Gold capacitor monomer

Product introduction:

        The gold capacitor monomer (Farad capacitor, supercapacitor) is a capacitor made by using the principle of forming an inductive double charge layer between the active carbon of the electronic conductor and the organic or inorganic electrolyte of the ionic conductor. It has the characteristics of small size, large capacity, good voltage memory characteristics and high reliability. Because of its large capacity, it can store more charges, so it can be used in electronic products, industrial control equipment Backup power supply and auxiliary power supply are used in some products in automobile industry and other fields. The definition of gold capacitor (farad capacitor, supercapacitor) is a capacitor made by using the principle of inductive double charge layer formed between the active carbon of electronic conductor and the organic or inorganic electrolyte of ionic conductor. It has the characteristics of small size, large capacity, good voltage memory characteristics and high reliability. Because of its large capacity, it can store more charges, so it can be used in electronic products, industrial control equipment Backup power supply and auxiliary power supply are used in some products in automobile industry and other fields. Compared with rechargeable batteries, supercapacitors have the advantages of short charging time, high power density, long service life, good low-temperature characteristics and no environmental pollution. Therefore, supercapacitors can replace rechargeable batteries in many fields and show the characteristics of surpassing rechargeable batteries in some aspects

Series specification table:

Product performance table:

Product Size:

product application:

1) Portable equipment: notebook computer, video camera, PDA, digital camera, portable DVD, etc

2) Household appliances: two-way radios, walkie talkies, electric toys, electric bicycles, emergency lighting

3) Military equipment

4) Medical treatment

5) Electric tools

testing method:

capacity

1 Constant current discharge method

(1) Measurement circuit

                     Figure 1 - Constant Current Discharge Method Circuit

2 Measurement method

◎ The DC voltage of the constant current/constant voltage source is set to the rated voltage (UR ) .

◎ Set the constant current value of the constant current charging and discharging device specified in Table 1.

◎ Switch the switch S to the DC power supply, and charge it with constant voltage for 30 minutes after the constant current/constant voltage source reaches the rated voltage.

◎ After charging, switch the switch S to a constant current discharge device to discharge with a constant current.

◎ Measure the time t1 and t2 of the voltage across the capacitor from U1 to U2, as shown in Figure 2, and calculate the capacitance value according to the following equation : 

Figure 2 Terminal voltage characteristics of capacitors

in

C capacity (F);

I discharge current (A);

U1  measures the initial voltage (V) ;

U 2  measures the termination voltage (V);

t 1  Time (s) for the discharge voltage to reach U1;

t 2   Time (s) for the discharge voltage to reach U2.

See Table 1 for the discharge current I and the voltages U1 and U2 at which the discharge voltage drops .

3 Equipment: A, ARBIN supercapacitor test system B, linear DC stabilized power supply C, constant current discharge device D, voltage recorder

Internal resistance

Test method: AC impedance method

Measurement circuit

The measurement circuit shown is tested.

           Figure 3 - AC Impedance Method Circuit

Measurement methods

The internal resistance Ra of the capacitor should be calculated by the following formula:

in

Ra AC internal resistance (Ω);

U RMS value of AC voltage (V rms);

I AC current rms value (V rms).

The frequency at which the voltage is measured, should be 1kHz.

The AC current should be 1mA to 10mA.