CDNBS16-T15

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The CDNBS16-T15 TVS - Diode is an overvoltage surge suppression device based on a multilayer technology, which protects electronic circuits from destructive transients. It is designed to protect systems from high energy induced by lightning, electrostatic discharge and other electrostatic phenomena.

Working Principle

The working principle of the CDNBS16-T15 TVS - Diode is based on an avalanche breakdown effect. A zener breakdown diode is connected across the diode junction which is designed to handle high voltage surge events. When the voltage applied to the junction exceed the breakdown voltage, the diode will start conducting current.

The CDNBS16-T15 TVS - Diode is designed with an overvoltage protection circuit that ensures protection shall be provided to the system at voltages beyond the breakdown voltage. When this occurs, the device will short circuit the excess voltage and limit the current spikes that can enter the system.

Application field

The CDNBS16-T15 TVS - Diode is used mainly in the communication systems, consumer electronics, automotive, base-stations, and power systems where it is more likely to experience transient events. Its main application are in:

• Power supplies, adapters and chargers
• Automotive circuits
• Daily household appliances
• Industrial applications
• Metering and instrumentation equipment
• Telecoms and communication equipment
• Precision measurement equipment & instruments

Due to its wide protection range and robust over-voltage protection, the CDNBS16-T15 TVS - Diode is suitable for the circuit protection in electronic systems that are subjected to extreme environmental conditions.

Conclusion

The CDNBS16-T15 TVS - Diode is a multi-layered surge protection device designed to protect systems from high energy induced by lightning, electrostatic discharge and other electrostatic phenomena. Its wide range of applications from power supplies, consumer electronics, automotive and telecoms and communication equipment make it an ideal choice for protecting an electronic system from destructive transient events.

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