AOZ8832DI-05

The AOZ8832DI-05 is a is a Dual Channel Ultra Low Capacitance TVS Array capable of supporting up to 14-18KV ESD protection. It is an important component in the TVS - Diodes product category, as it provides a reliable interface to protect valuable systems from ESD damage. This article will discuss the application field and working principle of the AOZ8832DI-05.

Application Field

The AOZ8832DI-05 is commonly used in applications where electrostatic protection is required. Examples include consumer electronics, automotive electronics, computer peripherals and medical equipment. This product is well-suited for these environments due to its capability of supporting up to 14-18KV ESD protection, as well as its ultra-low capacitance. As ESD protection is a vital need for any device subject to high electrostatic discharge, this TVS - Diodes product is able to protect the target system from potential damage.

Working Principle

The AOZ8832DI-05 is a dual channel ultra-low capacitance TVS array, designed for high ESD protection. The array works by redirecting charges from the system, typically from human activities such as static electricity that can cause damage to the system if not properly shielded. The protective device creates a low capacitive path between the particular device’s ground pin and the ground. When the voltage across the device exceeds a pre-set voltage, a rapid current flow occurs. The current flow will then quickly reach the other terminal and transfer the current to the ground, thus providing a protective layer and preventing damage to the device.

Conclusion

The AOZ8832DI-05 is a vital TVS - Diodes product with a specialty in electrostatic protection. Its ability to support up to 14-18KV ESD protection makes it a preferred choice for many applications, including automotive electronics, computer peripherals, medical equipment, and consumer electronics. Thanks to its ultra-low capacitance and voltage-sensitive technology, the AOZ8832DI-05 is able to effectively protect valuable systems from ESD damage.