The calculable circuits are as follows:

All circuits are capable of calculating up to **4 capacitors**.

- Calculate divided capacitance values in entering a combined capacitance values
- Display capacitance values corresponded to a selected E-series number (E6 ~ E24)
- Only tap on a unit button directly when a unit of capacitance is changed (pF or nF or µF)
- Correspond to specified capacitance values of less than 10pF by a selectable switch
- Display current and power of each capacitor when input voltage is entered in the detail page

The calculable series circuits are 2, 3 and 4 capacitors.

Procedure of capacitance calculation (**2 capacitors**)

1. Select E-series number (E6 ~ E24)

2. Enter combined capacitance value (C_{0}) in the frame and select unit button (pF or nF of µF)

3. Display calculation result

* When you want to calculate 3 or 4 capacitors, you just swipe the middle of the page.

Procedure of capacitance calculation (**3 capacitors**)

1. Select E-series number (E6 ~ E24)

2. Enter combined capacitance value (C_{0}) in the frame and select unit button (pF or nF or µF)

3. Display calculation result

* When you want to calculate 2 or 4 capacitors, you just swipe the middle of the page.

Procedure of capacitance calculation (**4 capacitors**)

1. Select E-series number (E6 ~ E24)

2. Enter combined capacitance value (C_{0}) in the frame and select unit button (pF or nF or µF)

3. Display calculation result

* When you want to calculate 2 or 3 capacitors, you just swipe the middle of the page.

Procedure of capacitance calculation (**Auto display page**)

1. Select E-series number (E6 ~ E24)

2. Enter combined capacitance value (C_{0}) in the frame and select unit button (pF or nF or µF)

3. Display calculation result

The display switches from 2 capacitors to 4 capacitors according to result that reduce a tolerance of combined capacitance value (C_{0}) to minimum.

* When you want to calculate fixed 2, 3 or 4 capacitors, you just swipe the middle of the page.

In the previous page, push "Details" button, and then move to this page.

In this page, display calculated C_{0}, and calculate current and power of each capacitor when input voltage (V_{in}) and ESR (Equivalent Series Resistance) values.

Procedure of current and power calculation

1. Enter input voltage (V_{in}) in the frame and select unit button (µV or mV or V)

2. Enter ESR (Equivalent Series Resistance) values into each symbol (C_{1} or C_{2} or C_{3})

3. Display calculate current and power of each capacitor

* When you want to view voltage value of each capacitor, please push each symbol (P_{1} or P_{2} or P_{3}).

* C_{1}, C_{2} and C_{3} have set 100mΩ as ESR.

In this application, the following capacitance values of less than 10pF can be applied by a selectable switch.

Capacitance:

E6: 1pF, 2pF, 3pF, 5pF, 7pF

E12: 1pF, 2pF, 3pF, 4pF, 5pF, 6pF, 7pF, 8pF

E24: 1pF, 2pF, 3pF, 4pF, 5pF, 6pF, 7pF, 8pF, 9pF

- Calculate divided capacitance values in entering a combined capacitance values
- Display capacitance values corresponded to a selected E-series number (E6 ~ E24)
- Only tap on a unit button directly when a unit of capacitance is changed (pF or nF or µF)
- Correspond to specified capacitance values of less than 10pF by a selectable switch
- Display current and power of each capacitor when input voltage is entered in the detail page

The calculable parallel circuits are 2, 3 and 4 capacitors.

Procedure of capacitance calculation (**2 capacitors**)

1. Select E-series number (E6 ~ E24)

2. Enter combined capacitance value (C_{0}) in the frame and select unit button (pF or nF of µF)

3. Display calculation result

* When you want to calculate 3 or 4 capacitors, you just swipe the middle of the page.

Procedure of capacitance calculation (**3 capacitors**)

1. Select E-series number (E6 ~ E24)

2. Enter combined capacitance value (C_{0}) in the frame and select unit button (pF or nF or µF)

3. Display calculation result

* When you want to calculate 2 or 4 capacitors, you just swipe the middle of the page.

Procedure of capacitance calculation (**4 capacitors**)

1. Select E-series number (E6 ~ E24)

2. Enter combined capacitance value (C_{0}) in the frame and select unit button (pF or nF or µF)

3. Display calculation result

* When you want to calculate 2 or 3 capacitors, you just swipe the middle of the page.

Procedure of capacitance calculation (**Auto display page**)

1. Select E-series number (E6 ~ E24)

2. Enter combined capacitance value (C_{0}) in the frame and select unit button (pF or nF or µF)

3. Display calculation result

The display switches from 2 capacitors to 4 capacitors according to result that reduce a tolerance of combined capacitance value (C_{0}) to minimum.

