Overview of EP5358HUI by Intel Corporation
The EP5358HUI by Intel Corporation is a voltage-mode switching regulator that is designed for high efficiency and compact power management solutions. It primarily serves as a DC to DC converter with an output voltage range from 1.8 V to 3.3 V and is capable of delivering up to 2 watts of power. This component handles a maximum output current of 0.6 A and operates with a switching frequency of up to 5000 kHz. Featuring a CMOS technology, the EP5358HUI comes in a small footprint, measuring only 2.50 x 2.25 mm with a height of 1.10 mm, housed in a UQFN-16 package.
The Switching Regulator or Controllers like the EP5358HUI are pivotal in applications requiring efficient power conversion and space-saving design. Intel Corporation has equipped this chip with pulse width modulation control technique which enhances its capability to maintain stable and accurate voltage outputs across various loads. The EP5358HUI’s design conforms to RoHS and REACH compliance prerequisites, making it suitable for global deployment in environmentally sensitive applications.
Industry Applications for EP5358HUI
Given its electrical characteristics and design features, the EP5358HUI can potentially be integrated into several industry applications. However, its inclusion in specific projects should always be preceded by detailed analysis and verification by engineering and design teams to ensure compliance with industry standards and application-specific requirements. Below are some potential applications:
- Consumer Electronics: This switching regulator could potentially be used in devices like smartphones, tablets, and laptops where efficient power management is critical. Its small size and high switching frequency make it ideal for compact electronic devices.
- Computing and Data Storage: This component could be integrated into SSDs and other storage solutions to provide stable power for memory and processing tasks. The EP5358HUI could also be found in small-scale home servers where power efficiency is desired.
- Industrial Automation: In automation equipment that requires consistent power supply at varying operational conditions, the voltage-mode control and robust temperature range (-40°C to 85°C) of the EP5358HUI might make it a suitable option.
- Telecommunications: Telecommunication equipment that requires compact power solutions with variable voltage options might potentially integrate this device to ensure reliable performance and longevity.
- Internet of Things (IoT): IoT devices, which often require low power consumption and compact size, might benefit from using this highly efficient switching regulator. Its ability to operate over a range of input voltages is convenient for varying IoT applications and environments.
Note: The above-mentioned potential industry applications are hypothetical scenarios. Any real-world application must adhere to rigorous testing and compliance standards as set by the respective industry regulatory bodies.
About Intel Corporation
Intel Corporation is a globally recognized leader in the development of computing technology, ranging from microprocessors to power management integrated circuits like EP5358HUI. In the realm of power circuits, Intel’s offerings include a variety of Switching Regulator or Controllers, which are designed to offer both performance and efficiency. Intel’s products are typically applied in diverse market sectors, demonstrating the company’s ability to innovate and adapt to the ever-changing needs of the electronics and technology industries.
Where to Find EP5358HUI by Intel Corporation
For those interested in procuring the EP5358HUI, it is advisable to research current availability and pricing through findchips.com. Historically, this part has been available from distributors including Win Source Electronics and Quest Components, but stock levels and pricing can fluctuate. findchips.com not only provides current stock levels and pricing but also offers options for comparable parts from other manufacturers, ensuring buyers can make the most informed purchasing decisions.