Overview of EN6347QI by Intel Corporation
The EN6347QI is a high-efficiency switching regulator with a voltage-mode control, offering a maximum switching frequency of 3000kHz. It comes in a compact 7 x 4 mm QFN-38 package with a height of 1.85 mm and meets RoHS compliance standards. Designed to operate in a wide voltage range, from 0.6 to 6.24V, this DC-DC converter features adjustable mode capability from 0.75V to 6.24V and utilizes pulse width modulation (PWM) for effective control. With an input voltage ranging from 2.5V to 6.6V and capable of delivering up to 4A of output current, the EN6347QI by Intel Corporation is suitable for various applications, ensuring robust performance even in demanding environments. Additionally, it supports a buck switcher configuration and offers features like PFM (Pulse-frequency Modulation) control technique for better energy efficiency.
Industry Applications for EN6347QI
The versatile feature set of the EN6347QI makes it highly suitable for a broad range of industry applications, where efficient power management and compactness are crucial. Here are several potential use cases:
- Energy and Power Systems: The EN6347QI could potentially be instrumental in distributed power systems, uninterruptible power supplies (UPS), and smart grid infrastructure, where efficiency and reliability in voltage regulation are paramount. Its high switching frequency and efficiency might help reduce heat generation and enhance overall system reliability.
- Transportation and Logistics: In the context of electric vehicles (EVs) and charging stations, the EN6347QI might find applications in energy management systems, serving as a component in the DC-DC conversion process crucial for battery management and vehicular power systems.
- Renewable Energy: For solar power inverters, wind turbines, and other renewable energy sources, the efficiency and adjustable voltage range of the EN6347QI could facilitate optimal power conversion, possibly contributing to the effective utilization of generated power and improving the performance of renewable energy systems.
- Automotive: Automotive applications could benefit from the EN6347QI in areas like power supply for sensors, ECUs (Electronic Control Units), and other in-vehicle electronics demanding reliable and efficient power regulation to ensure consistent operation under varying conditions.
It’s important to note that these potential applications require thorough analysis and verification by engineering and design teams to ensure that the part meets the specific needs of the application.
About Intel Corporation
Intel Corporation is a leading name in the technology industry, renowned for its innovation in computing and semiconductor manufacturing. When it comes to Switching Regulator or Controllers, Intel brings a range of solutions designed to meet the needs of various applications across the tech landscape. The EN6347QI is just one example of Intel’s commitment to providing high-quality and efficient power management solutions. Intel’s contributions to the power circuits category extend beyond just switching regulators, encompassing a broad portfolio of products designed to address the diverse needs of the industry. With a focus on innovation, reliability, and efficiency, Intel continues to be at the forefront of developing technologies that power the future.
Where to Find EN6347QI by Intel Corporation
Procuring the EN6347QI for your project requires a reliable source that can provide current stock levels and competitive pricing. For locating the EN6347QI and exploring alternate parts in the realm of Switching Regulator or Controllers, Findchips.com offers comprehensive listings from a variety of distributors. Though historically available at distributors such as Quest Components and DigiKey, stock availability can fluctuate. Hence, it is advisable to utilize Findchips.com to get real-time data on availability and pricing from multiple distributors. This platform enables users to compare options efficiently, ensuring that procurement decisions are well-informed and meet project requirements and budgetary constraints.