What Is a Radial Type Super Capacitor?
WEET WUD Radial Type Super Capacitor is an electric double-layer capacitor with radial lead terminals, designed for easy PCB mounting and reliable energy storage.
WUD Radial Super Capacitor Construction and Working Principle
A radial super capacitor mainly consists of activated carbon electrodes, electrolyte, separator, and radial lead terminals.
Electric Double Layer
Unlike batteries that store energy through chemical reactions, super capacitors store energy through the electric double layer formed between the electrode and electrolyte interface.
This physical energy storage method enables faster charging speed and longer operating life.
Separator
The separator prevents direct contact between the positive and negative electrodes while allowing ions to move through, ensuring safe and stable operation.
Why Choose WEET WUD Radial Type Super Capacitor?
Long Cycle Life
Radial super capacitors can achieve millions of charge and discharge cycles, significantly reducing replacement frequency compared with batteries.
Fast Charging and Discharging
With low ESR characteristics, they can quickly absorb and release energy, making them suitable for high-power applications.
High Power Density
They can provide instant power support for systems requiring short-term energy supply.
Maintenance-Free Operation
The long service life and stable performance make radial super capacitors a reliable energy storage solution.
Applications of WEET WUD Radial Type Super Capacitor
Super Capacitor for Backup Power
One of the key applications of radial super capacitors is backup power.
A Super Capacitor for Backup Power can provide temporary energy support for:
RTC backup
Memory backup
Industrial controllers
Emergency power systems
Energy Harvesting Systems
Radial super capacitors are suitable for storing energy collected from renewable and low-power sources, such as:
Solar energy systems
Wireless sensor nodes
Automotive and Industrial Applications
Due to their high reliability and long cycle life, radial super capacitors are used in:
Start-stop systems
PLC systems
Automation equipment
Electronic control systems
How to Select a Radial Type Super Capacitor?
When selecting a super capacitor solution, it is also important to understand the differences between single-cell and dual-cell designs.
For more details, please refer to our article: WUD Single Cell VS WUB Dual Cell Super Capacitor: Which One Should You Choose?
Capacitance
Common capacitance ranges include 0.1F to 100F. Higher capacitance provides greater energy storage capacity.
Rated Voltage
Common voltage ratings include: 2.5V~3.8V
Operating Temperature
Typical operating temperature ranges:
-20℃ to +65℃
-20℃ to +85℃ (3.5V)
Conclusion
WEET WUD Radial Type Super Capacitor combines high power density, fast charging capability, and long cycle life, making it an ideal solution for modern electronic applications.
From backup power systems to industrial equipment and automotive electronics, radial super capacitors provide reliable and efficient energy storage performance.
WEE Technology Company Limited Published On Aug 14, 2026
What Is a WUB Dual Cell Super Capacitor?
A dual cell super capacitor, also known as a 5.5V super capacitor, consists of two individual cells connected in series to achieve a higher operating voltage.
Click the link to learn more: WEET WUD 3.8V Radial Type Super Capacitors
What Is a WUD Single Cell Super Capacitor?
A single cell supercapacitor (also known as an ultracapacitor or double-layer capacitor) is a high-capacity energy storage device consisting of a single electrochemical cell.
Click the link to learn more: WEET WUB 5.5V 7.5V Combined Type Super Capacitors
Single Cell vs Dual Cell Super Capacitor
| Feature | WUD Single Cell | WUB Dual Cell |
| Rated Voltage | 2.5V~3.8V | 5.5V, 7.5V |
| Structure | One Cell | Two Cells in Series |
| Energy Storage | Lower | Higher |
| PCB Space | Smaller | Larger |
| Backup Time | Shorter | Longer |
Which One Should You Choose?
Choose a Single Cell Super Capacitor if:
Your system operates below 3.8V.
PCB space is very limited.
Choose a Dual Cell Super Capacitor if:
You need a 5.5V, 7.5V backup solution.
Your circuit operates at 5.5V, 7.5V.
Higher voltage is required.
Longer backup time is needed.
Common Applications:
Single Cell
Car electronics: Car audio, ETC system, driving recorder, etc.
Smart meter: Smart electricity meter, smart water meter, smart gas meter, etc.
Dual Cell Super Capacitors
Backup power: RAM, detonator, car recorder, smart meter, etc.
Energy storage: UPS, security equipment, communication equipment, flashlights, water meters, gas meters.
High current operation: Electrified railway, smart grid control, hybrid vehicle.
