Welcome to WECHIP | Register

Home > Industry Information > CGA5L3C0G2E822J160AA

CGA5L3C0G2E822J160AA

Auth: Date:2026/1/13 Source:WECHIP Visit:6 Related Key Words: high-performance high-reliability automotive-grade low loss

I.Overview of CGA5L3C0G2E822J160AA

The CGA5L3C0G2E822J160AA is a high-performance, high-reliability multilayer ceramic capacitor from TDK Corporation, part of its CGA series of automotive-grade components. Utilizing a Class I ceramic dielectric material (C0G/NP0 characteristic), it provides exceptionally stable and predictable capacitance over a wide temperature range. With a rated voltage of 250V, a capacitance value of 8200pF (8.2nF), a tolerance of ±5%, and AEC-Q200 certification, it is specifically designed for demanding automotive electronics and high-reliability industrial applications to ensure long-term performance and circuit stability in harsh environments.

 

II.CGA5L3C0G2E822J160AA Parameter

Category:Capacitors;Ceramic Capacitors

Mfr:TDK Corporation

Series:CGA

Packaging:Tape & Reel (TR);Cut Tape (CT)

Part Status:Active

Capacitance:8200 pF

Tolerance:±5%

Voltage - Rated:250V

Temperature Coefficient:C0G, NP0

Operating Temperature:-55°C ~ 125°C

RatingsAEC-Q200

ApplicationsAutomotive

Mounting TypeSurface Mount, MLCC

Package / Case1206 (3216 Metric)

Size / Dimension0.126" L x 0.063" W (3.20mm x 1.60mm)

Thickness (Max)0.071" (1.80mm)

 

III.CGA5L3C0G2E822J160AA Main Characteristics

Excellent Temperature Stability: C0G (NP0) dielectric ensures minimal capacitance change (typically ±30ppm/°C) across the entire -55°C to 125°C operating range, offering highly stable performance.

Low Loss & High Q Factor: Features very low dielectric loss and equivalent series resistance, making it suitable for high-frequency, high-Q resonant circuits and filtering applications.

High Rated Voltage: 250V DC rating provides ample design margin, enhancing reliability in environments with voltage transients.

Automotive-Grade Reliability & Certification: AEC-Q200 certified, meeting the automotive industry's most stringent reliability requirements for components regarding temperature cycling, mechanical shock, and humidity bias.

Minimal DC Bias Dependence: Capacitance value remains virtually unchanged with applied DC bias voltage, ensuring consistent circuit performance under real operating conditions.

No Piezoelectric Effect: C0G dielectric is free from the piezoelectric effect, preventing the conversion of mechanical vibration into electrical noise, making it ideal for low-noise circuits.

Compact Size: Utilizes the standard 1206 package to deliver high performance within limited PCB space.

 

IV.CGA5L3C0G2E822J160AA Application 

Automotive Electronic Systems: Used in timing, filtering, and resonant circuits within Engine Control Units, Advanced Driver-Assistance Systems, infotainment systems, and Battery Management Systems, especially in high-temperature zones near the engine.

RF & High-Frequency Circuits: Suitable for impedance matching, tuning, and filtering circuits in base stations, wireless communication modules, and GPS receivers.

Precision Analog Circuits: Employed in integration, sample-and-hold, and bypass applications for high-precision instrumentation amplifiers, data converters, and sensor signal conditioning circuits.

Industrial Control & Power Supplies: Provides stable performance in snubber, resonant, and noise suppression circuits for industrial PLCs, inverters, and switch-mode power supplies.

Medical Equipment: Used in medical monitoring and imaging devices where stability and safety are paramount.

 

V.Conclusion

The CGA5L3C0G2E822J160AA is an automotive-grade C0G ceramic capacitor that represents TDK's high-quality craftsmanship. It perfectly combines the excellent temperature stability and low-loss characteristics of Class I ceramic dielectric with the automotive-grade reliability guaranteed by AEC-Q200 certification. For automotive, industrial, and high-end consumer applications that require stable circuit parameters under extreme temperatures, high-voltage stress, and long-term vibration, this component is an ideal choice for critical timing, filtering, and resonant circuits. It serves as a foundational passive component for ensuring the long-term reliable operation of electronic systems.


Industry Information

Product Index :