Pack of 2 DT1608C223MLC SMT Shielded Power Inductor 20% Tolerance for DCDC Converter

Pack of 2 DT1608C223MLC power inductors, shielded, 20% tolerance, surface mount (SMT) Key benefits Compact SMT footprint tailored for spaceconstrained PCBs and modern electronics. Shielded construction reduces electromagnetic interference and limits stray coupling with nearby components. 20% tolerance provides predictable inductance for reliable filtering and power conversion performance. Pack of 2 is convenient for prototyping, repairs, and small production runs. Designed for straightforward integration into standard SMT assembly flows. What this component does Acts as a power inductor to store and release energy in power management circuits, filter frequency noise, and stabilize current in switching regulators. The model DT1608C223MLC denotes the specific inductance and package family for matching circuit design requirements. Compatibility and form factor Surface mount device (SMT) compatible with common PCB layout practices and automated placement. Suitable for use where a small 1608series footprint is required. Shielded design supports denser layouts by minimizing magnetic interaction with adjacent parts. Performance and build Shielded magnetic construction helps maintain inductance under typical operating conditions and reduces radiated noise. 20% tolerance gives designers a clear margin when selecting components for filtering and power regulation tasks. Supplied as a pair to support multiphase circuits or paired filter stages. Practical applications DCDC converter input and output filtering in embedded and portable electronics. Power rail noise suppression for microcontrollers, FPGAs, and digital signal processors. EMI reduction and transient suppression in batterypowered devices and IoT modules. Package contents Two units of DT1608C223MLC power inductor, shielded, SMT, 20% tolerance. Technical note Refer to the DT1608C223MLC specification sheet for detailed electrical characteristics and layout recommendations to ensure correct selection for your circuit.