FLZ24VA Discrete Semiconductor Products

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The FLZ24VA is a single, low-forward voltage drop, high-current rectifier diode. It is specifically designed for use in power applications and is suitable for rectification of medium frequency pulse signals. This diode can be used in power converters, power supplies, LED lighting, automotive electronics, switching power supplies and more.

The FLZ24VA\'s forward voltage drop is extremely low (as low as 0.4V) and its surge current rating is rated at 45A, making it the perfect choice for applications that require the highest power conversion capability without the use of an excessive amount of energy. The maximum reverse voltage, as with all Zener Diodes, is 5V, and its dynamic impedance is also incredibly low at 0.002 Ohms. The diode has a clamping voltage at 12V and a peak forward surge current of 45A.

The working principle of the FLZ24VA is fairly simple. In a power supply, the diode acts as the voltage regulator. When current is fed into the diode, it acts to reduce the voltage which is then fed into the power supply. This prevents the power supply from overcharging or shorting due to too high a voltage. The Zener diode also helps to keep the overall efficiency of the power supply as high as possible.

The FLZ24VA has a variety of features to make it an ideal diode for power applications. It is highly reliable, with a reverse breakdown voltage of 5V, and can handle a maximum forward current of 45A. Additionally, its dynamic impedance is 0.002 Ohms, which reduces overshoot and ringing. Its forward voltage drop is also very low, making it suitable for use in high power conversion applications. Finally, the FLZ24VA\'s clamping voltage is 12V, offering high levels of protection to the power supply.

In conclusion, the FLZ24VA is a single, low-forward voltage drop, high-current rectifier diode. It is suitable for use in power applications, and its low reverse breakdown voltage makes it ideal for use in power converters, power supplies, and LED lighting systems. Additionally, its low dynamic impedance provides high levels of protection, and its forward voltage drop is low, making it suitable for use in high power conversion applications.

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