With the rapid development of microelectronics technology, digital control technology, communication and network technology and the wide application of CBB capacitors, intelligent, integrated, networked, high reliability, availability, maintainability, energy saving, and environmental protection hav

Polyester film capacitors are also known as CL capacitors, and polypropylene film capacitors are also known as CBB capacitors, both of which have self-healing and non-inductive properties. The main differences between the two are as follows: 1. Under high frequency conditions, the stability of CBB c

As the market for CBB capacitors gets better and better, CBB capacitor manufacturers are making profits while improving the performance and quality of capacitors. Manufacturers also get better operation. The competition in this industry of capacitors is getting more and more fierce, so how to win in

CBB capacitors have been shuttled in our lives. Commonly used in household appliances, CBB capacitors are not unfamiliar to everyone. What are the characteristics of CBB capacitors? CBB capacitor is non-inductive, made of polyester film as medium and aluminum foil for electrode winding, tinned coppe

CBB capacitor is non-inductive, made of polyester film as medium and aluminum foil for electrode winding, tinned copper clad steel wire with epoxy resin encapsulation; 1. CBB capacitor stability and reliability;2. No inductive structure reduces the loss factor to a low level;3. Excellent environment

CBB capacitors are one of the common electronic components in everyday life, and the demand is constantly increasing. New energy plans are also being implemented, and domestic film capacitors are already emerging. Some users have suggested that the 0.22uf CBB capacitor has been burned out during deb

CBB capacitor is non-inductive, made of polyester film as medium and aluminum foil for electrode winding, tinned copper clad steel wire with epoxy resin encapsulation; 1, CBB capacitor stability and reliability; 2, no induction The structure reduces the loss factor to a low level; 3. Excellent envir

Nowadays, CBB capacitors are already in our electrical appliances. That is because CBB capacitors are rich in functions, such as phase shifting, coupling, step-down, filtering, etc., which are often used for parallel compensation of reactive power in high and low voltage systems, and shunts of paral

CBB capacitors are one of the common electronic components in everyday life, and the demand is constantly increasing. New energy plans are also being implemented, and domestic film capacitors are already emerging. In the case, I have seen a lot of users suggest that CBB capacitors burn out and burn

Film capacitors are mainly used in electronics, home appliances, telecommunications, electric power, electrified railways, hybrid vehicles, wind power, solar power and many other industries. So why do you need to add a CBB capacitor after the traditional bridge PFC rectification? If CBB capacitor is