BZX884-C47,315

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The BZX884-C47,315 is a single Zener diode designed for general applications requiring a stabilizing element. The diode has a low zener impedance and an ultra low power dissipation, making it ideal for maintenance of a stable voltage in most electronic circuits.

Features

• Max Zener Impedance: 1.3 Ω
• Max Power Dissipation: 375mW
• Low noise level
• High reliability
• Wide operating temperature range (-55°C to +125°C)
• Available in a variety of packages

Typical Applications

• Precision voltage regulation
• Boosting voltage regulation accuracy in line regulation applications
• Suppressing voltage spikes
• Motor speed control
• Cable termination systems

Working Principle

BZX884-C47,315 diodes work via the principle of voltage regulation, using a reverse breakdown current to provide stability. The breakdown current, otherwise known as the zener current, is controlled by the amount of voltage applied across the diode. When the voltage across the diode exceeds the breakdown voltage, the diode restricts the current flow and provides a stable voltage.

Benefits

BZX884-C47,315 diodes have a number of benefits over conventional voltage regulator or voltage stabilizer circuits. These benefits include:

• Quicker response times than traditional circuits
• Lower noise levels than traditional circuits
• Better overall system performance, such as higher accuracy and better transient behaviour
• Simpler, more cost-effective design
• Overall higher reliability and better operating temperature range than traditional circuits.

Conclusion

The BZX884-C47,315 represents a major advance in diode technology, offering a number of benefits over traditional voltage regulators or voltage stabilizers. It is a reliable, cost-effective solution for a variety of applications requiring precise voltage regulation, such as motor speed control, cable termination systems and line regulation applications. Its low noise level and wide operating temperature range make it a desirable choice for designers of all types of electronic systems.

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