MAPLAD30KP160CAE3

TVS (Transient Voltage Suppressor) diodes are used to protect sensitive electronic circuits and systems from dangerous electrical transients such as lightning or electrostatic discharge. The MAPLAD30KP160CAE3 is a TVS diode that is specifically designed to protect against transient voltage spikes up to 30kV. It is a general-purpose transient voltage suppressor diode, ideal for power surge protection in industrial and consumer electronics, computers, communication systems, renewable energy systems, and other electrical and industrial systems.

Application Field

The MAPLAD30KP160CAE3 is designed to help protect against both electrical surge and ESD events. It is ideal for applications that require protection against high voltages, surges, or spikes. It can be used in circuits that are exposed to transient voltages above the working voltage range of other conventional TVS diodes. In addition, it can be used in renewable energy systems, communication systems, computer systems, and other industrial and consumer electronics.

Working Principle

The MAPLAD30KP160CAE3 is a unidirectional TVS diode, meaning it conducts the current only in one direction. It is designed with a clamping voltage that is higher than the breakdown voltage, preventing significant current flow until a voltage spike occurs that exceeds the breakdown voltage. When a high-voltage transient such as lightning or an electrostatic discharge (ESD) occurs, the diode bypasses the voltage and passes the current through the diode to ground. This helps to protect the sensitive circuitry from the surge or spike.

The MAPLAD30KP160CAE3 is designed with commonly used terminals such as axial leaded, surface mount, and radial leaded. These allow for easy installation and maximum flexibility when designing a circuit. It has a low forward voltage of 2.55V in the quarter pulse test and a high surge current capability of 80A in the same test.

In conclusion, the MAPLAD30KP160CAE3 is an ideal TVS diode for transient voltage protection applications. It has a high surge current capability, a low forward voltage, and a high breakdown voltage, making it ideal for protecting against electrical surge and ESD events.