HAL546 SF-E

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

HAL546 SF-E: Magnetic Sensor - Linear, Compass (ICs)

HAL546 SF-E is a linear and compass integrated circuit (IC) that functions as a magnetic sensor. This IC uses Hall long-range magneto-resistive measurement technology to measure the direction and strength of magnetic fields. This IC is sensitive, compact, and cost-effective, and can accurately measure a wide range of magnetic fields. HAL546 SF-E has an impressive response time (0.2s) and a wide range of operating temperatures (-55 to +125°C). This IC is ideal for many applications, including electronic compass navigation systems and automotive and aviation navigation systems.

The linear sensor of HAL546 SF-E measures the linear component of the magnetic field, which it converts into a voltage. While the compass element measures the bottom component of the magnetic field to indicate heading and direction. Both the linear and compass elements are independent of each other and use a single integrated circuit. This configuration ensures that the output is accurate and reliable.

The key feature of HAL546 SF-E is its ability to utilize a two-dimensional array of Hall sensing elements that provides separate sensitive vertical-axis measurements and three-axis measurements. This allows the IC to measure both linear and bottom field components, and provide an accurate output in terms of direction and heading. Moreover, the two-dimensional array Hall sensing elements ensure that the HF-E can accurately measure fields up to three axes and from any distance.

The HAL546 SF-E is compatible with a variety of microcontrollers and can be easily integrated into existing designs. It comes in a standard 28-pin DIP package with standard rated pins and is powered by a single 3V to 5V supply voltage. It has a low power consumption (less than 1mA at 5V) and can operate at both high and low frequencies (up to 4kHz). This IC also features low noise and high accuracy, which makes it suitable for a wide range of applications that require precise measurements. The HAL546 SF-E also has built-in temperature compensation that helps to handle temperature variation and still maintain the accuracy of the measurements.

Overall, the HAL546 SF-E IC is a highly precise magnetic sensor that is cost-effective, sensitive, and can measure a wide range of magnetic fields. It can accurately measure both linear and bottom field components, and provides temperature compensation for accurate measurement over a range of operating temperatures. The HAL546 SF-E is suitable for many applications, including electronic compass navigation systems and automotive and aviation navigation systems, and is compatible with a variety of microcontrollers for easy integration into any existing design.

The specific data is subject to PDF, and the above content is for reference