TCC1206M3L104J500FT High-Loss Reduction Multilayer Ceramic Chip Capacitor (MLCC)

• TCC: Product series of CCTC (Three-Circle)

• 1206: Package size 3.2×1.6mm

• M3L: Low-distortion high-frequency dielectric (similar to NPO/COG, featuring low temperature drift and low loss)

• 104: Capacitance = 10×10⁴ pF = 0.1μF / 100nF

• J: Tolerance ±5%

• 500: Rated voltage 50V DC

• FT: Tape & reel packaging, RoHS compliant and lead-free

Key Specifications

• Type: Multilayer Ceramic Chip Capacitor (MLCC)

• Operating Temperature Range: -55℃ ~ +125℃

• Features: High-frequency low loss, ultra-low temperature drift, high Q factor and excellent stability

Functions

• LC resonance for wireless charging: Connected in series with coils to stabilize resonant frequency, improve efficiency and reduce heat generation.

• High-frequency filtering & decoupling: Eliminate interference and stabilize voltage in power supplies, RF and signal circuits.

• Oscillation & clock circuit: Provide timing and resonance for wireless charging, carrier and clock circuits.

• Coupling & DC blocking: Block DC and pass AC in audio and signal circuits.

• Low-distortion capacitance application: Maintain stable capacitance and low loss for precision power supplies, instruments and audio equipment.

Application Scope

• 5W/10W Wireless Chargers: M3L dielectric is specially designed for wireless charging resonance, 3~4 pcs are commonly used per unit.

• Industrial Power Supplies & Adapters: 50V rated voltage and stable performance over wide temperature range.

• Audio & Hi-Fi Devices: Low distortion for pure sound quality.

• Communication & RF Equipment: Low high-frequency loss and low standing wave.

• Automotive & New Energy Products: Vibration resistance and high reliability under -55℃~+125℃.

• Precision Instruments & Medical Devices: Stable capacitance, low temperature drift and good consistency.

Summary

This is a domestic high-frequency low-loss MLCC. It is mainly applied to wireless charging resonance circuits, and also widely used in industrial, automotive, communication and other fields that require high stability and low loss.