GXC1E271MCW1GS

The GXC1E271MCW1GS is a surface-mount conductive polymer hybrid aluminum electrolytic capacitor engineered for high-reliability, high-temperature applications. With a rated capacitance of 270 µF and a 25 V rating, it combines low ESR and high ripple-current capability in a compact φ10 × 10 mm can-style SMD package.

Designed for demanding environments, this AEC-Q200–rated, RoHS-compliant device delivers long life at elevated temperatures (4000 hours at 135°C) while supporting automated assembly through embossed carrier taping.

Key Features

• Core — Conductive polymer hybrid aluminum electrolytic construction providing high reliability and low ESR for power applications.
• Capacitance & tolerance — 270 µF nominal with ±20% tolerance at 120 Hz, 20°C, suitable for bulk energy storage and smoothing functions.
• Voltage — Rated for 25 V operation.
• Low loss / ESR — ESR of 16 mΩ measured at 100 kHz, 20°C, supporting high-frequency performance.
• Ripple current capability — 495 mA at 120 Hz (low frequency) and 3.3 A at 100 kHz (high frequency) for robust ripple-handling in power circuits.
• High-temperature endurance — Qualified for 4000 hours at 135°C under rated conditions, with endurance limits defined for capacitance, tan δ and ESR.
• Tan δ (loss tangent) — 0.14 maximum at 25 V, 120 Hz, 20°C, indicating controlled dielectric loss characteristics.
• Leakage current — Specified leakage of 67.5 µA after standard charge conditions.
• Package & mounting — φ10 × 10 mm radial can in an SMD form factor, supplied on embossed carrier tape for pick-and-place.
• Environmental & reliability — AEC-Q200 rating and RoHS compliance; vibration resistant construction for mechanically demanding assemblies.

Typical Applications

• Automotive electronics — AEC-Q200 qualification and 4000-hour endurance at 135°C make this capacitor suitable for in-vehicle power systems where elevated temperature tolerance and reliability are required.
• High-temperature power subsystems — The −55°C to 135°C operating range and long-life rating support use in power modules and electronics exposed to sustained high temperatures.
• Vibration-prone assemblies — Vibration-resistant design and SMD packaging enable reliable operation in mechanically active environments.
• Compact surface-mount designs — φ10 × 10 mm size and embossed carrier taping facilitate automated assembly in space-constrained PCBs.

Unique Advantages

• High ripple-current handling: 3.3 A at 100 kHz and 495 mA at 120 Hz provide margin for demanding AC and switching loads, reducing thermal stress on the capacitor.
• Low ESR for high-frequency performance: 16 mΩ at 100 kHz helps minimize losses and voltage drop in high-speed power circuits.
• Long high-temperature life: 4000 hours at 135°C supports designs targeting extended field reliability in hot environments.
• Automotive-grade reliability: AEC-Q200 rating and vibration resistance address qualification needs for transportation applications.
• Assembly-ready packaging: Embossed carrier taping enables streamlined pick-and-place integration into automated manufacturing lines.
• Regulatory compliance: RoHS-compliant construction supports environmental and sourcing requirements.

Why Choose GXC1E271MCW1GS?

The GXC1E271MCW1GS positions itself as a compact, high-reliability SMD capacitor optimized for applications requiring low ESR, high ripple capability, and extended operation at elevated temperatures. Its combination of conductive polymer hybrid construction, AEC-Q200 qualification, and 4000-hour life at 135°C makes it suitable for engineers designing robust power subsystems in automotive and other high-temperature environments.

Choosing this part supports designs that demand long-term stability, controlled dielectric loss, and automated assembly readiness—reducing redesign risk and simplifying BOM selection for harsh-environment power electronics.

If you would like a quote, sample availability, or technical support for integrating the GXC1E271MCW1GS into your design, please request a quote or contact sales for further assistance.