CBR1-L010M

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CBR1-L010M is a type of bridge rectifier, a diode that acts as a “bridge” providing the rectifying effect between two electrical nodes of the circuit. Bridge rectifiers have become commonplace in AC/DC power supplies and electronic power supplies due to their ability to provide more current and increased flexibility. This particular bridge rectifier uses four independent Schottky Barrier Rectifiers connected in a bridge configuration. Thereby providing higher current capacity as well as protection from thermal effects, voltage surges and arc discharges.

A bridge rectifier is essentially an arrangement of four diodes in a bridge configuration connected to an AC voltage source. During each half of the AC cycle, two of the diodes allow current to flow in one direction, while the other two allow current to flow in the opposite direction. This effectively converts the alternating current into direct current that can power the circuit. It also serves to protect the circuit from overvoltage and other potential problems.

The CBR1-L010M bridge rectifier in particular is designed for use in automotive and industrial applications. It has a routing current regime of 10 amperes per diode and a total output current regime of 40 amperes. This bridge rectifier is rated to withstand up to 1200 volts in the active state and up to 700 volts in the reverse state. It also has advanced surge protective capabilities that can withstand up to 4500 amperes of surge current.

The CBR1-L010M is also designed with heat dissipation in mind. It has a wide junction temperature range of -55°C to +125°C and a high thermal resistance of only 5.6°C/Watt. This ensures that it dissipates heat effectively in order to maintain optimal performance. In addition, it features low levels of reverse leakage current for increased efficiency and long-term reliability.

The CBR1-L010M is an ideal choice for any application requiring a reliable, high-performance bridge rectifier. It is designed with a variety of applications in mind and its advanced surge protection, heat dissipation, and efficiency make it an ideal choice for automotive and industrial applications.

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