MIC2566-1BTS-TR

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The MIC2566-1BTS-TR is a 3-pin voltage suppressor device well-suited to the protection of multiplexers, voltage-level shifting, ESD protection and board level protection. It provides protection interference pulses up to the 8 kV Human Body Model (HBM) according to IEC 61000-4-2 level 4 and it is also suitable for low voltage systems and is often used in load distribution, load switching, and load driving applications.

The MIC2566-1BTS-TR is a high-performance, low-power voltage suppressor that provides both high-speed protection and high-surge capability. The device features an internal ESD protection circuit that can self-protect the device from accidental shorts and provides a wide range of surge withstand capabilities. The device is designed for high-speed, low-power applications and can work with both high and low-power applications.

The MIC2566-1BTS-TR can be used in a variety of application fields such as automotive, industrial, military and telecommunications. It is ideal for use in applications where low capacitive loads must be protected from high-voltage interference pulses, power switching, and the load driving application.

The working principle of the MIC2566-1BTS-TR is based on an internal MOSFET switch, which is activated by an external voltage surge. The MOSFET switch can be used to control the current delivery through the devices while still maintaining high-performance capability. A comparison between an active and non-active switch can help to explain the working principle of the MIC2566-1BTS-TR.

When an external voltage is applied to an active switch, the MOSFET switch is activated and current begins to flow through the device. As the voltage is further increased the MOSFET switch is pushed to its maximum current rating and acts as a current limiter. However, if the voltage is increased to a point where the current limit of the MOSFET switch is exceeded the switch will be closed, preventing the flow of excessive current, and the voltage will begin to drop to the maximum magnitude of the switch.

When a non-active switch is used, the MOSFET switch is not activated by the external voltage and a steady increase in voltage is needed for it to reach its maximum current rating. This results in a slower reaction time for the switch as compared to an active switch, making it ideal for applications requiring more protection.

The MIC2566-1BTS-TR provides high-speed protection and high-surge capability in a wide variety of applications. It is suitable for both high and low power applications, enabling efficient and reliable load distribution, load switching, and load driving applications. It offers protection from interference pulses up to 8 kV HBM and can be used in many different application fields, such as automotive, industrial, military, and telecommunications.

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