Ripple Current Failure in Radial Electrolytic Capacitors

February 4, 2026 Views
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SUNTAN TECHNOLOGY COMPANY LIMITED · ALL KINDS OF CAPACITORS

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Ripple current failure in electrolytic capacitors originates from internal heating caused by AC ripple superimposed on DC bias. Ripple heating accelerates electrolyte evaporation, increases ESR drift, and reduces effective capacitance. When internal heating combines with elevated ambient temperature, service life decreases faster than predictions based only on rated voltage or ambient rating.

System-Level Reliability Issue in SMPS and LED Drivers

Radial aluminum electrolytic capacitors in output filters experience continuous ripple stress. In SMPS topologies operating above 50kHz, RMS ripple current can exceed thermal design assumptions. In LED drivers, enclosed fixtures create high ambient conditions, further elevating capacitor core temperature.

Typical field symptoms include ESR rise, capacitance drop, ripple voltage increase, LED flicker, and output instability. These failures are thermal wear-out mechanisms rather than dielectric breakdown.

Electrothermal Mechanism of Ripple Heating

P = Iripple2 × ESR

Ripple current generates heat internally in the electrolyte and foil structure. Poor thermal dissipation causes localized temperature rise. Elevated core temperature accelerates electrolyte loss and oxide layer degradation, increasing ESR, which in turn increases ripple heating in a feedback loop.

Lifetime Impact Under Combined Stress

Temperature acceleration models show lifetime approximately halves for every 10°C rise. Ripple-induced core heating adds to ambient temperature, effectively pushing capacitors toward their endurance limits. Continuous operation environments such as LED luminaires and industrial power supplies show highest vulnerability.

Engineering Selection Criteria for Ripple Environments

Parameter Design Consideration Selection Impact
Ripple Current RMS Measured at operating frequency Defines thermal stress level
PCB Thermal Zone Distance from MOSFETs / diodes Affects core temperature rise
Operating Hours Continuous vs intermittent Determines endurance requirement
Ambient Temperature Fixture enclosure / airflow Lifetime acceleration factor

Series Comparison for Upgrade Without PCB Redesign

Series Endurance Ripple Handling Typical Use
TS14 / TS13DB 105°C standard General ripple Control boards
TS13D2 / D4 / D8 / D9 5000–10000h High ripple + high temp LED drivers
TS13DI / D6 Low impedance High frequency ripple SMPS outputs
TS13DL / D1 Low leakage Stable ESR Precision circuits
TS13DM Stable ESR Audio ripple smoothing Audio networks

Environment-Based Selection Strategy

Reliable operation requires selecting capacitors based on combined ripple and temperature conditions rather than voltage rating alone.

View Radial Capacitor Specifications Request Engineering Support

For specification comparison based on ripple and temperature conditions, refer to official radial electrolytic capacitor specifications.

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Polymer Aluminum Electrolytic Capacitors for Power Supply | TS13 Guide

January 7, 2026 Views
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SUNTAN TECHNOLOGY COMPANY LIMITED · ALL KINDS OF CAPACITORS

When evaluating polymer aluminum electrolytic capacitors for power supply designs, engineers and sourcing teams typically focus on three practical factors:

  • Electrical performance suitable for modern power circuits
  • Ease of sourcing with flexible lead time and MOQ
  • Smooth design-in without unnecessary cost burden
Suntan TS13 polymer aluminum electrolytic capacitors overview for power supply and DC-DC designs

Suntan Technology · All Kinds of Capacitors.
Polymer aluminum electrolytic capacitors designed for power supply and DC-DC applications.

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Use the contact form for pricing, availability, and application inquiries.

Market Positioning of Suntan TS13 Polymer Series

Rather than competing purely at the premium end, the TS13 series targets engineers who need:

  • High performance aligned with low ESR and high ripple current requirements
  • Good availability, including flexible lead time and MOQ-friendly supply
  • Easy design-in, with familiar form factors for power and filtering circuits

This makes the TS13 series a practical option when comparing polymer aluminum electrolytic capacitors for commercial, industrial, and consumer power designs.

