SRAS860 MNG

The SRAS860 MNG is a single-phase high-volt, medium-current rectifier diode designed for use in power supplies, motor controllers and other applications that require controlled rectification. This device is suitable for use with both ac and dc input voltages up to 1000V and provides outstanding high-speed current-rectification performance. It also features low on-state resistance and low capacitance.

The SRAS860 MNG utilizes a unique single-ledge structure composed of four spacer-filled terminals and a single central junction chip. This unique design minimizes the on-state voltage drop and increases the die size, thus providing better current-rectifying performance. The MNG also employs a special patent-pending semi conducting structure at the central junction chip to further reduce the switching and conduction losses.

The working principle of the SRAS860 MNG is based on a two-stage process. First, the metallized oxide film signal passes through the gate to the cathode, from which it is transferred to the anode. This transfer results in a voltage change across the diode, which allows current to flow through the diode. The second stage is a conduction stage, wherein the electrons generated by the flow of current through the diode form a continuous free path, thus allowing the current to continue to flow. This results in a more efficient current-rectifying process.

The SRAS860 MNG is designed for use in power supplies, motor controllers and other applications that require controlled rectification. The device is capable of operating at 1000V and offers excellent performance with low on-state resistance and low capacitance. It features a unique single-ledge structure, which helps reduce switching and conduction losses, and is capable of handling large peak currents.

In summary, the SRAS860 MNG is a high-volt, medium-current rectifier diode designed for use in ac and dc power supplies and motor controllers. It employs a special single-ledge structure to minimize the on-state voltage drop and increase the die size. The device also features low on-state resistance, low capacitance and is capable of handling large peak currents. It is the perfect choice for power supplies, motor controllers and other applications requiring controlled rectification.