RT314F05 Voltage Regulator IC – Fixed Output, TO-220 Package

  • Processes digital signals efficiently, enabling precise control in embedded systems and automation tasks.
  • Operates at a stable clock frequency to ensure consistent performance in timing-critical applications.
  • Features a compact LFCSP package that saves board space and simplifies integration into tight layouts.
  • Ideal for use in consumer electronics where reliable signal processing enhances device responsiveness.
  • Manufactured with stringent quality controls to maintain long-term operational reliability under varied conditions.
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RT314F05 Overview

The RT314F05 is a highly integrated semiconductor device designed for efficient power management in industrial and consumer electronics. With its compact footprint and robust electrical characteristics, it is optimized for switching regulator applications requiring stable output voltage and low power loss. This device offers precise control and protection features that enhance system reliability and reduce the need for external components. The RT314F05 is ideal for engineers seeking a dependable solution for power conversion tasks in demanding environments. For detailed technical support and purchasing options, visit IC Manufacturer.

RT314F05 Technical Specifications

Parameter Specification Unit
Input Voltage Range 4.5 to 24 V
Output Voltage Fixed 5.0 V
Maximum Output Current 1.5 A
Switching Frequency 300 kHz
Quiescent Current 1.2 mA
Operating Temperature Range -40 to +85 ??C
Package Type SOP-8 ?C
Efficiency Up to 85 %

RT314F05 Key Features

  • Wide input voltage range: Supports 4.5 V to 24 V, enabling compatibility with various power sources in industrial and automotive applications.
  • Fixed 5 V output: Provides a stable and precise voltage output, essential for powering microcontrollers and digital circuits.
  • High switching frequency: Operates at 300 kHz, allowing smaller external components and reducing overall PCB real estate.
  • Low quiescent current: Minimizes power consumption during standby, enhancing energy efficiency and extending battery life.
  • Thermal protection: Built-in safeguards prevent device damage under over-temperature conditions, ensuring reliable long-term operation.
  • Compact SOP-8 package: Facilitates ease of integration into dense layouts, supporting modern miniaturized system designs.

RT314F05 Advantages vs Typical Alternatives

Compared to typical switching regulators, this device stands out with its broader input voltage range and high switching frequency, enabling more flexible design options and compact layouts. Its low quiescent current reduces power losses during idle periods, increasing system efficiency. Additionally, integrated thermal protection enhances device reliability, making it a superior choice for robust industrial and embedded applications.

Typical Applications

  • Power supply modules for embedded systems requiring stable 5 V output and efficient power conversion with minimized footprint.
  • Battery-powered industrial devices where extended battery life and low standby consumption are critical.
  • Automotive electronics operating under varying input voltages demanding reliable voltage regulation.
  • Consumer electronic devices such as portable instruments where compact size and thermal stability are necessary.

RT314F05 Brand Info

The RT314F05 is part of a series of power management ICs offered by IC Manufacturer, known for delivering high-performance semiconductor solutions tailored to industrial and consumer markets. This product line emphasizes reliability, efficiency, and ease of integration, meeting stringent quality standards. The RT314F05 reflects the brand??s commitment to innovation in power regulation technology, supporting engineers with robust tools for modern electronic design challenges.

FAQ

What is the maximum input voltage supported by the RT314F05?

The device supports an input voltage range from 4.5 V up to 24 V. This wide range allows its use in various applications, including automotive and industrial power systems where input voltages can fluctuate significantly.

How does the device maintain efficiency at high switching frequencies?

Operating at 300 kHz switching frequency, the device reduces the size of external components such as inductors and capacitors.

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