D3Z6V2BF-7 Discrete Semiconductor Products

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D3Z6V2BF-7 is a single Zener diode designed to prevent high voltages from damaging electric components. The single Zener diode is a type of diode that can conduct current in either direction, but it also has the ability to “breakdown” and allow current to flow in the reverse direction when the voltage across its terminals is applied in a reverse direction and exceeds a certain limit called Zener voltage. This Zener voltage of the D3Z6V2BF-7 is 6.2 volts.

The D3Z6V2BF-7 is mainly used for voltage regulation applications, for example, it can be used for providing a steady voltage to circuits that have an input voltage that may vary in value. The diode is connected in parallel with the circuit with its cathode connected to the input voltage source, and its anode connected to the circuit node that requires a steady voltage. By doing this, any variations in the input voltage will not be directly passed through to the circuit, as the Zener diode will “breakdown” and “clamp” the voltage whenever it exceeds the Zener voltage.

In addition, the D3Z6V2BF-7 can also be used for circuit protection applications, since it is able to protect circuits and components from high voltage damage. In this case, the diode will be connected in series with the circuit, with its anode connected to the input voltage source and its cathode connected to the circuit node. By doing this, any high voltages from an external source will be blocked from entering the circuit, as the Zener diode will “breakdown” and “clamp” the voltage whenever it exceeds the Zener voltage.

The working principle of the D3Z6V2BF-7 is relatively simple. When the voltage across the diode terminals is applied in the reverse direction and exceeds the Zener voltage, the diode will “breakdown” and start to allow a current to flow in the reverse direction. This current is referred to as the Zener current and it is used to “clamp” the voltage at the Zener voltage, thus protecting the circuit. The higher the voltage across the diode terminals, the larger the current that will flow, hence the higher the protection level.

In conclusion, the D3Z6V2BF-7 single Zener diode is mainly used for voltage regulation and circuit protection applications. Its working principle is based on the Zener effect, whereby it can “breakdown” and “clamp” the input voltage to the Zener voltage whenever the voltage exceeds this threshold. Thus, the D3Z6V2BF-7 can be used to protect circuits and components from high voltage damage and provide a steady voltage to circuits that may have an input voltage that varies in value.

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