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GDZ2V0B-G3-08 Application Field and Working Principle

The GDZ2V0B-G3-08 is a zener single diode, with a form-factor of DO-15 (glass) and is capable of stabilizing voltages of up to 200V. This diode is suitable for use in a variety of applications, from industrial and military to consumer electronics, since its low price, high degree of reliability and small size make it easy to be integrated into different projects.

Application Fields for the GDZ2V0B-G3-08

The GDZ2V0B-G3-08 is perfect for applications where a high-reliability Zener diode with a diminished capacitance is a requirement. It is a compact, yet powerful device, capable of providing a relatively low voltage stabilization and highly efficient protection, due to its low noise threshold voltage.

This solution is typically utilized in high speed, industrial, or automotive applications. It can also be used in medical prone environments and circuit protection against ESDs (electrostatic discharges). It is usually incorporated in applications utilizing medium to high currents (<25A).

Working Principle of the GDZ2V0B-G3-08

The GDZ2V0B-G3-08 works according to the same principles as all zener diodes. Specifically, it is an electrically activated device, developed to control the amount of current drawn from its anode side. When the voltage over its anode-cathode exceeds its breakdown (or "threshold") voltage, the electric current is allowed to pass, and the device enters a conduction state. This electric current is then regulated from the cathode part of the diode, where a voltage is dropped over the device\'s internal resistance.

The value of breakdown voltage is specified in the device\'s datasheet and is usually much lower than the anode-cathode voltage. Its stability is often required for various applications, such as in the Zener diode voltage stabilizers, where this voltage is used to maintain a constant biasing voltage over an electronic circuit.

Conclusion

The GDZ2V0B-G3-08 is an economical, reliable and small-sized zener single diode. It is used in a variety of applications, from controlling the electric current through medium to high current circuits, to providing protection against electrostatic discharges in sensitive environments. Its working principle is that of a Zener diode, utilizing the principles of electric current passage and voltage stabilization in order to provide accurate and efficient protection.

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