DIFFERENTIAL AMPLIFIER FOR OPERATING A SENSOR

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DIFFERENTIAL AMPLIFIER FOR OPERATING A SENSOR - A simplified explanation of the abstract

This abstract first appeared for US patent application 20240250650 titled 'DIFFERENTIAL AMPLIFIER FOR OPERATING A SENSOR

The abstract describes a patent application for a differential amplifier used to operate a sensor. The differential amplifier consists of two two-poles, with the first two-pole connected to a current source drain terminal of a master amplifier and the second two-pole connected to an input transistor source terminal of the master amplifier. The first two-pole includes two semiconductor switches connected in antiparallel, while the second two-pole includes two more semiconductor switches connected in antiparallel.

The patent application describes a differential amplifier for sensor operation.
The differential amplifier includes two two-poles with specific connections to a master amplifier.
Each two-pole consists of semiconductor switches connected in antiparallel.
The design aims to improve the performance of the sensor system.
The innovation enhances the precision and reliability of sensor readings.

Potential Applications: - Industrial automation - Automotive systems - Medical devices - Robotics - Aerospace technology

Problems Solved: - Improved accuracy in sensor readings - Enhanced signal processing capabilities - Better noise rejection - Increased stability in sensor operation - Higher overall system performance

Benefits: - Greater precision in data collection - Enhanced reliability in sensor operation - Improved signal quality - Increased efficiency in system performance - Potential cost savings in sensor maintenance

Commercial Applications: Title: "Enhanced Sensor Differential Amplifier for Improved Performance" This technology can be utilized in various industries such as automotive, medical, industrial automation, robotics, and aerospace for more accurate and reliable sensor operation. The market implications include improved product quality, increased efficiency, and potential cost savings for companies integrating this technology into their systems.

Questions about the technology: 1. How does the differential amplifier improve sensor performance? - The differential amplifier enhances the precision and reliability of sensor readings by improving signal processing capabilities and noise rejection. 2. What are the potential applications of this technology beyond sensor operation? - This technology can also be applied in various industries such as automotive, medical devices, robotics, and aerospace for improved system performance and efficiency.

Original Abstract Submitted

a differential amplifier for operating a sensor. the differential amplifier includes a first two-pole and a second two-pole. a first terminal of the first two-pole is connected to a drain terminal of a current source of a master amplifier of the differential amplifier, and a second terminal of the first two-pole is connected to a first terminal of the second two-pole. a second terminal of the second two-pole is furthermore connected to a source terminal of an input transistor of the master amplifier. the first two-pole includes a first and a second semiconductor switch, which are connected in antiparallel to one another, and the second two-pole includes a third and a fourth semiconductor switch, which are connected in antiparallel to one another.