RRE04EA6DFHTR Discrete Semiconductor Products

Diodes - Rectifiers - Arrays are specially designed components used in various electrical and electronic applications. The RR04EA6DFHTR is a rectifier diode array which is used in a variety of applications, most notably in power electronics.

The RR04EA6DFHTR is a 4-pin device which consists of four individual Schottky diodes connected in series and configured in a configuration known as a bridge rectifier. This device is designed to rectify AC power, meaning it converts AC power into DC power. The RR04EA6DFHTR has a forward voltage drop of approximately 0.4V, allowing for efficient power conversion from AC to DC. It also has a compact footprint, making it ideal for use in battery-powered applications, as well as for the protection of voltage-sensitive circuits.

The RR04EA6DFHTR is best suited for high-frequency power conversion applications, such as switching power supplies and auxiliary power supplies, as well as motor control and battery charging. It is also commonly used in automotive applications, such as for starting, charging, and suppression in alternators and starters, and for battery protection against voltage spikes.

The working principle of the RR04EA6DFHTR is based on the characteristics of Schottky diodes, which have a very low forward voltage drop and a rapid, low-power conduction. When an AC voltage is applied to the device, current flows through the diodes in alternating directions, converting the AC signal into a rectified DC signal. As the diodes are connected in series, the device is able to withstand high surge currents, helping to protect sensitive components from over-voltage damage.

The RR04EA6DFHTR is a reliable and efficient device which is used to convert AC signals into DC signals for a variety of applications. Its low forward voltage drop and fast switching capabilities make it ideal for use in power conversion, motor control, and battery protection circuits. It is also extremely compact, making it especially useful for applications where space is limited.