613SS4=NEW

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Magnetic Sensors are widely used in many industries, most notably in automation and robotics applications. Magnetic sensors or switches detect the presence of a magnetic field or changes in its strength or direction. There are many types of magnetic sensors, such as reed switches, Hall effect switches, fluxgate sensors, magnetoresistive (MR) sensors, magnetometers, ferromagnetic materials, and so on. Among them, the solid state switch is one of the most popular magnetic sensors.

613SS4 is a new type of solid state switch featured with its unique structure and working principle. It uses a magnetic material sandwiched between two conductive strips which are connected with an amplifier circuit. The magnetic material provides an on/off output when the magnetic field is aligned and loosened respectively. The amplifier circuit amplifies the on/off signal, providing a stable electrical output.

The 613SS4 is different from reed switches and Hall effect switches. It has a higher sensitivity, meaning it can detect smaller changes in the magnetic field. It also has lower power consumption, allowing for better performance and longer battery life. Additionally, the 613SS4 is dust proof and corrosion resistant, making it suitable for use in harsh environments.

The working principle of the 613SS4 is based on the induced magnetic field. The induced magnetic field or electromagnetic field is created when a current passes through the magnetic material. This field interacts with a second magnetic field and changes the electrical properties of the material. The change in the electrical properties can be detected by the amplifier, resulting in an output.

The 613SS4 is mainly used in position sensing, contactless switch applications, motion detections, security systems, and proximity sensing devices. For example, automotive companies use 613SS4 to detect the position of an engine crankshaft, as well as in robotics for precise movement control.

In summary, the 613SS4 is a new type of solid state switch with its unique structure and working principle. It has a higher sensitivity than traditional reed switches and Hall effect switches, as well as lower power consumption, dust proof and corrosion resistant design. It can be used in various applications, such as in automotive and robotics.

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