The "SS495A" from Honeywell is a Hall Effect sensor designed for various applications where measurement of magnetic fields is necessary. Here is a breakdown of the information provided:



Key Features:

  • Hall Effect Sensor: Utilizes the Hall Effect to measure magnetic fields.
  • Analog Output: Provides an analog output proportional to the strength of the magnetic field.
  • Radial Lead: Refers to the lead configuration of the sensor for connection.

Main Uses:

  • Position Sensing: Used for detecting the position of magnetic elements.
  • Speed Sensing: Employed in speed measurement applications.
  • Magnetic Field Measurement: Utilized for measuring magnetic fields in various systems.
  • Proximity Detection: Can be used for proximity sensing applications.

Working Principle:

  • Hall Effect: The sensor generates an output voltage proportional to the magnetic field applied perpendicular to the Hall element.
  • Analog Output: The output signal varies with changes in the magnetic field strength.
  • Radial Lead: Indicates the lead arrangement for connecting the sensor to external circuits.

The Honeywell SS495A Hall Effect sensor with its analog output and radial lead configuration is commonly used in applications requiring precise measurement and detection of magnetic fields. This sensor is versatile and finds application in various industries such as automotive, industrial automation, robotics, and more.

If you require more information on the SS495A sensor or have any additional questions regarding this sensor or related topics, feel free to ask!

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