2000713-6

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Working principle of 2000713-6 is based on the law of Faraday electro-magnetic induction with conducting effects, which means that when a conducting material is kept in the action of an alternating external magnetic field, the alternating electromagnetic response will be induced in the conducting body. The model 2000713-6 is a hall effect sensor, which in turn utilizes a curved and small magnetic field between the sensors to generate a phase shift and measure the magnetic field. The design of this sensor helps to reduce the size of the sensor and make it more cost-effective.

When the hall effect sensor is in operation, the DC current flowing through the magnetic field will generate a weak electric field between the two contacts, which helps to derive the voltage signal. This magnetic field generated between the two contacts gradually weakens as the operating voltage or current changes. This allows the model 2000713-6 to measure the voltage or current in a variety of environments.

2000713-6 is often used in sensing, switching, and many other applications, such as Hall effect power and current signal converters; magnetic field measurement devices; compass modules; off-axis radars; neutral-axis encoders; and linear position or motion sensors. It is one of the most popular Hall effect sensors currently in use. As it can be manufactured with materials that are less expensive than traditional Hall effect sensors, it is gaining in popularity. This makes the 2000713-6 an economical solution for applications that require reliable and repeatable measurements.

In addition to general-purpose applications such as in DC power switching circuits and motion detection devices, the 2000713-6 can also be used for motor control and sensor control applications. It can be used to detect changes in the current or voltage, to determine the on/off state of a motor, or to monitor the direction and speed of a motor. The 2000713-6 can also be used for heading or tilt measurements. The 2000713-6 has a wide range of features that make it more suitable for many applications than conventional Hall effect sensors, such as low power consumption, high accuracy, wide operating temperature range, and electrical noise immunity.

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