CURRENT VOLTAGE TRANSFORMERS

Brand	Owner (click to sort)	Address	Description
BICRON	BICRON ELECTRONICS COMPANY	Barlow Street Canaan CT 06018	Current and voltage transformers, solenoids; current sensors, and specialty voltage magnetics, namely, transformers, gate drivers and inductors, and assemblies comprising such goods;
BICRON: WHEN YOUR TRANSFORMER MUST NOT FAIL	BICRON ELECTRONICS COMPANY	Barlow Street Canaan CT 06018	Current and voltage transformers; electromagnetic solenoids in the nature of coils and valves; electrical current sensors; specialty voltage magnetics, namely, transformers, gate drivers in the nature of power amplifiers, and electrical inductors; electromagnetic assemblies for generating magnetic fields comprised of transformers, gate drivers in the nature of power amplifiers, and electrical inductors; magnetic devices for industrial controls, motor controls, power conversion and alternative energy, namely, electromagnetic apparatus used to generate or measure magnetic fields;
VOLTBOSS	BICRON ELECTRONICS COMPANY	Barlow Street Canaan CT 06018	Current and voltage transformers; electromagnetic solenoids in the nature of coils and valves; electrical current sensors; specialty voltage magnetics, namely, transformers, gate drivers in the nature of power amplifiers, and electrical inductors; electromagnetic assemblies for generating magnetic fields comprised of transformers, gate drivers in the nature of power amplifiers, and electrical inductors; magnetic devices for industrial controls, motor controls, power conversion and alternative energy, namely, electromagnetic apparatus used to generate or measure magnetic fields;VOLT BOSS;
	Where the owner name is not linked, that owner no longer owns the brand

Technical Examples

An apparatus of a light source for a liquid crystal display includes two transformers connected between a driver and respective lamps, and a driving signal from a driver is supplied to the lamps through the transformers. Secondary sides of the transformers are connected to each other, and a node between the transformers works as a neutral point in that loads connected to the transformers are symmetrical. The neutral point moves when the symmetry of the load distribution is broken under abnormal operation such as arc generation due to disconnection of the transformers. The movement of the neutral point increases the voltage at the node between the transformers and the driver is shut down when a voltage divided from the voltage of the node is larger than a reference voltage.