1.5KE200AE3/TR13

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TVS-Diodes are a form of electrical component that is designed to protect integrated circuits, other electronic components and wires from electrical damage by conducting current away from them. The 1.5KE200AE3/TR13 device is a particular type of these diodes, featuring a reverse breakdown voltage of 200V and a power dissipation rating of 400W. This device is an economical and effective choice for protecting sensitive circuitry from voltage transients.

Application Field

1.5KE200AE3/TR13 devices are primarily used in telecommunications and data systems, automotives, many industrial or mechanical systems, and medical devices. It is ideal for any kind of application involving high voltage transients, as it is designed to protect a circuit from such high voltage conditions. It is also well-suited for harsh environment applications, due to its extreme temperature and humidity tolerance. In addition, the device’s thermally-protected design automates electrical protection in the case of a short circuit.

Working Principle

This device works in a similar manner to normal diodes, in that it only allows in one direction of current flow. When a voltage transient exceeds the breakdown voltage of the TVS diode, it begins to conduct, diverting the current away from the protected circuit. This is known as the ‘avalanche effect’, where the current is rapidly intensified as it passes through the diode. The breakdown voltage of the device is also known as the ‘clamping voltage’, since it clamps the voltage transient to this value to prevent any further increases. Once the transient is removed, the device automatically resumes its insulating properties and the circuit is once again protected.

Advantages of the 1.5KE200AE3/TR13

The 1.5KE200AE3/TR13 device has many advantages when compared to conventional lightning and surge protection measures. For one, it is a very fast-acting device, thus providing superior protection against voltage transients. It also has a very low leakage current, which helps to maintain electrical circuit integrity. Furthermore, it is extremely reliable, as it offers excellent electrical insulation properties even in harsh environment applications. Finally, it has a wide temperature range, which makes it suitable for use in a variety of applications.

Conclusion

In conclusion, the 1.5KE200AE3/TR13 device is an effective and reliable choice for protecting sensitive circuitry from voltage transients. Its fast response, low leakage current, excellent insulation properties, and wide temperature range make it a great option for a variety of applications. It can be used to protect telecommunications and data systems, automotive systems, industrial and medical devices, and many other kinds of systems from electrical damage.

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