RT424012 Overview
The RT424012 is a high-performance semiconductor component designed for industrial and electronic applications requiring precise control and reliable operation. With advanced integration and optimized efficiency, it supports robust system designs by providing stable electrical characteristics under varying operational conditions. The device is engineered to deliver consistent performance, making it suitable for demanding environments where reliability and accuracy are critical. For more detailed technical data and purchasing information, visit IC-Hersteller.
RT424012 Technical Specifications
| Parameter | Spezifikation |
|---|---|
| Betriebsspannungsbereich | 3,0 V bis 5,5 V |
| Output Current Capability | Up to 1.2 A |
| Schalthäufigkeit | 1.2 MHz (typical) |
| Ruhestrom | 65 ??A |
| Betriebstemperaturbereich | -40??C bis +85??C |
| Paket Typ | QFN-16 (4×4 mm) |
| Wirkungsgrad | Up to 92% |
| Unterspannungsabschaltung (UVLO) | 2.7 V (typical) |
RT424012 Key Features
- High switching frequency: Enables compact external components, reducing overall system size and improving power density.
- Wide input voltage range: Supports operation from 3.0 V to 5.5 V, allowing flexible use across various power supply systems.
- Niedriger Ruhestrom: Minimizes power loss during standby, enhancing energy efficiency and extending battery life in portable applications.
- Integrated protection features: Includes under-voltage lockout and thermal shutdown to ensure device and system reliability.
RT424012 Advantages vs Typical Alternatives
This device offers superior efficiency and integration compared to typical alternatives, with its high switching frequency enabling smaller external components and reduced system size. Its wide operating voltage range and low quiescent current make it highly adaptable and energy-efficient, while built-in protection features enhance operational reliability. These benefits translate to lower system cost and improved performance in demanding industrial environments.
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Typische Anwendungen
- Power management in industrial control systems requiring efficient DC-DC conversion with stable output under varying loads.
- Battery-powered devices where low quiescent current extends operating time between charges.
- Embedded systems demanding compact design and high efficiency to optimize space and thermal performance.
- General-purpose voltage regulation in telecommunications and networking equipment.
RT424012 Brand Info
This product is part of an established semiconductor portfolio designed to meet the needs of industrial and commercial electronics markets. The brand focuses on delivering reliable, high-quality integrated circuits that support efficient power management and system integration. The RT424012 exemplifies this commitment by providing robust performance and comprehensive features, ensuring dependable operation in a wide range of applications.
FAQ
What is the typical operating voltage range of this device?
The device operates effectively within a voltage range of 3.0 V to 5.5 V, allowing compatibility with many standard power supplies and battery systems commonly used in industrial electronics.
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How does the switching frequency impact system design?
The typical switching frequency of 1.2 MHz allows for the use of smaller inductors and capacitors, which reduces the overall size and cost of the power supply circuitry while maintaining efficient energy conversion.
What protection features are included in the RT424012?
It includes under-voltage lockout to prevent operation under unsafe voltage conditions and thermal shutdown to protect the device and the system from overheating, enhancing reliability during extended use.
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Can this component be used in battery-powered applications?
Yes, its low quiescent current of 65 ??A helps conserve battery life, making it suitable for portable and battery-operated devices that require efficient power management.
What package type is available for this product?
The RT424012 is available in a compact QFN-16 package measuring 4×4 mm, which supports high-density PCB layouts and effective thermal dissipation