical Communications

Course: OC (2019-2020)

Course Coordinator: Prof. Dr. Irinel Casian Botez
Code: EDOS409T
Discipline Type: DOS; Alternative, Specialty
Credits: 5
Enrollment Year: 4, Sem. 7

Activities

Course: Instructor: Prof. Dr. Irinel Casian Botez, 3 Hours/Week, Specialization Section, Timetable:
Laboratory: Instructor: Assist.P. Dr. Petre-Daniel Matasaru, 1 Hours/Week, Half Group, Timetable:

Evaluation

Type: Colloquium

A: 60%, (Test/Colloquium)
B: 40%, (Seminary/Laboratory/Project Activity)

Grades

Aggregate Results

Materials

Course Slides

FIBRE OPTICE en (pdf, 1.33 MB, en, en text)
RECEPTOARE OPTICE en (pdf, 1.63 MB, en, en text)
EMITATOARE OPTICE en (pdf, 1.02 MB, en, en text)

Textbooks

Electromagnetic Theory for Microwaves and Optoelectronics cap1 (pdf, 401.71 KB, en, en text)
Electromagnetic Theory for Microwaves and Optoelectronics cap4 (pdf, 769.45 KB, en, en text)
Electromagnetic Theory for Microwaves and Optoelectronics sec6.6 (pdf, 816.8 KB, en, en text)
Fiber-Optic Communications Systems (pdf, 4.18 MB, en, en text)
All Silica Fiber 0301131 (pdf, 634.94 KB, en, en text)
44-6538APP AvalanchePhotodiodesUsersGuide (pdf, 77.41 KB, en, en text)
AN-Optical Communication Photodiodes and Receivers (pdf, 785.88 KB, en, en text)
AN-Photodiode-Parameters-and-Characteristics (pdf, 690.5 KB, en, en text)
Fotodioda PDB-C134 (pdf, 156.01 KB, en, en text)
Photodiode circuit (pdf, 75.4 KB, en, en text)
si apd mppc (pdf, 6.66 MB, en, en text)
1900 On an Improvement of Wien’s Equation for the Spectrum (pdf, 87.58 KB, en, en text)
1900 On the Theory of the Energy Distribution Law of the Normal (pdf, 122.08 KB, en, en text)
1900 Planck On the Theory of the Energy Distribution Law of the Normal Spectrum (pdf, 190.88 KB, en, en text)
1901 On the Law of Distribution of Energy in the Normal Spectrum (pdf, 139.73 KB, en, en text)
1916 - Emission and Absorption of Radiation in Quantum Theory (pdf, 126.94 KB, en, en text)

Examen

Example OC Exam en (pdf, 49.23 KB, en, en text)

Optical Communications

Course: CO (2019-2020)

Course Coordinator: Prof. Dr. Irinel Casian Botez
Code: DOS409T
Discipline Type: DOS; Alternative, Specialty
Credits: 5
Enrollment Year: 4, Sem. 7

Activities

Course: Instructor: Prof. Dr. Irinel Casian Botez, 3 Hours/Week, Specialization Section, Timetable:
Laboratory: Instructor: Assist.P. Dr. Petre-Daniel Matasaru, 1 Hours/Week, Half Group, Timetable:

Evaluation

Type: Colloquium

A: 60%, (Test/Colloquium)
B: 40%, (Seminary/Laboratory/Project Activity)

Grades

Aggregate Results

Materials

Course Slides

FIBRE OPTICE ro (pdf, 1.35 MB, ro, ro text)
RECEPTOARE OPTICE ro (pdf, 1.67 MB, ro, ro text)
EMITATOARE OPTICE ro (pdf, 1.02 MB, ro, ro text)

