China wholesale Dayton Axial-Metallized Polypropylene Film Capacitor - MKPA-C MKTA-C – A Friend
Short Description:
China wholesale Dayton Axial-Metallized Polypropylene Film Capacitor - MKPA-C MKTA-C – A Friend Detail:
CONSTRUCTION
MET/MEA is non-inductive and is made of metallized polyester film or metal polypropylene film as dielectric / electrode. The coating is made of tin-plated copper wire and epoxy resin.
SPECIAL FEATURES
Appearance：White and Red
Wide capacitance range
Excellent damp proof
Excellent stability
TYPICAL APPLICATIONS
Mainly applies to the filter and circuit of audio frequency divider, and in communication and industrial power supply equipment.
ELECTRICAL DATA
Operating Temperature ：-40℃~+85℃
Capacitance Range ：0.01~100μF
Capacitance tolerance ：±5%(J) ±10(K) ±20(M)
Voltage proof ：1.6UR (2S)
Work Voltage ：100V, 400V, 630VDC
Dissipation Factor ：1.0%Max at 1KHz,25℃
Insulation Resistance ： >15000MΩ(C≤0.33μF)；>5000MΩ(C＞0.33μF)
INTERNAL CONSTRUCTION
GENERAL DATA
Product detail pictures:
Related Product Guide:
We always follow the principle "Quality Very first, Prestige Supreme". We have been fully committed to delivering our customers with competitively priced high-quality products and solutions, prompt delivery and experienced services for China wholesale Dayton Axial-Metallized Polypropylene Film Capacitor - MKPA-C MKTA-C – A Friend, The product will supply to all over the world, such as: Iceland , Monaco , Florida , "Make the women more attractive "is our sales philosophy. "Being customers' trusted and preferred brand supplier" is the goal of our company. We've been strict with every part of our work. We sincerely welcome friends to negotiate business and start cooperation. We hope to join hands with friends in different industries to create a brilliant future.
By Mag
from Irish
- 2017.06.29 18:55
Timely delivery, strict implementation of the contract provisions of the goods, encountered special circumstances, but also actively cooperate, a trustworthy company!
By Genevieve
from French
- 2017.09.29 11:19