TS13 Polymer Series Overview

Series Package Category Temperature Key Strengths Typical Applications
TS13CP SMD 105°C Compact size, low ESR, high ripple current High-density PCB, consumer electronics, communication devices
TS13EX Radial 125°C High temperature endurance, stable performance Industrial equipment, automotive-related power, heat-adjacent circuits
TS13EY Radial 105°C Super low ESR, high ripple current capability High-efficiency power supplies, DC-DC converters, mainboard filtering

Each model within the Suntan TS13 Polymer Aluminum Electrolytic Capacitors family is designed to support different power supply environments without adding unnecessary complexity to the design process.

Application-Oriented Selection Guide

TS13CP: Compact SMD Polymer Capacitors for High-Density Power Designs

The Suntan TS13CP Polymer Aluminum Electrolytic Capacitors are SMD conductive polymer aluminum solid electrolytic capacitors, designed for space-constrained PCB layouts.

  • Compact SMD form factor
  • Low ESR and high ripple current capability
  • Compatibility with lead-free reflow soldering

Suitable for compact power supply circuits, consumer electronics, and communication equipment, where board space and assembly efficiency are critical.

TS13CP Product PDF

TS13EX: Radial Polymer Capacitors for High-Temperature Environments

The Suntan TS13EX Polymer Aluminum Electrolytic Capacitors are designed for applications where thermal stability is a primary concern. With a category temperature rating up to 125°C, TS13EX supports:

  • Industrial power supplies
  • Automotive-related electronics
  • Power circuits located near heat-generating components

A suitable choice when evaluating polymer aluminum electrolytic capacitors for high-temperature power applications.

TS13EX Product PDF

TS13EY: Low ESR Polymer Capacitors for DC-DC and Power Filtering

The Suntan TS13EY Polymer Aluminum Electrolytic Capacitors focus on super low ESR and high ripple current, supporting efficient power conversion and stable filtering.

  • DC-DC converters
  • Mainboard power filtering
  • High-efficiency power supply designs

Often considered when engineers require low ESR polymer capacitors without moving to premium-cost components.

TS13EY Product PDF
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Video: Suntan TS13 polymer series overview

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Fast Delivery SMD Capacitors for Buyers and Distributors

August 28, 2025 Views
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Suntan Technology Company Limited – All Kinds of Capacitors

For every SMD capacitor supplier, two common challenges for buyers are unstable lead time and high prices from major brands. Suntan® solves these pain points with its TS13C series, ensuring reliable capacitor delivery at a competitive price and with shorter lead times.

Why Choose Suntan SMD Capacitors?

Suntan’s range supports a wide variety of capacitor sourcing needs, from consumer electronics to industrial-grade systems. By combining price advantage and supply stability, Suntan is a dependable partner.

  • TS13C0: Standard series – balanced performance and cost-efficiency.
  • TS13C1: Wide Temperature – endurance 1000–2000H up to +105℃.
  • TS13C4: Low Impedance – 2000H load life at +105℃, optimized for SMPS.

Key Benefits for Buyers and Distributors

Competitive Pricing
Same specs, more cost-effective.
Reliable Delivery
Predictable lead times.
Bulk Support
Flexible MOQ and order volumes.

Application Highlights

  • Chargers & Power Modules: Stable under continuous load.
  • LED Drivers: Low impedance reduces noise, improves efficiency.
  • Medical & Precision Equipment: Wide-temperature and bi-polar options.

▶ See demo of TS13C endurance at +105℃ and 2000H performance test.

Suntan® TS13C SMD Aluminum Electrolytic Capacitors – series overview
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How to Solve Sourcing Delays with 105°C Industrial Electrolytic Capacitors

August 19, 2025 Views
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Suntan Technology Company Limited – All Kinds of Capacitors

For engineers facing sourcing challenges, here’s a quick technical overview video before diving into the details.

The TS14 series is Suntan’s 105°C radial electrolytic capacitor, designed to balance temperature rating, load life, and cost while ensuring IEC compliance.

Key Technical Criteria

  • Operating Temperature: -40~+105°C / -25~+105°C depending on voltage.
  • Load Life: 2000h at 105°C with full rated voltage.
  • Capacitance & Voltage: 0.1μF–22,000μF / 6.3V–450V.

