Infineon REF_5BR2280BZ_22W1 Flyback Converter for CoolSET ICE5BR2280BZ for Auxiliary Power Supplies, Industrial drives

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103,32 €

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125,02 €

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1 - 1103,32 €
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N° de stock RS:
256-4717
Référence fabricant:
REF5BR2280BZ22W1TOBO1
Fabricant:
Infineon
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Marque

Infineon

Power Management Function

Flyback Converter

For Use With

Auxiliary Power Supplies, Industrial drives

Kit Classification

Development Kit

Featured Device

CoolSET ICE5BR2280BZ

Kit Name

REF_5BR2280BZ_22W1

Infineon Evaluation board, Flyback Converter, For Use With Auxiliary Power Supplies/Industrial drives - REF5BR2280BZ22W1TOBO1


This evaluation board serves as an effective tool for developing power management systems, particularly in auxiliary power supplies and industrial drives. The integrated CoolSET ICE5BR2280BZ promotes high-efficiency flyback converter designs, facilitating evaluation and implementation. This board supports the development process and improves performance across various applications, making it valuable for engineers in electronics and automation.

Features & Benefits


• High efficiency achieved through integrated 800V avalanche rugged CoolMOS
• Active Burst Mode for low power consumption in standby
• Built-in digital soft start to reduce switching stresses
• Comprehensive protection features for enhanced reliability
• Simplified direct feedback with an integrated error amplifier

Applications


• Designed for auxiliary power supplies in home appliances
• Suitable for industrial drive power management systems
• Ideal for smart metering and consumer electronics
• Compatible with Blu-ray players and set-top boxes
• Used in LCD and LED monitors for consistent performance

What configurations are available for optimising performance?


It offers no ABM, low, and high-range ABM configurations through resistor adjustments, allowing custom energy efficiency.

How does the board manage overcurrent conditions?


It features cycle-by-cycle peak current limitation for safety during operation, switching off the gate drive when a threshold is exceeded.

What measures are in place to ensure temperature reliability?


Overtemperature protection is included, activating auto-restart mode when the junction temperature surpasses defined limits.

Is the board compatible with various power supply designs?


Yes, it supports both isolated and non-isolated configurations, rendering it versatile for multiple power supply architectures.

How is the board's efficiency affected under light load conditions?


Digital frequency reduction is employed to improve overall system efficiency by lowering switching losses as the load decreases.

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