Each location on the tester that tests a single device is called a channel. The number of the channel. Generally it ranges from 1 to 8 in real, and from 1 to 32 in virtual. Also called faradic efficiency, faradic yield, coulombic efficiency or current efficiency. A ratio between output (discharging) and input (charging) capacity of the battery.
For the equipment with negative power supply and empowered with Constant Voltage Discharge, you can use the same logical as above calibration for charge voltage. If no such conditions, a digital voltage signal source will be introduced for the calibration. Linearity is an important item of MSA (Measurement System Analysis).
By below connection, there will be another value indicated by standard meter. If there is no negative power supply installed, the equipment cannot discharge except you connect a battery to function as a power supply. You can calibrate discharge current at this situation just string a battery in the circuit as above diagram.
Now you can move onto next item like CC (Charge Current). If you do not have equipment powered with negative power supply and no available battery function as an external power source, you may choose Copy KB Value on the right click menu after you have finished CC (Charge Current) calibration.
Energy value. Dividing Energy above by the weight of active material you set in Unit Settings will directly get this value. This is real time from the computer clock. Power value, calculated directly from the equation P=UI, U and I are voltage value and current value of this record.
BTS 3000 can perform such tests. If you want to have some advanced features, such as jumping to other schedules based on the situation of the battery, or want to test battery at various conditions (like temperature or humidity) based on a remote controllable environment chamber.
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