PDRV5013AGQDBZT

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Magnetic sensors, also known as switches, are used to detect and measure the presence or absence of a magnetic field. Switches work by sending a signal to a control system in response to the detection of a field, making them useful for detecting various types of objects and materials. One common type of switch is a solid state switch, which uses a series of magnetically sensitive, semiconducting elements to measure the strength and direction of a magnetic field.

The PDRV5013AGQDBZT is a solid state switch specifically designed for industrial applications. This switch is able to detect a wide range of magnetic fields, making it perfect for applications such as motion sensors, door and window openers, motor starters, and even controlling the temperature of a computer. This makes it ideal for use in industrial applications where accuracy and reliability are critical.

The working principle of the PDRV5013AGQDBZT is simple. It consists of two magnetically sensitive semiconductors and a relay switch that are housed in a plastic package. When the switch detects the presence of a magnetic field, it sends a signal to the relay switch, which then activates a mechanical or electromechanical device. The switch can also detect changes in the strength or direction of the magnetic field as well, making it even more versatile.

The PDRV5013AGQDBZT is able to detect changes in a magnetic field of up to 25 Gauss (mGauss). It is also able to operate in temperatures ranging from -40° to +125°C. The switch is designed to be used in a wide variety of industrial and commercial applications, including automotive, medical, industrial and even home automation.

The PDRV5013AGQDBZT is an efficient and reliable switch for use in various industrial applications. Its magnetically sensitive semiconductors allow it to detect changes in a wide range of magnetic fields, making it an ideal choice for industrial and commercial uses. Its ability to operate in a wide range of temperatures combined with its reliability make it a popular choice among manufacturers. In addition, its low cost and ability to detect changes in a magnetic field make it an economical option for many applications.

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