- Kills
- 0
- +0 in the last 90 days
- Losses
- 39
- +0 in the last 90 days
- Efficiency
- ISK Efficiency 0%
- ISK destroyed
- 0
- +0 in the last 90 days
- Activity
- Inactive
- 0 kills/day · last 90 days
Combat Record
Career-long numbers from eve-kill
Combat
- Kills
- 0
- Losses
- 39
- Danger Ratio
- 87%
- Final Blows
- 0
- Points
- 0
ISK
- Destroyed
- 0
- Lost
- 3.53B
- Balance
- -3.53B
- ISK Efficiency
- 0%
Solo
- Solo Kills
- 0
- Solo Ratio
- 0%
- Avg Kills/Day
- —
Other
- NPC Losses
- 5
- NPC Loss Ratio
- 13%
- Activity
- Inactive
Damage Dealt0
Damage Ratio · 0%
Damage Taken393.9K
Activity
What they fly, where they fight, latest kills and losses
Most Valuable
The priciest kills in the window
Matchups
Who they kill, who kills them, what they lose
Last 90d
Killed
Killed By
Hulls LostLosses broken down by hull class.
In-game bio
Capacitors are easy once you understand what they're used for. All a capacitor really does is... store energy! Duh! But how do they do that?
First, Capacitors block DC sine wave signals from a power source but not AC signals. This way, they can both charge and discharge as the circuit will allow. If a Capacitor has no energy in it, the resistance within the circuit will, temporarily, go to infinite ohms as the capacitor charges. This takes approximately 4 or 5 TCs (Time Constants) which is actually just fractions of a second. Nanoseconds.
Then, when the Capacitor is fully charged, it'll simply sit there with its charge, letting the current flow through the circuit/system as though it were never there. Once energy is cut off from the circuit is when it'll begin to discharge, acting almost like a power source itself! The formula for calculating Capacitance is this: C=Q/V, where Q is the charge on the conductor, V is the voltage, and C is the Capacitor itself.
First, Capacitors block DC sine wave signals from a power source but not AC signals. This way, they can both charge and discharge as the circuit will allow. If a Capacitor has no energy in it, the resistance within the circuit will, temporarily, go to infinite ohms as the capacitor charges. This takes approximately 4 or 5 TCs (Time Constants) which is actually just fractions of a second. Nanoseconds.
Then, when the Capacitor is fully charged, it'll simply sit there with its charge, letting the current flow through the circuit/system as though it were never there. Once energy is cut off from the circuit is when it'll begin to discharge, acting almost like a power source itself! The formula for calculating Capacitance is this: C=Q/V, where Q is the charge on the conductor, V is the voltage, and C is the Capacitor itself.