TBU-PK085-100-WH Circuit Protection

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Surge suppression ICs are vital components for providing protection against transient voltage surges. The TBU-PK085-100-WH, designed by Littelfuse, is one of the leading products for efficient surge protection. This IC chip is best suited for use in automotive, off-highway, commercial and industrial, aerospace and avionics, and medical applications.

The surge protection IC chip has a number of features that make it a suitable choice for a variety of applications. For starters, the chip has an impressive 100V voltage rating, providing excellent protection against high-voltage surges. Additionally, its low maximum operating voltage of 5.5 V ensures that the system is running at the optimal power level. This helps to reduce wear and tear significantly. It also has an over-temperature protection feature which keeps the IC protected from high temperatures.

The TBU-PK085-100-WH surge protection IC chip has a simple working principle. The chip utilizes a voltage clamping effect where voltages exceeding the limits are diverted to ground, thus limiting the amount of power flowing through the circuit. This ensures that the system is protected from power surges and the possibility of damages is minimized. Additionally, the device has a built-in short-circuit protection feature which helps protect the circuit from potentially damaging short circuits. The device operates with a low resistance, ensuring a reliable protection even in high-frequency surge applications.

The TBU-PK085-100-WH surge protection IC chip has a compact footprint that makes it suitable for a range of applications. In addition, it is RoHS compliant, making it an ecologically friendly option. This IC chip is also highly durable, with a lifetime in excess of 100,000 cycles.

All in all, the TBU-PK085-100-WH surge protection IC chip is an excellent choice for a variety of applications. Its low operating voltage, combined with its high voltage rating, provides excellent protection against dangerous voltage spikes. Additionally, its over-temperature protection and short-circuit protection features further add to its protection capabilities. On top of that, the chip is flexible, durable, and environmentally friendly. Its small footprint means it can be used in a range of applications without too much disruption, making it a great choice for efficient surge protection.

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