AC Safety X Capacitor Price
Electrical Characteristics
Capacitance range: 0.001~2.2 µF
Rated Voltage: 275Vac, 310Vac, etc
Continuous DC voltage: ≤630V
Capacitance tolerance: ±10%
Operating temperature range: -40°C to +110°C
Climatic test category: Complies with IEC 40/110/56/B
Structure
Application
Use and Storage Environment
(1) The insulating layer of the capacitor does not have a good sealing effect; therefore, do not store the capacitor in corrosive gas, especially where there is chlorine gas, sulfur gas, acid, ammonium, salt, etc., and it should be protected from moisture.
(2) Capacitors should be stored in places where the temperature and relative humidity do not exceed -10 to 40°C and 15 to 85%, respectively.
(3) Please use the capacitor within 6 months upon delivery.
FAQ
What can be used to replace ceramic capacitors?
Ceramic capacitors are a kind of electronic components. They are isolated muons mainly made of ceramic materials and belong to insulators. Ceramic capacitors, also known as disc ceramic capacitors, are divided into high-voltage ceramic capacitors and low-voltage ceramic capacitors. The advantages of ceramic capacitors mainly include temperature resistance, long-lasting use and low price. It has a wide range of application fields, and is widely used in medium and large electronic equipment and micro and small single-chip microcomputers.
Whether the ceramic capacitor can be replaced by other capacitors, first of all depends on what equipment it is used on, and what the voltage is. If the requirements are not high, ordinary non-polar capacitors with the same capacitance will do.
If it is a safety ceramic capacitor, do not look for a replacement at will. If it is a Y1 capacitor, there are many certification symbols on the general mark. Only the same type of Y1 and Y2 capacitors can be used. The product is marked with a withstand voltage of 300 or 400V, and the highest test withstand voltage up to 4000VAC, other capacitors can be used to replace a ceramic capacitor as long as the capacitance is similar and the withstand voltage is similar.
