Number of cycles a battery will undergo before being "worn out."
Number of discharge-charge cycles that a battery can tolerate under specified conditions before it fails to meet specified criteria as to performance (e.g., capacity decreases to 80-percent of the nominal capacity).[to top
The total number of charge/discharge cycles the cell can sustain before it becomes no longer operative (Usually, A battery is considered non-usable if its nominal capacity falls below 60% ~ 80%).
The number of charge/discharge cycles that a battery can endure before it loses its ability to hold a useful charge. Cycle life usually depends on the depth of the discharge.
For secondary (rechargeable) cells or batteries, the total number of charge/discharge cycles before the cell or battery becomes inoperative.
The number of cycles a cell or battery provides before failure.
For rechargeable batteries, the total number of charge/discharge cycles the cell can sustain before it's capacity is significantly reduced. End of life is usually considered to be reached when the cell or battery delivers only 80% of rated ampere- hour capacity. NiMH batteries typically have a cycle life of 500 cycles, NiCd batteries can have a cycle life of over 1,000 cycles. The cycle of a battery is greatly influenced by the type depth of the cycle (deep or shallow) and the method of recharging. Improper charge cycle cutoff can greatly reduce the cycle life of a battery.
The number of cycles under specified conditions which were available from a rechargeable cell/battery before it fails to meet specified criteria as to performance.
The number of cycles a battery can provide before it is no longer usable (a battery is considered non-usable if its nominal capacity falls below 60-80%)
The number of times a battery can be charged and discharged during its life.
The total number of cycles before a cell or battery becomes nonfunctional for a definite use.
the number of times a device can be switched or can be charged and discharged.
The number of repetitive flex motions that a wire or cable can withstand prior to breakdown.
For secondary rechargeable cells or batteries, the total number of charge/discharge cycles the cell can sustain before it becomes inoperative. In practice, end of life is usually considered to be reached when the cell or battery delivers approximately 80% of rated ampere-hour capacity.
The amount of times a battery may be charged and discharged. Every time a battery is charged and discharged it uses on cycle.
The number of cycles under specified conditions before a device tails to meet specified performance criteria. Variously, the symbol for diameter, drain and deuterium.
How many charge/discharge cycles the battery can endure before it loses its ability to hold a useful charge. Cycle life typically depends on the depth of discharge. For example, if a hypothetical battery pack will propel your car for a maximum range of 100 miles, and you drive 50 miles between charges, (50% DOD) then you may get 600 trips before replacing the pack; but if you drove 80 miles between charges, you might only get 400 trips before the pack wears out. (All numbers were made up.)
The number of cycles under specified conditions that are available from a rechargeable battery before it fails to meet specified performance criteria.