MA-36AS10CC

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Magnetic sensors are an important class of sensors that accurately measure magnetic phenomena. This type of sensors are highly effective in a wide range of applications, including position, proximity, and speed measurement or detection. The MA-36AS10CC is a product of a series of these sensors, designed to provide accurate measurements of a wide range of magnetic parameters.

The MA-36AS10CC is an open loop Hall-effect sensor that utilizes a permanent magnet to sense the magnetic field. The position or speed of the magnetic field can be measured with very high accuracy. This magnetic sensor uses Hall-effect technology to detect the magnetic flux density of the field and provide an output. The Hall-effect is used to measure the magnitude of the magnetic field, which is converted into an electrical current.

The MA-36AS10CC consists of two parts; the magnet and the sensor. The magnet consists a permanent magnetic core which is deposited with rare earth or ferrite material. The sensor is composed of a Hall-effect element, which uses semiconductor technology to very accurately measure the magnetic field. The sensor can be operated at temperatures ranging from -40°C to +50°C and has a frequency response in the range of 0 to 250 kHz.

The MA-36AS10CC can be used in different types of applications. First of all, it is used in proximity sensing applications. These types of applications use the sensor to detect the presence and absence of a magnetic field and to detect changes in the magnetic field strength near the sensor. Due to its high accuracy, MA-36AS10CC is used in measuring the position of a moving object, as well as its speed. Furthermore, the sensor can be used for positioning and navigation applications, such as finding the position of a vehicle or object. It can also be used for speed sensing or detection applications, such as measuring the speed of a rotating shaft.

The working principle of MA-36AS10CC is based on the Hall-effect. This effect can be described as the production of an electric current, when any conductor or semiconductor is subjected to a perpendicular magnetic field. When the power is supplied to the sensor, a weak magnetic field is generated. When this field is changed due to the presence of a stronger magnetic field, the Hall-effect takes place, resulting in an electrical current. This electric current is then converted to digital information using an electronic circuit and the output is given as a voltage.

The MA-36AS10CC is designed to provide an accurate and reliable solution for several applications. Its ability to measure the position or speed of a magnetic field makes it ideal for a wide variety of applications such as proximity sensing, positioning and navigation, as well as measuring the speed of a rotating shaft. Thanks to Hall-effect technology, MA-36AS10CC provides superior accuracy in a wide temperature range and a frequency response up to 250 kHz. Therefore, it is an excellent choice for designing accurate and reliable applications.

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