BZX84C24TS-7-F

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Diodes - Zener - Arrays

BZX84C24TS-7-F is a dual common-anode Zener array with eight total Zener diodes. It contains two independent matched Zener diode arrays; each array is composed of four Zener diodes, each with a breakdown voltage of 24V. This device has two 8-lead Mini Small-Outline Packages (MSOP8) and provides a low thermal resistance junction-to-ambient.

Application Field

BZX84C24TS-7-F is used for efficiently protecting electronic systems from over-voltage conditions. It is often used in automotive, consumer, and industrial electronic systems such as voltage regulators, protected gate drivers, and load switches. The dual common-anode Zener array approach of BZX84C24TS-7-F has many advantages compared to discrete Zener protection solutions, such as higher system reliability, much better thermal performance and lower power drain.

Working Principle

When the voltage across the protected node exceeds the maximum value of the defined Zener voltage, the Zener diode will conduct in the reverse direction and reduce the over-voltage. This principle is very similar to other Zener diode applications. The main difference is that, in the BZX84C24TS-7-F dual common-anode Zener array, two independent Zener diodes are clustered together in a single package.

The two independent Zener diodes can be connected in series to create a higher level of over-voltage protection for a given system. The Zener breakdown voltage of each Zener diode in the array is set by the breakdown voltage of the integrated Zener diode, and it will not increase with the increase of the current. This guarantees that the array will be able to meet the same protection requirements in any temperature range.

Conclusion

The BZX84C24TS-7-F dual common-anode Zener array is an ideal solution for efficiently protecting electronic systems from over-voltage conditions. It provides two independent Zener diodes clusters, with each Zener diode having a breakdown voltage of 24V. Its superior performance compared to discrete Zener protection solutions, such as higher system reliability, much better thermal performance and lower power drain, make the BZX84C24TS-7-F an invaluable tool in automotive, consumer, and industrial electronic systems.

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