A regulator holds something (e.g. voltage, current) in a circuit constant (aka regulates it), that otherwise would not stay constant as the circuit operates. Keeping this constant is critical to proper operation of the circuit, thus the need for its regulation.
circuits go round
A capacitor is required in electronics when we are charging and frequency circuits.
J. R. Cogdell has written: 'An Introduction to Circuits and Electronics' -- subject(s): Electronics, Electric circuits
The purpose of an amperite regulator is to make sure that circuits do not get overloaded. It is a voltage regulator that maintains an electrical system, especially in a vehicle.
Reinhard Kretzmann has written: 'Handbuch der Elektronik' -- subject(s): Electronics, Industrial electronics 'Industrial electronics circuits' -- subject(s): Electronic apparatus and appliances, Electronic circuits
Lee W. Churchman has written: 'Survey of electronics' -- subject(s): Electronics 'Introduction to circuits' -- subject(s): Electric circuits
In electronics it simply means a way to control either voltage and/or current there are mechanical regulators not related to electronics
yes
James H. Harter has written: 'Essentials of electric circuits' -- subject(s): Electric circuits 'Mathematics applied to electronics' -- subject(s): Mathematics, Electronics
Colin D. Simpson has written: 'Principles of DC/AC circuits' -- subject(s): Electronic circuits 'Introduction to Electric Circuits and Machines' -- subject(s): Electric circuit analysis, Electric circuits, Electric machinery 'Industrial electronics' -- subject(s): Industrial electronics
Impedance is not unique to ham radio and applies to all electronics. Impedance is a property of electrical circuits that can impede the current from flowing.
Gary M. Miller has written: 'Linear circuits for electronics technology' -- subject(s): Electronic circuits 'Modern electronic communication' -- subject(s): Telecommunication, Electronics