TLZ3V0A-GS08

TLZ3V0A-GS08 is a single Zener diode, meaning that it is a two-terminal electronic component which enables it to conduct current in a forward or reverse direction depending on the voltage. The TLZ3V0A-GS08 has a reverse breakdown voltage of 3.0V with a 5% tolerance rating and 0.5W power dissipation.

Field of Application

The TLZ3V0A-GS08 is mainly used in voltage-stabilizing and reference circuit applications, such as voltage regulators, voltage references and power supplies. In these applications, it acts as a kind of ‘clamp’, allowing only a fixed voltage to pass. It works by clamping the voltage at a set point, which keeps a steady voltage across the circuit, thus maintaining efficient energy transfer and a stable output voltage.

Working Principle

The TLZ3V0A-GS08 operates under the principle of breakdown. This means that when a certain reverse-voltage is applied to the diode, a powerful electric current begins to flow through it. This current is referred to as the "leakage current". The breakdown voltage of the TLZ3V0A-GS08 is 3.0V with a 5% tolerance rating. This means that when the reverse voltage across it is at least 3.0V, then the leakage current begins to flow.

The TLZ3V0A-GS08 also works as a voltage regulator by providing a more stable output voltage. This is done by clamping the voltage at a set point, which prevents the voltage from fluctuating and thus allowing for a more efficient energy transfer. This is especially useful in applications where a steady output voltage is necessary.

The TLZ3V0A-GS08 also has a 0.5W power dissipation rating. This means that it can safely handle up to 0.5W of power without experiencing any excessive thermal or mechanical damage.

Conclusion

The TLZ3V0A-GS08 is a single Zener diode, which offers reverse-voltage protection and voltage regulation through breakdown. It is mainly used in voltage-stabilizing and reference circuit applications, such as voltage regulators, voltage references and power supplies. It works through clamping the voltage at a set point, allowing for more efficient energy transfer and a steady output voltage. It also has a 0.5W power dissipation rating, which allows it to handle up to 0.5W of heat safely.