Properties and Applications of Transistors (eBook, PDF)
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Properties and Applications of Transistors focuses on the progress in the applications of transistors, including conductivity, frequencies, valves, and transistor noise.The book first offers information on the physical principles of the transistor and general discussion of linear two-ports. Topics include conductivity of semiconductors, junction transistor, other types of transistors, relations between current and voltage in a linear two-port, relations between the different sets of parameters representing a two-port, and elements of matrix algebra. The text then examines transistor characteri...
Properties and Applications of Transistors focuses on the progress in the applications of transistors, including conductivity, frequencies, valves, and transistor noise.
The book first offers information on the physical principles of the transistor and general discussion of linear two-ports. Topics include conductivity of semiconductors, junction transistor, other types of transistors, relations between current and voltage in a linear two-port, relations between the different sets of parameters representing a two-port, and elements of matrix algebra. The text then examines transistor characteristics, including small-signal characteristics at medium frequencies; measurement of the elements of the equivalent circuit; and analogies between transistors and valves.
The publication ponders on the transistor as a linear amplifier and bias circuits. Concerns include drift of the working point, calculation of the stability factor, tandem amplifiers, stabilization by compensation of the saturation current, neutralization of a transistor, and measurement of power gain. The manuscript also reviews transistor noise, as well as normal noise in a transistor, comparison with valves, and transistor abnormal noise at low frequencies.
The text is a dependable source of data for readers and engineers interested in the properties and applications of transistors.
The book first offers information on the physical principles of the transistor and general discussion of linear two-ports. Topics include conductivity of semiconductors, junction transistor, other types of transistors, relations between current and voltage in a linear two-port, relations between the different sets of parameters representing a two-port, and elements of matrix algebra. The text then examines transistor characteristics, including small-signal characteristics at medium frequencies; measurement of the elements of the equivalent circuit; and analogies between transistors and valves.
The publication ponders on the transistor as a linear amplifier and bias circuits. Concerns include drift of the working point, calculation of the stability factor, tandem amplifiers, stabilization by compensation of the saturation current, neutralization of a transistor, and measurement of power gain. The manuscript also reviews transistor noise, as well as normal noise in a transistor, comparison with valves, and transistor abnormal noise at low frequencies.
The text is a dependable source of data for readers and engineers interested in the properties and applications of transistors.
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