The WSL25122L000FTA-0.002R is a Power Metal Strip® resistor manufactured by Vishay. It is a surface-mount resistor specifically designed for high-power current sensing applications. Its extremely low resistance allows for accurate current measurement with minimal power loss. The resistor is built for robust performance and reliability in demanding environments.

Applications

• Current sensing in high-power power supplies
• Motor control systems
• Battery management in electric vehicles
• Inverter circuits
• Welding equipment
• High-current measurement instrumentation

Features

• Power Metal Strip® construction
• Ultra-low resistance (0.002 Ohms)
• High power rating
• Surface mount package (SMD)
• Low inductance
• Excellent long-term stability
• RoHS compliant

Benefits

• Highly accurate current sensing
• Minimal power dissipation for efficient operation
• Compact size for high-density circuits
• Reliable performance under high stress
• Easy integration into automated assembly lines
• Environmentally responsible component

Additional Details

The resistor has an ultra-low resistance of 0.002 Ohms. The 2512 package designates its physical dimensions. The Power Metal Strip® element ensures superior electrical and thermal characteristics. This resistor is designed for reflow soldering processes. It features a low temperature coefficient of resistance (TCR), ensuring stable performance over a wide operating temperature range. The component's low inductance makes it suitable for high-frequency applications. The surface-mount package facilitates automated assembly, reducing manufacturing costs. Its robust construction makes it resistant to mechanical stress and environmental factors.

The high power rating allows it to handle significant current loads without overheating. The component's compliance with RoHS regulations demonstrates a commitment to environmental sustainability. The WSL25122L000FTA-0.002R is commonly used in applications where precise and efficient current sensing is critical for optimal system performance and safety.