HAC830CV-M-A-2-A-2

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The HAC830CV-M-A-2-A-2 is a two-axis, linear magnetic sensor. It’s an integrated circuit (IC) that is capable of detecting the intensity and direction of a magnetic field. This IC is primarily used in aeronautical and automotive applications, such as navigation and guidance systems.

The main components of this IC include a differential capacitive sense element, a differential amplifier, a reference resistor and two analog-to-digital (ADC) converters. The capacitor is made up of two plates and an actuating magnet placed between the plates. The magnet interacts with the plates, causing an imbalance in the differential capacitive element. This produces a differential voltage that is then amplified and digitized by the amplifier and ADC, respectively.

This IC has two main features: its relative scale is proportional to the voltage output; and the direction of the magnetic field is independent of the output voltage. This means that the HAC830CV-M-A-2-A-2 can measure and record the intensity and direction of the magnetic field even when the voltage output changes. This makes it ideal for automotive and aeronautical applications.

The HAC830CV-M-A-2-A-2 can be operated in digital or analog modes. In digital mode, the output is a high-resolution digital value. In analog mode, the output is a voltage signal with linearity of up to 0.1%. This makes it perfect for applications that require precise measurement and/or control of the magnitude and direction of a magnetic field.

The HAC830CV-M-A-2-A-2 is a cost-effective and reliable solution for applications that require the detection and recording of magnetic fields. Its wide operating temperature range, low power consumption, and low cost make it an attractive option for a variety of applications in the automotive, aeronautical, navigation, and guidance systems industries.

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