TS14 vs Market Alternatives

  • Wide Coverage: Both low-voltage and high-voltage versions available.
  • Miniature Size, Large Capacity: Compact design, high ripple current.
  • Standardized Tolerance: ±20% capacitance at 20°C, 120Hz.

Applications

  • Lighting: Ripple stability in LED drivers.
  • Automation: High-capacitance options for control boards.
  • Industrial Power: Wide voltage range for flexible use.

View Specs or Request a Sample

TS14 105°C radial electrolytic capacitors – industrial applications

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Why Choose TS13MA / TS13MB Capacitors for Compact Power Applications

August 8, 2025 Views
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Suntan Technology Company Limited – All Kinds of Capacitors

When designing compact and reliable electronic devices, choosing the right capacitor is essential for achieving stable performance and long service life. Suntan’s TS13MA and TS13MB SMD Multilayer Solid Capacitors deliver exceptional electrical characteristics in space-saving packages, making them ideal for a wide range of compact power applications.

Key Features

  • Long lifespan – 2,000 hours at 105 °C endurance for reliable performance.
  • Low ESR – Supports high-frequency, low-impedance designs.
  • Wide operating temperature range – -55 °C to +105 °C.
  • Voltage range – 2 V to 25 V DC.
  • RoHS compliant and lead-free – Environmentally friendly design.
  • Versatile applications – Suitable for System Boards, Display Cards, Small Chargers, and Smart TVs.

TS13MA – Ultra-Low Profile for Space-Limited Designs

  • Height: Only 1.9 mm, ideal for ultra-thin and compact layouts.
  • Capacitance range: 2.2 µF to 470 µF.
  • Lowest ESR: Down to 4.5 mΩ (100 kHz, 20 °C).
  • Best for: Slim devices, display modules, and portable electronics where board height is critical.

TS13MB – Higher Capacity for Power-Intensive Circuits

  • Height: 2.8 mm, allowing for higher capacitance values.
  • Capacitance range: 6.8 µF to 680 µF.
  • High ripple current capability: Up to 4,800 mArms at 100 kHz.
  • Best for: Power supply boards, voltage regulator modules, and circuits demanding higher energy storage.

Why They’re Ideal for Compact Power Applications

  • Space-saving footprint – Both models feature a 7.3 × 4.3 mm case size, minimizing PCB real estate.
  • Stable performance across temperature – Low impedance variation from -55 °C to +105 °C ensures consistent operation.
  • Flexible design options – Multiple voltage and capacitance combinations to meet different circuit requirements.

Typical Applications

  • System Boards & Motherboards – Stable power delivery for processors and controllers.
  • Graphics & Display Cards – Supports high-speed data processing with low ESR.
  • Portable Chargers & Adapters – Maintains efficiency in compact designs.
  • Smart TVs & Home Appliances – Reliable filtering and energy storage.

Conclusion

For engineers seeking a balance between compact size, low ESR, and long-term reliability, Suntan’s TS13MA and TS13MB SMD Multilayer Solid Capacitors offer the perfect solution. Whether your design prioritizes ultra-low profile or higher capacity, these capacitors deliver dependable performance in demanding applications.

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Why Choose TS13C Series for Your Compact Power Designs?

July 10, 2025 Views
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Suntan Technology Company Limited — All Kinds of Capacitors

When designing compact power systems, engineers often face the challenge of balancing performance, footprint, and reliability. The Suntan TS13C Series SMD Aluminum Electrolytic Capacitors are engineered to solve this problem by delivering stable performance in high-density layouts — without compromising on ripple endurance or temperature stability.

Compact Size Meets High Ripple Capability

The TS13C series is ideal for applications where board space is limited, but current demands are high. Key features include:

  • Case sizes as small as Φ4×5.4mm
  • Rated ripple current up to 1190mA (TS13CY)
  • Extra low impedance options for switching power designs
  • Stable ESR across a wide frequency range

This makes TS13C an excellent fit for compact devices such as adapters, display cards, and embedded system boards.

Sub-Series for Targeted Applications

  • TS13C9: Extremely low leakage current, ideal for sensitive circuits
  • TS13CD: Rated up to 400VDC, with 5,000-hour endurance
  • TS13CW: Offers up to 10,000 hours of stable operation at 105°C
  • TS13CR / TS13CY: Designed for high ripple, solvent-resistant environments
  • TS13CJ: Specifically optimized for LED display boards

This modular approach ensures engineers can select the exact match for their application — whether it's for high-frequency ripple handling or extended service life in high-temperature conditions.

