POWERGOOD Classroom: Why does POWERGOOD use ceramic capcitors (MLCC) instead of tantalum capacitors or electrolytic capacitors

🙌 FAQ of POWERGOOD's power modules🙌

Why does POWERGOOD use ceramic capcitors (MLCC) instead of tantalum capacitors or electrolytic capacitors ❓
What are MLCCs❓ What are their advantages❓

📢Today, let me clarify your question!
MLCC = Multilayer Ceramic Capacitor

--- Advantages ---

🔺Small in Size: MLCCs are very compact, making them ideal for modern, space-constrained devices
➡️Maximize the power density ratio of POWERGOOD's modules

🔺Reliability & Durability: MLCCs are extremely durable and highly reliable components. There is no life-span constrained
➡️Assure the reliability of POWERGOOD's modules and stable performance over time

🔺Wider working temperature: MLCCs are designed to operate within a wide temperature range. Modules with MLCC can widely be used for various application
➡️POWERGOOD's modules were born for rugged usage

In contrast, electrolytic capacitors are large, with shorter life and prone to failure after volatilization ❌

Therefore, with MLCCs, POWERGOOD's modules are highly reliable, no life-span constrained and can work under super wide temperature still with amazingly stable performance 🦾

If you still have any question in the sector of power supply
👀 Take a look at the FAQ we gather from customers during these years via