The CGA3E3C0G2E222J080AA is a high-quality ceramic capacitor designed for automotive and industrial applications, offering reliable performance in mid-voltage environments ranging from 100 to 630 volts. Its compact 1608 series package provides an excellent balance of electrical characteristics and physical dimensions, with a capacitance value of 2200pF. The capacitor features a temperature range from -55°C to 125°C, low ESR, high insulation resistance, and stability under DC bias, making it suitable for demanding electronic circuits requiring durable and precise components.
ESR vs. Frequency: Characterized for stability across frequencies
DC Bias Resistance: High insulation resistance, minimum 10GΩ
Temperature Characteristic: Stable from -55°C to 125°C, with low capacitance variation
Application: Suitable for automotive, industrial, power supply, and switching circuits
Reliability: Meets automotive and industrial grade standards with low ESR and temperature stability
Buy the TDK CGA3E3C0G2E222J080AA – Reliable Ceramic Capacitor for Industrial Applications
Experience the reliability of the TDK ceramic capacitor CGA3E3C0G2E222J080AA, featuring 2200pF capacitance, 250V DC rating, and excellent temperature stability from -55°C to 125°C. Its compact 1608 package makes it ideal for automotive and industrial applications where space and performance are critical. Built with high insulation resistance and low ESR, this capacitor ensures long-lasting durability and stable electrical performance under DC bias and across a wide frequency range. Perfect for power supply, switching, and high-voltage circuits demanding reliability and precision.
Get TDK CGA3E3C0G2E222J080AA today—designed for durability and precision in demanding electronic circuits.
Frequently Asked Questions
Where can I buy TDK Corporation CGA3E3C0G2E222J080AA?
You can click on the BUY or RFQ button to purchase CGA3E3C0G2E222J080AA from an authorized TDK Corporation distributor.
How do I troubleshoot issues or seek technical support for part CGA3E3C0G2E222J080AA?