G2SB60-M3/45

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Diodes - Bridge Rectifiers are electrical devices that convert alternating current into direct current. They are widely used in a variety of domestic and industrial applications. The G2SB60-M3/45 Bridge Rectifier is a crystal rectifier which is widely used as a replacement for traditional silicon diodes in applications that require rectification and switching.

The G2SB60-M3/45 Bridge Rectifier is rated at 600 Volts, and it has a maximum forward current of 45 Amps. Its full-wave bridge rectification is made possible by its four rectifying diodes connected in a bridge circuit. This bridge circuit rectifies both half-cycles of the AC input, thus producing twice the output of a single-phase rectifier. As the device is of a four-phase design, it reduces losses which otherwise occur in other standard full-wave bridge designs.

This diode bridge rectifier operates with low frequency AC power sources and, due to its high voltage capability, it is suitable for use in a variety of high power applications. During operation, the G2SB60-M3/45 Bridge Rectifier creates a DC voltage waveform with no ripple or distortion. The device also has a reverse current leakage resistance of less than 100mA at 500 Volts, which ensures its safe operation and long-term reliability.

The G2SB60-M3/45 Bridge Rectifier is commonly used in various electrical equipment such as power supplies, electric vehicle motors, energy storage systems and many more. It is also used in applications such as motor controllers, dimmers, variable speed drives and more. The device is robust in construction and is highly heat resistant. In addition, it is rated for an operating temperature range of -40°C to +105°C, making it suitable for many high-temperature applications.

The G2SB60-M3/45 Bridge Rectifier is a cost-effective and reliable solution for many different AC power applications. It provides a consistent direct current output with minimal ripple and distortion under heavy load. Moreover, its low leakage current and wide operating temperature range make it an ideal choice for many high-power applications.

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