F01P006S05L

Frequency:	300kHz
Package / Case:	--
Mounting Type:	Through Hole
Polarization:	Bidirectional
Operating Temperature:	-40°C ~ 105°C
Current - Supply (Max):	25mA
Response Time:	0.3µs
Voltage - Supply:	5V
Accuracy:	±2.5%
Linearity:	±1%
Series:	F01P
Sensitivity:	104.2mV/A
Output:	Ratiometric, Voltage
Number of Channels:	1
Current - Sensing:	6A
Sensor Type:	Flux Gate, Closed Loop
For Measuring:	AC
Part Status:	Active
Packaging:	--

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Introduction

Current transducers are devices that measure current by proximity coupling, i.e. by sensing the magnetic field produced by an electrically conducting material that carries the required current. This type of measurement is also referred to as fluxgate or Rogowski technology. A specific type of current transducer is the F01P006S05L. This current transducer is specifically designed for use in low voltage circuit breakers and industrial control applications.

Application Field of F01P006S05L

The F01P006S05L current transducer is intended for use in low voltage circuit breakers, industrial control, and electrical power systems. One of its main applications is in applications such as motor control circuits, switchboard feeders, and industrial control devices. It is also suitable for applications such as renewable energy systems, inverters, and energy storage systems.The F01P006S05L is also capable of accurately detecting current, making it a suitable choice for applications involving time sensitive control, including appliances such as lighting and remote monitoring systems. Additionally, it has a high degree of protection against short circuits and external interference, making it a reliable choice for electrically hazardous applications.

Working Principle of F01P006S05L

The F01P006S05L current transducer is designed to measure current by proximity coupling. This means that it senses the magnetic field produced by an electrically conducting material that carries the required current. The device consists of a core winding that is surrounded by several magnetic flux gate magnets. This core winding is connected in series with the input current.When a current passes through the transducer, a magnetic field is created around the core winding and it, in turn, generates a current into the flux gate magnets. This current is proportional to the input current and is used to create an output.The output of the device is a voltage that is proportional to the input current. This is because the voltage across the flux gate magnets is linear with respect to the input current. The output voltage is then clipped by a precision limiter circuit to ensure consistency across the range of input current. This output voltage can then be read by a meter or computer to accurately measure the current.

Conclusion

The F01P006S05L current transducer is a reliable device that is capable of accurately measuring current in low-voltage circuit breakers and industrial control applications. This device is designed to measure current by proximity coupling and consists of a core winding that is surrounded by several magnetic flux gate magnets. The output of the device is a voltage that is proportional to the input current. This output voltage can then be read by a meter or computer to accurately measure the current.

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