BZX79-B6V2,133

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Zener diode is a type of diode, which only allows current in one direction through the device. Unlike a normal diode, Zener diode allows current in both directions when the Zener voltage is reached. The Zener voltage is the voltage at which reverse breakdown of the diode occurs and a large amount of current is allowed to flow through it. The BZX79-B6V2,133 is a type of single Zener diode and has certain unique characteristics and applications.

The BZX79-B6V2,133 is a single Zener diode with a maximum zener current of 0.4mA, a breakdown voltage of 5.6V, a maximum power dissipation of 500mW and a storage temperature range of -65 to +150 degree Celsius. It is a popular device used in many electronics applications.

The BZX79-B6V2,133 device is mainly used in voltage regulation circuits, transient suppression and over-voltage protection. This diode is invaluable in systems, where accurate control of output voltage is necessary and also suitable for operation with high efficiency. When the diode is reverse biased, no current flows and the device acts as an open circuit. When the voltage threshold is reached, the current through the Zener diode increases exponentially and the diode acts as a short circuit.

In voltage regulation circuits, the BZX79-B6V2,133 is typically connected between the source and the load. As the current from the source rises, the diode begins to conduct current, thereby limiting the voltage drop at the load. This process is known as zener clamping.

In transient suppression or over-voltage protection circuits, the BZX79-B6V2,133 is typically used in conjunction with a resistor in order to limit the current into the load when an over-voltage event occurs. The diode will limit the current and drop the voltage to a safe level.

The BZX79-B6V2,133 device is a popular single Zener diode used in many electronics applications. It is primarily used in voltage regulation, transient suppression and over-voltage protection. This diode is invaluable in systems, where accurate control of output voltage is necessary and also suitable for operation with high efficiency.

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