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The capacitance in the full state is much better. But there are individual special places that are good in a half-old state.
Solid-state capacitors have the superior characteristics of environmental protection, low impedance, high and low temperature stability, high ripple resistance and high reliability, and are the most advanced products among electrolytic capacitor products. Because the characteristics of solid-state capacitors are much better than those of liquid aluminum capacitors, solid-state capacitors are temperature resistant to 260 degrees Celsius, and have good conductivity, frequency characteristics and life, which are suitable for low-voltage and high-current applications, mainly used in digital products such as thin ***, projectors and industrial computers. However, at present, a large number of solid-state capacitors appear more and more on personal computer motherboards, and even all-solid-state capacitors are no longer used electrolytic capacitors, making solid-state capacitors "popular", not only used in demanding electronic instruments and industrial computers.
Sometimes the computer is unstable due to the motherboard capacitance, and even the motherboard capacitor bursts! That's because, on the one hand, the motherboard overheats and causes the electrolyte to expand due to heating during long-term use, causing the capacitor to lose its function and even expand and burst due to exceeding the boiling point! On the other hand, if the motherboard is not powered on for a long time, the electrolyte is easy to form a chemical reaction with alumina, resulting in the formation of ** phenomenon when the machine is turned on or powered on.
But if you use solid-state capacitors, there are no such hidden dangers and dangers at all!
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Of course, it's an all-solid-state capacitor motherboard! First of all, the stability of the solid-state capacitor is good, which provides a strong guarantee for the stable operation of the motherboard. Secondly, the solid-state capacitor has excellent high temperature resistance, even if the temperature in the case is very high for some special reason, it will not cause the capacitor to burst slurry and leak!
In particular, a few large capacitors near the CPU are more susceptible to thermal damage, but solid-state capacitors generally do not!
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All-solid-state capacitors! Look at the motherboard ad in a computer magazine! It is specifically stated that it is a solid-state capacitor!
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The good point of solid-state, but the best place for the sound card chip is the electrolyte capacitor to ensure the quality of the audio.
Solid-state capacitors, long life, high temperature resistance, and good overclocking.
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Of course, it is the all-solid-state capacitor that is easy to pull, basic common sense.
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Solid good! Strong anti-interference ability, high temperature resistance, high pressure!
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The numbers on the solid-state capacitors indicate the model, series, and capacitance.
Generally, the capacitor is directly written on its capacity, and there are also numbers used to mark the capacity, and the general answer is often when the capacity is less than 10000pf, pf is used as the unit, and when the capacitance is greater than 10000pf, uf is used as the unit. For the sake of simplicity, capacitors greater than 100pf and less than 1uf are often not counted. If there is no decimal point, its unit is pf, and if there is a decimal point, its unit is uf.
If there is a capacitor marked with "332" (3300pf) three significant figures, the two digits from the left give the capacitance.
One or two digits, while the third digit indicates the number of digits with 0 added to the end, and the unit is pf.
For example, capacitors with capacitances of 220,000 pf, 33,000 pf, and 100,000 pf, respectively.
The full name of solid-state capacitor is: solid-state aluminum electrolytic capacitor. The biggest difference between it and ordinary capacitors (i.e., liquid aluminum electrolytic capacitors) is that different dielectric materials are used, the dielectric material of liquid aluminum capacitors is electrolyte, while the dielectric material of solid capacitors is conductive polymer materials.
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What do the numbers on a capacitor mean? Teach you a trick and see the numbers to know the capacity.
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The numbers on solid-state capacitors mainly include capacitance values, withstand voltage values, and some may also have temperature.
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The production indicators of each factory are not the same, but the role is the same, and it is estimated that it is convenient to assemble some labels.
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Capacitors are a common part in motherboards and are a major factor in the life of motherboards because all other parts are stronger than capacitors.
Ordinary capacitors are electrolytic capacitors ** cheap but not long-lasting.
When it is bad, it is easy to bulge and leak.
Solid-state capacitor conductive polymer is used as an intermediary material, which will not bulge and has a long life, but the most expensive motherboards are made of solid-state capacitors, which means that the quality is reliable and the life is longer.
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A solid-state capacitor is a small cylinder encased in all-metal that is very durable
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Generally, there are series of capacitance value voltage batches on the top, and the specific arrangement depends on what brand it is.
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What kind of symbol do you have on your solid-state capacitors?
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The solid-state capacitor is shorter than the electrolytic capacitor, and the whole body is silvery-white, and a quarter of the top is blue or red (mostly these two colors, and there are also colorless ones), while the electrolytic capacitor is black and black around it, and the surface is white, and there is generally a "K" word anti-burst mark. Also, the motherboard with all-solid-state capacitors has the same capacitors and looks very comfortable!
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Innovent solid-state capacitors, an old brand, are at the leading level in the industry!
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Yes, the quality of this electrolytic capacitor is very good.
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Look at the appearance. and workmanship. And the labels are relatively clear. So it should be true.
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