CD2406500N

The CD2406500N is a rectifier array with 0.4A rectification and 500V voltage blocking capabilities. It is composed of four in-line diodes which can be combined series, parallel, and opposite (i.e. half rectifier) configurations which make it suitable for a range of different application fields. Additionally, it provides a high level of reliability and stability with a low power dissipation. Its electronic working principle is simple, making it an efficient and cost-effective diode.

The most common application field for the CD2406500N is in power supplies, where it is used to bridge the AC power supply to the DC power supply. The diodes\' in-line configuration allows them to block the high voltage coming in from the AC power source, allowing for a safe transfer of power to the DC power output. This rectifier array is also used in motor speed regulation, as the in-line diodes can be combined to provide accuracy and control over a motor\'s speed. In addition, it can also be used in audio applications, where its ability to provide a stable and reliable power supply to low power circuits makes it ideal for audio signal amplification.

The CD2406500N also has a simple electronic working principle. When current is passed through the diode, one side – the anode – is positively charged, while the other side – the cathode – is negatively charged. This causes a voltage drop across the diode from anode to cathode. This effect is called rectification, and it is used to convert the AC power source to DC power source. In an in-line configuration, the four diodes can be used together to further increase the blocking voltage.

The CD2406500N is a versatile and reliable rectifier array for a range of different applications. The simple in-line diode configuration allows for an increased blocking voltage to provide a safe and reliable power supply, while its low power dissipation makes it ideal for audio applications. With its range of capabilities and its simple electronic working principle, it has become a popular and cost-effective diode for many different application fields.