RF Ceramic Chip Inductors

Product Highlights > RF Ceramic Chip Inductors

            RF Ceramic Chip Inductors
                    Compact in size and featuring lead-free tin plated nickel barrier terminations
    

Johanson Technology RF ceramic chip inductors are compact, multilayer ceramic inductors designed for high-frequency RF and wireless circuits. Their low-loss ceramic construction and high-conductivity internal electrodes provide high Q, low resistance, and stable inductance performance at RF frequencies.

These surface-mount RF inductors are suited for impedance matching, RF filtering, resonant circuits, and other high-frequency applications where PCB space and RF performance are important design considerations.

Johanson RF Ceramic Chip Inductors are available in compact package sizes for use in wireless, IoT, telecommunications, automotive, industrial, aerospace, and defense electronics.

Johanson Technology RF Ceramic Chip Inductors are designed for engineers who need compact inductors with consistent high-frequency performance. Their high-Q, low-loss ceramic construction makes them well suited for RF matching, filtering, and resonant circuits where efficiency, component size, and stable electrical performance are important.

Johanson also provides engineering support to help designers select components and address RF design requirements.

Features

High Q for low-loss RF circuits
Low DC resistance (DCR)
Stable inductance at high frequencies
Tight inductance tolerances
Compact surface-mount construction
0201, 0402, and 0603 case sizes
RoHS-compliant termination options
Tape-and-reel packaging for automated assembly
Typical applications
RF impedance matching networks
RF filters and resonant circuits
Bluetooth® and wireless devices
Wi-Fi and IoT devices

RF transceivers
GNSS and GPS systems
Telecommunications equipment
Industrial wireless systems
Automotive wireless connectivity
Aerospace and defense RF electronics
High-Q performance for RF and microwave circuits
Compact sizes for space-constrained PCB layouts
Multiple inductance values and package options
Stable electrical performance for high-frequency designs
Suitable for a wide range of wireless and RF applications
Technical support for component selection and RF design challenges