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  • LORIDA factory price 1KV 101K 222k 2kv 221 100PF supplier power type ac dc chip blue disc high voltage ceramic capacitors
  • LORIDA factory price 1KV 101K 222k 2kv 221 100PF supplier power type ac dc chip blue disc high voltage ceramic capacitors
  • LORIDA factory price 1KV 101K 222k 2kv 221 100PF supplier power type ac dc chip blue disc high voltage ceramic capacitors
  • LORIDA factory price 1KV 101K 222k 2kv 221 100PF supplier power type ac dc chip blue disc high voltage ceramic capacitors
  • LORIDA factory price 1KV 101K 222k 2kv 221 100PF supplier power type ac dc chip blue disc high voltage ceramic capacitors
  • LORIDA factory price 1KV 101K 222k 2kv 221 100PF supplier power type ac dc chip blue disc high voltage ceramic capacitors
LORIDA factory price 1KV 101K 222k 2kv 221 100PF supplier power type ac dc chip blue disc high voltage ceramic capacitors

LORIDA factory price 1KV 101K 222k 2kv 221 100PF supplier power type ac dc chip blue disc high voltage ceramic capacitors

  • 1000 - 4999 Pieces
    $0.04
  • 5000 - 49999 Pieces
    $0.03
  • >= 50000 Pieces
    $0.02

Customization:

Customized logo（Min.Order: 30000 pieces）
Customized packaging（Min.Order: 30000 pieces）
Graphic customization（Min.Order: 30000 pieces）
View product details

LORIDA factory price 1KV 101K 222k 2kv 221 100PF supplier power type ac dc chip blue disc high voltage ceramic capacitors

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • High Voltage Stabilization: Designed to handle up to 2KV voltage ratings, ensuring stable performance in high-voltage electronic circuits.
  • High-Frequency Performance: Ceramic material enables excellent frequency response, ideal for AC/DC applications and high-speed signal processing.

Key features

  • 1. Material Technology

    • With ceramic dielectric material, achieve high capacitance (e.g., 100pF) in a compact size while withstanding voltages up to 2KV. This allows for space-saving designs in power electronics compared to traditional electrolytic capacitors*.

  • 2. Performance Parameters

    • With a maximum rated voltage of 2KV and ±5% tolerance, ensure precise and stable performance in high-power systems. This offers 4x tighter tolerance than standard ±20% models*, enhancing reliability in critical applications.

  • 3. Scenario Solutions

    • Designed for power systems, these capacitors provide stable operation in high-voltage environments like industrial equipment and power supplies. Their high voltage rating makes them ideal for scenarios requiring continuous operation under stress*.

  • 4. Certification Standards

    • Comply with industry standards for high-voltage components, ensuring safety and reliability in regulated power applications. Certification adherence meets or exceeds common safety protocols for electrical systems*.

  • 5. Interactive Design

    • With robust tin-plated copper leads and a cylindrical design, enable secure installation in tight spaces. This design outperforms fragile alternatives in harsh industrial settings*, ensuring longevity even under mechanical stress.

Product details

LORIDA factory price 1KV 101K 222k 2kv 221 100PF supplier power type ac dc chip blue disc high voltage ceramic capacitors

LORIDA's high voltage ceramic capacitors are engineered for power systems requiring robust performance under high voltage and frequency demands. With a voltage rating up to 2kV and capacitance values from 100pF to 22nF, these capacitors deliver stability in AC/DC applications. Their compact blue disc design and silver leads ensure efficient space utilization while maintaining superior insulation properties.

Technical specifications

FeatureSpecificationBenefit
MaterialCeramic with tin-plated copper leadsHigh dielectric constant, compact size
Capacitance100pF (101K), 2.2nF (221), 22nF (222K)Versatile for power circuit needs
Voltage Rating1kV (standard), 2kV (premium)Withstands high-stress power environments
Tolerance±20% (base), ±5% (precision)Ensures accuracy in critical applications
ApplicationPower supplies, high-frequency circuitsOptimal for energy-efficient systems

Customization guide

Adjust tolerance levels (±5% to ±20%) or voltage ratings (1kV to 2kV) to meet specific requirements. For instance, select ±5% tolerance for precision power regulation or 2kV rating for high-voltage industrial equipment.

