PDZ2.7B,115

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Diodes, or semiconductors, are composed of two terminals (anode and cathode). Zener diodes provide a unique function by allowing the current to "reverse" direction for a period of time, creating a voltage drop. This is known as the zener effect. The PDZ2.7B,115 is a single zener diode which utilizes this effect. It is made from a silicon crystal that is highly doped, which makes it more resistive to the "reverse" current flow.

The PDZ2.7B,115 is a two-terminal device specifically designed for the applications of voltage stabilization and voltage regulation. It provides a consistent output even when the input voltage varies. The PDZ2.7B,115 is preferably used in pulsed circuits. It can also be used in AC circuits provided the power dissipation rating is not exceeded.

In order to obtain its desired functionality, the PDZ2.7B,115 must be operated within its maximum ratings. The peak inverse voltage (PIV) should not exceed two times the rated voltage. This ensures that the device continues to operate steadily. A high current flow through the device should also be avoided. If the current exceeds the rated current the device will experience thermal runaway and the zener effect can no longer be dependably achieved.

When properly applied, the PDZ2.7B,115 provides a stabilized output voltage regardless of input or load conditions. It is frequently used in ac variators, dc-dc converters, over-voltage protection circuits, voltage referencing and transient suppression circuits. It is capable of handling temperatures as high as 150℃.

In summary, the PDZ2.7B,115 is a single zener diode designed for applications of voltage stabilization and voltage regulation. Its application field consists of ac variators, dc-dc converters, over-voltage protection circuits, voltage referencing and transient suppression circuits. The device must be operated within its maximum ratings to ensure that the desired function is achieved.

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