Proven Performance in Harsh Conditions

  • Endurance from 2,000 to 10,000 hours
  • Heat and reflow resistance
  • Ripple current stability
  • Low-temperature impedance consistency

These capacitors are suitable for reflow soldering and ensure minimal ESR drift, even after prolonged exposure to heat cycles and ripple load.

Application Scenarios

  • Compact switching power supplies
  • System boards and communication modules
  • LED backlighting circuits
  • Automotive and industrial controllers
  • Power decoupling in high-speed digital circuits

Learn More or Request a Sample

View TS13C Series Datasheet
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Why Choose TS13C Series: Compact & Reliable SMD Capacitors

June 10, 2025 Views
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 Suntan Technology Company Limited---- All Kinds of Capacitors

Why Choose TS13C Series: Compact & Reliable SMD Capacitors

In PCB designs where space is limited and operating conditions are demanding, engineers face pressure to select components that balance compactness, thermal stability, and long-term reliability — all without increasing cost or complicating the assembly process.

Suntan’s TS13C Series SMD Aluminum Electrolytic Capacitors are designed to address these needs, offering practical benefits that help engineering teams reduce risk, save board space, and improve production efficiency.

How TS13C Helps You Build Better Products

1. Save Board Space Without Sacrificing Voltage or Performance

TS13C is available in 12.5–16mm case sizes, with voltage ratings from 160V to 450V. This allows it to replace larger through-hole capacitors in tight spaces, enabling more compact or multifunctional product layouts — especially useful in:

  • Power modules
  • Lighting drivers
  • Automation controllers
Your Benefit: Smaller footprint, same voltage — unlock room for more functions or smaller enclosures.

2. Withstand Harsh Conditions Over Time

Rated for +125°C operation and 5,000-hour load life at 105°C, TS13C offers a long service life even in thermally challenging environments such as industrial control cabinets or LED power systems.

Your Benefit: Lower replacement rates, fewer field failures, reduced maintenance cost.

3. Simplify Your SMT Production Line

TS13C supports reflow soldering, ensuring it can be assembled with your standard SMD process — no manual insertion or rework required.

Your Benefit: Shorter production cycles, consistent soldering quality, lower assembly cost.

4. Maintain Electrical Stability Under Load

With low ESR, stable capacitance, and ripple current ratings up to 320mA (at 120Hz), TS13C performs reliably under pulse load and voltage fluctuations — making it ideal for converters, inverters, and filtering circuits.

Your Benefit: Consistent output, better filtering, and fewer design adjustments needed during prototyping.

Typical Use Cases

Many of our clients apply TS13C in:

  • AC-DC and DC-DC power supplies
  • Motor drive boards
  • Base station modules
  • Embedded control systems
In each case, TS13C helps them stay within their size, temperature, and reliability requirements — while meeting cost targets.

Final Consideration: Lower Design Risk

When choosing capacitors for high-voltage or high-temp designs, mistakes can lead to redesigns, compliance failures, or unexpected costs. TS13C is built according to JIS C-5141/C-5102 standards and is RoHS and halogen-free compliant, giving your team confidence in both performance and documentation.

Learn More or Request a Sample

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Industrial Power Challenges: How Low-ESR Capacitors Improve System Reliability

March 25, 2025 Views
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 Suntan Technology Company Limited

---- All Kinds of Capacitors

  In industrial power management, system reliability is crucial for ensuring continuous and efficient operation. Whether it's an uninterruptible power supply (UPS), power inverter, or motor drive, power systems must be designed to perform under demanding conditions. Low-ESR (Equivalent Series Resistance) capacitors are key components that help address these challenges, optimizing the performance and longevity of these systems.

Why Low-ESR Capacitors Are Essential in Industrial Power Systems

Low-ESR capacitors are specially designed to minimize internal resistance, allowing them to handle higher currents with reduced power loss. This feature makes them highly effective in industrial power applications, where efficiency and reliability are paramount. When used in devices like UPS, inverters, and motor drives, low-ESR capacitors help ensure stable power supply, reduce heat generation, and extend the lifespan of critical components.

