Panasonic 150 μF Surface Polymer Capacitor, 35V dc

This polymer capacitor is a hybrid capacitor designed for surface mounting, offering a capacitance of 150μF and a voltage rating of 35 V DC. Its Compact dimensions measure 8mm in diameter and 10.5mm in length, making it suitable for various applications in the electronics and automotive sectors. The low equivalent series resistance of 27 mΩ enhances its efficiency, while the metalised construction ensures durability and reliability under varying conditions.

• Features a capacitance of 150μF for efficient energy storage
• Surface mount design simplifies integration into circuits
• Hybrid technology optimises performance for diverse applications
• Low ESR of 27 mΩ contributes to improved power efficiency
• Polarised construction ensures correct orientation during installation
• AEC-Q200 certification confirms suitability for automotive use

• Used in automotive electronics for efficient energy management
• Suitable for power supply circuits requiring stable capacitance
• Ideal for filtering in voltage regulation systems
• Integrates well in Compact electronic devices with limited space

The maximum operating temperature of +105°C means the capacitor can operate efficiently in high-thermal environments. Users can rely on its performance without overheating, which contributes to a prolonged lifespan and stability in applications where thermal management is critical.

The ripple current rating of 2.3 A indicates the maximum AC current the capacitor can handle without compromising its performance. This ensures that it maintains adequate operating conditions in circuits experiencing high-frequency signals, thereby reducing the risk of overheating or failure.

A tolerance of ±20% signifies that the actual capacitance Value may fluctuate within this range, making it essential for users to account for this variability in their designs. This flexibility allows for a margin when integrating the capacitor into various applications without impacting overall circuit performance.