SESD0402X1BN-0010-098

TVS Diodes are essential components in electrical and electronic systems. They provide protection against overvoltage transient (spikes) and act as a fast-acting protection device against damages resulting from electrostatic discharges. The SESD0402X1BN-0010-098 is a unidirectional silicon TVS diode designed to protect sensitive electronics from electrical overstresses.

The SESD0402X1BN-0010-098 is ideally suited for applications in which an electrostatic discharge (ESD) immunity must be maintained. This device is suitable for a wide range of consumer electronics, such as mobile phones, cameras and laptops. It can also be used to protect power nodes, such as DC/DC converters, USB ports, power lines, as well as any sensitive electronics system that may be affected by ElectroStatic Discharge (ESD).

The SESD0402X1BN-0010-098 is capable of performing with a fast response time. The component features a fast response time and maximum clamp voltage of 18V, making it suitable for high-speed data lines of up to 2.0GHz. Additionally, the device is rated to hold up to a peak voltage of 40V when in operation. The device is also capable of withstanding its rated peak power for 6000W and a steady-state power of 1W.

The device works on a “diode breakover” principle. It includes a series of diodes that have been designed to switch from a conducting to a non-conducting state when the reverse-bias voltage applied exceeds a certain value. As the voltage increases, so do the currents at each junction, until the critical voltage at which the breakdown occurs is achieved. This is the point at which the diode starts conducting current, thus providing the needed protection.

In summary, the SESD0402X1BN-0010-098 is a unidirectional TVS diode that provides robust protection in consumer electronics systems against transient voltages and ElectroStatic Discharge (ESD). The component features a fast response time, rated peak voltage of 40V, and maximum clamp voltage of 18V, making it ideal for high-speed data lines. The device works on a “diode breakover” principle, which triggers the diode to start conducting current at a certain voltage, providing the needed protection.