In high-frequency circuits and power conversion systems, the ability to maintain stable voltage output without excessive energy loss is crucial. Low-ESR capacitors are the perfect solution for these demands, enabling more efficient energy use and better overall system performance.

Key Benefits of Low-ESR Capacitors

  • Reduced Power Loss: Low ESR minimizes energy loss, making power conversion systems more efficient and reducing heat buildup in industrial applications.
  • Improved Voltage Stability: Low-ESR capacitors help ensure stable voltage output, which is vital for sensitive electronic components in UPS systems and inverters.
  • Longer Lifespan: With reduced heat and stress on components, low-ESR capacitors can last much longer than traditional capacitors, often surviving up to 5000 hours at 105°C.
  • Reliable Performance in Harsh Environments: These capacitors can operate in extreme temperatures ranging from -55°C to +105°C, making them ideal for industrial settings where temperature fluctuations are common.
  • Efficient Power Conversion: Low ESR improves power conversion efficiency, allowing for better energy use in motor drives, power storage, and other industrial systems.

Low-ESR Capacitors for UPS, Inverters, and Motor Drives

In critical applications like uninterruptible power supplies (UPS) and power inverters, a stable and continuous power source is necessary. Low-ESR capacitors are essential in these systems, helping to ensure that they can handle the high-frequency switching and variable loads without failure. These capacitors contribute to overall system reliability, reduce energy loss, and protect sensitive equipment from power surges.

In motor drives and industrial equipment, low-ESR capacitors help reduce energy consumption and improve overall efficiency by maintaining a consistent voltage output. This is especially important in environments that require continuous operation, as it reduces downtime and extends the lifespan of both power supplies and connected devices.

How to Choose the Right Low-ESR Capacitors

When selecting low-ESR capacitors for industrial applications, consider the following factors:

  • Temperature Tolerance: Ensure the capacitor can operate within the required temperature range for your application.
  • Lifetime: Look for capacitors with a long operational lifespan, especially if the system runs continuously for long hours.
  • Voltage Rating: Choose capacitors with a voltage rating that suits the power supply requirements of your equipment.
  • Capacitance and ESR: Select capacitors with appropriate capacitance values and low ESR to meet the specific needs of your power system.

Conclusion

Low-ESR capacitors are vital for improving the reliability, efficiency, and longevity of industrial power systems. Whether you’re working with UPS, inverters, motor drives, or power converters, incorporating low-ESR capacitors can ensure stable voltage regulation, reduce power loss, and enhance overall system performance.

For high-performance low-ESR capacitors designed for industrial power applications, explore Suntan’s TS13C7 series. With exceptional temperature tolerance, long lifespan, and low ESR, Suntan’s capacitors provide the reliability you need for critical industrial systems.

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Industrial Power Challenges: How Low-ESR Capacitors Improve System Reliability

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Consumer Electronics Evolution Why SMD Capacitors Are Essential for Modern Devices

February 28, 2025 Views
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 Suntan Technology Company Limited

---- All Kinds of Capacitors

In today's rapidly advancing consumer electronics market,efficient power management is more important than ever. From portable devices to high-power electronics, every device requires capacitors that can deliver optimal performance without compromising on size, efficiency, or lifespan. This is where Suntan’s SMD capacitors, such as the TS13C4 and TS13C5, come into play. These capacitors are specifically designed to meet the evolving needs of modern consumer electronics, offering high stability, long lifespan, and low impedance—making them ideal for a wide range of applications.

Why SMD Capacitors Are Key to Modern Consumer Devices

The demand for consumer electronics capacitors has skyrocketed as device manufacturers continue to push for higher efficiency, smaller form factors, and better performance. Suntan SMD capacitors, including the TS13C4 and TS13C5, provide an unmatched solution to meet these challenges, enhancing everything from portable electronics to home appliances.

The Role of Low ESR and High Stability in Consumer Electronics

One of the standout features of the TS13C4 and TS13C5 is their low ESR (Equivalent Series Resistance). This characteristic significantly reduces power losses, ensuring that devices run efficiently while minimizing heat generation. Whether it's a high-power device like fast-charging power supplies or gaming consoles (TS13C5) or a low-power device like smart home gadgets and LED products (TS13C4), low ESR capacitors are crucial for ensuring stable power delivery and long-term reliability.

