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Nikko "GYF"—outstanding low-ESR performance.

Nikko "GYF"—outstanding low-ESR performance.

15 Sep,2022

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The ripple current rating for aluminum electrolytic capacitors supported by the AIC TEC circuit board has increased by 15%.

The ripple current rating for aluminum electrolytic capacitors supported by the AIC TEC circuit board has increased by 15%.

27 Sep,2022

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Precautions for High-Ripple-Current Electrolytic Capacitors

Precautions for High-Ripple-Current Electrolytic Capacitors

20 Oct,2022

What are the precautions for high-ripple-current electrolytic capacitors? I’m sure many people still aren’t clear about these issues. So today, I’d like to share some knowledge related to them with you all! I hope this will be of real help to those concerned.

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What are high-ripple-resistant electrolytic capacitors like? What are their characteristics?

What are high-ripple-resistant electrolytic capacitors like? What are their characteristics?

25 Oct,2022

Due to the development of high-ripple-resistant electrolytic capacitors, this traditional electrolyte can no longer meet the requirements. Consequently, many new electrolytes have been developed to broaden the operating temperature range of capacitors (e.g., from -55°C to 33.354.125°C). The formulation principle behind these new electrolytes is to mix two solvents in a complementary manner. Two weak acids are used to provide the two required anionic groups. An alkali, such as an organic amine, is added to adjust the electrolyte’s pH and flashover voltage, thereby modifying its resistivity. Additives that enhance the electrolyte’s properties include phosphoric acid or its salts, which prevent hydration of the aluminum oxide film; diphenyl nitrate, which absorbs hydrogen gas; and ethylene oxide, which increases the electrolyte’s flashover voltage.

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How do we test high-ripple-resistant electrolytic capacitors for leakage? And how should we handle any detected faults?

How do we test high-ripple-resistant electrolytic capacitors for leakage? And how should we handle any detected faults?

14 Nov,2022

High-ripple-resistant electrolytic capacitors use an aluminum cylinder as the negative electrode, contain a liquid electrolyte inside, and have a bent aluminum strip inserted as the positive electrode. They also require DC voltage treatment to form an oxide film on the anode plate, which serves as the dielectric. These capacitors are characterized by large capacitance, high leakage current, poor stability, and polarity sensitivity; they are suitable for power filters or low-frequency circuits. When using them, be sure not to connect the positive and negative terminals incorrectly.

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Detailed Explanation of the Basic Features of High-Ripple-Resistance Electrolytic Capacitors

Detailed Explanation of the Basic Features of High-Ripple-Resistance Electrolytic Capacitors

28 Nov,2022

The high-ripple-resistant electrolytic capacitor industry has excellent growth prospects, as it offers numerous benefits to businesses during use, making it highly favored by customers. To help more people understand this product better, let’s now take a closer look at the key features of high-ripple-resistant electrolytic capacitors. We hope this information will be helpful to many others.

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Key points for using high-ripple-resistant electrolytic capacitors?

Key points for using high-ripple-resistant electrolytic capacitors?

02 Dec,2022

With the continuous advancement of science and technology, various industries have also experienced significant growth. As for high-ripple-resistant electrolytic capacitors, their development prospects are quite promising, leading to a steadily increasing demand. Consequently, the number of manufacturers in the market has also risen considerably. As producers, we feel it’s essential to share some key insights about these capacitors with you all. If you’re interested, let’s dive in together!

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What are the precautions for using high-ripple-resistant electrolytic capacitors?

What are the precautions for using high-ripple-resistant electrolytic capacitors?

16 Dec,2022

High-ripple-resistant electrolytic capacitors are now widely used across various industries. Thanks to their excellent performance, they have gained increasing recognition from more and more people. Moreover, during use, they demonstrate numerous advantages. Below, let’s take a look at the key precautions for using high-ripple-resistant electrolytic capacitors.

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