S1G-M3/61T

S1G-M3/61T is a single-phase glass passivated bridge rectifier, and rated with a blocking voltage of up to 600V and a maximum continuous current of 3A. It is widely used in AC-DC power supplies, DC-DC converters and polarity protection circuits due to its fast switching capability and low forward voltage drop.

Application Field of S1G-M3/61T

The S1G-M3/61T is designed to be used in low voltage, high frequency rectifiers, DC power supplies, power converters and rectified filters. It is particularly suitable for use in medium-power electronic charging applications, as well as a variety of clip lighting applications. It’s also widely used in electronic power converters and as cathode protection elements in industry control applications.

Working Principle of S1G-M3/61T

The S1G-M3/61T rectifier uses a series of diodes which are connected in a bridge configuration to allow for the conversion of AC to DC current. This rectifier consists of four synchronized diodes, mounted on a printed circuit board. The diodes are connected together in series and in combination with a bridge transformer, mirror the incoming AC current and convert it into DC current. This DC current can then be used for applications such as charging batteries, supplying power to other electronic components, and providing power to electronic control systems.

The S1G-M3/61T rectifier is specially designed to offer fast rectification, allowing for high-frequency current to be quickly converted into DC current. This makes it ideal for applications that require fast response time, such as LED lighting systems. The rectifier also offers low forward voltage drop, resulting in lower power losses and higher efficiency. Additionally, the rectifier is insulated with a glass-passivated layer to help protect it against electrical leakage.

In short, the S1G-M3/61T rectifier provides a reliable and cost-effective solution for a wide range of low voltage, high frequency rectification applications. The rectifier can be used in a variety of industries including automotive, military, and industrial control applications, providing increased design flexibility and improved performance.