Abstract: The present invention is an electrical device which can be used to design and test electronic circuits with close to null manual intervention. It consists of plurality of reed relays to establish electrical contact between two given points in a connector matrix which is also part of the tool. User can make and break these electrical connections by application software controlling the reed relays. This application is required to be installed on a computer which aids user interaction with the tool. A micro-controller, equipped with firmware, is used to manage interface between the reed relays and the application software. Additionally, an analog to digital converter chip is implemented to measure voltage between two points in a user circuit under test.

Abstract: The present invention is an electronic circuit used to increase voltage levels of electrical signals from sources having low voltage levels for any required application in an electrical system. While the focus is to increase voltage levels, current levels can also be optimized per application requirements. It is built by electronically cascading a clamper circuit or a part of clamper circuit to an oscillator circuit. The oscillator circuit generates an AC signal. The basic functionality of a clamper circuit is to raise DC level of an AC signal. With an oscillator circuit feeding an AC signal to the clamper circuit, multiple applications can be achieved economically. Said invention can be used for driving LEDs at low voltage levels, charge a capacitors to higher voltage levels than a voltage applied to it, low frequency signal amplifiers, low frequency signal generators, AM/FM modulators, etc.

Abstract: The present invention is an electronic circuit, which can also be built into an integrated circuit to create a single electronic component, used to increase voltage levels of electrical signals from sources having low voltage levels for any required application in an electrical system. While the focus is to increase voltage levels, current levels can also be optimized per application requirements. It is built by electronically cascading a clamper circuit with an oscillator circuit. The oscillator circuit generates an AC signal. The basic functionality of a clamper circuit is to raise DC level of an AC signal. With an oscillator circuit feeding an AC signal to the clamper circuit, multiple applications can be achieved economically. Said invention can be used for driving LEDs at low voltage levels, charge capacitors in a circuit to voltage levels higher than applied voltages, low frequency signal amplifiers, low frequency signal generators, AM/FM modulators, etc.