Open loop current sensor based on the principle of Hall-effect. It can be used for
measuring AC,DC,pulsed and mixed current.
Electrical characteristics |
|
Type |
RTCS050N |
RTCS100N |
RTCS200N |
RTCS300N |
RTCS400N |
RTCS500N |
RTCS600N |
|
IPN |
Primary nominal input current |
50 |
100 |
200 |
300 |
400 |
500 |
600 |
A |
IP |
Measuring range of primary current |
0~±100 |
0~±200 |
0~±400 |
0~±600 |
0~±800 |
0~±1000 |
0~±1000 |
A |
VOUT |
Nominal output voltage |
4±1% |
V |
VC |
Supply voltage |
±12~±15(±5%) |
V |
IC |
Current consumption |
VC=±15V <20 |
mA |
VD |
Insulation voltage |
AC/50Hz/1min 2.5 |
kV |
εL |
Linearity |
<1 |
%FS |
VO |
Offset voltage |
TA=25℃ <±25 |
mV |
VOM |
Residual voltage |
IPN→0 <±20 |
mV |
VOT |
Thermal drift of V0 |
IP=0 TA=–25~+85℃ <±1 |
mV/℃ |
TR |
Response time |
≤5 |
μs |
f |
Frequency bandwidth(-3dB) |
DC~20 |
kHz |
TA |
Ambient operating temperature |
–25~+85 |
℃ |
TS |
Ambient storage temperature |
–40~+100 |
℃ |
RL |
Load resistance |
≥10 |
KΩ |
|
Standard |
Q/3201CHGL02-2007 |
|
Dimensions of drawing (mm) |
Elucidation: 1:+15V 2:–15V 3:VOUT 4:0V(GND) OFS:Zero adjustment GIN:Gain adjustment
|
Remarks |
·Incorrect connection may lead to the damage of the sensor.
·VOUT is positive when the IP flows in the direction of the arrow. |