M15KP58AE3

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TVS - Diodes are a special class of diodes which are used to protect sensitive electronic components from voltage transients. The M15KP58AE3 is an advanced Transient Voltage Suppressor (TVS) diode that offers protection against voltage transients that can reach up to 15 kilovolts. It is commonly used in mobile communication systems, power supply circuits, computers, etc. In this article, we will be discussing the application fields and working principle of the M15KP58AE3.

The M15KP58AE3 is a bidirectional TVS diode that is used to protect sensitive electronic devices from overvoltage. The diode has an ESD protection of ±15kV and an I/O capacitance of 0.32pF. The diode also features a low clamping voltage of 26V at 14A and a reverse leakage current of up to 5µA at rated voltage. Furthermore, the diode can withstand up to 150℃ of temperature and is based on a ß of 110%.

The M15KP58AE3 is typically used in communication systems, power supply circuits, computers, etc. It is ideal for high speed and low clamping voltage applications, for example, in mobile communication systems where fast response and low clamping voltage are required. In such applications, it provides excellent ESD protection, low clamping voltage, and low leakage current.

The working principle of the M15KP58AE3 is fairly simple and straightforward. When the voltage across the device exceeds the rated breakdown voltage, it enters the clamping mode. The diode then discharges the voltage spike to ground, thus protecting the sensitive electronic components from being damaged by the transient voltage.

In conclusion, the M15KP58AE3 is a bidirectional TVS diode that offers excellent ESD protection. It is used in applications where fast response and low clamping voltage are required, such as in communication systems, power supply circuits, and computers. The diode works by entering the clamping mode when the voltage exceeds the rated breakdown voltage, and thus discharging the voltage spike to ground and protecting the sensitive electronic components from being damaged by the transient voltage.

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