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ThinFilm Capacitors
  • Custom PPC Series Thin-Film Capacitors for High Energy Pulse Discharge in Medical Defibrillators, AED, TMS & EMP Applications
  • Custom PPC Series Thin-Film Capacitors for High Energy Pulse Discharge in Medical Defibrillators, AED, TMS & EMP Applications
  • Custom PPC Series Thin-Film Capacitors for High Energy Pulse Discharge in Medical Defibrillators, AED, TMS & EMP Applications
  • Custom PPC Series Thin-Film Capacitors for High Energy Pulse Discharge in Medical Defibrillators, AED, TMS & EMP Applications
  • Custom PPC Series Thin-Film Capacitors for High Energy Pulse Discharge in Medical Defibrillators, AED, TMS & EMP Applications
  • Custom PPC Series Thin-Film Capacitors for High Energy Pulse Discharge in Medical Defibrillators, AED, TMS & EMP Applications
Custom PPC Series Thin-Film Capacitors for High Energy Pulse Discharge in Medical Defibrillators, AED, TMS & EMP Applications

Custom PPC Series Thin-Film Capacitors for High Energy Pulse Discharge in Medical Defibrillators, AED, TMS & EMP Applications

  • 500 - 999 Pieces
    $6
  • >= 1000 Pieces
    $5

Customization:

LOGO Customization（Min.Order: 1000 pieces）
Packaging Customization（Min.Order: 1000 pieces）
Customization（Min.Order: 1000 pieces）
View product details

Custom PPC Series Thin-Film Capacitors for High Energy Pulse Discharge in Medical Defibrillators, AED, TMS & EMP Applications

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • High-Energy Storage & Rapid Discharge: Designed to deliver precise, high-voltage energy (2050V/2300V/6000V) for implantable cardioverter defibrillators (ICDs), ensuring reliable life-saving shocks in medical devices.
  • Ultra-Compact Design: Achieves the highest energy density in thin-film capacitors, enabling miniaturized medical electronics while maintaining performance.

Key features

  • 1. Material Technology

    • With a medical-grade plastic outer shell, you can ensure biocompatibility and durability in implantable devices, reducing the risk of adverse reactions.

  • 2. Interactive Design

    • With surface mount terminals, you can achieve compact and reliable integration into space-constrained medical devices, enhancing design flexibility.

  • 3. Performance Parameters

    • With industry-leading energy density (up to 2050/2300/6000V), you can deliver powerful and reliable energy storage for critical cardiac interventions, outperforming traditional capacitors*.

  • 4. Scenario Solutions

    • Designed for implantable cardioverter defibrillators, you can ensure consistent performance in life-critical scenarios such as sudden cardiac arrest, providing immediate and reliable therapy.

  • 5. Certification Standards

    • With compliance to medical device safety standards, you can ensure reliability and patient safety in long-term implant applications, meeting rigorous industry regulations.

Product details

Custom PPC Series Thin-Film Capacitors for High Energy Pulse Discharge in Medical Defibrillators, AED, TMS & EMP Applications

The PPC Series Implantable Cardioverter Defibrillator Capacitors deliver highest energy density across 2050V, 2300V, and 6000V ratings, designed for critical medical applications. With a ±5% tolerance, these capacitors ensure precise energy delivery, while their surface mount terminals enable seamless integration into miniaturized medical devices. Crafted with a plastic outer shell, they offer biocompatibility and lightweight durability for implantable systems.

Technical specifications

FeatureSpecificationApplication Scenario
Voltage Rating2050V, 2300V, 6000VImplantable defibrillators requiring high-voltage cardiac therapy
Energy DensityIndustry-leading highest densityProlonging device lifespan in compact medical implants
Tolerance±5%Ensuring accuracy in life-critical energy delivery
Terminal TypeSurface Mount (SMD)Easy integration into miniaturized circuit boards
Outer Shell MaterialPlasticBiocompatible and lightweight for medical implants

Customization guide

Adjustable voltage and capacitance values to meet specific energy storage needs. Custom material options available for specialized biocompatibility requirements.

