Polymer Capacitor

The Unchanging Values Pursued by Vina Enesol

Products

Polymer Capacitor

Conductive Polymer
Aluminum Electrolytic Capacitors

Vina Enesol’s polymer capacitors apply state-of-the-art
conductive polymer technology, offering excellent noise reduction and
ripple current characteristics while ensuring long-term performance reliability.

Product Search

Seriesrestart_alt Rated Voltage (V)restart_alt Capacitance(㎌)restart_alt Ripple Current (mArms)restart_alt ESR(mΩ)restart_alt Category temperature range(℃)restart_alt Endurancerestart_alt
Body shaperestart_alt Product diameter(mm)restart_alt Product height(mm)restart_alt Leakage Current[µA, max.]restart_alt Tangent of Loss Angel[max.]restart_alt Ripple Freq.restart_alt Vibration-proofrestart_alt
Part Number Series Rated Voltage (V) Capacitance(㎌) Ripple Current (mArms) ESR(mΩ) Category temperature range(℃) Endurance(hrs) DataSheet Product Inquiry
Body shape Product diameter(mm) Product height(mm) Leakage Current[µA, max.] Tangent of Loss Angel[max.] Ripple Freq. Vibration-proof
  • Product Features

    Excellent Ripple Noise Suppression with Low ESR at High Frequencies

    Through the electron conduction mechanism of conductive polymer, Vina Enesol’s polymer capacitors achieve significantly low ESR even in high-frequency ranges above 100kHz, enabling outstanding noise suppression and promoting PCB miniaturization.

    Fast High-Current Charge/Discharge Performance

    Meets the demands of high-current applications such as CPUs, DC/DC converters, and BMS circuits.

    Superior Heat Resistance

    EneCap™, based on solid electrolyte, offers excellent heat resistance and supports eco-friendly soldering methods, making it fully compatible with high-temperature reflow soldering environments.

    Long Lifespan, High Reliability, and Eco-Friendliness

    Guaranteed operation for 2,000 to 50,000 hours at 105–150°C

    Delivers stable and consistent performance across a wide temperature range (-55°C to 150°C)

    Free from organic solvents and rare metals, making it environmentally friendly

    No Voltage Derating
    No Capacitance Derating

    Compared to tantalum capacitors, stable temperature characteristics result in no voltage derating and no ignition risk

    Compared to MLCCs, stable bias characteristics result in no capacitance derating

  • Applications

    Optimized for Digital Convergence Electronic Devices

    Ideal for digital convergence electronics such as industrial displays used in gaming, medical equipment, monitors, inspection systems, and explosive detonator devices.
    Offers high voltage, large capacitance, ultra-long lifespan, and a wide operating temperature range, with proven compatibility for communication equipment.

    Product Features

    CategoryCharacteristics
    Industrial Displays, Security Devices, Smart Home Appliances16~25V
    Industrial Equipment, Automotive35~50V
    LED Lighting, Communication Devices, Automotive100~150V
    Under Development250V