Rochester Electronics| LLC|Infineon Technologies
DescriptionIC OFFLINE SWITCH FLYBACK 8DIP
PackageBulk,Tube
Stock6000
Price1.0
DownloadThe ICE2QS03XKLA1 is an advanced, energy-efficient quasi-resonant flyback controller developed by Infineon. Designed primarily for offline switch-mode power supplies, it operates at high efficiency with minimal standby power loss, meeting stringent energy-saving standards. The controller integrates powerful functionality that enables smooth, low-noise operation with reduced electromagnetic interference (EMI). This makes it suitable for a variety of applications, including adapters, chargers, and other power supply systems, where efficiency and reliability are key priorities.
High Efficiency: Reduces standby power consumption, helping meet global energy-saving regulations.
Quasi-Resonant Operation: Enables soft switching to reduce switching losses and improve system efficiency.
Integrated Protection Features: Provides over-voltage, over-current, and over-temperature protection, ensuring safe and reliable operation.
Low EMI Design: Minimizes electromagnetic interference, simplifying regulatory compliance in end-user devices.
Wide Input Voltage Range: Supports flexible voltage requirements, ideal for global power supply compatibility.
Parameter | Value |
---|---|
Controller Type | Quasi-Resonant Flyback |
Input Voltage Range | 85V to 270V |
Output Power | Up to 150W (application dependent) |
Standby Power | <100mW |
Operating Frequency | Variable |
Protection Features | Over-voltage, Over-current, Over-temperature |
Package Type | DSO-8 |
Temperature Range | -40°C to +125°C |
The ICE2QS03XKLA1 is suitable for power supply designs where efficiency, compact size, and low standby power are required:
Adapters and Chargers: Used in mobile and laptop adapters to meet high-efficiency standards and reduce heat.
Standby Power Supplies: Ideal for devices like TVs, game consoles, and appliances where low standby power is critical.
Industrial Power Supplies: Integrated into industrial devices that require stable and reliable power delivery.
Auxiliary Power Supplies: Serves as an auxiliary controller in larger power systems, ensuring efficient low-load operation.
Consumer Electronics: Integrated into chargers for phones, tablets, and laptops where energy efficiency and compact design are essential.
Home Appliances: Suitable for standby power circuits in televisions, washing machines, and refrigerators to maintain low standby energy consumption.
Industrial Electronics: Used in control systems that require isolated power supplies for safe, reliable operation in harsh environments.
Telecommunication Equipment: Supports low power supplies in telecom infrastructure to meet energy-saving guidelines and operational stability.
The ICE2QS03XKLA1 is available for global shipping with multiple delivery options:
DHL Express: Fast and reliable, ideal for urgent deliveries requiring precise tracking and customs support.
FedEx International Priority: Expedited international shipping with priority handling, suitable for high-value and time-sensitive shipments.
UPS Worldwide Expedited: Reliable and cost-effective, with comprehensive tracking and timely delivery for international orders.
Air Freight: Suitable for large orders, balancing cost and speed, particularly for medium-sized bulk shipments.
Ocean Freight: Cost-effective for bulk shipments with longer transit times, ideal for non-urgent orders in high quantities.
Q1: What types of devices is the ICE2QS03XKLA1 best suited for?
A1: This controller is optimized for adapters, chargers, standby power supplies, and auxiliary power systems that demand low standby power and high efficiency.
Q2: How does quasi-resonant operation benefit my design?
A2: Quasi-resonant switching reduces electromagnetic interference (EMI) and enhances efficiency by reducing switching losses, ideal for high-performance designs.
Q3: Does this device support over-voltage and over-current protection?
A3: Yes, the ICE2QS03XKLA1 has built-in over-voltage, over-current, and over-temperature protections to ensure safe and stable operation.
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