Diodes｜Basic
Rectifier Diodes
Structure and Features
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Rectifier diodes, as their name implies, are designed to rectify common AC frequencies. Rectification primarily involves conversion from AC to DC and may include high voltages and currents. AC voltage is converted to DC voltage using rectifier diodes. Conversion efficiency can vary greatly depending on the operating frequency and conditions. As such, different types are offered, including low VF(forward voltage), high-speed switching, and low-noise models.
Rectifier diodes conduct during the positive half cycle and block during the negative half cycles of the AC voltage. This allows the conversion of AC to DC by permitting current to flow in only one direction.
【Download Documents】 Transistors & Diodes Basics and Selection
In this handbook, although there are so many types of power devices using Si semiconductors, the basic points are explained, focusing mainly on diodes and transistors for power supply applications. It also introduces the procedure and decision method for transistor selection when designing circuits, as well as application examples that utilize each characteristic and feature.
Diodes
Basic
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Diode Articles
- What is a pn junction?
- What Is a Diode? How It Works, Types, and Applications
- Rectifier Diodes
- Switching Diode
- Schottky Barrier Diodes (SBD)
- Zener Diode
- TVS Diodes
- PIN Diodes
- Diode Types and Characteristics: Static and Dynamic Characteristics, Current, Voltage, and Reverse Recovery Time
- Comparing Rectifier, Switching, Schottky, and Fast Recovery Diodes
- Schottky Diode Characteristics and Thermal Runaway
- Fast Recovery Diode (FRD) Characteristics
Evaluation