The first of two distinct modes of operation of Transoner is a Wide Band mode, suitable for telecommunications or signal processing applications. These Transoners transmit electrical signals, with step-down voltage transformation, from an input terminal to an output terminal, while providing electrical isolation between the input and output terminals. Over very wide frequency bandwidths, Wide Band Transoners exhibit a constant but low level of voltage gain, defined as the ratio of voltage at the output terminal to voltage at the input terminal. They also exhibit high DC input and output impedance. These categories correspond to anticipated applications or product groupings.
Performance represented above is achieved under optimum conditions for the parameter being tested.
The second distinct mode of operation is power transformation. Operating at resonance, Transoners exhibit high voltage gain and significant power transfer. Useful for power conversion and power switching, these Power Transoners can be designed to be either isolating or non-isolating . Both types are capable of efficiently stepping up the voltage of an AC signal applied to the device's input terminal and producing a sinusoidal output signal. Although Power Transoners are very small, they have exceptionally high power ratings, especially as compared to conventional wire-wound transformers of similar size.