SS3P3HE3/84A

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The SS3P3HE3/84A is a high efficiency single-phase bridge rectifier composed of four power diodes. It is a fast-reacting, easy-to-install, one-package solution for a variety of general purpose and commercial power supply applications. With its low forward voltage drop and ultra-low reverse leakage current, the SS3P3HE3/84A is well-suited for most mains-powered applications.

The SS3P3HE3/84A can be used in a wide range of applications, such as AC/DC converters, power factor correction, power supplies, and uninterruptible power supplies (UPS). It can also be used in reducing standby power consumption and the thermal cycle in motor drives, as well as reducing ripple currents in current limiters.

The SS3P3HE3/84A is an ideal single-phase bridge rectifier because it has a low forward voltage drop and ultra-low reverse leakage current, which increases efficiency and reduces power loss. The low forward voltage drop means less power is wasted in the form of heat, while the ultra-low reverse leakage current allows for higher efficiency in applications where electrical devices must be turned off for long periods of time, or pre-charged to reduce the need for energizing them.

The working principle of the SS3P3HE3/84A is simple. When the AC power supply is connected to the rectifier, it passes through all four diodes in the bridge, two of which are forward biased and two of which are reverse biased. The forward biased diodes allow the current to pass through, while the reverse biased diodes block the current in the opposite direction. This prevents any surge in the reverse direction, thereby increasing efficiency and reducing power loss.

The SS3P3HE3/84A is a fast-acting and easy-to-install solution for many power supply applications and has been designed to meet global standards for maximum efficiency and low power consumption. With its low forward voltage drop and ultra-low reverse leakage current, it is well-suited for many different applications and is an ideal choice for powering devices in battery-operated systems, mains-powered systems, or standby devices.

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