Murata LQG15WH0N7S02D High Frequency Chip Inductor
The LQG15WH0N7S02D is a high-performance multilayer chip inductor designed for electronic applications. Featuring an inductance range of 0.7nH to 40.3nH tested at 100MHz, it supports high current capacity up to 1200mA and operates within a temperature range of -55°C to 125°C. Its compact 0402 package with a size of 1.0mm x 0.6mm x 0.5mm ensures space efficiency. This component is ideal for switching regulators, RF circuits, and noise filtering in precision electronic assemblies, offering reliable inductance and minimal resistance.
Murata LQG15WH0N7S02D High Frequency Chip Inductor Specifications:
Inductance Range: 0.7nH to 40.3nH
Test Frequency: 100MHz
Rated Current: 1200mA
Max. DC Resistance: 0.030 Ω
Q Factor at 250MHz: Minimum
Self-Resonance Frequency: 15000MHz
Operating Temperature Range: -55°C to 125°C
Series: LOG15WH_02
Package Size: 0402 (1005)
Dimensions: 1.0mm x 0.6mm x 0.5mm
Mass: 0.0019 grams
Pack MOQ: 10,000 pieces in paper taping, 40,000 in paper taping (larger quantity)
Series indicates high frequency performance and reliability
Buy the Murata LQG15WH0N7S02D – Reliable Inductor for Industrial Applications
Purchase Murata's high frequency chip inductor LQG15WH0N7S02D online and ensure your electronic designs operate with maximum efficiency. This compact component offers adjustable inductance from 0.7nH to 40.3nH, supporting a rated current of 1200mA and maintaining excellent performance up to 125°C. Its small size, 0402 package, and minimal resistance make it suitable for RF circuits, switching regulators, and noise filtering in compact electronic assemblies. Buy online now for reliable performance and quick delivery!
Get Murata LQG15WH0N7S02D today—built for high performance in RF and power filter circuits.
Frequently Asked Questions
Where can I buy Murata LQG15WH0N7S02D?
You can click on the BUY or RFQ button to purchase LQG15WH0N7S02D from an authorized Murata distributor.
How do I troubleshoot issues or seek technical support for part LQG15WH0N7S02D?