QZX363C12-7-F

QZX363C12-7-F application field and working principle

The QZX363C12-7-F diode array module is a high-performance product developed and produced by Yageo Corporation. It consists of two or four independent, temperature-compensated voltage regulator circuits with high stability, suitable for a variety of power supply applications.

Applications of QZX363C12-7-F

The QZX363C12-7-F diode array module is mainly used in communication systems, computer systems and other digital circuits, voltage regulators, various industrial fields, and other power supplies equipment environments with harsh application requirements. It can provide precise voltage reference and steady current output, which is beneficial to improve the reliability of application systems.

Working Principles of QZX363C12-7-F

The core of QZX363C12-7-F diode array module is the temperature compensation voltage regulator element, which is composed of a positive voltage reference and a negative voltage reference. Under normal operating conditions, the external circuit current is limited to a certain value, and the forward and reverse voltages of the two diodes are balanced with a certain voltage difference, so that the voltage at both ends of the current-limiting resistor is kept at the fixed value determined by the voltage regulator. When the voltage is lower than the required value, the tail current of the voltage regulator decreases to regulate, so that the voltage rises again; when the voltage is higher than the required value, the tail current of the voltage regulator increases to regulate, so that the voltage drops again. In this way, the output voltage of the QZX363C12-7-F diode array module is kept at a predetermined value.

The QZX363C12-7-F diode array module has high integration, good temperature compensation performance, small size, and easy replacement of traditional products. At the same time, the accuracy of the voltage reference is high, the temperature dependence is low, and the input voltage range is wide, which greatly improves the volume/performance ratio. It has been widely used in communication systems, computer systems, industrial control systems and other applications with harsh application requirements.