MAPLAD18KP100CAE3

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TVS (Transient Voltage Suppression) diodes are protection devices that are designed to protect electrical, electronic, and communication equipment from electrical surges of abnormal voltages. They are used in many different applications, such as automotive, computer, communication, military, and aerospace. MAPLAD18KP100CAE3 is a type of TVS diode that is designed for use in high speed and high current circuits.

MAPLAD18KP100CAE3 is an efficient and reliable TVS diode with a low clamping voltage and wide operating range. It is capable of withstanding high voltage transients and continuous over-voltage conditions, making it well suited for protecting high-speed communications and other high voltage circuits. The device has a maximum working voltage of 18V and a maximum clamping voltage of 100V.

The MAPLAD18KP100CAE3 is designed to be used in high speed and high current electronics applications. It can be used to protect sensitive circuits from during high voltage transients and over-voltage conditions. It has a low clamping voltage, low surge current, low capacitance, and a wide operating range from -20V to +200V transient. The device is resistant to electrostatic discharge, thermal shock, electrochemical corrosion, and radio frequency interference.

The working principle of MAPLAD18KP100CAE3 is based on the fact that it is designed to conduct only during high voltage transients and over-voltages, but not during normal operation. The device is triggered when the voltage of the circuit exceeds a certain threshold. When this occurs, the TVS diode conducts a surge of current, which is an electrical load that limits the voltage of the circuit. The amount of current is determined by the peak pulse power of the device, which is the maximum amount of energy that the device can handle before it fails.

The MAPLAD18KP100CAE3 is designed to be used in a variety of applications, including automotive and communication equipment, as well as high speed and high current circuits. It is ideal for protecting sensitive circuits from power related events and is capable of withstanding extremely high voltage transients and continuous over-voltage conditions. The device\'s low clamping voltage, low surge current, low capacitance, and wide operating range make it well suited for high-speed communication and other high voltage circuits.

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