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Supercapacitors are further divided into electric double-layer capacitors (EDLC), Faraday capacitors, and hybrid capacitors. Mainly through the highly reversible polarized electrolyte electrostatic physical adsorption mode of energy storage, is a new type of green energy storage device between the traditional capacitor and rechargeable battery, it has the characteristics of short charging time, good temperature characteristics, energy saving and green environmental protection, cycle charging and discharging up to hundreds of thousands of times, life span of more than ten years, has been widely used in intelligent three meters, intelligent data protection, computer peripherals, new energy automotive electronics, smart home, intelligent industrial control, 5G terminals and other fields.

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Supercapacitor Product Classification

Low internal resistance series cylindrical supercapacitor

Made with our company's low internal resistance core technology, it has low internal resistance, low self-discharge, high power density, and long cycle life.

High voltage series combined supercapacitor

It can be used with a voltage of up to 6.0V, small self-discharge, high power density, excellent cycle life, and green environmental protection.

Customized series combination super capacitor

According to customer needs, two series, multi series type modules can be customized, the displayed is only part of the, for more needs, please contact us.

Coin-type supercapacitor

Small volume, low self-discharge, high reliability, high safety, long cycle life, green and environmental-friendly.

High voltage series cylindrical supercapacitor

The operating voltage is up to 3V, which is used for standby power, automotive electronics, smart meters, data protection, 5G terminals smart home and other fields, and is suitable for application scenarios with slightly higher single cell voltage, which is determined according to the customer's circuit design requirements.

High Temperature Series Combination Supercapacitor

The operating temperature range is between -40℃ and 85℃, with a maximum voltage of up to 5.5V, suitable applications such as backup power, automotive electronics, smart meters, data protection, 5G terminals, and smart home, especially for scenarios with high environmental requirements, such dashcams and outdoor cameras.

High temperature series cylindrical supercapacitor

Temperature range of -40℃ to 85℃, long cycle life, suitable for standby power, automotive electronics, smart meters, data protection, 5G terminals, smart home and other fields, and is more suitable for application scenarios with high environmental requirements, such as car recorders, outdoor cameras.

Lithium Ion Supercapacitors

Operating voltage up to 3.8V/4.2V, high capacity (10 times of the same volume EDLC), operating temperature of -40~70℃/65℃, high safety, high reliability, ultra-low self-discharge, green and environmental friendly.

Regular series combination supercapacitor

Operating voltage up to 5.5V, operating temperature range from -40 to 70℃, long cycle life, green and environmental, can be used in standby power, automotive electronics, smart meters, data protection, 5G terminals, smart home and other fields.

Regular series cylindrical supercapacitor

Operating voltage up to 2.7V, long cycle life, ultra-low self-discharge, green and environmental, can be used in standby power automotive electronics, smart meters, data protection, 5G terminals, smart home and other fields.

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Product Certificate

Part Number	Capacitance	Tolerance	Structure	T.C.R(ppm/°C)	Rated Vdc
FH5R5C474TH-L0	470mF	-20%~+80%	Button Type	－40℃~+85℃	5.5V
FH5R5H474T-H086	470mF	-20%~+80%	Button Type	－25℃~+70℃	5.5V
FH5R5V474T	470mF	-20%~+80%	Button Type	－25℃~+70℃	5.5V
FH5R5C474T	470mF	-20%~+80%	Button Type	－25℃~+70℃	5.5V
FH5R5H474T	470mF	-20%~+80%	Button Type	－25℃~+70℃	5.5V
FH5R5H474T-P12	470mF	-20%~+80%	Button Type	－25℃~+70℃	5.5V
FH5R5H474TH-L0	470mF	-20%~+80%	Button Type	－40℃~+85℃	5.5V
FH5R5V474TH-L0	470mF	-20%~+80%	Button Type	－40℃~+85℃	5.5V
FH3R6C474TH-L0	470mF	-20%~+80%	Button Type	－40℃~+85℃	3.6V
FH3R6H474T-P12	470mF	-20%~+80%	Button Type	－25℃~+70℃	3.6V
FH3R6H474TH-P12	470mF	-20%~+80%	Button Type	－40℃~+85℃	3.6V
FH3R6H474T	470mF	-20%~+80%	Button Type	－25℃~+70℃	3.6V
FH3R6C474T	470mF	-20%~+80%	Button Type	－25℃~+70℃	3.6V
FH3R6V474TH-L0	470mF	-20%~+80%	Button Type	－40℃~+85℃	3.6V
FH3R6V474T	470mF	-20%~+80%	Button Type	－25℃~+70℃	3.6V

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