Infineon Technologies

BTS5020-2EKA

BTS5020-2EKA Description

The BTS5020-2EKA from Infineon Technologies is a high-performance dual-channel high-side power switch from the PROFET 12V series, designed for power distribution and load driving applications. This RoHS-compliant SMD/SMT device operates within a 5V to 28V supply range, delivering 5A output current per channel with a low on-resistance (max 20 mΩ) for minimal power dissipation. Its PROFET (Protected FET) technology integrates advanced protection features, making it ideal for demanding automotive and industrial environments. Packaged in a reel format, it supports fast switching (max 230 µs on/off time) and handles 50A current limit for robust performance.

BTS5020-2EKA Features

• Dual-Channel High-Side Switch: Two independent outputs for flexible load control.
• Low On-Resistance: 20 mΩ max reduces conduction losses, improving efficiency.
• Wide Operating Voltage: 5V–28V range suits 12V/24V systems.
• Fast Switching: 230 µs max on/off time for responsive load management.
• High Current Capability: 5A continuous (50A limit) per channel.
• Integrated Protection: Overload, short-circuit, and overtemperature safeguards.
• PROFET Technology: Combines MOSFET robustness with diagnostic features.
• Compact & Reliable: Moisture-sensitive SMD package (0.01847 oz) for space-constrained designs.

BTS5020-2EKA Applications

• Automotive Systems: ECU power switches, lighting, and motor drives.
• Industrial Load Control: Solenoids, relays, and actuator modules.
• Power Distribution Units: Redundant power paths in 12V/24V architectures.
• Smart Junction Boxes: Dual-channel switching for fused loads.
• HVAC & Powertrain: High-current switching in thermal management systems.

Conclusion of BTS5020-2EKA

The BTS5020-2EKA excels in high-reliability power switching, offering low loss, fast response, and robust protection in a compact dual-channel design. Its PROFET 12V pedigree ensures suitability for automotive and industrial applications where efficiency, diagnostics, and durability are critical. Engineers benefit from its high integration, reducing external component count while meeting stringent AEC-Q100-like demands. Ideal for space-optimized, high-current designs, this switch sets a benchmark for performance in 12V/24V power networks.