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 they use different dielectric materials. The dielectric material of liquid aluminum capacitors is an electrolyte, while the dielectric material of solid capacitors is a conductive polymer.
So what's the best for solid-state capacitors? For friends who often go to Internet cafes or use computers for a long time, they must have heard of computers that are unstable due to motherboard capacitors, or even the motherboard capacitors burst! That is because on the one hand, overheating of the motherboard causes the electrolyte to expand by heat during long-term use, resulting in the loss of effect of the capacitor and even expanding and bursting due to exceeding the boiling point! On the other hand, if the motherboard is not powered on for a long time, the electrolyte is prone to chemical reaction with the alumina, causing an explosion when powered on or powered on. However, if solid-state capacitors are used, there will be no such hidden dangers and dangers at all!
Since solid-state capacitors use conductive polymer products as dielectric materials, the material will not affect alumina and will not explode after being energized; at the same time, it is a solid-state product, so there will naturally be no explosion due to heat expansion.
Solid-state capacitors have superior characteristics such as environmental protection, low impedance, high temperature stability, high ripple resistance and high reliability, and are the highest-level products among electrolytic capacitor products. Since the solid-state capacitor characteristics are far better than liquid aluminum capacitors, the solid-state capacitor has a temperature resistance of 260 degrees Celsius, and has good conductivity, frequency characteristics and lifespan. It is suitable for low voltage and high current applications, and is mainly used in digital products such as thin DVDs, projectors and industrial computers.
So what's the best for solid-state capacitors? For friends who often go to Internet cafes or use computers for a long time, they must have heard of computers that are unstable due to motherboard capacitors, or even the motherboard capacitors burst! That is because on the one hand, overheating of the motherboard causes the electrolyte to expand by heat during long-term use, resulting in the loss of effect of the capacitor and even expanding and bursting due to exceeding the boiling point! On the other hand, if the motherboard is not powered on for a long time, the electrolyte is prone to chemical reaction with the alumina, causing an explosion when powered on or powered on. However, if solid-state capacitors are used, there will be no such hidden dangers and dangers at all!
Since solid-state capacitors use conductive polymer products as dielectric materials, the material will not affect alumina and will not explode after being energized; at the same time, it is a solid-state product, so there will naturally be no explosion due to heat expansion.
Solid-state capacitors have superior characteristics such as environmental protection, low impedance, high temperature stability, high ripple resistance and high reliability, and are the highest-level products among electrolytic capacitor products. Since the solid-state capacitor characteristics are far better than liquid aluminum capacitors, the solid-state capacitor has a temperature resistance of 260 degrees Celsius, and has good conductivity, frequency characteristics and lifespan. It is suitable for low voltage and high current applications, and is mainly used in digital products such as thin DVDs, projectors and industrial computers.