SMDA24C-5/TR13

Introduction

Transient Voltage Suppression (TVS) diodes have a variety of uses, and one of the most common and effective applications is the SMDA24C-5/TR13. This device utilizes a diode type, avalanche breakdown diode, to limit the voltage. This is important for protecting sensitive electronic components from large voltage short-period disturbances that can occur naturally or through an electrical system malfunction.

Application field

The SMDA24C-5/TR13 is ideal for use in consumer electronics, automotive, and computing applications. It is designed for transient voltage protection against momentary, high-energy surges in low-power electronic components. It is suitable for single and multiple line protection when used on DC input and output lines, as well as AC inputs and outputs. Other common applications include power stripes, cell and cordless phones, gaming systems, and more.

The SMDA24C-5/TR13 is designed with multiple pins for ease of connection, and its diode construction enables stable, low-profile performance under rapidly changing conditions. Additionally, this device offers a wide range of reverse and forward stand-off voltages, rising to a peak above that of the applied voltage using a non-interactive air-core suppression method.

Working Principle

A transient voltage suppression device works by controlling voltage events that occur in the range between common-mode and differential-mode events. The main role the diode plays in this process is that of reactance. In addition, the diode provides current limiting and shunt protection to the system.

The transient voltage suppression (TVS) diode is designed to suppress transients formed by electrostatic discharges (ESD) as well as induced by lightning and other sources of high-energy electromechanical surges. It does so by coupling the energy of the surge into a shunt-type low-impedance path, and by dissipating it as heat thus limiting the voltage that appears across the circuit to a safe, predetermined threshold.

The SMDA24C-5/TR13 is designed to provide a solution to the issues of high-energy, rapid transients on AC and DC power lines that can cause system malfunction, equipment destruction, and data loss. By incorporating avalanche breakdown diodes into the device, it can withstand high voltage transients over a short-time frame without prematurely failing.

Conclusion

The SMDA24C-5/TR13 is a great choice for transient voltage suppression and offers a durable, reliable, and cost-effective solution for protecting electronic circuits and components. Its diode construction makes it capable of operating under rapidly changing conditions while still providing superior performance. By offering a wide range of reverse and forward stand-off voltages, this device is able to effectively aid in protecting systems from high-energy, momentary surges.