BZX84C2V7TS-7-F

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A BZX84C2V7TS-7-F diode array is a device with several individual Zener diodes connected together in one form factor. It is designed for use in high voltage and high current applications, providing the ability to control large currents without the use of bulky discrete components. As part of the Zener diode family, the BZX84C2V7TS-7-F provides a low forward voltage drop, along with low impedance and high current ratings. This makes it an ideal choice for applications such as voltage regulation, overvoltage protection, and current regulation.

The BZX84C2V7TS-7-F consists of eight individual, 0.5W Zener diodes, connected in reverse parallel in a single device. This configuration is helpful in providing improved temperature stability, even with the individual diodes having a wide range of breakdown voltage values. The output voltage of the device is largely determined by the voltage of the Zener with the highest breakdown voltage, allowing the circuit designer to select a device with a different breakdown voltage depending on the needs of the circuit. The device is also available in various packages, such as the SMB type, which is ideal for applications where space is a prime consideration.

When in use, the individual Zener diodes are connected in reverse parallel such that their breakdown voltages are roughly equal. This arrangement enables the device to maintain constant voltage output over a wide range of temperatures, making it well-suited for temperature or thermal sensitive applications. In addition to providing high current ratings and temperature stability, the reverse parallel connection of the diodes also reduces the amount of series resistance, minimizing thermal dissipation and improving efficiency.

A BZX84C2V7TS-7-F diode array is an effective device for use in voltage regulation, current regulation and overvoltage protection applications. It provides an easy way to control large currents without the need to build bulky discrete components, enabling designers to save both time and space in their design. The device’s low forward voltage drop, low impedance and high current ratings make it well suited for such applications. In addition, its reverse parallel connection of Zener diodes enables it to maintain constant voltage output over a wide temperature range. This makes it an ideal solution for temperature-sensitive applications.

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