SFS1605G MNG

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The SFS1605G MNG is a single, rectifying diode designed to enable applications with a wide diversity of power levels. It is capable of withstanding high reverse and forward currents while maintaining excellent low on-state resistance.

Single rectifiers are found in countless electronic components and devices across many different fields. They are often found regulated switched-mode power supplies, in portable electronic equipment and various automotive applications. Common design implementations include rectifiers for mobile phones, lighting systems, and portable computers.

The SFS1605G\'s design is tailored to enable precise control and performance suited for a variety of applications. It features a low voltage drop, reverse-leakage current, and high forward-saturation voltage. This makes it ideally suited for use on precision discrete components, rectifier diodes, and other sensitive electronics.

The SFS1605G is a diode primarily composed of germanium and silicon. It has a breakdown voltage of >400 volts, and a forward current of 5 amps. Its maximum reverse-voltage rating is 180V for the standard version. When being used as a rectifier, it will shed a very low level of voltage due to its low resistance in the reverse direction. The SFS1605G\'s design also enables it to recover quickly from a state of reverse current.

The SFS1605G\'s low voltage drop allows power designers to select from various specifications when designing their components and systems. Efficiency, dynamic response, and output accuracy can all be improved by selecting specific voltage and reverse diode togging points. With its low resistance and high current capabilities, this diode is well suited for operation at both low and high frequencies.

When used as a rectifier, the SFS1605G is capable of limiting current flow and sustaining a stable voltage. This diode is also able to withstand transient currents that may be higher than the rated conductance. This makes the SFS1605G well suited for applications where the input voltage may fluctuate, such as in automotive or portable electronics.

The SFS1605G MNG is an excellent choice when designing for applications requiring high current and precise control. With its reverse-leakage current and low on-state resistance, it is well suited for use in many different applications across various fields. Its low voltage drop enables designers to select from various specifications when designing their components, allowing for better efficiency, dynamic response, and output accuracy.

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