Ceramic Trimmer Capacitor 6mm Adjustable Capacitor
5PF 10PF 20PF 30PF 40PF 50PF 60PF 70PF 120PF
Compact Size
With a 6mm footprint, it is a miniaturized component that occupies minimal space on circuit boards, making it ideal for electronic devices with strict space constraints.
Wide Adjustable Capacitance Range
It offers a diverse selection of capacitance values from 5PF to 120PF, catering to the precise capacitance adjustment requirements of different circuits.
High Precision
The ceramic material boasts excellent electrical performance and stability, ensuring high capacitance accuracy and consistency. It is suitable for circuits requiring precise capacitance values, such as high-frequency oscillation circuits and filter circuits.
Plastic-sealed Structure
Adopting a plastic-sealing process, it features moisture and dust resistance, which enhances the capacitor’s durability and reliability, thus extending its service life.
Easy Adjustment
It comes with a smooth-turning knob with distinct damping, facilitating precise capacitance adjustment for users.
It is typically available in a surface-mount device (SMD) form factor, compatible with the automated production processes of modern circuit boards, which helps improve manufacturing efficiency and soldering quality.
FM Radios
Used in LC oscillation and tuning circuits, it can adjust the receiving frequency of radios to cover the entire FM band and enhance signal clarity.
LC Oscillators
Precisely adjusting the capacitance helps stabilize the output frequency of oscillators, ensuring signal stability and accuracy.
Filters
In filter circuits, changing the cutoff frequency of the filter by adjusting the capacitance enables the screening and filtering of signals of different frequencies.
Wireless Charging Coil Debugging
Fine-tuning the matching capacitance optimizes the coupling efficiency of wireless charging coils, boosting charging speed and stability.
RF Amplifiers
Applied in input and output matching circuits, adjusting the capacitance improves the impedance matching of amplifiers, thereby enhancing signal amplification performance and overall circuit efficiency.