high energy super capacitor 5.5V 0.1F 0.22F 0.33F 0.47F 1F 1.5F 4F

high energy super capacitor 5.5V 0.1F,0.22F,0.33F,0.47F,1F,1.5F,4F

Model: SE-5R5-***VH/CV
Value: 0.1F,0.22F,0.33F,0.47F,1F,1.5F,4F
Votage: 5.5V
Brand: GTCAP 

Feature:
1. Operate temperature: -25°C~+70°C(SE), -25°C~+85°C(SEH)

2. Cycle life 500,000 times.
3..Small Size. 

4. Good performance in keeping voltage stable
3. It can be the perfect back-up power supplier.

high energy super capacitor 5.5V

For this series products, it is small in size and with low ESR.

High energy super capacitor 5.5V application:

*Smart water meter, Smart electricity meter,Smart energy meter,
*VCR, RAM, Radio,TV set,DVD,Electric toy, LED-lighting device
*Telephone, intelligent door lock,electric cooker,cell phone,electric water heater
*self-powered super flashlight,Intelligent instrument etc.

High energy super capacitor 5.5V packing.

Packing Details : Packing, solid bicycle saddle, 50pcs/carton

Delivery Details : 3-30 days after order  by air, express, see per your requirements.

Best Super Capacitor Supplier

Shanghai Green Tech manufacture and export GTCAP brand products including tantalum capacitors, super capacitors, mica capacitors,aluminum electrolytric capacitors, ceramic capacitors with high quality.

Quality Guarantee:

Products 100% checked before shipping and all GTCAP super capacitor quality guaranteed 1 year. 

Project Support:

Over 20 years experience in capacitor industry can offer solution per your projects.

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What are the Advantages of a Super Capacitor?

*Virtually unlimited life cycle - cycles millions of time -10 to 12 year life 

*Low impedance
*Charges in seconds

*No danger of overcharge

*Very high rates of charge and discharge

*High cycle efficiency (95% or more)

*Super capacitors and ultra capacitors are relatively expensive in terms of cost per watt

What are the Disadvantages of Ultra Capacitor ?

*Linear discharge voltage prevents use of the full energy spectrum.

*Low energy density - typically holds one-fifth to one-tenth the energy of an electrochemical battery.

*Cells have low voltages - serial connections are needed to obtain higher voltages. Voltage balancing is required if more than three capacitors are connected in series.

*High self-discharge - the rate is considerably higher than that of an electrochemical battery.

*Requires sophisticated electronic control and switching equipment.

Will Supercapacitors Replace the Battery?

A supercapacitor by itself cannot totally replace the battery. But, by merging a supercapacitor and a battery together - likea "Hybrid Battery" it will be possible for supercapcitors to replace the battery as we know it today.Supercapacitors needbatteries to store the energy and are basically used as a buffer between the battery and the device. Supercapacitors can be charged and discharged hundreds of thousands of times where a battery cannot do that.Soon the price point will be where most every electronic device will use them. As a hybrid battery.It will be the new super battery.