1.5KE39AE3/TR13

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Transient Voltage Suppressors or TVS-Diodes are an essential component for any electronic system. The 1.5KE39AE3/TR13 is a unidirectional, 600W breakdown, DO-214AB package, 3.75V zener diode. It is mainly used for overvoltage protection and clamping. It is commonly used to protect circuits from lightning, spikes, and electrical transients.

Application Field

The 1.5KE39AE3/TR13 is perfect for use in computers, telecommunications, automotive, consumer electronics, and medical applications. It can be used for ESD protection, transient voltage protection, as well as fuse protection. The 1.5KE39AE3/TR13 has a very low dynamic impedance, which allows it to perform at higher frequencies. This helps to protect sensitive electronics from any unexpected surge.

Working Principle

The 1.5KE39AE3/TR13 works by diverting any high voltage away from the load. As soon as the diode is exposed to an incoming surge, it will quickly respond and clamp the voltage to a certain level. This helps to reduce the impact of transients on sensitive circuits. It is also designed to resist any thermal or life cycle of operation.

The 1.5KE39AE3/TR13 can also absorb energy during transients, which helps to increase reliability. This helps to minimize the electrical stress on any sensitive circuit and thus reduce the risk of damage. When the 1.5KE39AE3/TR13 reaches its breakdown or maximum clampingvoltage, it will safely divert the energy away from the circuit and dissipate it through other means. This helps to protect the circuit from any further damage.

Conclusion

The 1.5KE39AE3/TR13 is an ideal choice for applications where overvoltage protection is essential. It helps to protect against surges, transients, and spikes. The low dynamic impedance of the diode allows it to perform better at higher frequencies and ensures better protection of sensitive circuits. In addition, it helps to absorb energy during transients and thus increases reliability. It is perfect for use in computers, telecommunications, automotive, consumer electronics, and medical applications.

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