High-power support: Wind power, locomotive start, ignition, electric cars, etc.
Read the article to explore more applications of WUB Supercapacitors: WEET WUB 5.5V 7.5V Combined Type Super Capacitors for Power Backup Applicatinos
Why Choose WEET Dual Cell Super Capacitors?
Stable Performance
Long Cycle Life
High Reliability
OEM & ODM Support
Multiple Capacitance Options
Conclusion:
Looking for a reliable Dual Cell Super Capacitor supplier? WEET offers high-quality 5.5V super capacitors with stable performance and OEM customization for industrial applications.
WEE Technology Company Limited Published On Aug 7, 2026
A Long Life Aluminum Electrolytic Capacitor is designed to improve reliability, reduce maintenance frequency, and ensure stable operation in demanding applications.
In this article, let's discuss the aluminum capacitor WGD LRF.
1. Why Is 105℃ 10000H Lifetime Important?
Yes, lifetime is one of the most important factors when selecting aluminum electrolytic capacitors.
Many standard aluminum electrolytic capacitors are designed for 85℃ operation with a lifetime of around 1000H to 2000H. However, these specifications may not be sufficient for industrial equipment that requires continuous operation and higher reliability.
Industrial applications usually require:
Higher temperature endurance
Longer maintenance cycles
More stable long-term performance
Compared with standard capacitors, WEET WGD LRF Series provides:
105℃ operating temperature
5000H to 10000H lifetime
This makes it suitable for applications where reliability and service life are critical.
2. How Does Low Impedance Improve Capacitor Performance?
Impedance is an important parameter that affects capacitor efficiency and heat generation.
A Low Impedance Aluminum Electrolytic Capacitor helps improve system performance in several ways:
Reduce Power Loss
helps reduce energy loss during operation, improving overall circuit efficiency.
Improve Ripple Current Capability
Reduce Heat Generation
3. Applications of Long Life Aluminum Electrolytic Capacitors
Due to their high reliability and long service life, Long Life Aluminum Electrolytic Capacitors are widely used in various electronic applications.
Power Supply Equipment
Used for filtering and energy storage, providing stable voltage output and reliable power performance.
Air Conditioning Systems
Suitable for equipment requiring long-term operation under changing temperature conditions.
Audio Equipment
Provides stable power supply performance and helps reduce unwanted electrical noise.
Industrial Electronics
Ideal for industrial applications that require high reliability, long operating time, and reduced maintenance.
4. Why Choose WEET WGD LRF Series?
WEET WGD LRF Series is a 105℃ Long Life Aluminum Electrolytic Capacitor designed for applications requiring high reliability and stable performance.
Key Features:
105℃ high-temperature operation
Lifetime up to 10000 hours
Low impedance design
Radial aluminum electrolytic capacitor structure
Multiple packaging options: Bulk, Tape, and Ammo in box
Suitable for OEM applications
More information: WEET WGD LRF 5000H to 10000H at 105°C Radial Aluminum Electrolytic Capacitors Low Impedance
With excellent lifetime performance and stable electrical characteristics, WEET WGD LRF Series provides a reliable solution for power supplies, industrial equipment, and electronic systems.
WEE Technology Company Limited Published On July 31, 2026
Have you ever noticed this small but important electronic component?
Although it looks simple, an aluminum electrolytic capacitor plays a critical role in many electronic devices by providing energy storage, voltage stabilization, and ripple current filtering.
Features of WGD SL7 Series Aluminum Electrolytic Capacitor
Long Life and High Temperature Performance (105°C 1000H)
Packaging: Several different packaging methods are adopted, including Bulk, Tape, and Ammo in box
Developed short body length to 7m/m, for the demand of smaller and thinner electronic equipment
Technical Specifications
| Operating Temperature Range | -40 ~ +105℃ |
| Rated Working Voltage Range | 4V - 50V.DC |
| Capacitance Tolerance | 0.1-470µF |
Applications of WGD SL7 Series
Due to its compact size and reliable performance, the WGD SL7 Series is widely used in:
Automatic office machines
Pocket calculators
Car stereos
Mini-audio sets
Notebook
Complete WGD Series Solutions from WEET
Besides the SL7 Series, WEET also provides multiple WGD aluminum electrolytic capacitor series, including SH5, SH, SL, and other options. Different series are available with various temperature ratings, lifetime options, and size configurations to meet different application requirements.
Why Choose WEET WGD Aluminum Electrolytic Capacitors?
