BAV70TR Discrete Semiconductor Products

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Diode arrays are an ideal choice for a variety of applications where a low forward voltage drop, the ability to handle high current and the need for multiple outputs is needed. The BAV70TR diode array is a type of diode array specifically designed for high current applications. It consists of two separate MOSFETs connected in parallel and each MOSFET is connected to four outputs. This results in a single device with sixteen total outputs.

The BAV70TR is a rectifying diode array which is used in high current applications requiring a low forward voltage drop. It is constructed from four MOSFET (Metal–Oxide–Semiconductor Field-Effect Transistor) elements. Each MOSFET element is connected in series to four output terminals. This creates sixteen total outputs, enabling the device to handle high current load requirements. The BAV70TR offers excellent performance at high frequencies, making it ideal for applications such as mobile phones, digital still cameras, portable electronics and television receivers.

The BAV70TR diode array works on the reverse-blocking principle. When the voltage applied to its input terminals is lower than its rated voltage, the device is in blocking mode. In this mode, the diode array acts as an open-circuit, blocking all current. As the voltage increases, the diode array begins to conduct current, allowing it to pass through its sixteen output terminals. The high current rating of the BAV70TR makes it ideal for applications requiring high-powered loads.

The BAV70TR can be used in a variety of applications including power supplies, DC-DC converters, in-circuit testing and test instruments. Its low forward voltage drop and high current ratings make it ideal for demanding applications such as mobile phones, digital still cameras, computers and other electronic devices. The device is also able to operate at high frequencies, making it suitable for a variety of data transmission and high-speed communication applications.

The BAV70TR diode array is a highly versatile and efficient device, making it an ideal choice for a variety of power management and data communication applications. Its low forward voltage drop, high current ratings and ability to operate at high frequencies make it an excellent choice for applications requiring high-powered loads and data transmission.

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