Wire Wound Ceramic Chip Inductors WHI0603 | Core Master
WHI0603 ceramic chip inductors deliver exceptional SRF and Q values for RF, telecommunications, and networking equipment with superior thermal stability.
Wire Wound Ceramic Chip Inductors - WHI0603
WHI0603
WHI0603 offers excellent SRF and thermal stability, providing reliable noise filtering for telecommunications and networking equipment.
Inductance / Impedance
1.6-470 (nH)
Rated Current
100-700 (mA)
Features
- Their ceramic construction delivers the highest possible SRFâs and Q value.
- These ultra-compact inductors provided exceptional Q values, even at high.
- The non-magnetic coil form also assures the utmost in thermal stability, predictability and batch consistency.
Applications
- RF devices.
- Telecommunications equipment.
- Networking systems.
Dimensions (UNIT: mm)
A 1.80 (MAX) m/m
B 1.12 (MAX) m/m
C 1.02 (MAX) m/m
D 0.86 (REF) m/m
E 0.33 (REF) m/m
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How can you achieve superior noise filtering and signal integrity in telecommunications equipment without compromising thermal stability?
Core Master's WHI0603 ceramic chip inductors deliver the highest possible SRF and Q values with non-magnetic ceramic construction that ensures exceptional thermal stability and batch consistency. With inductance ranges from 1.6 to 470 nH and rated currents up to 700 mA, these ultra-compact inductors provide the reliable noise filtering your telecommunications equipment requires. Contact our engineering team to discuss how we can optimize these inductors for your specific application requirements.
Core Master's WHI0603 inductors are specifically engineered for RF devices, telecommunications equipment, and networking systems where noise filtering and signal integrity are paramount. Backed by over 40 years of specialized manufacturing expertise and RoHS certification with SGS quality reports, these ceramic chip inductors deliver the dependable performance and consistent quality that global B2B customers demand. Our professional engineering team stands ready to support your customization requirements, ensuring seamless integration into your circuit designs and optimal performance across all operating conditions.