?url_ver=Z39.88-2004&rft_val_fmt=info%3Aofi%2Ffmt%3Akev%3Amtx%3Adc&rft.title=PENERAPAN+FUZZY+LOGIC+CONTROLLER+PADA+SISTEM%0D%0APENGENDALIAN+KECEPATAN+MOTOR+INDUKSI+3+FASA+BERBASIS%0D%0A%0D%0AINTERNET+OF+THINGS+(IoT)&rft.creator=Desi+%2C+Budiati&rft.subject=000+Ilmu+komputer%2C+informasi+dan+pekerjaan+umum&rft.subject=600+Teknologi+(ilmu+terapan)&rft.subject=620+Ilmu+teknik+dan+ilmu+yang+berkaitan&rft.description=Motor+induksi+tiga+fasa+merupakan+motor+listrik+yang+banyak+digunakan+dalam%0D%0Aindustri+karena+keunggulannya+baik+dari+segi+teknis+maupun+ekonomis.+Namun%2C%0D%0Amotor+ini+memiliki+kelemahan+berupa+kecepatan+putaran+yang+cenderung+konstan%0D%0Adan+berubah+seiring+dengan+perubahan+beban.+Oleh+karena+itu%2C+diperlukan+suatu%0D%0Asistem+pengendalian+kecepatan+untuk+mencapai+kestabilan+kecepatan+dan+respons%0D%0Asistem+yang+baik.+Penelitian+ini+mengimplementasikan+metode+fuzzy+logic%0D%0Acontroller+untuk+meningkatkan+kinerja+motor+induksi+tiga+fasa.+fuzzy+logic%0D%0Acontroller+dipilih+karena+didasarkan+pada+aturan+yang+menggunakan+variabel%0D%0Alinguistik%2C+memiliki+kesederhanaan%2C+serta+akurasi+yang+tinggi%2C+sehingga+lebih%0D%0Aefisien+dalam+menentukan+parameter+dibandingkan+dengan+metode+trial-and-error%0D%0Ayang+memakan+waktu.+Komponen+yang+digunakan+dalam+penelitian+ini+meliputi%0D%0Ainverter%2C+gate+driver%2C+Arduino+Mega+2560%2C+dan+NodeMCU+ESP8266.+Pulse+Width%0D%0AModulation+(PWM)+digunakan+untuk+mengatur+kecepatan+putar+motor+melalui%0D%0Aproses+switching+pada+MOSFET+di+rangkaian+Inverter.+Gate+driver+berfungsi%0D%0Auntuk+memperkuat+sinyal+PWM+dari+Arduino+Mega+2560+sehingga%0D%0Amemungkinkan+operasi+MOSFET+secara+optimal.+Hasil+penelitian+menunjukkan%0D%0Abahwa+dengan+penerapan+fuzzy+logic+controller%2C+motor+induksi+tiga+fasa+dapat%0D%0Amencapai+kecepatan+yang+stabil.+Respon+sistem+mampu+mengikuti+referensi%0D%0Adengan+nilai+rata-rata+rise+time+sebesar+1%2C53+detik%2C+settling+time+3%2C29+detik%2C+dan%0D%0Aovershoot+sebesar+1%2C5%25.+Pada+saat+terdapat+gangguan+didapatkan+nilai+rise+time%0D%0A1%2C81s%2C+settling+time+3%2C81s+dan+overshoot+sebesar1+%25.+Selain+itu%2C+dengan+penerapan%0D%0Ateknologi+Internet+of+Things+(IoT)%2C+sistem+ini+dapat+dikendalikan+dari+jarak+jauh%0D%0Amelalui+smartphone+menggunakan+aplikasi+Blynk.%0D%0A%0D%0AKata+Kunci+%3A+Motor+induksi%2C+Fuzzy+logic+controller%2C+Internet+of+Things+(IoT)%0D%0A%0D%0A%0D%0AThe+three-phase+induction+motor+is+an+electric+motor+that+is+widely+used+in%0D%0Aindustry+because+of+its+advantages+both+in+technical+and+economic+terms.%0D%0AHowever%2C+this+motor+has+a+weakness+in+the+form+of+rotation+speed+that+tends+to+be%0D%0Aconstant+and+changes+with+load+changes.+Therefore%2C+a+speed+control+system+is%0D%0Aneeded+to+achieve+speed+stability+and+good+system+response.+This+research%0D%0Aimplements+the+fuzzy+logic+controller+method+to+improve+the+performance+of+a%0D%0Athree-phase+induction+motor.+The+fuzzy+logic+controller+was+chosen+because+it+is%0D%0Abased+on+rules+that+use+linguistic+variables%2C+has+simplicity%2C+and+high+accuracy%2C%0D%0A%0D%0Amaking+it+more+efficient+in+determining+parameters+compared+to+the+time-%0D%0Aconsuming+trial-and-error+method.+The+components+used+in+this+research+include%0D%0A%0D%0Ainverter%2C+gate+driver%2C+Arduino+Mega+2560%2C+and+NodeMCU+ESP8266.+Pulse+Width%0D%0AModulation+(PWM)+is+used+to+adjust+the+motor+rotational+speed+through+the%0D%0Aswitching+process+on+the+MOSFET+in+the+Inverter+circuit.+The+gate+driver%0D%0Afunctions+to+amplify+the+PWM+signal+from+the+Arduino+Mega+2560+so+as+to+enable%0D%0Aoptimal+MOSFET+operation.+The+results+show+that+with+the+application+of+fuzzy%0D%0Alogic+controller%2C+the+three-phase+induction+motor+can+achieve+a+stable+speed.+The%0D%0Asystem+response+is+able+to+follow+the+reference+with+an+average+rise+time+of+1.53%0D%0Aseconds%2C+settling+time+of+3.29+seconds%2C+and+overshoot+of+1.5%25.+When+there+is+a%0D%0Adisturbance%2C+the+rise+time+value+is+1.81s%2C+settling+time+is+3.81s+and+overshoot+is%0D%0A1%25.+In+addition%2C+with+the+application+of+Internet+of+Things+(IoT)+technology%2C+this%0D%0Asystem+can+be+controlled+remotely+via+smartphone+using+the+Blynk+application.%0D%0A%0D%0AKeywords+%3A+Three-phase+induction+motors%2C+Fuzzy+logic+controller%2C+Internet+of%0D%0Athings+(IoT)&rft.publisher=FAKULTAS+TEKNIK&rft.date=2024-08-21&rft.type=Skripsi&rft.type=NonPeerReviewed&rft.format=text&rft.identifier=http%3A%2F%2Fdigilib.unila.ac.id%2F83222%2F1%2FABSTRAK%2520DESI%2520BUDIATI%25202015031032%2520-%2520Desi%2520Budiyati.pdf&rft.format=text&rft.identifier=http%3A%2F%2Fdigilib.unila.ac.id%2F83222%2F2%2FSkripsi%2520Full_Desi%2520Budiati_Desi%2520Budiati%2520-%2520Desi%2520Budiyati.pdf&rft.format=text&rft.identifier=http%3A%2F%2Fdigilib.unila.ac.id%2F83222%2F3%2FSKRIPSI%2520TANPA%2520PEMBAHASAN%2520DESI%2520BUDIATI%25202015031032%2520-%2520Desi%2520Budiyati.pdf&rft.identifier=++Desi+%2C+Budiati++(2024)+PENERAPAN+FUZZY+LOGIC+CONTROLLER+PADA+SISTEM+PENGENDALIAN+KECEPATAN+MOTOR+INDUKSI+3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