1N6269AHE3_A/C Circuit Protection

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Commercial transients are often experienced in a circuit or system as a result of events such as switching, plasma etching, motor and transformer excitation, lightning, and other sources. A circuit’s natural transient immunity or tolerance will depend on the local network, but to adequately protect against high-voltage or current transient conditions an additional component is necessary. The 1N6269AHE3_A/C is such a component – a bidirectional transient-voltage-suppressor (TVS) diode.

Principle of Operation

The 1N6269AHE3_A/C are designed specifically for electronic systems protection against electrical transients that are caused by external sources or to those that occur in an internal transient waveform. This diode is fabricated with a PN junction core in a robustly designed package and is built to suppress transients by clamping them to a safe voltage level. Anode and cathode marks show the direction of the device – the bars of the anode should be aligned with the positive voltage on your circuit in order to clamp in the opposite direction. When exposed to a higher voltage, depending on the polarity, either the anode or the cathode will be initiated. The diode then follows an avalanche breakdown process, in which a controlled shorting process and generated energy create a secure path to bypass the instantaneous high-voltage difference.

Application Field

The 1N6269AHE3_A/C is designed to be used in a variety of applications for TVS diodes, including both commercial and industrial applications. Commonly used applications of TVS diodes such as 1N6269AHE3_A/C include protecting electronic components from transient surges, ensuring circuit safety, and helping to prevent data corruption from transient voltage and current spikes.

The 1N6269AHE3_A/C is an ideal solution for protecting telecommunication systems, computer/audio/video equipment, automotive electronics, power supplies, computer power supplies, and more. It is typically used in conjunction with a surge arrestor or suppressor to provide a complete solution for transient voltage and current protection.

Advantages & Benefits

The 1N6269AHE3_A/C offers many advantages and benefits, such as a large dielectric strength and low clamping voltage. This diode also has low leakage current characteristics, and it is designed to absorb and dissipate transients quickly and efficiently, providing robust protection from the damaging effects of transients.

The 1N6269AHE3_A/C also has a low transient spike voltage, allowing it to be used in a variety of applications. It can be used for both high-energy and low-energy transients. It is also available in a variety of small sizes and is relatively inexpensive in comparison to other transient protection options.

The 1N6269AHE3_A/C also provides protection from transient conditions in the forward and reverse direction, meaning it can protect both the device and the systems in which it is used from damaging or destructive transients.

Conclusion

The 1N6269AHE3_A/C is a rugged and reliable transient-voltage-suppressor (TVS) diode designed specifically to protect electronic systems from transients and spikes generated by external sources or internally. It offers many advantages and benefits, such as a large dielectric strength, low clamping voltage, low leakage current characteristics, and protection in forward and reverse directions. It is an ideal solution for protecting telecommunication systems, computer/audio/video equipment, automotive electronics, power supplies, and more.

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