MBRF60080

Diodes - Rectifiers - Arrays

The MBRF60080 is a rectifier bridge of eight diodes in a compact array. This type of rectifier is designed to handle high current applications, making it ideal for high efficiency and low conduction loss as well as low power loss in SMPS and AC / DC converters. It is also used as diodes providing rapid switching with low resistance and low reverse leakage current.

Application Fields

The MBRF60080 diodes are typically used in a broad range of applications including:

• Power suppliees
• Uninterruptible power systems
• Battery charging systems
• AC / DC converters
• Electric vehicles
• Appliances
• Lighting systems
• Signal transmission circuits
• Switching circuits
• EMI suppression
• High voltage direct current control

Working Principle

The working principle of the MBRF60080 diodes is simple: when the polarity of the voltage in the circuit is such that the anode (+) is at a higher potential than the cathode (-), the diode conducts, allowing current to flow. If the polarity of the voltage is reversed and the cathode is at a higher potential than the anode, the diode does not conduct, blocking the current.

The MBRF60080 diodes offer a variety of features including:

• High surge current capability
• Low reverse leakage current
• Low forward voltage
• Excellent temperature coefficient
• High temperature reliability
• High forward current capability

The MBRF60080 diodes also feature an embedded switchable anti-parallel diode which facilitates bidirectional current flow.

The diodes are typically packaged in a leadless VFQFN package (8x8x3.3mm) with a temperature range of −40 °C to +125 °C. This type of packaging is ideal for applications where a low profile, high power components are needed.

Conclusion

The MBRF60080 rectifier is an ideal component for high current applications, offering superior performance and reliability. With features such as low reverse leakage current, excellent temperature coefficient, and high forward current capability, it makes it a great choice for a variety of applications.