BD9300FV-E2

BD9300FV-E2 is a DC/DC switching controller, which is capable of handling a wide range of input and output voltages. It is built with an advanced MOSFET technology, which makes it suitable for use in high-current and high-output operations. This makes it ideal for applications in power supplies, industrial equipment, and other power control systems.

The BD9300FV-E2 uses a PWM core with a highly efficient power stage and superior overload protection to allow for a wide range of applications, including applications in high power systems and high power distribution systems. The BD9300FV-E2 contains two main blocks: the PWM output block and the MOSFET output block. The MOSFET output block is responsible for switching and controlling the output voltage, while the PWM output block is responsible for controlling the duty cycle and frequency of the output signal.

The BD9300FV-E2 is built with a 16-bit power stage controller and can support up to a 20V input voltage and up to 20MHz switching frequency. It is designed with a low-side MOSFET, which limits the voltage and power consumption. The BD9300FV-E2 has an on/off control with adjustable dead-time and adjustable frequency modulation.

The BD9300FV-E2 has a wide range of features, including integrated power-loss detection, thermal shutdown protection, and programmable output voltage. It also has an adjustable soft-start feature, which helps in controlling the current during start-up phases. Additionally, it has an adjustable run mode, which reduces the current and peak current at the output during light-load operation.

The BD9300FV-E2 is suitable for use in a wide range of DC/DC supplies, including switched-mode power supplies, DC/DC converters, and linear voltage regulators. Its advanced features and high power ratings make it ideal for use in industrial equipment, automotive systems, and other applications.

The BD9300FV-E2 is a highly efficient and reliable DC/DC switching controller. It uses a PWM core with a highly efficient power stage and superior overload protection to allow for a wide range of applications. It has a wide range of features, including integrated power-loss detection, thermal shutdown protection, programmable output voltage, and adjustable soft-start and run modes. These features make it the ideal choice for applications in high power systems and power distribution systems.