SSA36

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As one of the new rectifier technologies, the Surge Suppression Array 36 (SSA36) has the advantage of providing greater surge protection in a much smaller form factor than traditional rectifiers. The technology, developed by a company called Fildex, utilizes an innovative design that utilizes a series array of ultra-low capacitance diodes to provide highly efficient surge protection. In this article, we will discuss the benefits of the SSA36 rectifier, as well as its application field and working principle.

Application Fields and Benefits of SSA36 Rectifier

The SSA36 rectifier is most commonly used in the industrial, automotive, and general electronics sectors for surge protection in a variety of applications. The rectifier is rated for both AC and DC voltages, with surge suppression capabilities up to 36 volts. The rectifier is designed to provide protection from both transient overvoltages, as well as electrostatic discharge. Additionally, the SSA36 rectifier is designed to provide robust protection in extreme temperature ranges, enabling the device to be used in many different applications.

The benefits of the SSA36 rectifier are numerous. The ultra-low capacitance of the device makes it ideal for applications where high surge suppression capability is required at very low levels of input voltage. Additionally, due to the device’s small form factor, the SSA36 rectifier also provides design flexibility. The device is able to fit into a variety of different implementation scenarios, as well as saving space when compared to other rectifiers.

Working Principle Of SSA36 Rectifier

The SSA36 rectifier utilizes an innovative design which utilizes a series array of ultra-low capacitance diodes. The purpose of the series array is to ensure a stable and consistent flow of current, providing highly efficient surge protection. The rectifier also utilizes a capacitive filtering mechanism that provides additional surge protection. This filter is designed to filter out any high frequency signals that would otherwise decrease the device’s performance.

In operation, the rectifier takes advantage of a high-rate switching mechanism which allows the device to rapidly switch between two operational states. When in the “off” state, the rectifier absorbs energy and stores it in its internal capacitance. This stored energy is then utilized to provide additional surge protection. When the rectifier is in its “on” state, it allows the current to flow freely, thus providing a safe and robust surge protection.

Conclusion

The Surge Suppression Array 36 rectifier is an innovative device that provides robust surge protection and a high degree of efficiency. The device’s small form factor, along with its capability for providing surge protection in extreme temperature ranges, makes it ideal for a variety of applications. Additionally, the device utilizes a high-rate switching mechanism and capacitive filtering to provide additional surge protection. In conclusion, the SSA36 rectifier is an ideal choice for a variety of applications that require highly efficient and reliable surge protection.

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