Abstract: The wireless voltage link uses a coil to induce voltage onto a transistor. By controlling the amount of the current that flows through the coil, one is able to control the strength of the magnetic field emitted by the inductor. And by controlling the q-point of the transistor, the amount voltage and current induced, the transistor can then be used as a switch or an amplifier without any electrical/electronic connection to the internal coil. The use of a transistor enables high speed switching and potential amplification of communication signals.

Abstract: The electro-magnetic coupler uses a coil to induce voltage onto a transistor. By controlling the amount of the current that flows through the coil, one is able to control the strength of the magnetic field emmitted by the inductor. And by controlling the q-point of the transistor, the amount voltage and current induced, the transistor can then be used as a switch or an amplifier without any electrical/electronic connection to the internal coil. The use of a transistor enables high speed switching and potentail amplification of communication signals.

Abstract: Within the integrated circuit there are a significant number of components and not all of them are electronic switches. In an effort to increase data speeds, lower power consumption, simplify circuits increase functionality within the integrated circuit, and increase the overall processing power of the circuit chip the use fiber-optic transmission lines as a communication medium between logic circuits instead of metallic conductors is more effective when utilized within the circuit chip. This would be used purely for the transmission of data and communication. With fiber-optic transmission lines, microscopic LED's and photodiode's the electronic/electrical design of logic gates would become simpler, there would be faster communication, less corrupted data, and a longer lifespan for the semiconductor circuit chips that are data processors.

Abstract: The electromagnetic coupler uses a coil to induce voltage onto a transistor. By controlling the amount of current that flows through the coil, one is able to can control the strength of the magnetic field emitted by the inductor. And by the controlling the q-point of the transistor, the amount voltage and current induced onto the transistor it can then potentially be used as a switch or an amplifier without any electrical/electronic connection to the internal coil. The use of a transistor enables high speed switching and the potential amplification of communication signals.

Abstract: Within the integrated circuit there are a significant number of components and not all of them are electronic switches. In an effort to increase data speeds, lower power consumption, simplify circuits increase functionality within the integrated circuit, and increase the overall processing power of the circuit chip the use fiber-optic transmission lines as a communication medium between logic circuits instead of metallic conductors is more effective when utilized within the circuit chip. This would be used purely for the transmission of data and communication. With fiber-optic transmission lines, microscopic LED's and photodiode's the electronic/electrical design of logic gates would become simpler, there would be faster communication, less corrupted data, and a longer lifespan for the semiconductor circuit chips that are data processors.

Abstract: Within the integrated circuit there are a significant number of components and not all of them are electronic switches. In an effort to increase data speeds, lower power consumption, increase the functions within the integrated circuit, simplify circuits, and increase the overall processing power of the circuit chip the use fiber-optic transmission lines between transistors instead of metallic conductor should be used within the circuit chip. This would be used purely for the transmission of data and communication. With fiber-optic transmission lines, microscopic LED's and photodiode's the electronic/electrical design of logic gates would become simpler, there would be faster data transmission, less corrupted data, and a longer lifespan for the semiconductor circuit chips that are data processers.