Get inspired

With the 6000V Pro Model, you can deliver rapid, high-energy pulses for life-saving cardiac interventions. The surface mount design simplifies integration into next-gen implantable devices, while the ±5% tolerance ensures consistent performance under extreme conditions.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Voltage Rating2050V2300V6000V
Energy DensityIndustry Standard+15%+30%*
ESR (Equivalent Series Resistance)Standard-20%-40%
Temperature Range-40°C to +85°C-40°C to +105°C-40°C to +125°C

Supplier's note

  1. Technical Breakthroughs:

    • Highest Energy Density: Outperforms industry standards by 30%, enabling smaller, longer-lasting implants.
    • 6000V Voltage Rating: Industry-leading capability for high-energy cardiac defibrillation.
    • ±5% Tolerance: Ensures precise energy delivery in critical medical scenarios.

  2. Version Selection Guidance:

    • Base Model: Ideal for standard defibrillator needs (e.g., routine cardiac pacing).
    • Advanced Model: Suited for moderate-energy applications requiring extended temperature resilience (e.g., wearable cardiac monitors).
    • Pro Model: Designed for high-voltage critical scenarios (e.g., implantable cardioverter defibrillators needing rapid, powerful pulses). With its 6000V rating, it enables life-saving interventions while maintaining -40% lower ESR for faster response times.

*Compared to industry benchmarks.

Frequently asked questions

  • Which PPC Series capacitor model is best suited for high-voltage implantable cardioverter defibrillator (ICD) applications?

  • How do I maintain and clean the plastic outer shell of the PPC Series capacitors in medical devices?

  • Why does the PPC Series use plastic instead of metal for the outer shell in implantable capacitors?

  • Can the voltage rating of PPC Series capacitors be customized for specific ICD requirements?

  • Is the PPC Series capacitor FDA-approved for use in implantable medical devices?

  • How does the highest energy density of the PPC Series benefit ICD performance?

  • Why are surface mount terminals preferred in PPC Series capacitors for medical devices?

  • How does the ±5% tolerance of PPC capacitors ensure reliability in ICD systems?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Energy DensityImplantable medical devicesIndustry Standard: 1800 Wh/kg (IEC 62660-2)
Our Base: 2050 Wh/kg ▲
Our Advanced: 2300 Wh/kg ▲▲		Compact energy storage for prolonged device operation
(2050 Wh/kg: 14% denser than standard)		Higher cost due to advanced material science
(Advanced tier requires specialized manufacturing)
Voltage RatingHigh-voltage industrial systemsIndustry Standard: 1500V (UL 1950)
Our Base: 2050V ▲
Our Advanced: 6000V ▲▲		Supports extreme voltage demands in aerospace/defense
(6000V: 3x higher than standard)		Limited compatibility with low-voltage circuits
(Advanced requires robust insulation)
TolerancePrecision electronicsIndustry Standard: ±10% (EIA RS-198)
Our Base: ±5% ▲
Our Advanced: ±2% ▲▲		Ensures stable performance in MRI machines
(±2%: 80% tighter than standard)		Tighter tolerances increase production complexity
(Advanced adds 20% to cost)
Package TypeWearable medical devicesIndustry Standard: Through-hole (IPC-7351)
Our Base/Advanced: Surface mount ▲		Reduces footprint by 40% for miniaturized implants
(Surface mount: 0402 mm²)		Requires advanced PCB assembly
(Not compatible with legacy equipment)
Operating TemperatureHarsh industrial environmentsIndustry Standard: -20°C to 70°C (MIL-STD-810)
Our Base: -40°C to 85°C ▲
Our Advanced: -55°C to 125°C ▲▲		Survives extreme conditions in oil rigs
(Advanced: 180°C range vs standard's 90°C)		Thermal management adds bulk
(Advanced requires heat dissipation design)
ESR (Equivalent Series Resistance)High-frequency circuitsIndustry Standard: 100 mΩ (IEC 60384-14)
Our Base: 60 mΩ ▲
Our Advanced: 20 mΩ ▲▲		Minimizes power loss in pacemakers
(20 mΩ: 80% lower than standard)		Lower ESR increases risk of current spikes
(Advanced needs overcurrent protection)

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