8
3.1 Application
（
APP
）
1
．
Step Mode:
》
2
．
Charging Mode:
》
3
．
Function Generator Mode
》
Table 3: Application mode
Application modes include:
Step mode: A sequence programming function that the device supports a maximum of
50 sequences. Users can edit each step of the function according to the actual needs,
so that the device in a sequence of constant-voltage, constant-current mode output to
meet the specific test needs;
Charge mode: Applicable to charge and discharge aging test of different electric
energy storage media such as lithium battery and capacitor. Set up a maximum of 10
charging sequences, each step can be independently set voltage/current reference
value and judgment conditions to determine whether to enter the next step, can
simulate fine charging curve;
Function generator mode: This mode generates a variety of regular waveforms, such
as sine, triangular, zigzagged, rectangular, pulse, trapezoidal and Line segment, and
a combination of these waveforms and superpositions the modified waveforms onto
the DC(Voltage or current) output. The preset function will provide all necessary
parameters for the user, such as baseline, cycle number, waveform amplitude, time
and so on a complete set of configuration parameters;
3.1.1 Step Mode
Mode:
Hybrid Step
▼
Num Of Steps:
3 Steps
Num Of Cycles:
Infinite
1
：
Step Setting:
XX.XXX V
CV
▼
Time Setting:
XXXXX S
2
：
Step Setting:
XX.XXX V
CV
▼
Time Setting:
XXXXX S
3
：
Step Setting:
XX.XXX V
CV
▼
Time Setting:
XXXXX S
4
：
Step Setting:
- - - - - - - -
Time Setting:
- - - - - - - -
Table 4: Steps mode
Step mode parameters:
Mode: Three mode options: Constant-voltage steps, constant-current steps and
Hybrid steps. The above mode can set voltage reference and current reference and
voltage or current reference in a single step;
