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Suita - Current Sensors (Updated: 27 Apr 2024)
SCTH Series
Description
SCTH series current sensors are mainly used for measuring currents in medical equipment, smart power grids, and high-precision inverters, offering more reliable and higher-performance solutions for the manufacturing and use of relevant equipment.
High precision
Maximum accuracy up to 0.05%, which effectively avoids transmission loss and interference for more accurate results.
Low noise
Extremely low output noise, significantly reducing noise pollution and ensuring the physical and psychological safety of indoor operators.
Anti-interference
Exceptional anti-interference capabilities for use in confined spaces, reducing installation costs and ensuring more accurate results by minimizing other sources of interference.
No preheating time required
The current sensor can be used immediately after powering on, saving valuable time for test engineers and ensuring faster and improved measurements.
Basic Performance
| Options | Descriptions |
|---|---|
| Maximum accuracy | 0.05% |
| Outstanding linearity | <5ppm |
| Low temperature coefficient | <0.1ppm/K |
| General | Exceptional stability and precision |
| No preheating time required | |
| Extremely low output noise |
Checking with Suita...
Note: All trademarks that appear on this website are the property of their respective owners.
SCTX Series
Description
SCTX series current sensors are mainly used for measuring currents in medical equipment, smart power grids, and high-precision inverters, offering more reliable and higher-performance solutions for the manufacturing and use of relevant equipment.
High precision
Maximum accuracy up to 0.008%, which effectively avoids transmission loss and interference for more accurate results.
Low noise
Extremely low output noise, significantly reducing noise pollution and ensuring the physical and psychological safety of indoor operators.
Anti-interference
Exceptional anti-interference capabilities for use in confined spaces, reducing installation costs and ensuring more accurate results by minimizing other sources of interference.
No preheating time required
The current sensor can be used immediately after powering on, saving valuable time for test engineers and ensuring faster and improved measurements.
Basic Performance
| Options | Descriptions |
|---|---|
| Maximum accuracy | 0.008% |
| Outstanding linearity | <5ppm |
| Low temperature coefficient | <0.1ppm/K |
| General | Exceptional stability and precision |
| No preheating time required | |
| Extremely low output noise |
Checking with Suita...
Note: All trademarks that appear on this website are the property of their respective owners.