How Suntan Capacitors Support Modern Power Demands

  • TS13C5 Capacitors: These capacitors are engineered for high-power applications such as fast-charging power supplies, where stable voltage regulation is key. They help minimize energy loss, improve the charging efficiency of USB-C PD chargers, and support high-power devices like gaming consoles.
  • TS13C4 Capacitors: Designed for low-power applications, these capacitors ensure stable current supply and prevent power fluctuations in devices like smart home systems, LED products, and wearable technologies. They provide the reliability needed to keep these devices running smoothly.

Compact Design for High-Density Circuit Boards

One of the significant benefits of Suntan's SMD capacitors is their compact SMD design, making them perfect for high-density circuit boards in portable electronics and wearable technology. This space-saving design allows manufacturers to create smaller, more efficient devices without sacrificing performance.

Versatile Applications Across Consumer Electronics

  1. Mobile Power Banks & Charging Devices: Efficient charging is essential in today’s fast-paced world. Suntan capacitors help ensure stable operation of fast-charging systems and power delivery for USB-C PD chargers, increasing charging efficiency.
  2. Audio & Smart Home Devices: Suntan SMD capacitors also play a critical role in reducing electromagnetic interference (EMI), which is vital for providing clear sound quality in audio systems and stable voltage output in smart home devices.

Why Choose Suntan SMD Capacitors?

With high stability, long-life, and low-impedance characteristics, Suntan SMD capacitors are an essential choice for anyone working in the consumer electronics industry. The TS13C4 and TS13C5 capacitors are designed to enhance power management, minimize energy loss, and increase the overall lifespan of devices, making them the ideal choice for modern consumer electronics.

Discover More About Suntan SMD Capacitors

Looking to improve your products’ power efficiency, reliability, and lifespan? Suntan offers high-quality consumer electronics capacitors that deliver superior performance for today’s demanding applications. Learn more about our TS13C4 and TS13C5 capacitors and how they can elevate your devices’ performance.

Datasheet: Learn more about Suntan's SMD capacitors and explore our full range of products.

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Elevate Your Industrial Automation with Suntan’s High-Performance SMD Capacitors

February 3, 2025 Views
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 Suntan Technology Company Limited

---- All Kinds of Capacitors

In industrial automation, stability and efficiency are critical. Suntan’s Industrial SMD Capacitors deliver high performance, compact design, and exceptional durability, making them the perfect choice for modern control systems and energy-efficient applications.

Understanding SMD Capacitors and Their Advantages

Surface Mount Device (SMD) capacitors have become the preferred choice in modern electronics due to their compact size, automated assembly compatibility, and high reliability. Compared to traditional through-hole capacitors, SMD capacitors allow for higher component density, making them ideal for miniaturized and high-performance applications. Suntan’s Industrial SMD Capacitors leverage these benefits to enhance system efficiency and durability.

  • TS13C2: High-temperature resistance (105°C), 3,000-hour lifespan, and stable power output—ideal for automation and industrial control.
  • TS13C3: Ultra-compact, durable, and designed for high-density PCBs, with low leakage current for maximum efficiency.

Key Applications

        ✔ Industrial Automation – Ensures smooth operation, reduces downtime, and minimizes maintenance costs.

        ✔ Energy Management – Optimizes power distribution and improves system stability.

        ✔ Harsh Environments – Withstands extreme conditions with superior reliability.

Built for Performance

Suntan capacitors outperform traditional components by offering higher reliability, reduced power fluctuations, and optimized PCB space utilization. Designed to meet strict industry standards, they support next-gen automation with proven endurance and efficiency.

Watch Suntan SMD Capacitors in Action

Discover how Suntan’s cutting-edge capacitors power industrial automation in this video:

Power Your Industrial Automation with Suntan SMD Capacitors

Upgrade your automation systems with Suntan’s cutting-edge Industrial SMD Capacitors. Designed for reliability, durability, and efficiency, our capacitors are the ideal choice for advanced industrial applications.

Explore how Suntan SMD Capacitors can power your industrial automation – Learn More!

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Achieve Next-Level Automation with Compact and Reliable Suntan SMD Capacitors

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