ECW-H(A) Series Film Capacitors

Productos
Parte posterior
Fabricantes
Parte posterior
Recursos
Parte posterior
- Edificio
- Contenido
- Aplicaciones y tecnologías
- Biblioteca de artículos
- eMagazines & eBooks
- Fabricantes y proyectos
- Módulos de capacitación sobre productos
- TechForum
- Capacitación y eventos
- Videoteca
- Search All
Parte posterior
- Herramienta
- Calculador de conversión
- Referencia cruzada
- Herramientas EDA & Design
- PCB Builder
- Biblioteca de diseño de referencia
- Scheme-it
Parte posterior
- Programas y servicios
- Programa académico
- Automatización y control
- Servicio de diseño e integración
- Soluciones digitales
- Soluciones IoT
- Marketplace
- Seguimiento de piezas
- Servicios de productos
Parte posterior
- Compra
- Herramienta
- myLists
- Gestor de cotizaciones
- Productos
- Fabricantes
Solicitar una cotización

Productos destacados > ECW-H(A) Series Film Capacitors

            ECW-H(A) Series Film Capacitors
                    Panasonic's polypropylene DC film capacitors are now available in 1600 VDC variant
    

Image of Panasonic's ECW-H(A) Series Film Capacitors Panasonic Electronic Components introduces the expansion of the popular ECW-H(A) series of polypropylene DC film capacitors. The ECW-H(A) series now includes a 1600 V_DC variant, alongside the popular 800 V_DC parts. Using polypropylene as a dielectric, this series is designed specifically for high frequency and high current applications. The ECW-H(A) series is highly recommended for resonance applications.

Features
Capacitance range: 0.001 µF to 0.047 µF Operating temperature range: -40°C to +105°C Tolerance: ± 3% and ± 5% Self healing		Small size Voltage range: 800 V_DC and 1600 V_DC RoHS-compliant
Applications
Power supplies Tuning Aluminum electrode - does not overheat when stressed in high humidity conditions (compared to aluminum-zinc Electrode)		Polyproylene dielectric designed for high stress applications Specifically designed for resonance applications

Hot New Technologies from Panasonic - Search the latest capacitive, resistive, inductive, electromechanical, RF, circuit and thermal protection, and semiconductors.