M5KP6.5AE3 Circuit Protection

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 Suppression (TVS) Diodes are diodes specially designed to allow an electrical signal to pass through them for a fixed current but in cases where a surge of electricity is detected, it will instantaneously provide an alternate path for this high electrical current. The M5KP6 5AE3 is one such example of a TVS diode.

The M5KP6 5AE3 is a low capacitance, bi-directional, surge protection diode. It can handle up to 23A (Amps) of continuous current, with peak pulsed currents of up to 8.75kA (Kilo Amps). It has an operating voltage range of 6 to 58 volts and can withstand up to 500 watts of surge power with a clamping voltage of 5V-45V.

The M5KP6 5AE3 is mainly used in the telecommunications and consumer electronics industries. It is used to protect sensitive electronics from voltage transients and electromagnetic interference. Its low capacitance makes it ideal for use in high-speed circuits, while its bi-directional function allows it to protect both positive and negative voltage signals.

The working principle of the M5KP6 5AE3 is quite simple. When a surge of current is detected, the diode will become active and instantly provide an alternate path for this current. This alternate path is created by the breakdown voltage of the diode which reduces the amount of current flowing through the original path. The M5KP6 5AE3 will then clamp the surge of current and limit the amount of current flowing through the original path, thus protecting the sensitive electronics from damage.

In conclusion, the M5KP6 5AE3 is a low capacitance, bi-directional surge protection diode. It is mainly used in the telecommunications and consumer electronics industries to protect sensitive electronics from voltage transients and electromagnetic interference. Its working principle is quite simple; when a surge of current is detected, the diode will open an alternate path for it and limit the amount of current flowing through the original path, thus protecting the sensitive electronics from damage.

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