| |
Specifications |
|
Application |
Product |
Range |
Resolution |
Bandwidth |
|
DC/AC Current Transducers For Low Current |
| Current Transducer DC/AC. High
sensitivity and accuracy for low current. Differential
and net current measurements of multiple conductors. Large internal diameter enables high voltage isolation. |
IPCT |
± 1mA to
±
5A |
10µA |
DC
- 4.2kHz |
| Ametes Low Current Sensor Module. Uses CSA-1V. Analog output signal. Three standard ranges Configurable for unipolar or bipolar current. High voltage isolation >4kV. |
CS |
±0.25A
±2.5A
±10A |
±0.1mA
±1mA
±4mA |
DC to 100Hz
DC to 1kHz
DC to 4kHz |
|
|
DC/AC
Current Transducers For High Current - Single
Channel |
| |
Product |
Range |
Output |
Bandwidth |
| Sentron CSA-1V Hall-Effect High Sensitivity Sensor IC, single-axis, analog, small size and low power. CMOS, SOIC-8 package. Magnetic non-contact current measurement. Fringe field measurement. Low field sensing. |
CSA-1V
1-axis |
±
7.5mT |
±
15µT |
DC
- 100kHz |
| Ametes Bus Bar Module Current Sensor Isolated current measurement. Uses two CSA-1V mounting one on each side of Current Bus Bar. High Level 2.5 ± 2V linear signal output. |
BBM-XX |
±8mT
|
±0.005mT
|
DC - AC
Depends on BBM geometry |
| Current
Transducer DC/AC. Current feed-back sensor in precision current
regulator power supplies, MRI gradient amplifiers. Transducer for 866R multi-channel current measurement systems. |
867 |
± 60A
± 200A
± 400A
± 700A
± 1000A |
± 100mA
± 200mA
± 200mA
± 400mA
± 1000mA
|
DC - 150kHz
DC - 150kHz
DC - 100kHz
DC - 100kHz
DC - 150kHz
|
| Current
Transducer DC/AC. Current feed-back sensor in precision current
regulate power supplies, MRI gradient amplifiers. Transducer for 866R multi-channel current measurement systems. |
866 |
±
150A
± 600A |
±
200mA
± 400mA |
DC
- 100kHz |
| Current
Transducer DC/AC. Eurocard
Electronic Modules and separate Transducer Heads. |
864I |
±
2kA
± 5kA |
±
1A
± 2A |
DC
- 50kHz |
864U |
±
2kA |
±
10V |
DC
- 50kHz |
| Current Measurement System DC/AC. Current or Voltage output. Consisting of
a rack mounted Control and a separate current transducer Head. Power supply development, production testing, or
power measurement as a secondary current standard.
Range programming for Model 860. |
860 |
±
600A
± 2kA
|
±
10V |
DC - 50kHz
DC - 50kHz
|
| 862 |
±
7.5kA
± 10kA
± 16kA
± 20kA
± 24kA |
±
10V |
DC
- 30kHz |
| Current Measurement System DC/AC. Current or Voltage output. Consisting of
a rack mounted Control and a separate current transducer Head.
Power supply development, production testing, or
power measurement as a secondary current standard.
Range programming 40A to 5kA. |
STH-600 |
± 40A to
± 600A
|
± 1A or
± 10V
|
DC
- 300kHz
|
| STH-2000 |
± 125A to ± 2kA
|
± 1A or
± 10V
|
DC - 50kHz
|
| STH-2000IHF |
± 2kA
|
± 2A or
± 10V
|
DC - 300kHz
|
| STH-5000 |
± 2500A to ± 5kA
|
± 2A or
± 10V
|
DC - 50kHz |
|
| DC/AC
Current Transducers For High Current - Multi-channel
Systems |
| |
Product |
Range |
Output |
Transducer |
| Multichannel Current Measurement System, DC/AC. 866R is a 19" rack Control which provides power
for up to six 866 and or 867 Current Transducers.
Current output and voltage monitor (± 1V) for each channel. Multi-phase
power efficiency or MRI gradient amplifier measurements. |
866R |
± 150A
± 200A
± 400A
± 600A
± 700A |
± 200mA
± 200mA
± 200mA
± 400mA
± 400mA
|
866-150
867-200IHF
867-400I
866-600
866-700I & 700PI
|
|
|
AC
Current Transformers for broad frequency response |
| |
Product |
Max Peak |
Droop |
Rise Time |
Current Transformer, AC/Pulse. Measurement range from microA to 20kA, at frequencies ranging from 0.5Hz
to 500MHz.
|
CT |
200A
400A
1kA
2kA
4kA
10kA
20kA |
4 %/ms
0.75 %/ms
0.13 %/ms
0.03 %/ms
0.01 %/ms
0.001 %/ms
0.0003 %/ms |
0.875 ns
0.7ns
0.7 ns
1.75 ns
3.5 ns
7 ns
17.5 ns |
Current Transformer AC/Pulse. Very high frequency for rf or pulse currents. High sensitivity to 5V/A.
|
FCT |
Up to 2kA |
<0.05%/µs to
<20%/µs |
200ps to 1000ps |
| FCT also available in conflat flanges for direct mounting on a vacuum beam pipe.
|
In-flange FCT |
This page was last updated on
12 May, 2008
|
