## Practical design with transistors |

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ac load ampliﬁer amps approximately assumed base circuit base current base of Q1 base-emitter junction base-emitter voltage beta bias circuit biased breakdown voltage capacitance capacitor circuit in Fig collector circuit collector current collector of Q1 components conduct constant-K current gain cycle dc load line determined device emitter current emitter resistor equal Equation equivalent circuit factor fed back feedback ﬁlter ﬁrst forward-biased Frequency response gate germanium h-parameters high-pass IGFET inductor input impedance input signal leakage current load current load line load resistor m-derived maximum multivibrator n-channel negative negative resistance noise Ohm's law ohms oscillator output impedance output voltage parallel peak power dissipated pulse quiescent ratio regulator resistance reverse saturation semiconductor shown in Fig shunt sistor speciﬁc supply voltage swing switching temperature Thevenin equivalent transformer voltage divider voltage drop voltage gain watts zener diode zero