SS-20007

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Solid-state magnetic sensors, or SS-20007 devices, are used for a variety of sensing applications. These sensors provide reliable and precise measurements of magnetic field strength in various operating conditions. These sensors are designed to operate in extreme environments, including high temperature, shock, and vibration. The SS-20007 devices are ideal for applications requiring an accurate and repeatable measurement of magnetic field strength.

The working principle of solid-state magnetic sensors is based on the Hall effect. This principle states that when a current carrying conductor is placed in a magnetic field, a voltage is developed across the conductor that is proportional to the magnitude of the magnetic field. The electrical properties of the conductor determine the value of this voltage. The SS-20007 was designed to take advantage of the Hall effect by sensing the voltage across the conductor and converting it into a measurable signal.

The SS-20007 is a bi-directional sensor that measures both positive and negative field strength. This allows the sensor to operate in both AC and DC field conditions. The sensor is able to detect changes in magnetic field strength as small as 0.2 mT. One of the key features of the SS-20007 is its ability to operate in extreme temperatures ranging from -40°C to +85°C.

The SS-20007 can be used for a variety of applications. Sensing of magnetic fields is commonly used in motor control and robotics, as well as in geotechnical surveys and other industrial applications. In motor control applications, the sensor is used to measure the current flowing through the winding of the motor. This allows the motor speed to be precisely controlled. In robotics, the SS-20007 can be used to detect obstacles and determine the best path or direction for the robot to follow.

The SS-20007 is a reliable and high-performance magnetic field sensor. It is capable of delivering accurate readings in extreme temperatures and in many field conditions. This makes it well suited for applications requiring precise and repeatable measurements of magnetic field strength.

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