HDBLS104G RDG

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HDBLS104G RDG Application Field and Working Principle comes from the larger family of Diodes - Bridge Rectifiers. This particular type of rectifier is most commonly used for AC/DC conversion with reasonable efficiency for low power systems.

A simple explanation of the working principle of an HDBLS104G RDG is as follows: This type of Bridge Rectifier is made up of four individual diodes connected in the infamous bridge configuration. Such bridge configuration has the anodes of two diode pairs in series and the cathodes of the other two diode pairs also in series. When an AC waveform is applied to the input, the waveform gets split into both directions. Each of the diodes rectifies one waveform and the result is a single waveform output with the correct polarity at the output.

An excellent example of an application field utilizing the HDBLS104G RDG Bridge Rectifier are power supplies. Low power AC to DC converters in particular tend to use this type of rectifier when the output current is less than 10 Ampere and the input voltage up to 35 Volts. The device contains an integrally molded heatsink for improved thermal performance when dissipating power. When the output current is increased, a properly sized heatsink may be required.

In other application field requiring larger output current, a full-wave three phase rectifier is often used. Such rectifier offers higher input current capability compared to the HDBLS104G RDG. It also requires fewer components compared to phase controlled power supplies and the cost of medium input power rectifier systems is usually cheaper than that of on/off type systems.

In order to sum up, the HDBLS104G RDG Bridge Rectifier is optimized for low power AC to DC conversion. It is assembled with an integrally molded heat sink and offers reasonable efficiency conversion when used in low power systems. When the output current needs to be higher than 10 Ampere, it is often recommended to use a full-wave three phase rectifier.

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