DZ23C3V3-E3-18 Discrete Semiconductor Products

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DZ23C3V3-E3-18 is an array type zener diode which is widely used in circuitry protection, over-voltage detection, and other operations that require stable voltage. It is specifically designed for voltage stabilization in high-bandwidth, full-wave rectification applications. The DZ23C3V3-E3-18 features three pads which are interconnected and mounted on a single device. It is capable of avoiding large voltage drops which can be caused by current leakage and can also increase the number of ICs available for each PCB.

The working principle of the DZ23C3V3-E3-18 is based on two important behaviors - reverse group and forward group. The reverse group is formed when the cathode current is injected with the voltage greater than that of zener diode’s zener voltage and remains in this state until the voltage reaches breakdown voltage, at which point the reverse current will decrease and the device is then in its forward group. In the forward group, the voltage across the device is low, which makes it act like a regular diode. The breakdown voltage of the device can be adjusted by changing the level of current injection, and this, in turn, affects the voltage drop across the device.

The most common application fields of the DZ23C3V3-E3-18 array type zener diode include audio and video equipment, electronic gadgets, motor control, power supplies, and automotive applications. The DZ23C3V3-E3-18 can provide good stability when used in high-short-circuit current surges and it is also ideal for boosting current performances in short-circuit conditions. The device can also be used for DC-DC converters and overvoltage detection in order to prevent high-voltage surges from reaching sensitive circuits.

Overall, the DZ23C3V3-E3-18 is a high-performance array type zener diode that offers stability and low-voltage drop in applications that require voltage control. The device combines a forward and reverse group which makes it an ideal choice for current-limiting, overcharge protection, and surge current applications. Its wide application range and stability makes it a popular choice for high-bandwidth rectification applications.

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