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High-performance signal conditioning interface delivering precise, reliable outputs for industrial and automotive safety applications
The onsemi NCV7192 is a versatile Signal Conditioning Interface designed for industrial and automotive safety systems, offering either Analog or SENT output. It processes differential signals from an external sensing element, adjusting gain and offset through a configurable amplification stage while compensating for both nonlinearity and temperature effects. The conditioned output is then provided as either a ratio-metric analog signal or a digital SENT output.
A dedicated measurement channel linearizes and monitors the resistance of an external NTC to determine medium temperature, which can be transmitted through the SENT interface. The device also features an integrated EEPROM, programmable through the output pin, allowing storage of configuration data, compensation parameters, and customizable user payload information. Built-in diagnostics and internal protection features such as short-circuit, overvoltage, and reverse-voltage safeguards enhance reliability and make the NCV7192 well suited for industrial and safety-critical automotive applications.
NCV7192 Datasheet
NCV7192 Application Notes
Learn More:NCV7192 Evaluation Kit
About onsemi
NCV7192EVK
The Evaluation Kit can be used for an initial evaluation to get familiar with the NCV7192 Bridge Signal Conditioning Interface. It is operated through a Windows-based GUI (Graphical User Interface) and is connected via a USB cable to the microcontroller on the evaluation kit. The microcontroller handles the translation from USB to the NCV7192 device.
In Operating mode, it is possible to set the chip to ANALOG or SENT output. If the output is set to ANALOG, the output voltage of the chip is measured by an on-board ADC and sent to the GUI. If the output is set to SENT, it is possible to read the signals from the output pin through this protocol.
Part of the evaluation kit is a Wheatstone bridge emulator. It is a resistive bridge used for emulating a range of transducers.