MA-10APC2

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The MA-10APC2 is a type of magnetic field sensor module designed to measure the positional, proximity, motion and rotation speed of a magnetic field in mechanical and industrial applications. Specifically, the MA-10APC2 is ideal for measuring rotational speed and is available with either a self-gated pulse output or an analog output option. This allows for a wide range of applications, including motion control, speed regulation, positioning and alignment.

The MA-10APC2 module is equipped with an integrated magnetic field detector, magnetoresistive transducer, and signal processing circuitry enclosed in a small and compact form factor. The module also includes dual LEDs; one for indicating the presence of magnetic field and one to indicate power status. It is a two-wire device, with a signal wire for the magnetoresistive transducer and a second wire for supplying appropriate power from a DC power source.

The basic working principle behind the MA-10APC2 is to measure differences in magnetic fields. It uses a magnetoresistive transducer to detect the magnitude of the magnetic field around it. The sensing element in the MA-10APC2 module contains five magnetoresistive devices in parallel, which are stable and offer a linear output over the range of the MA-10APC2. The module operates in either static or dynamic mode and will accurately detect the presence of a detected magnetic field up to 50cms (20inches) away.

The MA-10APC2 is ideal for use in applications where a combination of precision measurement, wide range of detection, and robustness are required. It is commonly used in industrial and mechanical industries, where it range in operating temperatures from -25°C to +80°C and is sensitive to a magnetic field of up to 40mT (0.4T).

Typical applications include linear motor-drives, monitoring motors in robotic arms, automated warehouse management systems, biometric identification systems, steam turbine control systems, and automotive engine control systems. It is also suitable for speed and direction detection applications such as printer controllers, escapement mechanisms in CNC machines, and conveyor speed monitoring.

The MA-10APC2 can be used as part of a larger system, either stand-alone or in conjunction with other modules. In this capacity, it can be integrated with a microcontroller, digital signal processor, or other computing device to provide the precise real-time measurements needed in modern industrial and technology systems.

It is capable of providing high accuracy in dynamic sections where a magnet is moving inside its detection range, and can detect rotational speeds up to 30,000rpm. The MA-10APC2 output is capable of being programmed to output either a digital signal when it detects its maximum magnetic field of 40mT, or the analog voltage equivalent.

In conclusion, the MA-10APC2 is a versatile and accurate magnetic field sensor module optimized for modern industrial applications where accuracy and precision are essential. The robust and small form factor make it ideal for applications in difficult and hazardous environments where reliability is key.

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