The Chilisin LVS252012-220M-N is a shielded, wire-wound inductor designed for a wide range of power management and filtering applications. The '220M' designation indicates a nominal inductance of 22µH. Its shielded construction effectively minimizes electromagnetic interference (EMI), crucial for sensitive electronic circuits. The compact 2520 (1008) form factor allows for high-density board designs, making it ideal for portable devices and space-constrained applications.

Applications:

• DC-DC converters
• Buck and boost converters
• Power supplies for portable electronics
• EMI filtering
• Voltage regulators

Features:

• Shielded structure for reduced EMI
• Small 2520 (1008) footprint
• High current handling capability
• Wire-wound construction for superior electrical characteristics
• RoHS compliant

Benefits:

• Minimized EMI ensures stable and reliable circuit operation
• Compact size enables use in miniature devices
• Efficient power conversion reduces energy consumption
• Robust construction ensures long-term reliability
• Environmentally friendly design

Additional Details:

The LVS252012-220M-N inductor boasts a typical inductance of 22µH with associated tolerance ranges. Key specifications include its saturation current, indicating the DC current level at which the inductance begins to drop, and its low DC resistance (DCR), which contributes to higher efficiency. The self-resonant frequency (SRF) determines the upper frequency limit for effective inductive behavior. It's also vital to consider its operating temperature range to guarantee dependable performance in diverse operating conditions. Often used alongside other passive elements like capacitors and resistors, this inductor enables complete power management solutions where a small form factor and premium performance are critical.

When implementing the LVS252012-220M-N into designs, it's essential to take into account parameters such as ripple current, temperature rise, and operating frequency. Its robust construction ensures longevity in demanding applications.