MXSMBJ2K3.0

TVS (Transient Voltage Suppressors) diodes are semiconductor devices designed to protect sensitive electronic systems from potentially damaging overvoltage transients such as electrical spikes and overvoltage caused by electrostatic discharge (ESD). By providing a localized clamping action, TVS diodes efficiently absorb excess energy without degrading the performance or reliability of the system. MXSMBJ2K3.0 in particular is a bidirectional, low-capacitance diode that offers ultra-low operating and clamping voltages.

Application Fields

MXSMBJ2K3.0 provides ESD protection for a broad range of applications which require low leakage while protecting sensitive components from high-voltage transients. Examples include telecom systems, automotive electronics, hand-held devices, laptops, and other digital components.MXSMBJ2K3.0 is designed to protect two signal lines or one signal line and ground with its common-mode protection feature.

Working Principle

TVS diodes respond quickly to fast transients. The rapid response is due to the low capacitance of the diode, which helps to withstand high slew rate transients. They effectively shut off current that exceeds the peak pulse current rating, thus preventing potential damage to components. The low capacitance of the diode also helps reduce the capacitive loading of the signal line, thus minimizing signal distortion.

The MXSMBJ2K3.0 is designed with a reverse breakdown voltage of 3kV, low capacitance, and low operating and clamping voltages. It is also optimized for high-efficiency absorption of damaging power surges, making it suitable for many applications. The MXSMBJ2K3.0 can help protect sensitive electronic systems against ESD, high-frequency transients, and overvoltage events.

Conclusion

The MXSMBJ2K3.0 TVS diode is a low-capacitance, bidirectional diode designed to provide ESD protection to a broad range of applications. It offers ultra-low operating and clamping voltages, and can withstand high slew rate transients while minimizing signal distortion. It helps protect sensitive electronic systems from potentially damaging overvoltage transients, and can help reduce the risk of equipment and component failure due to electrical surge events.