BZB84-B30,215

Diodes - Zener - Arrays

The BZB84-B30,215 is a part of the Diodes - Zener - Arrays which comprises of two or more Zener diodes connected in a series, cascade, or parallel configuration. They are designed to protect outputs on sensitive electronics from overvoltages as well as from other electrical disturbances or transients.

In an overvoltage condition, a Zener diode will act as a current-limiting backstop, allowing only the regulated amount of current to pass. This keeps the power supplied to the device from exceeding its safety limits. When the voltage rises above a certain threshold, the diode will start to conduct and protect the device from excessive power.

The BZB84-B30,215 is a single series array of two Zener diodes in a package. These diodes have a breakdown voltage of 74 volts and are capable of passing up to 15 amperes of current (under test conditions). This makes them suitable for protecting circuits that require a high-current protection level.

The BZB84-B30,215 is suitable for use in many applications, such as power supplies, automotive systems, and audio equipment. Its low profile package and high level of protection make it an ideal solution for these types of products. It has also been tested to international standards, ensuring it meets all applicable safety regulations.

Aside from being used to protect against overvoltage, the BZB84-B30,215 can be used for AC/DC voltage regulation, voltage dropping, voltage boosting, and current limiting. It can also be used for finding the midpoint of two voltages, allowing the two voltages to be balanced. The two diodes in the array can also be connected together in reverse, creating a voltage-doubler circuit.

The main advantage of the BZB84-B30,215 is its cost effectiveness. As it is a two-diode array, a single device can be more economical than purchasing four separate Zener diodes. Furthermore, the package size is small and can be used in a wide variety of applications, saving on assembly costs.

The BZB84-B30,215 is an excellent solution for a wide variety of applications. It is easy to install, cost effective and is capable of providing an effective level of overvoltage protection. It can also be used for voltage regulation and voltage boosting, as well as for current limiting and finding the midpoint between two voltages. Its small package makes it suitable for a wide range of applications.