Compact Design
The WGD SL7 Series is a miniature aluminum electrolytic capacitor developed with a short body length of only 7mm, making it suitable for smaller and thinner electronic equipment.
Flexible Packaging Options
Available in Bulk, Tape, and Ammo packaging to meet different production requirements.
Wide Application Compatibility
Suitable for consumer electronics, automotive electronics, office equipment, and compact electronic devices.
Contact Whatsapp WEET WGD Products
WEE Technology Company Limited Published On July 24, 2026
Aluminum electrolytic capacitors are widely used in power supplies, LED drivers, industrial equipment, and consumer electronics. However, the life of a WGD LRH Long Life Aluminum Electrolytic Capacitor can still be affected by operating temperature, voltage stress, storage conditions.
Here are three important factors that can help extend capacitor lifetime.
1. Reduce Operating Temperature
High temperature is one of the main factors that reduces aluminum electrolytic capacitor lifetime.
Excessive heat accelerates electrolyte evaporation, causing capacitance loss and increased ESR.
To extend capacitor life:
Improve ventilation and airflow
Keep capacitors away from heat sources
Select suitable temperature ratings, such as 105°C capacitors
A lower operating temperature helps ensure stable performance for a WGD LRH Long Life Aluminum Electrolytic Capacitor.
2. Avoid Long-Term Storage
Long-term storage may affect the oxide layer inside aluminum electrolytic capacitors, which can increase leakage current after reactivation.
For better reliability:
Store capacitors in a dry environment
Avoid extended storage periods
Perform voltage reforming when necessary
3. Keep Voltage Within the Rated Range
Operating beyond the rated voltage can damage the internal dielectric layer and shorten capacitor lifetime.
It is recommended to:
Keep sufficient voltage margin
Avoid voltage spikes during startup
Select suitable voltage ratings according to application requirements
Conclusion
Proper application is essential to maximize the lifetime of aluminum electrolytic capacitors.
By controlling temperature, voltage, storage conditions, engineers can improve system reliability.
As an experienced OEM Capacitor Manufacturer, WEET provides reliable aluminum electrolytic capacitors designed for various electronic applications.
Contact Whatsapp WEET Products WEET YouTube
WEE Technology Company Limited Published On July 17, 2026
Introduction
A Low ESR Radial Capacitor is widely used in power supplies, LED drivers, and industrial electronics because it provides stable performance and efficient energy storage. Understanding how it works can help engineers and buyers choose the right component for their applications. If you're looking for a reliable Radial Electrolytic Capacitor Manufacturer, knowing the capacitor's working principle is also an important part of the selection process.
What Is a WGD Low ESR Radial Capacitor?
A Low ESR Radial Capacitor is a type of radial aluminum electrolytic capacitor designed with low equivalent series resistance (ESR).
How Does It Work?
Like other radial electrolytic capacitors, it stores electrical energy using an aluminum oxide dielectric layer. When voltage is applied, energy is stored in an electric field and released when needed, helping stabilize voltage and reduce ripple in electronic circuits.
Conclusion
A Low ESR Radial Capacitor offers reliable energy storage, low power loss, and stable performance, making it an ideal choice for modern power electronics.
Looking for a trusted Radial Electrolytic Capacitor Manufacturer?
WEET provides high-quality Low ESR Radial Capacitors with 105°C operation, long service life, and OEM & ODM support. Contact us today to learn more.
Contact Whatsapp WEET Products
WEE Technology Company Limited Published On July 10, 2026
Introduction
When selecting a 105°C aluminum electrolytic capacitor, engineers often compare it with 125°C types.
The key difference is not performance, but temperature capability.
105°C vs 125°C
| Feature | 105°C | 125°C |
| Temperature | Standard | Higher |
| Cost | Lower | Higher |
Use case | General electronics | Harsh environments |
When to Use
105°C capacitor
Normal operating temperature
Cost-sensitive designs
Standard industrial use
125°C capacitor
High temperature environment
Automotive or outdoor equipment
High reliability requirement
Radial Aluminum Electrolytic Capacitor
A radial aluminum electrolytic capacitor has two leads on the same side and is widely used in through-hole PCB designs.
It is the most common form for power electronics applications.
