News
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Why Ceramic Capacitors Are High-Voltage and Insulated
Ceramic Capacitors: Why They Withstand High Voltage and Offer Excellent Insulation As the name suggests, ceramic capacitors use ceramic materials as their main “insulating” component. They play a crucial role in many electronic products—from smartphones and TVs to new energy vehicles—appearing a...Read more -
Supercaps: Fast Charging and Long-Lasting Energy Storage
Many of you might have seen the “charge for 5 minutes, talk for 2 hours” mobile ad—it was really creative and left a deep impression on me. Back then, mobile charging technology wasn’t as advanced as it is now, and it would take hours to fully charge a device. However, in the world of electronic ...Read more -
What Makes Multilayer Ceramic Capacitors Essential?
Within modern electronic devices, there exists a small but highly crucial component — the multilayer ceramic capacitor (MLCC). Due to its tiny size, comparable to that of a grain of rice, it is often referred to as the “rice” of the electronics industry. A Multilayer Ceramic Ca...Read more -
How Supercapacitors Are Made
When your phone suddenly runs out of battery, what do you do? Is there an electronic component or device that can charge in just seconds and provide continuous power output? Yes, the component you're looking for is a supercapacitor. Supercapacitors, also known as ...Read more -
The Role of Thermistors in Health-Preserving Kettles
With the arrival of summer, the weather gradually becomes hot and humid, making it the perfect time to brew a pot of fragrant flower tea. Health-preserving kettles play a vital role during this season, as their gentle bubbling sound and the ability to brew chilled or warm flower tea offer ...Read more -
Why Thermistors May Give Inaccurate Temperature Readings
In our daily lives, temperature is a crucial parameter. Whether it’s a rice cooker, air conditioner, refrigerator, or thermometer, all these devices rely on accurate temperature measurement. Among them, thermistors often play the role of temperature sensors, helping us gauge the temperature...Read more -
How Film Capacitors Come Back to Life After Breakdown
In the world of electronic components, a breakdown usually means disposal and replacement. However, film capacitors possess a unique “superpower”—self-healing. When a breakdown occurs in the circuit, they can repair themselves like a wound healing, and continue to function normally. &...Read more -
Impact of Temperature on Supercapacitors
Supercapacitors are advanced energy storage devices, offering higher capacity, faster charge/discharge rates, longer cycle life, and high power density compared to traditional capacitors of the same size. These advantages make them widely used in fields like rail transportation, renewable energy...Read more -
Effects of High Temperature on Varistors
High temperatures can have a significant impact on varistors, a key component in electronic devices, especially as temperatures approach 40°C. Electronic devices, like people, can “overheat,” and varistors are particularly vulnerable to high temperatures. But what exactly is a varistor? Let’...Read more -
What Role Do Thermistors Play in Power Banks
When we’re out and about, what’s the worst thing that can happen? Of course, running out of phone battery! It’s a big deal because almost everything we do today—navigation, shopping, payments—depends on our phones. Without one, nothing is convenient. Luckily, power banks ...Read more -
How Thermistors Help Control Temperature Changes
Temperature changes have a profound impact on our lives, influencing everything from weather patterns to ecosystems, industrial processes, and even healthcare. Temperature plays a vital role in determining our comfort and health. Without a concept of temperature, we wouldn’t be able to dist...Read more -
How Ceramic Capacitors Impact Leakage Current
Have you ever felt a current passing through your body when using electronic devices? This is actually due to a phenomenon called “leakage current,” where current leaks out from the circuit and comes into contact with the human body, causing discomfort. But how does leakage current oc...Read more