BAV116HWFQ-7 Discrete Semiconductor Products

Diodes are electrical components that allow current to flow in one direction while prohibiting its flow in the opposite direction. Rectifiers are diodes that are specialized in converting alternating current to direct current, known as rectification. Single rectifiers consist of one diode, while dual rectifiers are formed by two diodes connected in inverse parallel connection. BAV116HWFQ-7 is a single rectifier manufactured by Infineon Technologies.

Application of BAV116HWFQ-7

The BAV116HWFQ-7 contains a sensitive gate structure which offers a high peak off-state wavelength and a low off-state capacitance of about 7pf which can lower switching power losses and ensure a long-term reliable performance. Thus, this diode is used in DC/DC converters and small AC current applications that require low-power loss and stability. It is suitable for high-density surface mount applications to achieve miniaturization of the total product.

Working Principle of BAV116HWFQ-7

The silicon material in the BAV116HWFQ-7 is used to form the P-N junction that allows the current to flow only in one direction, blocking the current in the opposite direction. This diode is designed to have a low forward voltage, ranging from 600mV to 700mV, which helps reduce the power loss. Moreover, it has a high breakdown voltage, typically reaching 800V, to deliver better surge robustness. The fast switch-off characteristic, combined with a low forward voltage and high breakdown voltage, makes this single rectifier an ideal choice for DC/DC converter applications, especially in high-density surface mount applications.

Besides the DC/DC converters and smal AC current applications, the BAV116HWFQ-7 can also be used in other applications such as LED lighting, automotive, industrial, and consumer electronics. With its high recombination efficiency and low forward voltage, this single rectifier can offer better efficiency while handling large currents.

Conclusion

The BAV116HWFQ-7 single rectifier is an ideal choice for applications that require low-power loss and high-temperature stability. It provides a low forward voltage, high breakdown voltage, and fast switch-off characteristics to deliver better efficiency and performance than traditional rectifiers. This diode is commonly used in DC/DC converters, LED lighting, automotive, industrial, and consumer electronics fields.