WEET WGD Product Range:
WEET WGD offers radial aluminum electrolytic capacitors including:
WGD-LRH: 3000H to 5000H at 105°C: WEET-WGD-LRH-3000H-to-5000H-at-105C-Radial-Aluminum-Electrolytic-Capacitors-Low-Impedance
WGD-LEH: 1000H to 2000H at 105°C: WEET-WGD-LEH-1000H-to-2000H-at-105C-Radial-Aluminum-Electrolytic-Capacitors-Low-Impedance
WGD-LRG: 2000H to 3000H at 125°C: WEET-WGD-LRG-2000H-to-3000H-at-125C-Radial-Aluminum-Electrolytic-Capacitors-Low-Impedance
Conclusion
A 105°C aluminum electrolytic capacitor is suitable for most applications.
A 125°C version is only needed for high-temperature environments.
Choosing correctly improves reliability and cost efficiency.
Contact Whatsapp WEET Products
WEE Technology Company Limited Published On July 3, 2026
Haven't you tried custom aluminum electrolytic capacitors yet?
As technology continues to advance, custom aluminum electrolytic capacitors have become increasingly common. Compared with standard aluminum electrolytic capacitors, they are better tailored to customers' specific requirements. That's exactly why OEM custom aluminum electrolytic capacitors have become so popular.
Why Choose a Custom Aluminum Electrolytic Capacitor?
Every project has different electrical and mechanical requirements. Standard capacitors may not always provide the right capacitance, voltage rating, size, or lifetime for your application. A custom aluminum electrolytic capacitor allows you to match the exact specifications your project requires, helping improve performance, reliability, and long-term stability.
WGD Series Aluminum Electrolytic Capacitors
| Specifications | WGD SL | WGD SM | WGD SH7 | WGD SL7 | WGD SH5 | |
| Operating Temperature Range | -40℃ ~ +105℃ | -40℃ ~ +85℃ | -25℃ ~ +85℃ | -40℃ ~ +105℃ | -40℃ ~ +105℃ | -40℃ ~ +105℃ |
| Rated Working Voltage Range | 6.3V - 63V.DC | 6.3－100V.DC | 160－450V.DC | 4V - 63V.DC | 4V - 50V.DC | 4V - 50V.DC |
| Capacitance Tolerance | 0.1-2200µF | 0.1－22000µF | 0.47－820µF | 0.1-470µF | 0.1-470µF | 0.1-470µF |
| Main Applications | TVs frequency channel conversion or werk signal import loop circuits. | White-black TVs, radio telephone circuits, etc. | Pocket calculators, car stereos, mini-audio sets. | Camera, CD-ROM, notebook. | Automatic office machines, pocket calculators. | |
Why Choose WEET as Your Aluminum Electrolytic Capacitor Manufacturer?
Years of Custom Manufacturing Experience
OEM & ODM Support
Custom Sizes, Capacitance, Voltage, and More to Meet Your Requirements
Professional Technical Advice
Feel Free to Send Us Your Specifications for Consultation
About WEET OEM Service: OEM ODM Service
Contact Whatsapp WEET Products WEET YouTube
WEE Technology Company Limited Published On June 26, 2026
Dear Client,
Please be informed that our company will be closed for the Dragon Boat Festival holiday from June 19, 2026, to June 21, 2026. We will resume normal operations on June 22, 2026.
During this period, responses to emails and inquiries may be delayed. We appreciate your understanding and continued support.
Wishing you peace, health, and happiness.
Thank you for your trust in WEET.
WEE Technology Company Limited Pubished On June 18, 2026
If you are looking for a reliable 1000uF 100V Electrolytic Capacitor, you likely know that capacitor quality is critical to circuit stability. However, even the best capacitors have a finite lifespan.
As a China professional capacitor manufacturer, we often see premature failures caused by:
High Temperatures: The #1 killer. Every 10°C increase in temperature cuts the lifespan in half.
Overvoltage: Exceeding the rated voltage leads to dielectric breakdown and short circuits.
Excessive Ripple Current: Causes internal overheating and dangerous pressure buildup.
Natural Aging: The electrolyte slowly evaporates through the seals over time.
How to extend your circuit's life? Choose high-quality components.
Our WGD series is engineered for exceptional reliability. As your trusted OEM Capacitor Manufacturer, WEET ensures every component meets the highest quality standards.
Need reliable capacitors for your project? Contact WEET today!
More details: WEET-WGD-LRG-2000H-to-3000H-at-125C-Radial-Aluminum-Electrolytic-Capacitors-Low-Impedance
More products: Aluminum Electrolytic Capacitors
WEE Technology Company Limited Published On Jun. 12, 2026