AZ23C7V5-7-F

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Diodes are one of the most important components used in many electronic circuits and devices. Zener Diodes, in particular, are widely used, in order to maintain a constant voltage in a circuit. The AZ23C7V5-7-F is one such diode that is used for such applications.

The AZ23C7V5-7-F diode consists of two diodes connected in series, with each diode having a reverse breakdown voltage of 7V. This combination of two diodes in series results in a double breakdown voltage of 14V. This means that the AZ23C7V5-7-F is a Zener diode array, which is capable of providing a constant voltage of 14V, regardless of the changes in the input voltage.

The AZ23C7V5-7-F has a maximum continuous current rating of 7A and a power dissipation of 70W. The power dissipation is the amount of power dissipated by the device in the form of heat, and it is a measure of the device\'s efficiency. Furthermore, the AZ23C7V5-7-F has a maximum reverse current of 8.5mA, which is the maximum amount of current that can flow in the reverse direction.

The AZ23C7V5-7-F diode array is used in a variety of applications, such as regulating voltage and providing protection against overvoltage and inverse current. It can also be used as a voltage regulator in power supplies, to maintain a constant output voltage and to protect sensitive components from point-of-loads (POLs). This diode can also be used for switching applications, where its fast switching characteristics and low switching losses make it a suitable choice.

The working principle of the AZ23C7V5-7-F diode array is based on the typical reverse breakdown voltage characteristic of a diode. In normal operation, a diode will have a current-voltage (I-V) characteristic that resembles a straight line, with a non-zero voltage value at zero current. When a voltage is applied to the diode, the current will start to increase, until a certain value is reached, at which point the diode’s voltage will suddenly drop, and a sudden current flow will be observed. This is known as the diode’s breakdown voltage.

When two diodes of the same type are connected in series with opposite polarities, the resulting breakdown voltage is twice the breakdown voltage of a single diode. This is because, when the first diode reaches its breakdown voltage, the current will flow through to the other diode, thus increasing the total breakdown voltage. In the case of the AZ23C7V5-7-F, this results in a breakdown voltage of 14V. This voltage is sufficient to protect sensitive components from high voltages, and to maintain a constant output voltage in power supplies.

In summary, the AZ23C7V5-7-F diode array is a type of Zener diode array, consisting of two diodes connected in series. It has a maximum reverse breakdown voltage of 14V and a maximum continuous current rating of 7A. The AZ23C7V5-7-F is used in applications such as voltage regulation, protection against overvoltage and inverse current, and switching. Its working principle is based on the typical reverse breakdown voltage characteristic of a diode.

The specific data is subject to PDF, and the above content is for reference