Get inspired

Whether you’re designing a compact power supply or a high-frequency circuit, LORIDA’s capacitors combine durability and efficiency. Their ceramic core ensures stable performance even under fluctuating voltages, making them ideal for demanding power systems.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Voltage Rating1kV1.5kV (+50%)2kV (+100%)
Tolerance±20%±10%±5%
Capacitance Range100pF–2.2nF2.2nF–22nF100pF–22nF

Supplier's note

  1. Technical Breakthroughs:

    • Ceramic Core: Achieves a 40% higher capacitance-to-size ratio than traditional film capacitors.
    • 2kV Voltage Rating: Exceeds industry benchmarks by 100%, enabling use in extreme power systems.
    • ±5% Tolerance: Delivers precision 4x tighter than standard models for sensitive applications.

  2. Version Selection Guide:

    • Base Model: Ideal for basic power circuits (e.g., consumer electronics) where cost efficiency is prioritized.
    • Advanced Model: Suitable for industrial equipment requiring moderate voltage handling and improved tolerance.
    • Pro Model: Best for high-voltage systems (e.g., renewable energy inverters) demanding peak reliability and precision.

With a 2kV rating, the Pro Model ensures safe operation in harsh power environments, while its ±5% tolerance pairs with ceramic stability to minimize signal distortion. For cost-sensitive projects, the Base Model offers reliable 1kV performance at an accessible price.

Frequently asked questions

  • Which model of LORIDA high-voltage ceramic capacitor is best suited for 2kV power supply applications?

  • How should I clean and maintain LORIDA 1KV ceramic capacitors to prevent corrosion?

  • Why choose ceramic over film capacitors for high-voltage AC/DC circuits?

  • Can LORIDA high-voltage ceramic capacitors be customized for non-standard voltage requirements?

  • Are LORIDA 101K ceramic capacitors UL or IEC certified for industrial use?

  • What applications are LORIDA 1KV and 2KV ceramic capacitors designed for?

  • What tolerance options are available for LORIDA high-voltage ceramic capacitors, and why are they important?

  • Are LORIDA blue disc ceramic capacitors suitable for both AC and DC power systems?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Voltage RatingHigh-voltage power supplies, industrial equipmentIndustry: 500V (IEC 60384-13)
Base: 1KV▲ (IEC 60384-13)
Advanced: 2KV▲ (IEC 60384-13)		Handles extreme voltages (e.g., 2KV▲ doubles Base capacity)
Reduces component count		Advanced versions may require more space or cost more due to robust construction
TolerancePrecision circuits, medical devicesIndustry: ±10% (EIA RS-198)
Base: ±20%▲ (EIA RS-198)
Advanced: ±5%▲ (EIA RS-198)		Advanced tolerance (±5%▲) ensures stable performance in critical systemsBase versions may introduce variability in sensitive applications
CapacitanceFiltering, coupling in power circuitsStandard: 100pF (IEC 60384-8)
Base: 100pF▲ (IEC 60384-8)
Advanced: 100pF▲ (same, but with enhanced stability)		Matches industry standard for broad compatibility (e.g., 100pF▲ for power circuits)Limited to fixed capacitance values for specialized needs
Frequency ResponseHigh-frequency circuits, RF applicationsIndustry: Up to 100MHz
Base: 150MHz▲ (per test)
Advanced: 200MHz▲ (per test)		Advanced versions (200MHz▲) support high-frequency signals (e.g., 5G systems)Performance may degrade at frequencies beyond rated limits
Compact SizeSpace-constrained devicesIndustry: 10mm×5mm (typical)
Base: 9mm×4.5mm▲
Advanced: 8mm×4mm▲ (▲20% smaller)		Advanced size (8mm×4mm▲) saves 20% PCB space compared to industry standardsSmaller size may reduce heat dissipation efficiency in high-load scenarios
Temperature StabilityHarsh environments, automotiveIndustry: -55°C to +125°C
Base: -55°C to +150°C▲
Advanced: -65°C to +175°C▲ (▲50°C range)		Advanced versions (▲50°C) operate in extreme environments (e.g., -65°C▲)Enhanced versions may have higher costs due to specialized materials

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