30KP180A-TP

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TVS (Transient Voltage Suppressor) diodes are widely used in different applications to protect sensitive devices from electric surges. The 30KP180A-TP TVS diode is a widely used model, designed for ensuring the safety of different devices from damage caused by high transient voltages. This diode comes with a low leakage current, is RoHS compliant, and its low peak pulse power dissipation is 10KW.

The field of application of the 30KP180A-TP TVS diode includes automotive, industrial, consumer electronics, and communication products. The diode is suitable for over-voltage protection against transients in any environment, and it can protect a printed circuit board from direct lightning strikes and avoid damage caused by electrostatic discharge.

The 30KP180A-TP TVS diode has multiple clamping levels which vary depending on the type of surge. This feature offers extra protection compared to traditional diodes because these can only offer a single level of clamping. The diode also features an internal shield layer, which provides protection from transient surge signals. Furthermore, the diode is fast and can clamp quickly, thus providing better safety. Lastly, the diode has a low-capacitance design which is essential for faster system response time and improving signal integrity.

The working principle of the 30KP180A-TP TVS diode is simple. When the voltage levels exceed the breakdown voltage, the electrons start to flow through the diode. Therefore, it acts as a bridge between the high-voltage and the normal voltage level. Thus, the diode conducts current only under abnormal conditions. Furthermore, the diode has an internal shield which reacts quickly to absorb high energy levels and eliminates the pulse.

In conclusion, the 30KP180A-TP TVS diode is designed to provide effective over-voltage protection against transients. The diode has multiple clamping levels, and an internal shield which eliminates surges quickly. Additionally, it has a low-capacitance design, which makes it suitable for faster system response time, and improves signal integrity. The diode is used in various applications such as automotive, industrial, consumer electronics, and communication products.

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