Biological and Medical ElectronicsInstrumentation as a science; The theory of measurement; Fundamentals of electricity; Vacuum tubes; Electronic circuitry; Detecting and sensing elements; Recording and read-out devices; Complete instrumentation schemes; Color. |
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actual adjustable alternating current amount analogue computer applied arrangement axis basic battery behavior biological bridge calibration capacitance capacitor cathode ray oscilloscope cent Chap characteristics circuitry coil components conducting connected coupling current flow curve cycles per sec d-c amplifier damping deflection described designed devices diagram diode direct current displacement electrical electronic elements emitter errors example feedback filament filter frequency response function gain galvanometer inductance input impedance interference laboratory linear low-pass filter material maximum measurement mechanical meter ohms operation operational amplifier oscillator oscillograph oscilloscope output p-n-p transistor phase photocell pickup unit positive potentiometer power supply problem pulse quency Radio range ratio reactance recording rectifier regulation resistor resonant scope screen grid sensitivity shielding shown in Fig signal strain gages strain-gage supply voltage sweep switch temperature tion transducer Transistor Circuits triode usually vacuum tube variation vary voltage drop volts wave waveform wire zero