MAPLAD30KP85CAE3

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TVS (transient voltage suppression) diodes are semiconductor components used to protect electrical circuit components from voltage fluctuations that could otherwise cause a short circuit. They are also used in manufacturing to protect against electrical surge damage, which can be caused by lightning strike, electrical arcs, and more. In order for them to work in these situations, they need to be designed to absorb and dissipate transient voltage pulses while limiting the amount of voltage that can be passed to the underlying circuitry. The MAPLAD30KP85CAE3 is a TVS Diode which is designed for specific applications and its working principle is designed to resist and suppress transient voltage threats.

The MAPLAD30KP85CAE3 offers a low capacitance of 6.5pF (picofarads) and can therefore protect sensitive electronic devices such as cell phones, laptops, and tablets. It is an unidirectional diode and in order to understand its working principle we must look at how a regular diode works. In a normal diode, electrons flows from the anode to the cathode and are circulated in a loop. This loop allows for the current to flow in one direction only but allows for some of the current to leak back. However, when a voltage surge occurs, the electrons cannot escape this loop and the diode can act as a shield, preventing the surge from reaching the connected circuit.

This is because the current flow is limited to the forward breakdown voltage, where the diode can block any voltage above that level. Additionally, when the surge is detected by the diode it starts to absorb the energy which causes it to produce a voltage drop – this is known as avalanche breakdown. The resulting voltage is relatively low and will not damage the circuit but it will be able to dissipate the surge. The stored energy is then discharged into the circuit as it returns to a normal state.

The MAPLAD30KP85CAE3 is designed for low capacitance and is a great choice when protecting circuits from high voltage, fast transients and/or large current pulses. It is not recommended for inductive use due to its low capacitance, however it can be used in applications where transient protection is needed. Additionally, if a low capacitance is desired for other applications, the MAPLAD30KP85CAE3 is a great choice. It is a cost effective solution for protecting sensitive electronics from over voltage, over current, and transient voltage.

The MAPLAD30KP85CAE3 TVS Diode can be used in many applications, but its main purpose is to protect circuitry exposed to lightning or other high voltage, fast transients and/or large current pulses. Its fast response time ensures that the diode absorbs the transient voltage before it can cause any damage to the components connected. By absorbing and dissipating the surge, it reduces the voltage seen by the connected circuit and protects it from overvoltage. Additionally, the low capacitance of this device helps reduce noise interference and makes it a great choice for sensitive applications.

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