MAPLAD18KP16CAE3

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The MAPLAD18KP16CAE3 is a kind of TVS (transient voltage suppressor) type diode, which is used to protect electronic and electrical devices from transient voltage surges. This type of diode is suitable for use in high-speed, high-current applications, such as computers, mobile devices, and telecommunications equipment. It is designed to operate over wide voltage ranges, and is capable of handling current up to 18A and transient voltages up to 16,000V.

The MAPLAD18KP16CAE3 is designed with a dual base P-type silicon structure that provides the highest surge current capability. The P-type silicon will absorb or shunt away any high voltage transients, ensuring that the voltage level is kept within safe levels. The diode will then quickly recover from the surge to an open circuit position after the transient is over.

The device also features a low capacitance of approximately 0.5pF, and a very fast response time of 1ns. This helps to reduce the risk of damage to other components, by allowing it to quickly respond to the transient volts before any damage to other components can occur. The device is also available in hermetic TO-236AC packages for applications in harsh environments. In addition, the device is rated for very high power dissipation capability, along with its low on-state voltage (Vf) of 5V for high-speed switching.

The MAPLAD18KP16CAE3 is widely used in many electronic and electrical applications, and can be used to help protect against high surge current applications and transient voltage surges. It is suitable for applications such as computers, mobile devices, telecommunications equipment, and motor control circuits. The diode\'s high surge current capability, low capacitance, fast response time, and hermetic packaging make it ideal for applications in high-speed, high-current environments.

Overall, the MAPLAD18KP16CAE3 is a great choice for transient voltage applications. Its high surge current capability, low capacitance, fast response time, and hermetic TO-236AC packaging make it ideal for use in high-speed, high-current applications. In addition, the device is able to provide excellent protection against transient voltage surges, making it a great option for use in many electronic and electrical applications.

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