TPS54262MPWPTEP

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Texas Instruments’ TPS54262MPWPTEP is a high efficiency, wide input, synchronous buck regulator. It’s an excellent DC-DC power switchin regulator which is perfect for voltage regulation down to 0.5V with a low power loss. This device operates with input voltages ranging from 4V to 14V and can deliver up to 1.25A of continuous current output. It may be used in a variety of industrial, automotive, and communications applications.

Application Field

The device’s flexible operating range and low RDS(on) make it ideal for a wide range of industrial applications, such as high-efficiency computing systems and telecom equipment. TPS54262MPWPTEP is also well suited for automotive applications due to its wide input voltage range, which can tolerate tough automotive requirements. Additionally, the device’s flexibility is made even greater by its two control pins, which allow for use of external resistors for setting the output voltage and the switching frequency, respectively.

Working Principle

The TPS54262MPWPTEP is a synchronous buck regulator, and it “bucks” the input voltage to the output voltage required. This buck topology achieves better efficiency than buck-boost converters, with high input and wide output voltage range. This device incorporates a dual-mode control scheme that allows for both voltage mode and current mode control.The TPS54262MPWPTEP is an ideal solution for a wide variety of applications due to its advanced design and high efficiency. In addition, its low power losses and flexibility between voltage and current modes make it perfect for many industrial and automotive applications.

Conclusion

The TPS54262MPWPTEP is a high efficiency, wide input voltage range, synchronous buck regulator. It is an excellent DC-DC power switching regulator that is capable of delivering output voltage of 0.5V with very low power dissipated. This device provides a solution for a variety of industrial, automotive, and communication applications due to its wide input voltage range and flexibility between voltage mode and current mode operations. Additionally, its use of external resistors allows for easy set-up of the output voltage and switching frequency. In summary, this device offers advanced power regulation with high efficiency, low power losses and great flexibility.

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