AOZ8000HI Circuit Protection

AOZ8000HI is a series of Transient Voltage Suppressor (TVS) diodes used for regulating and protecting power systems from unexpected disruptions. They are designed to absorb the excess voltage and current due to a sudden surge in the system, and then dissipate it into the surrounding environment. They are typically used in electronics and medical applications, such as computers, LCD displays and medical equipment. AOZ8000HI also have thousands of applications in industrial, automotive and other systems, where fast response, high reliability and high temperature stability are important.

The AOZ8000HI series also have low capacitance diodes for ESD suppression in applications with high voltages. They have low capacitance of 0.2 pF max and are ideal for protecting digital and analog device inputs from damage due to ESD events.

These TVS diodes are based on the Zener breakover mechanism that provides fast response, high reliability and high temperature stability. They are reverse polarity tolerant, with reverse standoff voltages of 6.0V to 12.0V. These devices are also temperature stable, with a low leakage current over temperature range of -55°C to 125°C. The series also provides excellent surge protection, with a peak pulse power rating of 1000W for unidirectional devices.

AOZ8000HI works by allowing current to bypass the diodes during normal operation. When a surge or pulse occurs, it triggers the Zener breakdown voltage, causing the diode to conduct. This limits the maximum voltage across the diode and prevents damage to the device.

These TVS Diodes provide superior thermal stability and high reliability. They can be used in a wide range of applications, from electronics to medical to automotive. They are designed to provide fast response and protection against unexpected surges, and with their low capacitance, they are ideal for ESD protection. The AOZ8000HI series is the perfect choice for any application where fast response, high reliability and high temperature stability are important.