CT0201LSF-6N8J

Inductors Overview

The CT0201LSF-6N8J is a fixed wirewound inductor manufactured by Central Technologies, designed for surface-mount applications. It features a nominal inductance of 6.8 nH with a tolerance of ±5%. The component has a maximum DC resistance of 110 mΩ and operates within a temperature range of -40°C to +85°C. It utilizes a ferromagnetic core and is housed in an SMD package suitable for RF circuits.

Inductors Feature Summary

• Wirewound construction utilizing a ferromagnetic core for stable inductance performance
• Surface-mount design optimized for compact RF circuit integration
• Low DC resistance characteristic supporting efficient signal transmission

Inductors Applications

• RF filter networks
• Impedance matching circuits
• High-frequency signal processing modules

Inductors Procurement Notes

Verify the specific suffix J confirms the ±5% tolerance requirement against project specifications. Ensure the operating environment remains within the -40°C to +85°C thermal limits defined by the manufacturer. Confirm that the surface-mount footprint matches the PCB layout constraints before finalizing procurement orders.

Inductors Selection Notes

Select this component when a low-value inductance near 6.8 nH is required for high-frequency applications. The wirewound technology offers distinct advantages over multilayer types for specific Q-factor needs. Evaluate the 110 mΩ DC resistance against current handling requirements to ensure minimal voltage drop in the target circuit topology.

Inductors Part Context

This part belongs to the CT0201LSF series of fixed inductors from Central Technologies. The series focuses on small form-factor components suitable for dense PCB layouts. It serves as a specialized passive element within broader electronic assemblies requiring precise high-frequency control.

Inductors Replacement Considerations

Direct substitutes must match the 6.8 nH value, ±5% tolerance, and 0201 footprint. Verify equivalent DC resistance and temperature ratings to maintain circuit performance integrity during cross-referencing.