Capteurs de courant DCCT - CAENels
CAPTEURS DE COURANT DCCT / CAENels
Capteurs de courant DCCT 13 A, 26 A and 52 A, montables sur PCB.
CAENels - CT PCB Series
The 0-FLUCS (0-FLUx Current Sensor) is based on a closed loop technology that allows accurate and precise monitoring of DC and AC currents with high bandwidth.
The metal casing guarantees higher noise immunity and reduces undesired noise pick-up from external sources.
The transducers CT-13, CT-26 and CT-52 are PCB-mount devices rated at maximum currents of 13 A, 26 A and 52 A with primary to secondary transformation ratio of 1:250, 1:500 and 1:1000 respectively.
Galvanic isolation between the primary and the secondary circuits allows to measure currents at a different potential and simplifies interfacing if using the 0-FLUCS as the feedback element of current regulated power supplies.
Output from the 0-FLUCS sensors can be chosen between two different versions: standard secondary current output or buffered voltage output (low temperature coefficient shunt resistor and low-noise amplifier are embedded in the CT-13V, CT-26V and CT-52V versions).
Main characteristics of the 0-FLUCS current transformers are negligible temperature coefficient on the secondary output current, excellent linearity and extremely low noise.
DC current transformers represents the ideal replacement for systems where Hall-effect sensors are used as current sensing elements and better performances are needed.
0-FLUCS exclusive technology allows the user to obtain performances which cannot be reached with other current sensing techniques.
The 0-FLUCS (0-FLUx Current Sensor) family is based on a closed loop technology that allows accurate and precise monitoring of DC and AC currents with high bandwidth, very low noise and negligible drift.
The CT-100 transducers are rated at a at maximum bipolar primary current of 100A with a transformation ratio of 1:1000.
Galvanic isolation between the primary and the secondary circuits allows to measure currents at a different potential and simplifies interfacing when using the 0-FLUCS as the feedback element of current regulated power supplies.
Output from the CT-100 transducers can be chosen between two different versions: secondary current output or buffered voltage output (low temperature coefficient shunt resistor and low-noise amplifier are embedded in the device).
Also connection type can be chosen between the 'C' option a male D-sub 9 Connector, also know as DE-9 or DB-9 and the 'P' option 7-pin through-hole for PCB mounting.
Main characteristics of the 0-FLUCS current transformers are negligible temperature coefficient on the secondary output current, excellent linearity and extremely low noise.
DC current transformers represents the ideal replacement for systems where Hall-effect sensors are used as current sensing elements and better performances are needed.
0-FLUCS exclusive technology allows the user to obtain performances which cannot be reached with other current sensing techniques.
The 0-FLUCS (0-FLUx Current Sensor) family is based on a closed loop technology that allows accurate and precise monitoring of DC and AC currents with high bandwidth, very low noise and negligible drift.
The CT-150 transducers are rated at a at maximum bipolar primary current of 150A with a transformation ratio of 1:1500.
Galvanic isolation between the primary and the secondary circuits allows to measure currents at a different potential and simplifies interfacing when using the 0-FLUCS as the feedback element of current regulated power supplies.
Output from the CT-150 transducers can be chosen between two different versions: secondary current output or buffered voltage output (low temperature coefficient shunt resistor and low-noise amplifier are embedded in the device).
Also connection type can be chosen between the 'C' option - a male D-sub 9 Connector, also know as DE-9 or DB-9 - and the 'P' option - 7-pin through-hole for PCB mounting.
Main characteristics of the 0-FLUCS current transformers are negligible temperature coefficient on the secondary output current, excellent linearity and extremely low noise.
DC current transformers represents the ideal replacement for sys tems where Hall-effect sensors are used as current sensing elements and better performances are needed.
0-FLUCS exclusive technology allows the user to obtain performances which cannot be reached with other current sensing techniques.
The 0-FLUCS (0-FLUx Current Sensor) family is based on a closed loop technology that allows accurate and precise monitoring of DC and AC currents with high bandwidth, very low noise and negligible drift.
The CT-200 transducers are rated at a at maximum bipolar primary current of 200A with a transform ratio of 1:1000.
Galvanic isolation between the primary and the secondary circuits allows to measure currents at a different potential and simplifies interfacing when using the 0-FLUCS as the feedback element of current regulated power supplies.
Output from the CT-200 transducers can be chosen between two different versions: secondary current output or buffered voltage output (low temperature coefficient shunt resistor and low-noise amplifier are embedded in the device).
Main characteristics of the 0-FLUCS current transformers are negligible temperature coefficient on the secondary output current, excellent linearity and extremely low noise.
DC current transformers represents the ideal replacement for systems where Hall-effect sensors are used as current sensing elements and better performances are needed.
0-FLUCS exclusive technology allows the user to obtain performances which cannot be reached with other current sensing techniques.
The 0-FLUCS (0-FLUx Current Sensor) family is based on a closed loop technology that allows accurate and precise monitoring of DC and AC currents with high bandwidth, very low noise and negligible drift.
The CT-300 transducers are rated at a at maximum bipolar primary current of 300A with a transform ratio of 1:1500.
Galvanic isolation between the primary and the secondary circuits allows to measure currents at a different potential and simplifies interfacing when using the 0-FLUCS as the feedback element of current regulated power supplies.
