XR77128ELBMTR-F

DC DC Switching Controllers MaxLinear XR77128ELBMTR-F Overview

Introducing the XR77128ELBMTR-F from MaxLinear, an advanced IC regulator controller that sets a new standard for performance in the realm of DC DC switching controllers. This highly efficient device is engineered to meet the stringent requirements of today's power-sensitive applications, delivering precise voltage regulation and seamless integration with SMBus communication interfaces. Its compact 44TQFN package makes it an ideal choice for space-constrained environments, ensuring a reliable performance without sacrificing power capacity. The XR77128ELBMTR-F offers versatile solutions tailored for demanding electronic systems, providing robust control and high configurability via its programmable features.

XR77128ELBMTR-F Features

The XR77128ELBMTR-F boasts a range of features that enhance its efficiency and versatility in various applications. Key features include multiple output channels, programmable frequency up to 1.5 MHz, and integrated temperature sensing capabilities for enhanced system reliability. The IC also supports programmable power sequencing, enabling designers to optimize system performance and power-up sequences efficiently. Moreover, its SMBus-compatible interface facilitates easy programmability and real-time system monitoring, adding an extra layer of control and customization for users.

XR77128ELBMTR-F Applications

• Telecommunication Equipment: The controller is perfect for managing power requirements in telecommunications hardware, ensuring stable operation and efficient power distribution.
• Computing Systems: Ideal for use in servers and high-performance computers where multiple voltage rails and precise power sequencing are critical for system reliability and performance.
• Industrial Systems: The XR77128ELBMTR-F excels in industrial applications, providing robust power control under varied environmental conditions, thereby ensuring continuous and reliable operations.
• Portable Devices: Suitable for battery-operated devices where efficient power management is crucial to extend battery life and optimize device performance.