Textbooks

si apd mppc (pdf, 6.66 MB, en, en text)
1900 On an Improvement of Wien’s Equation for the Spectrum (pdf, 87.58 KB, en, en text)
1900 On the Theory of the Energy Distribution Law of the Normal (pdf, 122.08 KB, en, en text)
1900 Planck On the Theory of the Energy Distribution Law of the Normal Spectrum (pdf, 190.88 KB, en, en text)
1901 On the Law of Distribution of Energy in the Normal Spectrum (pdf, 139.73 KB, en, en text)
1916 - Emission and Absorption of Radiation in Quantum Theory (pdf, 126.94 KB, en, en text)
Electromagnetic Theory for Microwaves and Optoelectronics cap1 (pdf, 401.71 KB, en, en text)
Electromagnetic Theory for Microwaves and Optoelectronics cap4 (pdf, 769.45 KB, en, en text)
Electromagnetic Theory for Microwaves and Optoelectronics sec6.6 (pdf, 816.8 KB, en, en text)
Fiber-Optic Communications Systems (pdf, 4.18 MB, en, en text)
All Silica Fiber 0301131 (pdf, 634.94 KB, en, en text)
44-6538APP AvalanchePhotodiodesUsersGuide (pdf, 77.41 KB, en, en text)
AN-Optical Communication Photodiodes and Receivers (pdf, 785.88 KB, en, en text)
AN-Photodiode-Parameters-and-Characteristics (pdf, 690.5 KB, en, en text)
Fotodioda PDB-C134 (pdf, 156.01 KB, en, en text)
Photodiode circuit (pdf, 75.4 KB, en, en text)
si apd mppc (pdf, 6.66 MB, en, en text)

Laboratory

Laborator 1 (pdf, 159.01 KB, ro, ro text)
Laborator 2 (pdf, 269.94 KB, ro, ro text)
Laborator 3 (pdf, 143.82 KB, ro, ro text)
Laborator 4 (pdf, 156.42 KB, ro, ro text)
Laborator 5 (pdf, 161.33 KB, ro, ro text)
Laborator 6 (pdf, 138.19 KB, ro, ro text)
Laborator 7 (pdf, 139.17 KB, ro, ro text)
Laborator 8 (pdf, 154.01 KB, ro, ro text)
Laborator 9 (pdf, 133.5 KB, ro, ro text)
Laborator 10 (pdf, 132.42 KB, ro, ro text)
Laborator 11 (pdf, 166.4 KB, ro, ro text)
Laborator 12 (pdf, 133.85 KB, ro, ro text)
Laborator 13 (pdf, 131.16 KB, ro, ro text)
Laborator 14 (pdf, 102.25 KB, ro, ro text)
Placi (pdf, 907.75 KB, ro, ro text)

Examen

Exemplu Bilet de examen CO ro (pdf, 70.79 KB, ro, ro text)

Optical Communications

Course: OC (2018-2019)

Course Coordinator: Prof. Dr. Irinel Casian Botez
Code: EDOS409T
Discipline Type: DOS; Alternative, Specialty
Credits: 5
Enrollment Year: 4, Sem. 7

Activities

Course: Instructor: Prof. Dr. Irinel Casian Botez, 3 Hours/Week, Specialization Section, Timetable:
Laboratory: Instructor: Assist.P. Dr. Petre-Daniel Matasaru, 1 Hours/Week, Half Group, Timetable:

Evaluation

Type: Colloquium

A: 60%, (Test/Colloquium)
B: 40%, (Seminary/Laboratory/Project Activity)

Grades

Aggregate Results

Optical Communications

Course: CO (2018-2019)

Course Coordinator: Prof. Dr. Irinel Casian Botez
Code: DOS409T
Discipline Type: DOS; Alternative, Specialty
Credits: 5
Enrollment Year: 4, Sem. 7

Activities

Course: Instructor: Prof. Dr. Irinel Casian Botez, 3 Hours/Week, Specialization Section, Timetable:
Laboratory: Instructor: Assist.P. Dr. Petre-Daniel Matasaru, 1 Hours/Week, Half Group, Timetable:

Evaluation

Type: Colloquium

A: 60%, (Test/Colloquium)
B: 40%, (Seminary/Laboratory/Project Activity)

Grades

Aggregate Results