| Capaian Pembelajaran Mata Kuliah (CPMK) | - Kemampuan untuk memahami hubungan ilmiah dan matematis (prinsip atau hukum) dan masukan yang diperlukan pada praktikum melalui tes tulis dan analisa di laporan praktikum
- Kemampuan menggunakan alat yang tepat untuk menganalisis data dan memverifikasi data eksperimen pada jaringan komputer
- Kemampuan memvalidasi hasil eksperimen dan menggunakan penilaian teknik untuk menarik kesimpulan pada saat praktikum dan membuat laporan
- Kemampuan menerapkan penggunaan piranti teknik modern dan mengintegrasikan dalam proyek rekayasa
- Kemampuan mempresentasikan ide secara efektif melalui penulisan teknik dalam laporan dan tugas pendahuluan
- Kemampuan mempersiapkan dan mempresentasikan teknis presentasi secara lisan melalui berbagai media pada saat tes lisan
- Kemampuan merencanakan serta menyelesaikan tugas dalam batasan yang ada saat praktikum
- Kemampuan mengevaluasi tugas dalam batasan yang ada melalui logbok praktikum
- Kemampuan mengidentifikasi kekuatan dan kelemahan lingkungan untuk menetapkan tujuan yang terukur, relevan dan tepat waktu di saat praktikum
- Kemampuan mengenali tanggung jawab etis dan profesional dalam situasi rekayasa dalam tugas pendahuluan dan laporan praktikum
| - Ability to understand scientific and mathematical relationships (principles or laws) and input required in practicum through written tests and analysis in practicum reports
- Ability to use appropriate tools to analyze data and verify experimental data on computer networks
- Ability to validate experimental results and use engineering judgment to draw conclusions during practicum and create reports
- Ability to apply the use of modern engineering tools and integrate them into engineering projects
- Ability to present ideas effectively through technical writing in reports and preliminary assignments
- Ability to prepare and present technical presentations orally through various media during oral tests
- Ability to plan and complete tasks within existing constraints during practicum
- Ability to evaluate assignments within existing constraints through practical logbooks
- Ability to identify environmental strengths and weaknesses to set measurable, relevant and timely goals during practicum
- Ability to recognize ethical and professional responsibilities in engineering situations in preliminary assignments and practicum reports
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| Metode Penilaian | Kuis, Tugas Kelompok, UTS, UAS | Quizzes, Group Assignments, Mid-semester Exam, Final Exam |
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| Catatan Tambahan | Silabus kuliah :
1. Pemfilteran, Pembangkitan Sinyal Sinusoid, dan Modulasi : implementasi filter, pembangkitan sinyal sinusoid dan modulasi menggunakan DSK TMS320C6713, analisa dan interpretasi data hasil percobaan, hasil pemfilterian siyal audio folter dan hasil modulasi sinyal audio.
2. Desain dan implementasi filter FIR : implementasi filter FIR untuk pemrosesan sinyal menggunakan DSK TMS320C6713, respon magnituoda suatu sistem LTI berdasarkan hasil pengukuran, mendengarkan efek hasil filterisasi
3. Desain dan Implementasi Filter IIR : proses desain filter IIR menggunakan matlab, implementasikan filter IIR untuk pemrosesan sinyal menggunakan DSK TMS320C6713, analisis hasil respons filter yang didesain
4. Modulasi dan demodulasi FSK : prinsip pengiriman sinyal digital melalui media analog dengan
modulasi pergeseran frekuensi (FSK), cara kerja Phase Locked Loop (PLL), penggunaan PLL untuk mendeteksi sinyal FSK dan kelebihan dan kekurangan modulasi dan demodulasi FSK
5. Modulasi dan demodulasi PSK : prinsip pengiriman sinyal digital melalui media analog dengan modulasi pergeseran fasa (PSK), yaitu BPSK dan QPSK, proses deteksi sinkron gelombang BPSK dan QPSK, proses demodulasi sinyal BPSK dan QPSK, dan kelebihan dan kekurangan modulasi dan demodulasi BPSK dan QPSK
6. Modulasi dan demodulasi QAM : prinsip pengiriman sinyal digital melalui media analog dengan modulasi quadratur (QAM), yaitu 16-QAM dan 64-QAM, proses mapping bit ke symbol pada modulasi M-QAM, pengaruh filter pembentuk pulsa pada proses pengiriman sinyal dengan
modulasi M-QAM, pengaruh noise pada transmisi sinyal M-QAM, proses demodulasi sinyal M-QAM dan kelebihan dan kekurangan modulasi dan demodulasi M-QAM. | Course description :
1. Filtering, Sinusoid Signal Generation, and Modulation: filter implementation, sinusoid signal generation and modulation using DSK TMS320C6713, analysis and interpretation of experimental data, filtering results of audio synthesis and results of audio signal modulation.
2. Design and implementation of FIR filter: implementation of FIR filter for signal processing using DSK TMS320C6713, magnituoda response of an LTI system based on measurement results, listening to the effect of filtering results
3. Design and implementation of IIR Filter: IIR filter design process using matlab, implement IIR filter for signal processing using DSK TMS320C6713, analysis of the results of the filter response designed
4. FSK modulation and demodulation: the principle of transmitting digital signals through analog media with frequency shift modulation (FSK), how Phase Locked Loop (PLL) works, the use of PLL to detect FSK signals and the advantages and disadvantages of FSK modulation and demodulation
5. Modulation and demodulation of PSK: the principle of transmitting digital signals through analog media with phase-shift modulation (PSK), namely BPSK and QPSK, the synchronous detection process of BPSK and QPSK waves, the process of demodulation of BPSK and QPSK signals, and the advantages and disadvantages of modulation and demodulation of BPSK and QPSK
6. QAM modulation and demodulation: the principle of transmitting digital signals through analog media with quadratur modulation (QAM), namely 16-QAM and 64-QAM, the process of mapping bits to symbols in M-QAM modulation, the influence of pulse-forming filters on the signal transmission process by M-QAM modulation, the effect of noise on the transmission of M-QAM signals, the process of M-QAM signal demodulation and the advantages and disadvantages of M-QAM modulation and demodulation. |
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