SLKOR SLOH49E-9 Hall Effect Sensor with an Extensive Temperature Range from -40℃ to 150℃ and Two Package Forms, T092 and SOT23
SLOH49E Hall effect sensor is a small multifunctional device that operates through the magnetic field of a permanent magnet. The linear source output voltage is set by the power supply voltage and varies in proportion to the magnetic field intensity. This integrated circuit features low-noise output, eliminating the need for external filtering. The sensor can be connected to many electrical components without the need for buffering. It includes thin film resistors to provide higher temperature stability and accuracy. The sensor is available in two package forms, T092 and SOT23. Among them, the Hall sensor SLOH49E-9 is one of the SLOH49E series, with the digit '9' representing its TO-92S package form.
Fig.2
As a microstructured sensor, the SLOH49E-9 features low current consumption, with consumption as low as 5mA when the voltage is 5Vdc. Additionally, it has a wide voltage range and can operate within a voltage range of 3Vdc to 12Vdc, accommodating different circuit requirements. Furthermore, the SLOH49E-9 also boasts low noise output and an extensive temperature range from -40℃ to 150℃, making it suitable for diverse environmental needs. It responds differently to the magnetic field of the South and North poles, making it a bipolar sensor. These features make the SLOH49E-9 a high-performance Hall sensor suitable for applications in various fields.
Fig.3
In terms of current detection, the SLOH49E-9 can be used to determine if a circuit is functioning properly by detecting the magnitude and direction of the current. By incorporating this sensor into a circuit, it is possible to measure the current magnitude and direction under the influence of the magnetic field generated within the circuit, thereby enabling monitoring and control of the circuit's status.
In position sensing, the SLOH49E-9 can be utilized to monitor and control the position of objects by detecting changes in the magnetic field. For example, in machine tool processing, the sensor can be installed on a slider to detect variations in the magnetic field, thereby enabling monitoring and control of the slider's position and improving processing accuracy.
Fig.4
In magnetic code reading, the SLOH49E-9 can be employed to read information from a magnetic encoder. By installing the sensor above the encoder disk, it is possible to detect changes in the magnetic field on the encoder disk, thus reading the information recorded on the encoder such as object position, velocity, and more.
In summary, the SLOH49E-9 is a powerful and high-performance Hall sensor with features such as microstructured design, low current consumption, wide voltage range, low noise output, and a broad temperature range. It can be applied in various fields such as current detection, position sensing, and magnetic code reading, bringing higher efficiency and convenience to applications in these areas.
In addition to the SLOH49E-9, SLKOR offers many other high-performance and exceptional Hall sensor products, such as SLSS360-3, SLSS49E-3, SL-322B, SLSS451A-9, SL1603SH, SL1623SH, SLSS41F-9, and more. These products can meet the market demand for low-power and high-performance sensors. SLKOR will continue to drive innovation and development in electronic products.
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