Is it better to use CD or CBB for single phase diving capacitors?

As we all know, in the development of integration circuits, CBB capacitors have gradually replaced monolithic capacitors. With this change, the frequency of the channel has been improved. If all the monolithic capacitors in the circuit are replaced with CBB capacitors, will the efficiency of the circuit be improved in the system?

Therefore, we have made a bold assumption, so which high-frequency wave filter effect is better between CBB capacitor and monolith capacitor will be answered for you one by one.

First of all, it should be clear that the meaning of the high-frequency filtering effect and the integration effect is not the same, and the multilayer capacitor is usually not suitable for integration, because the multilayer capacitor (including other substantial capacitors) has an adsorption effect on the charge, that is, after the short circuit discharge of the charged capacitor, there will be voltage at both ends of the capacitor after a period of time, which is not allowed in the precision integration circuit, and the CBB capacitor does not have this phenomenon.

For example, if a bucket made of soft wood is filled with water and then drained, after a while, some remaining water will appear in the bucket, because the wood will absorb some of the water, and after the water is poured dry, the water sucked in from the wood will seep out again. It would be much better if you changed to an iron bucket.

Similarly, the characteristics of the monolithic capacitor used in the integration circuit are quite poor, the monolith capacitor is a kind of ceramic capacitor, the characteristics are the worst in the ceramic capacitor, the ceramic capacitor is basically divided into three categories, and the only advantage of the monolith compared with the other two types is that the capacity can be relatively large. Therefore, in general circuits, multilayer capacitors are commonly used in power supply filtering and decoupling, and the use effect in other aspects is not good.

The CBB capacitor is a kind of organic film capacitor, which is characterized by very small loss and relatively stable capacitance. The frequency requirements of the integration circuit are not high, and it can be regarded as a low-frequency circuit. Compared with organic film capacitors, ceramic capacitors are more suitable for high-frequency circuits, and monoliths have better high-frequency characteristics than CBB.

The requirements of the integration circuit for the integration capacitance are that the capacity is stable, and the loss must be controlled very small, and this monolith capacitor is much worse than CBB.

Single-phase submersible capacitors with CD and SI BB I think are very good to keep the Quartet, and they are also relatively rare, can be better used.

Single submersible pump capacitor, I feel that it is good to use CBB, the water pump produced many years ago used this kind of capacitor, and the life is very long.

Usually submersible pumps use CBB capacitors.

The capacitor of a single submersible pump generally uses more CD, but it is better to distribute the capacitor according to the original model of the manufacturer.

Who is better to drip or CBP is better in the total land of forward hydropower, I feel that both can be tried.

But like the diver capacitor CD and CB should be like me better, he should be a better way to use, so it should be able to carry out some operations, and its performance is very good.

One-way diver capacitance, I think the latter is better.

Hello! I'm honored to answer for you! Is it better to use a capacitor for a submersible pump or a CBB capacitor for a good CBB capacitor or a good CD for an aluminum electrolytic capacitor (with polarity) and a CBB for a polypropylene capacitor (non-polarity).

CD and CBB are aluminum electrolytic capacitors and polypropylene capacitors, respectively. Electrolytic capacitors, especially aluminum electrolytic capacitors, due to its process structure, materials and other internal factors, so the internal resistance of aluminum electrolytic capacitors is larger, the D value is drier, and the Q value is smaller, and the frequency characteristics are worse than other Hongshen capacitors, such as polypropylene capacitors. Aluminum electrolytic capacitors are divided into positive and negative polarity, and the use of the circuit should pay attention to the polarity, otherwise the capacitor is easy to **.

Polypropylene capacitors, on the other hand, are non-polarized and do not need to be used in circuits without considering polarity.