Model: |
BTS4000- |
5 |
V |
50 |
mA |
Model: |
BTS4000- |
5 |
V |
50 |
mA |
Model: |
BTS4000- |
5 |
V |
50 |
mA |
Items |
Values |
||
Input AC |
AC 220V/110V ±10% / 50Hz |
||
Input Power |
3544 mW |
||
Resolution |
AD:16bit;DA:16bit |
||
Input Impendence |
≥10G Ω |
||
Voltage |
CV output range |
25mV~5V |
|
Min discharge voltage |
0V |
||
Accuracy |
± 0.05% of FS |
||
Stability |
± 0.05% of FS |
||
Current |
Output range/channel |
Range1: 25μA-5mA; Range2: 5mA-50mA |
|
Accuracy |
± 0.05% of FS |
||
CV cut-off current |
0.1mA |
||
Stability |
± 0.05% of FS |
||
Power |
Output power/channel |
0.25 |
W |
Stability |
± 0.1% of FS |
||
Time |
Current response time |
Max rising time:1ms |
|
Working step time |
≤(365*24)h/step Time format-00:00:00.000(hã€mã€sã€ms) |
||
Data record |
Data record conditions |
Min data record interval:100ms |
|
Min voltage change:10mV |
|||
Min current change:Range1: 10μA; Range2: 0.1mA |
|||
Frequency |
10Hz |
||
Charge |
Charge modes |
CCã€CVã€CCCVã€CP |
|
Cut-off condition |
Voltageã€Currentã€Timeã€Capacityã€-â–³V |
||
Discharge |
Discharge modes |
CCã€CPã€CRã€CV |
|
Cut-off condition |
Voltageã€Currentã€Timeã€Capacityã€-â–³V |
||
Pulse |
Charge |
CCã€CP |
|
Discharge |
CCã€CP |
||
Min pulse width |
500ms |
||
Pulse counts |
Up to 32 |
||
Chg and Dischg switch |
Supported |
||
Cut-off condition |
Voltageã€Time |
||
DCIR |
Supported |
||
Cycle |
Max cycles |
65535 |
|
Max steps |
254 |
||
Cycle nest |
3 |
||
Protection |
Safety protection |
|
|
|
|||
|
Channels feature |
Independent pairs of a closed loop for constant |
Channels control mode |
Independent control |
Data acquisition method |
Kelvin connection |
Noise |
<85dB |
Database |
MySQL |
Communication |
TCP/IP |
Operating system |
Windows 7/8/10 64-bit |
Data export |
EXCELã€TXTã€CSVã€PDFã€Plot/Graph |
Disk drive |
500GB |
Communication port |
Ethernet port |
Leak Current |
0.0000005mA |
Channels per unit |
8 |
Operation and storage environment requirement |
|
Items |
Values |
Operation environment temperature |
0℃~40℃ (When the temperature is 25±10℃, the accuracy error caused by temperature change is less than 50ppm /℃) |
Storage environment temperature |
-10℃~50℃ |
Operation environment humidity |
≤70% RH(no moisture condensation) |
Storage environment humidity |
≤80% RH(no moisture condensation) |