Technical Document
Specifications
Brand
HoneywellCurrent Ratio
150:1
Series
CSLA
Bore Size
15.7mm
Sensor Technology
Open Loop
Supply Voltage
6 → 12 V dc
Input Current
150A
Overall Height
44.5mm
Overall Width
30.5mm
Overall Depth
14.2mm
Minimum Temperature
-25°C
Maximum Temperature
+85°C
Mounting Type
PCB Mount
Dimensions
44.5 x 30.5 x 14.2 mm
Product details
Honeywell CSLA Series LOHET II Current Sensors
Linear current sensors from Honeywell incorporating LOHET II Hall effect transducers. These devices have increased temperature stability and 10 times less temperature drift than the LOHET I types and produce a ratiometric output voltage that varies from 19% to 81% of the supply voltage as the magnetic field varies within the rated flux range. They have push-pull outputs which are capable of sourcing and sinking current.
AC or DC current sensing with linear output
Fast response time
Output voltage isolated from input
Maximum current limited only by conductor size
Simple through-hole design
Operating temperature range -25 to 85°C
Stock information temporarily unavailable.
P.O.A.
1
P.O.A.
Stock information temporarily unavailable.
1
Technical Document
Specifications
Brand
HoneywellCurrent Ratio
150:1
Series
CSLA
Bore Size
15.7mm
Sensor Technology
Open Loop
Supply Voltage
6 → 12 V dc
Input Current
150A
Overall Height
44.5mm
Overall Width
30.5mm
Overall Depth
14.2mm
Minimum Temperature
-25°C
Maximum Temperature
+85°C
Mounting Type
PCB Mount
Dimensions
44.5 x 30.5 x 14.2 mm
Product details
Honeywell CSLA Series LOHET II Current Sensors
Linear current sensors from Honeywell incorporating LOHET II Hall effect transducers. These devices have increased temperature stability and 10 times less temperature drift than the LOHET I types and produce a ratiometric output voltage that varies from 19% to 81% of the supply voltage as the magnetic field varies within the rated flux range. They have push-pull outputs which are capable of sourcing and sinking current.
AC or DC current sensing with linear output
Fast response time
Output voltage isolated from input
Maximum current limited only by conductor size
Simple through-hole design
Operating temperature range -25 to 85°C
