MAZS0470ML Datasheet/PDFDiodes - Zener - Single
The MAZS0470ML is a single Zener diode designed for applications such as voltage regulation, signal chaining and ESD protection. It features a low forward voltage drop and a wide range of available voltages.
Overview
The MAZS0470ML Zener diode comprises a PN junction fabricated from N-type and P-type semiconductor material. It is designed for general purpose voltage regulation, signal chaining and ESD protection. Due to its small size and simple structure, it is an ideal choice for applications where minimal space is available.
The device is packaged in a SOD-523 small package and provides a low forward voltage drop of 0.7V and available in a variety of operating voltages ranging from 4.7V to 12V.
Features and Benefits
- Low forward voltage drop (Vf=0.7V)
- Available with different operating voltages (4.7V to 12V)
- Ideal for applications where minimal space is required
- Can be used for voltage regulation, signal chaining and ESD protection
- Easy to use and cost-effective
Applications
Due to its small size, low forward voltage drop and wide range of available voltages, the MAZS0470ML Zener diode is suitable for a range of applications such as voltage regulation, signal chaining and ESD protection. It is ideal for use in portable devices, automotive systems and telecommunications.
Working Principle
The MAZS0470ML Zener diode comprises a PN junction fabricated from N-type and P-type semiconductor material. When a forward voltage is applied, electrons flow from the N-type material to the P-type material and form a conductive channel. The Zener voltage is defined as the voltage at which the breakdown occurs and the current through the diode sharply increases. The device allows a reverse current to flow when the supply voltage exceeds the Zener voltage.
In addition, the device is able to limit the reverse current by creating a depletion region due to the fixed barriers between the N-type and P-type materials. The voltage at which the breakdown occurs is determined by the width of the depletion region.