The TA-050TNC1R0M-C1R is a power inductor manufactured by Fuji Electric. This inductor is designed for use in power management circuits requiring efficient energy storage and filtering. Given the part number structure, it can be inferred that this is likely a shielded inductor designed for surface mount applications.

Applications

• DC-DC Converters: Used in step-up, step-down, and inverting DC-DC converters.
• Power Supplies: Employed in various power supply units for computers, servers, and industrial equipment.
• LED Lighting: Provides stable current for LED drivers.
• EMI Filtering: Reduces electromagnetic interference in sensitive circuits.

Features

• Shielded Construction: Minimizes electromagnetic interference (EMI).
• Surface Mount Technology (SMT): Facilitates automated assembly processes.
• Compact Size: Ideal for space-constrained applications.
• High Current Handling: Designed to withstand high ripple currents.

Benefits

• Improved Power Efficiency: Reduces power losses in power conversion circuits.
• Reduced EMI Noise: Ensures compliance with electromagnetic compatibility standards.
• Reliable Performance: Provides stable inductance over a wide range of operating conditions.
• Simplified Assembly: Streamlines the manufacturing process.

Additional Details

The '1R0M' portion of the part number typically indicates an inductance value of 1.0 µH (microhenry) with 'M' signifying a tolerance of ±20%. 'TA-050TN' likely describes the series or family of inductors within Fuji Electric's product line. The saturation current (Isat) and DC resistance (DCR) are crucial parameters that determine the inductor's performance. The saturation current is the current at which the inductance drops by a specified percentage, while the DCR affects the inductor's efficiency. Typical operating temperature ranges are from -40°C to +125°C. Core material is usually ferrite or a powdered iron composite. Always refer to the official Fuji Electric datasheet for precise specifications, including saturation current, DC resistance, and self-resonant frequency (SRF).