APS13291KLHALT

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APS13291KLHALT magnetic sensors-switches (also known as solid state) are widely used in a range of industries thanks to its reliable and rugged design. This sensor is designed to perform in extreme conditions and can work under harsh weather, which makes it ideal for applications that need robust performance. The APS13291KLHALT magnetic sensor-switch is also capable of being adapted to multiple applications and provide the level of accuracy needed for field operations or everyday tasks.

The APS13291KLHALT is a detector that can detect small changes in magnetic field strength. The unit operates by utilizing a Hall effect which is the phenomena that occurs in a material when it is exposed to a magnetic field. A Hall effect is known to produce an electrical voltage which is proportional to the intensity of the magnetic field present. This voltage is then processed by a set of electronics which prevents false readings from occurring and ensures accuracy throughout the detection process.

When referring to fields of application with APS13291KLHALT magnetic sensor-switches, there are many possible uses. This device is well known for its ability to detect external magnetic fields, making it important in robotics and automation. The sensor is also suitable for a range of safety applications, detecting the presence of magnetic field and then triggering an alarm or notification when detected. In addition, APS13291KLHALT magnetic sensors-switches are also used in consumer products, from detecting the presence of a smartphone/wearable applied with magnets and using it for authentication and access control.

Despite the wide range of applications, the underlying principle for the APS13291KLHALT magnetic sensors-switches remains the same. The unit is based on the Hall effect which can measure changes in magnetic field strength. The Hall effect is based on a simple physical process, a voltage ‘V’ is generated when a material is exposed to a magnetic field of intensity ‘B’. This voltage is proportional to the field intensity of ‘B’ and this helps an individual measure the strength of the field.

The APS13291KLHALT sensitivity is designed to detect responsive changes in magnetic field strength and this means that the device will trigger a detection even if the change is minimal. The internal circuitry is also capable of recognizing when the field diminishes and a detection can occur when it does. Depending on the specific application, the APS13291KLHALT is capable of detecting external fields with ranges from 10 to 1000 Gauss.

In terms of operation, the APS13291KLHALT magnetic sensor-switch is capable of adjusting the sensitivity and sensitivity range so that it is optimized for a specific application. The output response time for this device is relatively quick, ranging from 2 to 10 milliseconds. The stand-by current of the device also remains low, at 0.25 mA or less, allowing it to be used where energy efficiency is paramount.

To conclude, the APS13291KLHALT magnetic sensor-switches (solid state) are known for their extreme adaptability and reliable performance. The devices are based on the Hall effect, which essentially works by detecting small changes in magnetic field strength and then converting it into a voltage that can be processed by the device’s internal electronics. This sensor can be used for a range of applications, including robotics, safety, consumer products, and access control, due to its high accuracy and range of response times. Most importantly, the device is designed to work efficiently in extreme environments, making it an ideal choice for realistic field operations.

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