Output from the CT-300 transducers can be chosen between two different versions: secondary current output or buffered voltage output (low temperature coefficient shunt resistor and low-noise amplifier are embedded in the device).
Main characteristics of the 0-FLUCS current transformers are negligible temperature coefficient on the secondary output current, excellent linearity and extremely low noise.
DC current transformers represents the ideal replacement for systems where Hall-effect sensors are used as current sensing elements and better performances are needed.
0-FLUCS exclusive technology allows the user to obtain performances which cannot be reached with other current sensing techniques.
The 0-FLUCS (0-FLUx Current Sensor) family is based on a closed loop technology that allows accurate and precise monitoring of DC and AC currents with high bandwidth, very low noise and negligible drift.
The CT-400 transducers are rated at a at maximum bipolar primary current of 400A with a transform ratio of 1:2000.
Galvanic isolation between the primary and the secondary circuits allows to measure currents at a different potential and simplifies interfacing when using the 0-FLUCS as the feedback element of current regulated power supplies.
Output from the CT-400 transducers can be chosen between two different versions: secondary current output or buffered voltage output (low temperature coefficient shunt resistor and low-noise amplifier are embedded in the device).
Main characteristics of the 0-FLUCS current transformers are negligible temperature coefficient on the secondary output current, excellent linearity and extremely low noise.
DC current transformers represents the ideal replacement for systems where Hall-effect sensors are used as current sensing elements and better performances are needed.
0-FLUCS exclusive technology allows the user to obtain performances which cannot be reached with other current sensing techniques.
The 0-FLUCS (0-FLUx Current Sensor) family is based on a closed loop technology that allows accurate and precise monitoring of DC and AC currents with high bandwidth, very low noise and negligible drift.
The 0-FLUCS (0-FLUx Current Sensor) family is based on a closed loop technology that allows accurate and precise monitoring of DC and AC currents with high bandwidth, very low noise and negligible drift.
The CT-600 transducers are rated at a at maximum bipolar primary current of 600A with a transform ratio of 1:1500.
Galvanic isolation between the primary and the secondary circuits allows to measure currents at a different potential and simplifies interfacing when using the 0-FLUCS as the feedback element of current regulated power supplies.
Output from the CT-600 transducers can be chosen between two different versions: secondary current output or buffered voltage output (low temperature coefficient shunt resistor and low-noise amplifier are embedded in the device).
Main characteristics of the 0-FLUCS current transformers are negligible temperature coefficient on the secondary output current, excellent linearity and extremely low noise.
DC current transformers represents the ideal replacement for systems where Hall-effect sensors are used as current sensing elements and better performances are needed.
0-FLUCS exclusive technology allows the user to obtain performances which cannot be reached with other current sensing techniques.
The 0-FLUCS (0-FLUx Current Sensor) family is based on a closed loop technology that allows accurate and precise monitoring of DC and AC currents with high bandwidth, very low noise and negligible drift.
The CT-1000 transducers are rated at a at maximum bipolar primary current of 1000A with a transform ratio of 1:2000.
Galvanic isolation between the primary and the secondary circuits allows to measure currents at a different potential and simplifies interfacing when using the 0-FLUCS as the feedback element of current regulated power supplies.
Output from the CT-1000 transducers can be chosen between two different versions: secondary current output or buffered voltage output (low temperature coefficient shunt resistor and low-noise amplifier are embedded in the device).
Main characteristics of the 0-FLUCS current transformers are negligible temperature coefficient on the secondary output current, excellent linearity and extremely low noise.
DC current transformers represents the ideal replacement for systems where Hall-effect sensors are used as current sensing elements and better performances are needed.
0-FLUCS exclusive technology allows the user to obtain performances which cannot be reached with other current sensing techniques.
Page internet du fabricant : https://www.caenels.com/products/ct-1000/
Fabricant : CAENels
Ideal supply for high-precision 0-FLUCS current transducers.
These power supplies are particularly designed for operation with the following CAEN ELS 0-FLUCS DC Current Transducers (DCCT):
- CT-100-C, CT-100V-C
- CT-150-C, CT-150V-C
- CT-200, CT-200V
- CT-300, CT-300V
- CT-400, CT-400V
- CT-600, CT-600V
- CT-1000, CT-1000V
All the above cited devices, combined with a PS1215 low-noise voltage power supply, guarantee their rated specifications. The maximum output power for the PS1215 is rated at 27 W with derating curves under a certain threshold of the AC mains input voltage.
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Linear bipolar output AC/DC power supply for low-noise and high-precision instrumentation.
The PS1215 by CAEN ELS is a single-output, dual-voltage (+/- 15 V) mixed switching-linear power supply that is designed in order to obtain low-noise operation and high efficiency and it is especially suited for DCCT measurement systems where switching power supplies could corrupt measuring noise, accuracy and precision.
The power supply is housed in a robust and compact stainless steel box that can be placed next to the supplied device in order to reduce cable lengths and minimize consequent possible noise pick-up.
Typical noise levels of 0.001 % are present on both outputs in order to supply the high precision current transducers (or other precise electronic instrumentation) with very clean DC power.
Page internet du fabricant : https://www.caenels.com/products/ps1215/
Fabricant : CAENels