SS12LHM2G

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Diodes are electrical components that allow electricity to flow in only one direction. Rectifiers are diodes that are specifically designed for reversing the polarity of alternating currents. A single rectifier is a type of electronic component composed of a single diode. The SS12LHM2G rectifier, manufactured by Shindengen, is commonly used in mains-isolated topologies, such as low-cost isolation, AC-DC conversion, DC-DC conversion, and EMI filter applications.

Physically, the SS12LHM2G is an epoxy molding type with screw terminals. It is designed to fit a 12mmx12mm minimum board space, and it has an excellent heat dissipation performance. It features an industry-standard SOD-123 package and an isolation distance of 8 mm. It is available in a through-hole package and provides a fast switching speed and a low forward voltage drop.

In terms of electrical parameters, the SS12LHM2G rectifier has a reverse vloltage of 400V, forward current of 3A, a dissipation junction temperature of 150°C, and a peak repetitive reverse voltage of 800V. Its average forward current is 1.2A, forward voltage is 0.7V, reverse current leakage is 0.3mA, and junction capacitance is 1.5pF.

The SS12LHM2G single rectifier works by allowing eddy current and harmonics created by the electric utility to flow back to the grid. This prevents DC offset and helps increase the electrical power quality. It also rectifies the input signal to provide a stable DC output and reduces the peak current of the transformer, thereby decreasing the stress on the transformer. The SS12LHM2G is designed to be used with a transformer and input filter capacitor to reduce power line noise.

In short, the SS12LHM2G single rectifier is a great option for AC-DC power conversion and EMI suppression applications. It is a low-cost and low-profile component, and its fast switching speed and low forward voltage make it ideal for power supply systems in electronics designs. It is also capable of suppressing electrical noise and harmonics, as well as providing stability for a transformer\'s DC operating point.

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