Electronics (Mike Jaroch)

A type of synchro that compares two signals: the electrical signal
applied to its stator and the mechanical signal applied to its rotor. The output is an electrical voltage, which is taken from the rotor winding and is used to control a power-amplifying device. The phase and amplitude of the output voltage depends on the angular position of the rotor with respect to the
magnetic field of the stator [15].

A type of synchro that converts a mechanical input, which is the
angular position of its rotor, into an electrical output signal. The output is taken from the stator windings and is used to drive either a CDX or CT [15].

Uses a variation of grid bias to vary the instantaneous plate voltage
and current. The modulating signal is applied to the control grid [12].

In communications, equipment that changes the audio output of a receiver to dc pulses. These pulses are fed to a tty to indicate marks and spaces [17].

A mechanical magnetron tuning device that changes the frequency by
changing the capacitance of the anode cavities [11].

The power lost because of the resistance of the conductors. In transformers
the power lost because of current flow (I) through the resistance (R) of the windings [2] [10] [11].

A method of increasing the number of discrete components in a given space.
Resembles wood stacked for a fireplace [14].

Any material that affords a path for magnetic flux lines in a coil [2].

A half-wave antenna with a reflector consisting of two flat metal surfaces meeting at an angle behind the radiator [10] [18].

The discharge of electricity from a conductor with a high potential [4].