MAP4KE15CAE3

TVS - Diodes

The MAP4KE15CAE3 is a transient voltage suppressor diode that offers unidirectional protection against up to 15A of nominal current. This means it will protect against spikes and transients from both high and low voltage levels. The diode utilizes a very fast response time and low internal capacitance to protect against electricity-induced noise. The diode is also made of a unique material that offers superior arc protection. This makes the device ideal for industrial, automotive, and consumer applications.

Applications

The MAP4KE15CAE3 diode is typically used in automotive and consumer electronics applications that require protection against electrical transients. The device is often employed in collision avoidance systems, power supplies, and power distribution networks that have frequent transient and high-frequency noise. In addition, the diode can be used for high-current applications such as in inverter and solar panel protection. Moreover, the diode offers surge resilience that makes it suitable for applications that may require very low standby leakage current.

Working Principle

The MAP4KE15CAE3 employs a highly efficient, bi-directional clamping action to protect against transients and spikes. Once a surge or spike is detected, the diode will create a conductive path to direct the excess current away from the device. The diode is also designed to provide a fast, time-limited response to voltage transients. This allows the diode to effectively limit the amount of current available for the duration of the transient and protect the device from damage.

The MAP4KE15CAE3 also features a temperature-compensated, voltage-dependent design. This means the diode will tolerate a wide range of ambient temperatures while still providing efficient protection. The diode offers maximum breakdown voltage of 500V and holding voltage of 1V. This feature is critical for applications that require the protection of multiple components, as it helps to ensure that the device does not become overloaded and malfunction in the event of a surge or spike.

Conclusion

The MAP4KE15CAE3 is a modern transient voltage suppressor diode that provides reliable protection against transients and spikes from both high and low voltage. It is ideal for a wide range of applications in the automotive, industrial, and consumer markets. The diode features a time-limited response that helps to limit current flow and provide superior protection from surges. The device also offers a temperature-compensated, voltage-dependent design that ensures the device can tolerate a wide range of temperatures.