Transcription of Current Sensing Circuit Concepts and Fundamentals
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Current Sensing Circuit Concepts and Fundamentals
2010-2011 Microchip Technology 1AN1332 INTRODUCTIONC urrent Sensing is a fundamental requirement in a widerange of electronic applications. Typical applications that benefit from Current sensinginclude: Battery life indicators and chargers Overcurrent protection and supervising circuits Current and voltage regulators DC/DC converters Ground fault detectors Linear and switch-mode power supplies Proportional solenoid control, linear or PWM Medical diagnostic equipment Handheld communications devices Automotive power electronics Motor speed controls and overload protectionThis application note focuses on the Concepts andfundamentals of Current Sensing circuits. It introducescurrent Sensing resistors, Current Sensing techniquesand describes three typical high-side Current sensingimplementations, with their advantages and disadvan-tages. The other Current Sensing implementations arebeyond the scope of this application note and reservedfor subsequent Microchip Technology Incorporated sapplication Sensing RESISTOR DescriptionA Current sensor is a device that detects and convertscurrent to an easily measured output voltage, which isproportional to the Current through the measured path.
Typical applications that benefit from current sensing include: • Battery life indicators and chargers • Overcurrent protection and supervising circuits • Current and voltage regulators • DC/DC converters • Ground fault detectors • Linear and switch-mode power supplies • Proportional solenoid control, linear or PWM
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