B59960C0130A070

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PTC (Positive Temperature Coefficient) Resettable Fuses are a type of fuse designed to prevent damage to circuits in the event of an overcurrent. The B59960C0130A070 is a common example of a PTC Resettable Fuse. It is designed to provide protection against transient overcurrents while consuming minimal space and integrated in a standard SMA package.

When considering the application field and working principle of a B59960C0130A070 Resettable Fuse, it is important to understand the operation of a typical PTC fuse. The device is comprised of a conductive polymer and two electrodes. When the circuit is operating normally, a small amount of current is allowed to flow through the device which heats the polymer and increases its resistance. As the current increases, the resistance of the polymer also increases, and at a certain point the current is held at a steady state. If the current continues to increase beyond a preset threshold, the heat generated by the polymer will cause a transition to a high resistance state, thus limiting the current below the preset level. To reset the device, the current must be reduced to a lower level, after which the process is repeated.

The B59960C0130A070 Resettable Fuse is suitable for a wide range of applications, including power supplies, automotive systems, electronic devices, and consumer electronics products. The device is capable of switching up to 16A of current, and provides a low power consumption, fast response time, and tight temperature coefficient. The device is also available in an extended temperature range, which is ideal for operations in harsh environmental conditions. Additionally, the device is certified by UL, CSA, VDE, and TUV, meaning it meets all relevant safety standards.

The B59960C0130A070 Resettable Fuse is a versatile device that can be easily integrated into a circuit and is capable of providing protection against short-term overcurrents. It is an ideal choice for a variety of applications and is designed to provide reliable operation in a range of environmental conditions.

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