MXLPLAD6.5KP170AE3

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MXLPLAD6.5KP170AE3 is a kind of TVS or transient voltage suppressor diodes. It has an anode and a cathode, which, when connected to each other, offers protection from electrical transients. This diode is basically made up of a p-type silicon diode, which has the ability of withstanding an energy dose of up to 5.5 Joules.

The application field of MXLPLAD6.5KP170AE3 mainly consists of areas where a simple, efficient and cost-effective transient voltage suppressor is needed to protect sensitive electronic circuitry. This type of diodes is mostly used in automotive, portable electronic devices, consumer, data networking, medical and industrial applications.

The working principle of MXLPLAD6.5KP170AE3 is quite simple. It works on the principle of reverse bias. When this diode is connected to an external source, it helps to suppress the voltage from going beyond the withstand voltage. This is done by applying an opposite electric field to that which is applied to the component. The MXLPLAD6.5KP170AE3 is also designed to prevent inrush current from entering the circuit, as the voltage overshooting is prevented by the diode.

MXLPLAD6.5KP170AE3 also features a wide voltage range, with a max peak pulse power of 6.5 KW or 1701 Volts. This diode is designed to be able to suppress transients with a response time of less than 1 nanosecond. It is also able to provide up to 70 A of overcurrent protection. Another feature of this diode is its low clamping voltage. This ensures that it is able to clamp lower voltage pulses without any hiccups. The diode is constructed with a p-type silicon body, which is designed to provide superior thermal performance.

MXLPLAD6.5KP170AE3 diodes are reliable, robust, and cost-effective. They are easy to use and highly efficient in suppressing transient voltages. They can be employed in a wide range of applications, from automotive to data networking. Their low clamping voltage and high surge current capability makes them ideal for protecting sensitive circuits from electrical transients.

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