MA1.5KE36CAE3

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TVS - Diodes are components designed to protect electronic circuits from high voltage, transients, and electrical surges. The MA1.5KE36CAE3 is a specific TVS diode designed to provide superior protection against high voltage transients and electrical surges. In this article, we will explore the application field and working principle of the MA1.5KE36CAE3.

Application Field

The MA1.5KE36CAE3 is a low-clamping TVS diode designed for 12V automotive systems with transients up to 40V. The device is designed to protect signal lines and electronic circuits from over-voltage conditions and electrical noise. The MA1.5KE36CAE3 is ideal for applications such as automotive sensors, wiring harnessing, and vehicle control systems. The device is also used in general-purpose TVS protection applications.

Working Principle

The MA1.5KE36CAE3 junctions are specifically designed to clamp high-voltage transients and electrical noise at low levels. When a voltage pulse greater than the maximum operating voltage rating is applied to the device, the diode will quickly clamp the voltage at the specified level. This reaction occurs in a timespan much shorter than the duration of the pulse. The device will then dissipate the energy of the transient quickly blowing off any excess voltage.

The key feature of the MA1.5KE36CAE3 device is that it has a low clamping voltage level and a fast reaction time. This ensures that the connected electronic components are protected from excessive voltages without any damage. Additionally, the TVS diode can be used for ESD protection, reverse polarity protection, and over-voltage protection applications.

Conclusion

In conclusion, the MA1.5KE36CAE3 is a low-clamping TVS diode ideal for use in automotive applications that require protection from high-voltage transients and electrical noise. Its fast reaction time and low clamping voltage level make it suitable for ESD protection, reverse polarity protection, and over-voltage protection applications. By using this device in relevant applications, one can ensure the integrity and safety of its connected components.

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