Manufacturer Part Number
LQG15HS1N0S02D
Manufacturer
Murata Electronics
Introduction
Murata Electronics LQG15HS1N0S02D is a high-performance multilayer fixed inductor.
Product Features and Performance
Ultra-compact 0402 (1005 Metric) package
Multilayer construction
Air-core design for minimized losses
High-frequency operation with maximum self-resonant frequency of 10GHz
High-Q factor of 8 at 100MHz indicating low losses
Stable inductance of 1 nH with low tolerance of ±0.3nH
Capable of handling current up to 1 A
Low DC resistivity with a maximum DC Resistance of 70mOhm
Unshielded construction
Product Advantages
Optimized for high-frequency applications
Minimal signal disruption due to lack of shielding
Consistent performance due to tight inductance tolerance
Key Technical Parameters
Inductance: 1 nH
Tolerance: ±0.3nH
Current Rating: 1 A
DC Resistance: 70mOhm Max
Quality Factor: 8 @ 100MHz
Self Resonant Frequency: 10GHz
Operating Temperature Range: -55°C to 125°C
Test Frequency: 100 MHz
Quality and Safety Features
Operates reliably in extreme temperatures from -55°C to 125°C
Compatibility
Surface Mount Type compatible with reflow soldering processes
Standard 0402 footprint for easy integration into existing designs
Application Areas
RF and high-frequency circuits
Telecommunication systems
Signal processing circuits
Integrated circuits (ICs)
Product Lifecycle
Product Status: Active
No indication of discontinuation, ensuring availability for ongoing and future projects
Replacements or upgrades to be determined based on future product developments
Several Key Reasons to Choose This Product
Designed and built by Murata Electronics, a trusted name in electronic components
High precision with tight inductance tolerance for consistent circuit performance
Robust construction that is suitable for rigorous industrial applications
Compatible with automated assembly due to industry-standard SMD package
Availability in Tape & Reel packaging for efficient pick and place manufacturing
Inductor offers high-frequency operation with minimal inductive losses
Space-saving design meeting demands for miniaturized electronic assemblies