GYE1V101MCW1GS

The GYE1V101MCW1GS is a surface-mount conductive polymer hybrid aluminum electrolytic capacitor from Nichicon’s GYE series, optimized for high-reliability, high-temperature applications. It combines low ESR and high ripple-current capability with a long rated life to support demanding power and thermal environments.

Designed for systems requiring robust performance at elevated temperatures, this AEC‑Q200 qualified device is suited to automotive and other high-reliability electronics where sustained operation to 125 °C and automated assembly are required.

Key Features

• Capacitance & Voltage — 100 µF capacitance rated at 35 V with ±20% tolerance, suitable for moderate voltage rail decoupling and energy storage in compact SMD form.
• Conductive Polymer Hybrid Construction — Chip‑type conductive polymer hybrid aluminum electrolyte provides low ESR characteristics and high ripple handling compared with conventional electrolytic types.
• Low Loss / TAN δ — tan δ (DF) of 0.12 measured at 20 °C, 120 Hz, supporting stable performance under rated conditions.
• High Ripple Current Capability — 255 mA at 120 Hz (low frequency) and 1.7 A at 100 kHz (high frequency), enabling effective smoothing and decoupling in both low- and high-frequency power paths.
• Low ESR — 35 mΩ specified at 20 °C, 100 kHz, minimizing power dissipation and voltage drop under AC ripple.
• Leakage Current — Specified leakage current of 35 µA (measured after rated voltage application), supporting predictable bias behavior.
• High Temperature Endurance — Rated for 4,000 hours at 125 °C, with endurance limits defined for capacitance change, tan δ, ESR and leakage current after endurance testing.
• Robust Operating Range & Qualification — −55 °C to 125 °C operating range and AEC‑Q200 qualification for automotive reliability requirements.
• Compact SMD Package & Assembly — φ6.3 × 7.7 mm can‑style SMD package with embossed carrier taping for automated pick-and-place.
• Compliance — RoHS compliant.

Typical Applications

• Automotive Electronics — Suited for power filtering and decoupling in automotive subsystems where AEC‑Q200 qualification and operation up to 125 °C are required.
• High‑Reliability Industrial Systems — Provides long-life, high-temperature capacitance and low ESR for industrial power rails and control electronics.
• Embedded Power Modules — Compact SMD footprint and high ripple-current capability make it appropriate for DC‑DC converter outputs and local energy storage in compact power modules.

Unique Advantages

• Matched for High‑Temperature Duty: Rated for continuous operation to 125 °C with a 4,000‑hour endurance specification, ensuring predictable performance in hot environments.
• High Ripple Handling at HF and LF: Dual ripple current specs (255 mA at 120 Hz and 1.7 A at 100 kHz) let designers address both low- and high-frequency ripple requirements with a single part.
• Low ESR Reduces Power Loss: 35 mΩ ESR at 100 kHz lowers dissipation and voltage droop, improving efficiency in power conversion and decoupling applications.
• AEC‑Q200 Qualified: Qualification for automotive reliability supports deployment in vehicle electronics and other safety‑critical systems.
• Surface‑Mount Packaging for Automated Assembly: Embossed carrier taping and a compact φ6.3 × 7.7 mm can‑style SMD package simplify high-volume manufacturing integration.
• Stable Leakage and Loss Characteristics: Specified leakage current and tan δ measurements at standard test conditions provide predictable behavior for bias-sensitive circuits.

Why Choose GYE1V101MCW1GS?

GYE1V101MCW1GS positions itself as a reliable, high-temperature-capable SMD capacitor that balances high capacitance density, low ESR, and strong ripple-current performance. Its conductive polymer hybrid construction and AEC‑Q200 qualification make it suitable for designers who need predictable, long-life performance in thermally demanding and high-reliability applications.

This part is ideal for engineers developing automotive power rails, industrial control power modules, and compact embedded power supplies where space, thermal endurance, and automated assembly are critical. Choosing this capacitor supports long-term robustness and consistent electrical behavior across the product lifecycle.

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