XRP9711EY-F

XRP9711EY-F application field and working principle

The XRP9711EY-F is a dual-mode Class D buck switching regulator and linear regulator for low voltage and low current applications. This device is programmable, making it perfect for a variety of products from consumer electronic devices to medical equipment. It is designed to reduce undesired load switching due to load transients, while providing steady and reliable output voltage and current regulation.

The XRP9711EY-F\'s dual-mode concept consists of a switched mode, and a linear mode with hysteretic control. In switching motec mode, the device uses a high-frequency oscillator and an active-controlled bandwidth control circuit to reduce the ripple and noise of the voltage feedback loop. When in linear mode, the device controllers can vary the voltage inversely and linearly under the given load, thus eliminating the large peak-to-peak ripple of the output voltage.

The XRP9711EY-F is designed to provide multiple features, such as over-current protection and over-temperature protection, and can achieve high power efficiency under different heavy working conditions. With this device, the voltage output will be three-way adjustable, and the current output will be up to 0.15 A, making it suitable for most low power applications.

Applications of the XRP9711EY-F include: battery powered systems; automotive systems; telecommunication and networking systems; multimedia systems; and computer systems. The device can be used in applications like low power motor controllers, human-machine interfaces, and embedded systems.

The XRP9711EY-F is an ideal device for low voltage and low current applications where space and power are limited. It is suitable for battery powered or direct-current driven systems, car audio applications, mobile electronics, wireless communications, and general purpose regulation.

Conclusion

The XRP9711EY-F is a dual-mode Class D buck switching regulator and linear regulator for low voltage and low current applications. It can provide multiple features, such as over-current protection and over-temperature protection, and its three-way adjustable voltage output and 0.15A current output makes it suitable for most low power applications. This device is perfect for applications such as low power motor controllers, human-machine interfaces, embedded systems and more.