* When you want to calculate fixed 2, 3 or 4 capacitors, you just swipe the middle of the page.

In the previous page, push "Details" button, and then move to this page.

In this page, display calculated C_{0}, and calculate current and power of each capacitor when input voltage (V_{in}) and ESR (Equivalent Series Resistance) values.

Procedure of current and power calculation

1. Enter input voltage (V_{in}) in the frame and select unit button (µV or mV or V)

2. Enter ESR (Equivalent Series Resistance) values into each symbol (C_{1} or C_{2} or C_{3} or C_{4})

3. Display calculate current and power of each capacitor

* When you want to view current value of each capacitor, please push each symbol (P_{1} or P_{2} or P_{3} or P_{4}).

* C_{1}, C_{2}, C_{3} and C_{4} have set 100mΩ as ESR.

In this application, the following capacitance values of less than 10pF can be applied by a selectable switch.

Capacitance:

E6: 1pF, 2pF, 3pF, 5pF, 7pF

E12: 1pF, 2pF, 3pF, 4pF, 5pF, 6pF, 7pF, 8pF

E24: 1pF, 2pF, 3pF, 4pF, 5pF, 6pF, 7pF, 8pF, 9pF

Because standard capacitors are used and precision of calculation is ensured, the following restrictions are set up.

- Range of capacitance value: 1pF ~ 100µF

"< 1pF" is displayed when capacitance value is less than 1pF, "> 100µF" is displayed when capacitance value is more than 100µF.

- Range of capacitance ratio (C
_{1}/C_{2}or C_{1}/C_{3}or C_{1}/C_{4}or C_{2}/C_{3}or C_{2}/C_{4}or C_{3}/C_{4}) : 0.1 ~ 10

It has restricted so that it may become the above range automatically by the input text box.

**Series Circuits**

Selectable E-series number

E6, E12, E24

(Applied specified capacitance values of less than 10pF)

E6: 1pF, 2pF, 3pF, 5pF, 7pF

E12: 1pF, 2pF, 3pF, 4pF, 5pF, 6pF, 7pF, 8pF

E24: 1pF, 2pF, 3pF, 4pF, 5pF, 6pF, 7pF, 8pF, 9pF

Input range

Capacitance: 0.001pF ~ 99999µF

Details page

Voltage: 0.001µV ~ 99999V

Output range

Capacitance: 1pF ~ 100µF

Details page

Voltage: 0V ~ 99999V

Current: 0A ~ 99999YA

Power: 0W ~ 99999YW

Accuracy

2 capacitors

E6: ±6.30%

E12: ±2.05%

E24: ±0.858%

(Applied specified capacitance values of less than 10pF)

E6: ±9.10%

E12: ±9.10%

E24: +9.10%

3 capacitors

E6: ±2.64%

E12: ±0.568%

E24: ±0.149%

(Applied specified capacitance values of less than 10pF)

E6: ±2.97%

E12: ±1.66%

E24: ±1.63%

4 capacitors

E6: ±1.04%

E12: ±0.180%

E24: ±0.0184%

(Applied specified capacitance values of less than 10pF)

E6: ±1.60%

E12: ±0.604%

E24: ±0.348%

**Parallel Circuits**

Selectable E-series number

E6, E12, E24

(Applied specified capacitance values of less than 10pF)

E6: 1pF, 2pF, 3pF, 5pF, 7pF

E12: 1pF, 2pF, 3pF, 4pF, 5pF, 6pF, 7pF, 8pF

E24: 1pF, 2pF, 3pF, 4pF, 5pF, 6pF, 7pF, 8pF, 9pF

Input range

Capacitance: 0.001pF ~ 99999µF

Details page

Voltage: 0.001µV ~ 99999V

Output range

Capacitance: 1pF ~ 100µF

Details page

Voltage: 0V ~ 99999V

Current: 0A ~ 99999YA

Power: 0W ~ 99999YW

Accuracy

2 capacitors

E6: ±6.30%

E12: ±2.08%

E24: ±1.05%

(Applied specified capacitance values of less than 10pF)

E6: ±11.2%

E12: ±5.27%

E24: ±4.77%

3 capacitors

E6: ±2.65%

E12: ±0.741%

E24: ±0.351%

(Applied specified capacitance values of less than 10pF)

E6: ±4.35%

E12: ±2.86%

E24: ±2.84%

4 capacitors

E6: ±1.23%

E12: ±0.322%

E24: ±0.209%

(Applied specified capacitance values of less than 10pF)

E6: ±2.71%

E12: ±1.97%

E24: ±1.91%