MRT100KP60AE3

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Transient Voltage Suppressors (TVS) are devices that protect sensitive electronic components from over-voltage spikes, also called transients. TVS diodes are a type of TVS that acts as a pressure valve, allowing the surge of current to pass through and subsequently resuming its normal operating state. The MRT100KP60AE3 is a transient voltage suppressors diode used mainly for over-voltage protection. It has an ESD rating of 30kV, a maximum clamping voltage of 38V, and a power dissipation ability of 400W.

The MRT100KP60AE3 is typically used in automotive applications, such as those that require over-voltage protection for ECUs or other semiconductor components. It can also be used for other applications, such as consumer electronics or industrial equipment where over-voltage protection is necessary.

The MRT100KP60AE3 works by using a fast voltage clamping circuit to clamp excessive voltages that are higher than its preferred operating range. In normal operating conditions, this diode is non-conductive. When the voltage exceeds its limit, the diode conductivity increases exponentially. This action draws current away from the protected device and clamps the voltage, preventing any further damage.

Once the transient voltage has been reduced to acceptable levels, the current flow stops and the diode returns to its non-conductive state. This functionality allows the diode to function as a form of short-term protection against electrical transients. This protection is especially important with sensitive internal components as they can become damaged or even destroyed if exposed to excessive voltage or current.

The MRT100KP60AE3 is a reliable TVS diode for over-voltage protection as it provides fast and efficient clamping of transients, and it can be used with confidence in a wide variety of applications. This diode is capable of providing an effective solution to protect electrical components from destructive over-voltage transients.

The specific data is subject to PDF, and the above content is for reference