SS10P3CHM3_A/H

SS10P3CHM3_A/H diodes are rectifier arrays operating as a three-phase bridge common anode with improved performance characteristics. The SS10P3CHM3_A/H provides silicon-based rectification with a 4-lead package in a surface mount package.

The SS10P3CHM3_A/H offers higher rectification efficiency and stability when compared to discrete diode arrays. By combining three diodes in one package, the SS10P3CHM3_A/H has superior thermal performance and provides better current handling capabilities due to the low junction-to-case thermal resistance.

The SS10P3CHM3_A/H offers extremely low forward voltage drop, making it perfect for applications requiring power loss reduction. Additionally, the device operates in an aero inverter mode, an ultra-fast switching mode, and a low-leakage diode mode.

Application Fields

The SS10P3CHM3_A/H is used mainly in computer and telecom systems to convert AC voltage to DC voltage, helping power modern day systems. Other applications for the SS10P3CHM3_A/H include UPS inverters, motor drives, and power supplies. Additionally, the SS10P3CHM3_A/H has a wide range of application in the home appliance industry, automotive applications, and power regulations.

Working Principles

The SS10P3CHM3_A/H is a three-phase bridge common anode device. In this type of configuration, the three diodes are connected in an array and form a bridge circuit. The three diodes are connected to a common anode, which maximizes efficiency since the current only has to cross one junction. The three diodes share a common anode, so when the voltage applied to the bridge reaches the diode’s thresholds, the diode begins to conduct, allowing current to pass from the cathode to the anode.

The SS10P3CHM3_A/H features an aeration inverter function to provide low-noise switching. Through this function, the diode can switch quickly in a continuous cycle from forward to reverse conduction, creating a low-noise switching cycle. In addition, the SS10P3CHM3_A/H comes with low junction-to-case thermal resistance, which helps reduce power loss and operates in a low-leakage diode mode, allowing it to guarantee reliability in power supplies.