MA-9DPCC

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The MA-9DPCC is a type of magnetic sensors which begins in the category of Position, Proximity, and Speed Modules. This type of module is commonly designed for applications which require positional accuracy, proximity sensing, and reliable speed detection. The MA-9DPCC is a very customizable sensor and its wide range of integrated peripheral components make it ideal for a great variety of sensing functions.

The MA-9DPCC utilizes an open loop Hall effect technology which is constructed on a susbtantial monolithic IC chip. This chip is made up of several integrated peripheral components. The main component of this chip is the sensing magnet, as it is the core component for both proximity and speed sensing. The proximity sensing works by detecting the presence or absence of a magnetic field, and the speed sensing works by measuring the speed of a magnetic field in motion.

The MA-9DPCC also features a four-pole design which helps to minimize noise interference and provides much more reliable sensor readings. This four-pole design consists of two sensing poles, one for the open loop Hall effect based sensing, and another for the positioning detection. The two poles are powered using the same supply voltage, and can operate independently for different applications.

The MA-9DPCC also features a wide range of integrated peripherals which increase its flexibility and enable its usage to be extended across many different fields. For example, the module has built-in thermistors which can provide temperature compensation and protection from higher temperatures. In addition, the module also includes input/output buffers which can interface with any variety of diversed signals. Finally, an integrated logic circuit allows detection of invalid signals and the presence of a magnetic field.

Overall, the MA-9DPCC is a very versatile magnetic sensor module which can be used in a variety of applications. Its open loop Hall effect based technology and four-pole design are great for providing positional accuracy, proximity sensing, and reliable speed detection for usage in a wide range of industries and fields. Its integrated peripherals and logic circuit ensure its ability to detect and protect against a variety of signals and higher temperatures, making it a great choice for magnetic based sensing applications.

The specific data is subject to PDF, and the above content is for reference