Products
Product Classification
Example product
The anode of the product adopts NiO as anode substrate, which is insensitive to DC surge impact of switching power supply circuit;
It has very strong ability to resist direct stray surge, and it does not burn and explode. Its reliability is one order of magnitude higher than tantalum capacitor and close to the level of safety capacitor, which can meet the high safety
The anode of the product adopts NiO as anode substrate, which is insensitive to DC surge impact of switching power supply circuit;
It has very strong ability to resist direct stray surge, and it does not burn and explode. Its reliability is one order of magnitude higher than tantalum capacitor and close to the level of safety capacitor, which can meet the high safety
The anode of the product adopts NiO as anode substrate, which is insensitive to DC surge impact of switching power supply circuit;
It has very strong ability to resist direct stray surge, and it does not burn and explode. Its reliability is one order of magnitude higher than tantalum capacitor and close to the level of safety capacitor, which can meet the high safety
The anode of the product adopts NiO as anode substrate, which is insensitive to DC surge impact of switching power supply circuit;
It has very strong ability to resist direct stray surge, and it does not burn and explode. Its reliability is one order of magnitude higher than tantalum capacitor and close to the level of safety capacitor, which can meet the high safety
The anode of the product adopts NiO as anode substrate, which is insensitive to DC surge impact of switching power supply circuit;
It has very strong ability to resist direct stray surge, and it does not burn and explode. Its reliability is one order of magnitude higher than tantalum capacitor and close to the level of safety capacitor, which can meet the high safety
It has very strong ability to resist direct stray surge, and it does not burn and explode. Its reliability is one order of magnitude higher than tantalum capacitor and close to the level of safety capacitor, which can meet the high safety
The anode of the product adopts NiO as anode substrate, which is insensitive to DC surge impact of switching power supply circuit;
It has very strong ability to resist direct stray surge, and it does not burn and explode. Its reliability is one order of magnitude higher than tantalum capacitor and close to the level of safety capacitor, which can meet the high safety
The anode of the product adopts NiO as anode substrate, which is insensitive to DC surge impact of switching power supply circuit;
It has very strong ability to resist direct stray surge, and it does not burn and explode. Its reliability is one order of magnitude higher than tantalum capacitor and close to the level of safety capacitor, which can meet the high safety
The anode of the product adopts NiO as anode substrate, which is insensitive to DC surge impact of switching power supply circuit;
It has very strong ability to resist direct stray surge, and it does not burn and explode. Its reliability is one order of magnitude higher than tantalum capacitor and close to the level of safety capacitor, which can meet the high safety
