PULSED TRANSISTOR DRIVER CIRCUIT

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PULSED TRANSISTOR DRIVER CIRCUIT - A simplified explanation of the abstract

This abstract first appeared for US patent application 20240258904 titled 'PULSED TRANSISTOR DRIVER CIRCUIT

Simplified Explanation: The patent application describes a circuit with a first drive stage, a second drive stage, and a pulse circuit. The first drive stage is connected between a drive terminal and a high-side transistor control terminal. The second drive stage is connected between the first drive stage and the high-side transistor control terminal. The pulse circuit is connected between the high-side transistor control terminal and the second drive stage. The pulse circuit is designed to deactivate the second drive stage for a specific pulse interval when the voltage at the high-side transistor control terminal exceeds a threshold voltage.

The circuit includes a first drive stage, a second drive stage, and a pulse circuit.
The first drive stage is connected between a drive terminal and a high-side transistor control terminal.
The second drive stage is connected between the first drive stage and the high-side transistor control terminal.
The pulse circuit is connected between the high-side transistor control terminal and the second drive stage.
The pulse circuit deactivates the second drive stage for a pulse interval when the voltage at the high-side transistor control terminal exceeds a threshold voltage.

Potential Applications: 1. Power electronics 2. Motor control systems 3. Renewable energy systems

Problems Solved: 1. Efficient control of high-side transistors 2. Precise timing of drive stages 3. Preventing voltage spikes

Benefits: 1. Improved circuit efficiency 2. Enhanced performance of high-side transistors 3. Increased reliability of electronic systems

Commercial Applications: The technology can be utilized in industries such as automotive, aerospace, and industrial automation for high-performance electronic control systems.

Prior Art: Readers can explore prior patents related to high-side transistor control circuits and pulse circuits to understand the existing technology landscape.

Frequently Updated Research: Stay updated on advancements in power electronics and semiconductor technologies to enhance the design and functionality of similar circuits.

Questions about High-Side Transistor Control Circuits: 1. What are the key components of a high-side transistor control circuit? 2. How does the pulse circuit improve the efficiency of high-side transistor control circuits?

Original Abstract Submitted

a circuit includes a first drive stage, a second drive stage, and a pulse circuit. the first drive stage is coupled between a drive terminal and high-side transistor control terminal. the second drive stage is coupled between the first drive stage and the high-side transistor control terminal. the pulse circuit is coupled between the high-side transistor control terminal and the second drive stage. the pulse circuit is configured to disable the second drive stage for a pulse interval responsive to a voltage at the high-side transistor control terminal exceeding a threshold voltage.