Kingtronics Blog

Kingtronics International Company —Inspired by Innovation

Dear Designers and Engineers,

In the rapidly evolving automotive industry, the demand for high-performance, reliable electronic components has never been greater. Kingtronics, a leading manufacturer of electronic components, proudly presents the GKT-MR Conductive Polymer Hybrid Capacitors. These advanced capacitors are designed to meet the stringent requirements of automotive electronics, providing unmatched performance and reliability.

Why Choose Kingtronics GKT-MR Hybrid Capacitors?

• Low ESR and High Ripple Current

        The GKT-MR Hybrid Capacitors are renowned for their low Equivalent Series Resistance (ESR), which ensures higher efficiency and better performance in high-frequency applications. Additionally, these capacitors can handle high ripple currents, making them ideal for automotive electronic systems that require stable and reliable power.

• Automotive Standards Compliance

        Our GKT-MR capacitors meet the rigorous standards of IATF16949 and AEC-Q200, ensuring they are suitable for use in the most demanding automotive environments. These certifications guarantee that the capacitors have undergone extensive testing and meet the highest quality and reliability standards.

• Superior Temperature Range

        With a temperature range of -55°C to +125°C, the GKT-MR capacitors are designed to operate efficiently in extreme conditions. This wide temperature range makes them perfect for automotive applications where temperature variations are common.

• Long Life and Durability

        Kingtronics GKT-MR capacitors offer exceptional endurance, with a lifespan of up to 4000 hours at 125°C. This long life and high durability ensure that your automotive electronics will remain reliable and efficient over time.

Key Applications in Automotive Electronics

• Power Management Systems

        The low ESR and high ripple current handling capabilities of the GKT-MR capacitors make them ideal for power management systems in vehicles. They help maintain stable voltage levels, ensuring the efficient operation of various electronic components.

• Engine Control Units (ECUs)

        In engine control units, reliable capacitors are crucial for precise engine management and performance optimization. The GKT-MR capacitors provide the stability and efficiency needed for these critical systems.

• Infotainment Systems

        Modern vehicles are equipped with advanced infotainment systems that require stable power supplies for optimal performance. The GKT-MR capacitors ensure these systems run smoothly, providing a superior user experience.

Advanced Driver Assistance Systems (ADAS)
ADAS technologies rely on accurate and reliable electronic components to enhance vehicle safety and performance. The GKT-MR capacitors contribute to the efficiency and reliability of these systems, supporting functions such as adaptive cruise control, lane departure warning, and automatic emergency braking.

Conclusion
Kingtronics GKT-MR Conductive Polymer Hybrid Capacitors are the perfect solution for enhancing your automotive electronics. Their low ESR, high ripple current handling, compliance with automotive standards, and superior temperature range make them ideal for a wide range of automotive applications. By choosing Kingtronics GKT-MR capacitors, you can ensure the reliability and performance of your vehicle’s electronic systems.

For more information, send your inquiry to: 📩 E-mail: info@kingtronics.com
📞 Skype: kingtronics.sales2

👉 Follow us on social media:

• Facebook: Kingtronics Facebook
  
• Twitter: Kingtronics Twitter
  
• LinkedIn: Kingtronics LinkedIn
  
• Blog: Kingtronics Blog

Stay tuned for more updates on our top-of-the-line Film Capacitors and other innovative products.

________________________________________________________________

Kingtronics – Inspired by Innovation, Your Trusted Partner in Electronic Components.

ng automotive industry, the demand for high-performance, reliable elec

When using Aluminum Electrolytic Capacitors, please observe the following points to ensure optimum capacitor performance and long life.

1>DC electrolytic capacitors are polarized.

Make sure of the polarity which is marked on the body of the capacitor.  
Application of the reversed voltage may cause a short circuit or damage to the capacitor.  
Use bipolar capacitors when the polarity is not determined or unknown.  
Note that DC electrolytic capacitors CAN NOT be used for AC application.

2>Bipolar capacitors
These capacitors are used only in pulse circuits as well as polarity reverse circuits, but not applicable in pure AC or high ripple current. 

3>Do not apply voltage greater than the rated voltage
If a voltage exceeding the rated voltage is applied, the leakage current will increase, which will damage the capacitor.  
Recommended working voltage is 70% - 80% of rated voltage.  
Using capacitors at recommended working voltage prolongs capacitor life.

4>Do not allow excessive ripple current through the capacitor
The flow of ripple current greater than the permissible (rated) value will cause heating of the capacitor, which may decrease the capacitance and damage the capacitor.
Ripple current through the capacitor must be at or below the allowable level, generally not more than 80% of the rated current.

5>Use specially designed capacitors for the circuits where charge and discharge are frequently repeated.
In circuits subjected to rapid charge and discharge cycles, a capacitor may be damaged and its life may be shortened by capacitance decrease at higher temperature.  

6. Operating temperature range.

The characteristics of capacitors change with the operating temperature.  
The capacitance and leakage current increase and dissipation factor will decrease at higher temperatures. Usage at lower temperature will ensure longer life.

7. Temperature vs. Life.

The expected life of a capacitor is related to its ambient temperature. 
Generally, if the ambient temperature is reduced 10℃, life is doubled at rated voltage. 

8. Check operating frequency.

Electrolytes usually have their capacitance measured at 100 Hz. or 120 Hz.  
However, remember that capacitance decreases and dissipation factor increase as the applied frequency becomes higher.

9. Capacitor Storage

Long periods of storage have virtually no effect on a capacitor’s capacitance and dissipation factor. 
However, such periods can increase leakage current and decrease the capacitors withstand voltage. 
Apply rated DC voltage treatment to the capacitors which have been stored for a long time.

10. The capacitor case is not insulated from the cathode terminal.

The capacitor’s case and cathode terminal connect through the electrolyte. 
If the case is to be completely insulated, that insulation must be at the capacitor’s mounting point.

11. Do not apply excessive force to the terminals and leads.

An excessively strong force applied to the terminals and lead wires may cause leads to break or terminals to separate and, in turn, cause the internal contact to fail.

12. Cleaning of the circuit board after solder dipping.

Clean circuit boards to remove flux or other extraneous matter.  
To ensure protection for the sleeve, its marking, and the capacitor's sealing materials, the capacitor should never be washed or cleaned by halogenous agents or solvents such as trichlorethylene, xylene, acetone, etc. 
Recommended cleaning solvents; Methanol, isopropanol ethanol, isobutene, petroleum ether, propanol and/ or commercial detergents.

13. Be cautious of the temperature and duration when soldering.
Soldering irons should be kept away from vinyl-insulated sleeves of capacitor.  
When the capacitor is dipped in a solder bath, use at less than 260℃ and 10 seconds to avoid damaging the capacitor.

14. Hole positions on the circuit board.
When designing a circuit board, space the through-holes equal to the space between the capacitor's lead wires. 
If the spacing is either greater than or less than the capacitor's leads, mounting will apply stress to the leads, causing short circuits, broken circuits, and increased current.
Also, through-holes on the circuit board as well as lead holes of post-process parts can result in solder splashing onto the vinyl sleeve causing damage.  
Consider hole positions carefully.

With the business growing demand of our company's performance, in order to give our customers better service, our company expand the positions for sales recruitment. Hope our improvement can make you more satisfied with our after-sales service.

Thank you very much for all of our customers' great support all the way. Wish all of us a wider future with sustainable development.

Kindly pls pay attention to our further notice on 2016 exhibition in Munich, Germany!