VLZ3V0A-GS08

VLZ3V0A-GS08: Diodes - Zener - Single

The VLZ3V0A-GS08, manufactured by Vishay, is a standard single zener diode, designed to provide precise voltage control, as well as low power consumption, stability, and protection from power surges. It is suitable for use in both digital and analog applications, such as overvoltage protection for electronic circuits.The diode has an axial leaded type, cylindrical plastic body, and cathode marking. It has a peak forward power of 1.3 W and a maximum reverse voltage of 3 V, making it ideal for use in applications with limited power requirements.The diode\'s structure is such that the junction between the anode and the cathode provides the necessary voltage regulation, or zener breakdown. The reverse voltage of the diode is limited by the breakdown voltage. As the voltage across the diode increases, it reaches the breakdown voltage and begins to conduct, allowing the current to flow in both directions, as defined by Ohm\'s law.The working principle of the VLZ3V0A-GS08 is similar to that of other zener diodes. When a positive potential is applied to the anode and a negative potential is applied to the cathode, an electric field is formed across the junction, which induces the zener breakdown and opens the circuit. The diode will maintain a regulated voltage across the junction for a specified range of current and voltage.In terms of applications, the VLZ3V0A-GS08 can be used for overvoltage protection, as a reference voltages source, as a voltage regulator and/or clamping device in voltage multipliers, and for input protection in digital circuits. It is also suitable for power supply permitting, voltage stabilization, and data protection.When using the VLZ3V0A-GS08, precautions should be taken to ensure that it is used within its rated power and current limits and that it is mounted appropriately. Furthermore, it should be used with a flyback diode for proper operation.The VLZ3V0A-GS08 is a versatile, robust, and reliable single zener diode that is suitable for a range of applications and conditions. It offers excellent overvoltage protection and low power consumption, making it an ideal choice for a variety of digital and analog circuits.