60R160XMR Circuit Protection

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PTC Resettable Fuses are widely used in various fields, such as computer hardware, automotive and industrial machinery. The 60R160XMR is a excellent device used in such areas. This paper will further explore the properties of this PTC Resettable Fuses and its application fields and the working principle.

The 60R160XMR is composed of a positive action thermo-plastic body with mounting bracket, a triggering device and a PTC thermal element. It is a low profile resettable fuse suitable for high power applications. This fuse features a low internal resistance and a wide range of current ratings from 0.1 ~ 5A. It also has a high withstand voltage rating up to 300V AC and a fast response time of 20ms.

The 60R160XMR is ideal for use in many applications, such as electronic appliances, lighting, home appliances, and personal electronics. It can also be used in industrial machinery, automotive systems, power supplies for computers and power control systems. This fuse is also suitable for high-power LED lighting systems, which can benefit from its fast response time. Moreover, it is available in several sizes making it suitable for most applications.

This fuse features a simple working principle. When the current exceeds the preset levels, the heat generated by the PTC element causes an increase in resistance which stops the flow of current. The fuse can be quickly reset by cooling the PTC element back to its original state. The triggering mechanism ensures that the device will safely shut off the current when the current exceeds the preset levels. This ensures that the equipment is protected from operating at excessively high currents.

The 60R160XMR PTC Resettable Fuse is a highly reliable and effective fuse for a wide range of applications. Its wide range of current ratings, high withstand voltage rating, and fast response time make it the preferred choice in many applications. Its simple working principle and easy reset make it a very cost-effective solution for electronic and electrical systems.

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