MP6KE33A

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TVS - Diodes are a type of semiconductor protection device which are used to provide high level of protection when connected across circuits. The MP6KE33A is a Transient Voltage Suppressor (TVS) diode developed by ST Microelectronics. This device provides a key element for protecting against destructive voltage transients caused by events such as ESD (electrostatic discharge) in a range of industrial and automotive systems.

The MP6KE33A is designed to protect sensitive components from damaging voltage transients that may be caused by electrostatic discharge, inductive loads and other electric surges in circuit applications. It has a variety of applications including power supply protection, data line protection, in automotive systems and in consumer electronics.

The working principle of the MP6KE33A is based on a silicon avalanche diode technology. When the voltage on the device exceeds the breakover voltage, the diode will become a "reverse" state and the current will be allowed to flow through the device to ground. This will cause the current to be essentially diverted away from the protected component or circuit. When the surge event has passed, the diode will go back to its normal state, blocking the current flow until another overvoltage event occurs.

The features of the MP6KE33A include a high level of protection for sensitive components and circuits, with a low clamping voltage. The device also offers an easy to use TO-220F package making installation simple. It is designed to safeguard against fast rising transients, such as ESD (electrostatic discharge), EFT (electrostatic field) and inductive load disturbances. It has an operating temperature range of -55°C to 150°C, and a maximum pulse current rating of 6.0A.

The MP6KE33A is an ideal device for ESD application, in automotive systems and consumer devices. Its robust construction can withstand high voltage events without breakdown or damage, and return to its normal state after the event. The short response time of the diode ensures that protection is provided before any damage can occur to the protected component or circuit. Its low clamping voltage makes it suitable for protecting sensitive circuits from voltage transients, while the low capacitance ensures low noise interference.

In conclusion, the ST Microelectronics MP6KE33A TVS Diode is an ideal solution for protecting sensitive circuits from voltage transients, and provides a high level of assurance for critical applications in automotive, industrial and consumer systems. It provides excellent protection against ESD and other voltage transients, with low clamping voltage, low capacitance and a fast response time.

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