EDZVT2R36B Discrete Semiconductor Products

EDZVT2R36B application field and working principle

EDZVT2R36B is a type of Zener diodes manufactured by the National Semiconductor Corporation. It is the latest in a series of Zener diodes, providing excellent control and durability for a wide range of applications. This article will discuss the application field of EDZVT2R36B and its working principle.

Application Field

EDZVT2R36B is used in wide variety of applications, such as voltage regulation and signal processing. It is suitable for use in medical equipment, and other electronic devices to provide smooth and fast switching. It is often used to protect circuits against overvoltage and overcurrent situations, and can be used in circuit protection, electric power supply, automotive, instrumentation and control systems, among others.

Working Principle

EDZVT2R36B is a Zener diode that operates on the principle of reverse breakdown. When the reverse voltage across the diode increases to the level specified in its datasheet, the diode will start conducting in the reverse direction. This reverse current is limited by the dynamic resistance of the diode, and it acts as a voltage regulator, maintaining the voltage across the Zener diode at a constant level.

The current through the diode is limited by the dynamic resistance of the diode itself. This dynamic resistance is temperature dependent, and increases at higher temperatures. As the temperature increases, the dynamic resistance also increases, limiting the current through the Zener diode further. This ensures that the voltage across the diode is maintained at a constant level, preventing any damage to the circuit.

Conclusion

EDZVT2R36B is a type of Zener diode that provides efficient control and durability for a wide range of applications. It is used in a variety of applications, such as voltage regulation, signal processing, and circuit protection. Its working principle is based on the reverse breakdown principle, which involves the diode limiting the current through it by its own dynamic resistance. This ensures that the voltage across the diode is maintained at a constant level.