Nine cells in series (Russian build)
Water Cell tubular · entered as “9 ячеек последовательно”
As recorded
- Shape shape
- tubular
- Capacitance C
- 1.0369 nF
- Series resistance (ESR) esr
- 0.1 Ω
- Inner diameter a
- 0.5512 in
- Outer diameter b
- 0.6299 in
- Length l
- 11.0236 in
- Plate area A
- 100 cm²
- Gap d
- 1 mm
- Cells cells
- 9
- Arrangement arrangement
- series
- Voltage rating voltage_rating
- 50 V
The symbol beside each value is the calculation input it fills.
Use it
Calculations this part fills some of, each opened with its numbers already in the form.
- Coaxial cell capacitance fills 3 of 5 a b l
- Leak resistance across a tubular cell fills 3 of 4 a b l
- Design a VIC: cell, choke, Q and step charging fills 3 of 12 a b l
- Flat-plate cell capacitance and field fills 2 of 5 A d
- Concentric-sphere cell capacitance fills 2 of 4 a b
- Leak resistance across a plate cell fills 2 of 3 A d
- Leak resistance across a spherical cell fills 2 of 3 a b
- VIC-5: will the phase-locked loop find this cell's resonance? fills 2 of 15 C d
- Steam resonator: how fast, and by what, the water heats fills 2 of 7 A d
- Series LC resonant frequency fills 1 of 2 C
- Inductance needed for a target frequency fills 1 of 2 C
- Q factor and voltage rise fills 1 of 4 C
- Damping and ringdown fills 1 of 3 C
- Step charging accumulation fills 1 of 5 C
- Current and power under a pulsed drive fills 1 of 7 C
- Simulate a VIC: chokes, cell and pulsed drive fills 1 of 12 C
- Dual switchover into a cell: charge, leak, accumulate? fills 1 of 8 C
Simulate with it
- VIC circuit as its the cell
- VIC-5 phase-locked loop as its the cell
- Dual switchover as its the cell
- Steam resonator as its the plate cell