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Bölüm 6

AC Devre Analizi

Sinüzoidal Kaynaklar
Sinüzoidal Kaynaklar
Direct current refers to unidirectional current, whereas alternating current refers to current that reverses its direction periodically. Alternating ...
Sinüzoidlerin Grafiksel ve Analitik Gösterimi
Sinüzoidlerin Grafiksel ve Analitik Gösterimi
Analyzing two sinusoidal voltages on an oscilloscope with equal amplitude and period but different phases involves three steps. First, the peak-to-peak ...
Fazörler
Fazörler
Phasors are complex representations of the sinusoids where the magnitude of the phasor equals the amplitude, and the angle equals the phase measured from ...
Fazör Aritmetiği
Fazör Aritmetiği
Consider a sinusoid and its corresponding phasor. The derivative of the sinusoid in the time domain equals its phasor multiplied by j-omega in the phasor ...
Devre Elemanları için Fazör İlişkileri
Devre Elemanları için Fazör İlişkileri
The voltage-current relationship for the resistors, inductors, and capacitors can be transformed from the time domain to the phasor or frequency domain ...
Fazörleri Kullanan Kirchoff Yasaları
Fazörleri Kullanan Kirchoff Yasaları
Consider a household circuit where an AC power supply from the distribution panel is wired to appliances in parallel. Analyzing an AC circuit involves ...
Empedanslar ve Admitans
Empedanslar ve Admitans
In AC circuits, the passive elements - the resistor, the inductor, and the capacitor - are characterized by the phasor voltage and current. Impedance is ...
Empedans Kombinasyonu
Empedans Kombinasyonu
Consider a string of christmas lights, where each bulb represents an impedance. This series arrangement of impedances ensures a uniform current across ...
AC Devreleri için Düğüm Analizi
AC Devreleri için Düğüm Analizi
In the rotablator angioplasty system, the turbine causes the rotation of the catheter burr, which aids in removing plaque deposits from coronary ...
AC Devreleri için Mesh Analizi
AC Devreleri için Mesh Analizi
In radio communication, an impedance-matching circuit aligns the radio transmitter and receiver impedance. Consider a basic impedance-matching circuit ...
AC Devreleri için Kaynak Dönüşümü
AC Devreleri için Kaynak Dönüşümü
Consider a circuit composed of a current source and a combination of resistors, capacitors, and inductors with known impedance values. The aim is to ...
Th&#233venin Eşdeğer Devreler
Thévenin Eşdeğer Devreler
The household power distribution system which includes distribution lines and transformers, can be considered the source network. Inside the house, ...
Norton Eşdeğer Devreler
Norton Eşdeğer Devreler
Norton's theorem states that any two-terminal linear network can be replaced by an equivalent circuit consisting of a constant current source in ...
AC Devreleri için Süperpozisyon Teoremi
AC Devreleri için Süperpozisyon Teoremi
The superposition principle finds application in the analysis of AC linear circuits with multiple independent sources. Consider a circuit consisting of ...
Op Amp AC Devreleri
Op Amp AC Devreleri
In an audio system, the filter circuit processes the amplified audio signal from an amplifier, strongly attenuating the signal components with low ...
Tasarım Örneği: Kapasitans Çarpan Devresi
Tasarım Örneği: Kapasitans Çarpan Devresi
Capacitance multiplier circuits are used in integrated circuits to produce a multiple of a small physical capacitance when a high-value capacitance is ...
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