P6SMB16AT3

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

TVS diodes are a type of bidirectional, surge-protecting device that helps protect sensitive and vulnerable electronic components from electrical transients, most commonly coming from lightning and electromagnetic pulses. The P6SMB16AT3 is a type of TVS diode, designed primarily with the aim of providing overvoltage protection for automotive and communication applications.

The P6SMB16AT3 is a 4-pin solid state device. The pins are numbered 1 through 4, and all four pins are connected to the diode\'s opposite poles: 1 and 4 are the diode\'s anode, and 2 and 3 are the diode\'s cathode. The P6SMB16AT3 can handle an absolute maximum leakage current of 0.5 microamperes at rated voltage, and it comes rated at a peak pulse power of 600 watts at 10/1000 microseconds pulses and a clamping voltage of 16 volts.

The main application of P6SMB16AT3 is in automotive and communication applications. The P6SMB16AT3\'s overvoltage protection prevents voltage transients and spikes from damaging circuit components, thus protecting the circuit. It is also used for bidirectional protection in data and other communication systems. The device is also useful for protecting power converters and other circuits from damaging voltage transients.

The working principle of P6SMB16AT3 is based on its ability to regulate overvoltage. When the input voltage exceeds the device\'s clamping voltage of 16 volts, the device begins to rapidly reduce the voltage to a safe level. This is done by the device\'s ability to limit current: When the input voltage to the device exceeds its clamping voltage, it will begin to conduct current, and this current is limited to a certain threshold. The limited current helps protect the circuit from risking damage.

The P6SMB16AT3 is an important component for protecting sensitive electronics and other circuits from overvoltage conditions. Its use in automotive and communication applications helps ensure that these circuits are protected from potentially damaging voltage transients and spikes, thus preserving the reliability and accuracy of these systems.

The specific data is subject to PDF, and the above content is for reference