This invention introduces an innovative method for Look Up Table (LUT) based modeling of circuits, enhancing accuracy by incorporating frequency-dependent behaviors through auxiliary circuits.

This invention is a low-cost, low-power wireless system designed to monitor vital health signs like heart activity (ECG) and blood oxygen levels (SpO2) remotely.

This invention introduces an adaptive equalizer designed to improve how data is transmitted over communication channels. It addresses issues like signal distortion and interference that occur during high-speed data transmission.

The invention pertains to an apparatus for generating an AC Superimposed DC (ACsDC) signal, offering flexible control over both AC and DC components from either an AC or DC power source.

This is a tiny device, called a nano-electro-mechanical device, that can be used for sensing substances in the air.

This invention addresses noise cancellation in Low Noise Amplifier (LNA) circuits, commonly used in communication systems. It introduces a feedback component in the circuit to cancel out noise produced by transistors.

This novel circuit aims to provide precise measurements of time delays in digital circuits, particularly in memory chips, by using programmable delay elements. The invention comprises of the following two main components. 

This invention is a specialized electronic filter designed to reduce DC offset caused by high-frequency electromagnetic interference (EMI) in circuits.

This invention pertains to an improved voice-prosthetic device for laryngectomees, featuring a design aimed at enhancing functionality and addressing common issues such as candida formation, device dislocation, and cumbersome cleaning procedures.

Modern medical devices usually include some sort of wearable/implantable devices that uses an analog or digital circuit to enhance and amplify some sort of biological signal, like heartbeat or brainwaves, and emit to some outside receiver.