Capacitor polypropylene 47 nF 600 VDC, EB945411912

Polypropylene film capacitor with a nominal capacitance of 47 nF and a rated DC voltage of 600 VDC. The EB945411912 model provides stable capacitance and low dielectric absorption, making it suitable for use in power electronics and signal circuits that require consistent performance under DC stress. The component is designed for moderate capacitance needs while offering good insulation and low loss at typical operating temperatures.

Advantages

This polypropylene capacitor delivers stable electrical characteristics over a wide range of operating conditions and exhibits low dielectric absorption, which improves accuracy in timing and coupling applications. Its film construction provides low dissipation factor and reduced self-heating under DC bias, supporting reliable operation in filtering and decoupling tasks. The component's rated voltage allows use in higher-voltage DC circuits where safety margin and voltage endurance are important.

Подходит для

• Фильтрация питания в силовой электронике
• Сопряжение и разделение сигналов
• Цепи развязки и подавления помех
• Стандартные схемы временных и интегральных узлов

Key specifications

• Capacitance: 47 nF
• Rated DC voltage: 600 VDC
• Dielectric type: polypropylene film
• Low dielectric absorption and low dissipation factor
• Suitable for moderate power and signal applications

How to use

Install the capacitor according to the circuit design, observing polarity only when the circuit or specific capacitor variant requires it (polypropylene film capacitors are typically non-polar). Ensure correct mounting spacing and insulation for the 600 VDC rating, and solder or secure leads per recommended PCB or wiring practices. When replacing an existing capacitor, match capacitance and voltage rating and verify mechanical fit and lead configuration. Allow cooling time after soldering before energizing the circuit.

Usage recommendations

Operate within the specified voltage rating and avoid prolonged exposure to temperatures beyond the component's design limits. For high-reliability applications, provide adequate clearance and creepage distances, correct polarity orientation where applicable, and consider derating the voltage slightly under continuous DC stress to extend service life.