Analisis Harmonisa Inverter PWM Satu Fasa
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
ANALISIS HARMONiSA INVERTER PWM SATUFASA
ABSTRAK
Pada tesis ini dianalisis harmonisa inverter PWM satu fasa. Inverter P\\IM satu fuga yang akan ditinjau adalah inverter satu fasa jembatan penuh (konvensional) dan inverter komposit. Analisis difokuskan pada penentuan pola penyaklaran yang optimum agar pembangkitan harmonisa dan switching losses inverter rendah. Untuk menentukan pola penyaklaran optimmn maka dilakukan analisis yang berbasis pada rangkaian ekivalen harmonisa inverter satu fuga. Dengan menggunakan pola penyaklaran optimum, kedua jenis inverter satu fasa tersebut akan dibandingkan. Perbandingan yang dilakukan melipnti perbandingan harmonisa yang dibangkitkan dan switching losses masing-masing inverter. Berdasarkan hasil analisis dan perbandingan akan diketahui : bentuk optimmn penyakIaran inverter konvensional, bentuk optimum penyaklaran inverter komposit dan switching losses inverter komposit yang lebih rendah dari inverter konvensional. Untuk memverifikasi hasil analisis maka dilakukan simulasi dengan Pstm.
Kata kunci : harmonisa, inverter PWM
iii
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
HARMONIC ANALYSIS OF SINGLE PHASE PWM INVERTERS
ABSTRACT
In this thesis, an harmonic analysis of single phase PWM inverters is presented. The single phase PWM inverters which is analysed are a full bridge (conventional) inverter and a single phase composite inverter. The analysis is focused on defining a optimum switching pattern in order to reduce a harmonic generated and switching losses in inverters. To define a optimum switching pattern, analysis is done based on the single phase harmonic circuit. By using optimum switching pattern, both of single phase inverters are compared. This comparison include a generated harmonic and a switching losses in each inverters. Based on the analysis and the comparison, we will know optimum switching pattern of conventional inverter, optimum switching pattern of composite inverter and switching losses of inverter composite which is lower than the conventional inverter. To verifythis analysis, simulation result is done by using Psim.
Key words: harmonic, PWM Inverters
iv
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
ANALISIS HARMONiSA INVERTER PWM SATUFASA
ABSTRAK
Pada tesis ini dianalisis harmonisa inverter PWM satu fasa. Inverter P\\IM satu fuga yang akan ditinjau adalah inverter satu fasa jembatan penuh (konvensional) dan inverter komposit. Analisis difokuskan pada penentuan pola penyaklaran yang optimum agar pembangkitan harmonisa dan switching losses inverter rendah. Untuk menentukan pola penyaklaran optimmn maka dilakukan analisis yang berbasis pada rangkaian ekivalen harmonisa inverter satu fuga. Dengan menggunakan pola penyaklaran optimum, kedua jenis inverter satu fasa tersebut akan dibandingkan. Perbandingan yang dilakukan melipnti perbandingan harmonisa yang dibangkitkan dan switching losses masing-masing inverter. Berdasarkan hasil analisis dan perbandingan akan diketahui : bentuk optimmn penyakIaran inverter konvensional, bentuk optimum penyaklaran inverter komposit dan switching losses inverter komposit yang lebih rendah dari inverter konvensional. Untuk memverifikasi hasil analisis maka dilakukan simulasi dengan Pstm.
Kata kunci : harmonisa, inverter PWM
iii
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
HARMONIC ANALYSIS OF SINGLE PHASE PWM INVERTERS
ABSTRACT
In this thesis, an harmonic analysis of single phase PWM inverters is presented. The single phase PWM inverters which is analysed are a full bridge (conventional) inverter and a single phase composite inverter. The analysis is focused on defining a optimum switching pattern in order to reduce a harmonic generated and switching losses in inverters. To define a optimum switching pattern, analysis is done based on the single phase harmonic circuit. By using optimum switching pattern, both of single phase inverters are compared. This comparison include a generated harmonic and a switching losses in each inverters. Based on the analysis and the comparison, we will know optimum switching pattern of conventional inverter, optimum switching pattern of composite inverter and switching losses of inverter composite which is lower than the conventional inverter. To verifythis analysis, simulation result is done by using Psim.
Key words: harmonic, PWM Inverters
iv
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008
Rejeki Simanjorang: Analisis harmonisa inverter pwm satu fasa, 2002. USU e-Repository © 2008