EVB-EMC1043 Development Boards, Kits, Programmers

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The EVB-EMC1043 is a highly versatile evaluation board for EMC1043, which is an advanced linear Hall-effect sensor system. It is designed to measure magnetic fields in a wide variety of applications and works by detecting the magnetic field strength, and then converting it into a voltage signal. The board provides users with a quick and convenient way to measure magnetic fields over a wide dynamic range and is suitable for a variety of industrial, automotive, and medical applications.

The EVB-EMC1043 includes two types of Hall-effect sensors, an integrated Hall element, and a remote Hall element. The integrated Hall element consists of a Hall-effect element integrated with an analog output amplifier, and has an adjustable response frequency range from DC to 1 MHz. The remote Hall element consists of a Hall-effect element and an external amplifier; the adjustable response frequency range is from DC to 1000 kHz. Both the integrated and remote Hall-effect elements provide a highly accurate, wide dynamic range, narrow temperature coefficient, low offset voltage, and low power consumption.

In terms of performance, the EVB-EMC1043 offers excellent resolution, near linearity, low power consumption and fast response times. It also features an adjustable output current range, 50mV RMS current resolutions, and supply voltages up to 17V. It is also capable of high-speed sensor data transmission, allowing for high speed signal acquisition and storage.

The EVB-EMC1043 is a great choice for applications requiring accurate, linear, low-power measurements of magnetic fields. This board is well suited for applications such as position sensing, vehicle stability control, navigation, robotics, and magnetic field detection and measurement. It is also commonly used in medical applications such as medical imaging and drug delivery.

The working principle behind the EVB-EMC1043 is fairly simple. When a magnetic field is present in the active sensing area, it is converted into an electrical field. This electrical field is then applied across the Hall-effect element, creating a voltage proportional to the strength of the magnetic field. The output from the amplifier is then provided as a voltage signal that can be further converted into a digital signal for processing. This voltage signal is processed by the external electronics, which are responsible for further amplifying the signal, as well as providing the output.

Overall, the EVB-EMC1043 is a powerful, versatile evaluation board for measuring magnetic fields in a variety of applications. It features excellent linearity, low power consumption, low temperature coefficient and supply voltage up to 17V. It also provides excellent resolution and fast response times. Furthermore, its remote Hall element offers high speed signal acquisition and storage capabilities. All these features make the EVB-EMC1043 an excellent choice for a wide range of magnetic field applications.

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