BZX84C6V8-7
6.8V 350mW Zener diodes in SOT-23 form
Manufacturer： ['diodes', 'diodes-zetex', 'diodeszetex']
series introduction
The BZX84C6V8-7 Series is a collection of Zener diodes that are engineered for precision voltage regulation in a variety of electronic applications. Known for their reliability and stability, these diodes are particularly valued for their low reverse leakage current and tight tolerance specifications. The BZX84C6V8-7 Series features a nominal Zener voltage of 6.8 volts, making them ideal for voltage clamping and reference stabilization in circuits that require stringent voltage control.
Designed with a small outline package that facilitates both surface-mount and through-hole configurations, the BZX84C6V8-7 Series supports efficient thermal management and minimizes board space usage. The diodes are constructed using advanced silicon technology, ensuring consistent performance even under varying temperature conditions. With a power dissipation capability of up to 500 mW, these diodes can effectively handle transient voltage spikes, contributing to the overall robustness of the circuit.
Typical use cases for the BZX84C6V8-7 Series include voltage regulation in power supplies, protection against voltage surges, and noise filtering in signal processing applications. Their low dynamic impedance and quick response time make them suitable for applications requiring fast voltage clamping, such as telecommunications and data networking equipment.
In the industrial sector, these Zener diodes are extensively used in battery management systems, helping to protect sensitive components from overvoltage conditions. Additionally, they find applications in consumer electronics, automotive systems, and medical devices, where precise voltage reference points are critical for performance and safety.
Overall, the BZX84C6V8-7 Series Zener diodes represent a reliable choice for engineers seeking robust solutions for voltage regulation and protection, delivering stable performance across a wide range of operating conditions and making them a favored component in modern electronic designs.
Images for reference
SOT23
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