2. Home
  3. Current Sensors
  4. High Speed High Accuracy Current Sensor IC

High Speed High Accuracy Current Sensor IC

SENIS AG

SENCS1D

Download Datasheet
TOTAL
Pricing:
1 or above $15.00
5 or above $12.00
10 or above $8.00
25 or above $7.75
100 or above $7.50
Download Datasheet

SENIS AG

SENCS1D

The SENIS® SENCS1D is a programmable current sensor that uses a combination of Linear Hall Sensor and Coil to increase the measurement bandwidth and to improve the signal-to-noise ratio, i.e., to increase resolution.

Features

  • Sensitivity parallel or perpendicular to chip surface
  • Ultra-fast response time 0.5us
  • 32 Selectable output ranges from 5mT to 1T
  • Magnetic field resolution: 0.5uT
  • Large f-bandwidth: DC to 1MHz
SENCS1D-02X SENCS1D-02X
SENCS1D-02X
10mT Range, X Sensitivity Direction 6 weeks SIP4 50
SENCS1D-02Z SENCS1D-02Z
SENSCS1D-02z
10mT Range, Z Sensitivity Direction 6 Weeks SIP4 50
SENCS1D-05X SENCS1D-05X
SENCS1D-05X
100mT Range, X Sensitivity Direction 6 Weeks SIP4 50
SENCS1D-05Z SENCS1D-05Z
SENCS1D-05Z
100mT Range, Z Sensitivity Direction 6 Weeks SIP4 50
SENCS1D-12X SENCS1D-12X
SENCS1D-12X
10mT Range, X Sensitivity Direction 6 Weeks SO-8 50
SENCS1D-12Z SENCS1D-12Z
SENCS1D-12Z
10mT Range, Z Sensitivity Direction 6 Weeks SO-8 50
SENCS1D-15X SENCS1D-15X
SENCS1D-15X
100mT Range, X Sensitivity Direction 6 Weeks SO-8 50
SENCS1D-15Z SENCS1D-15Z
SENCS1D-15Z
100mT Range, Z Sensitivity direction 6 Weeks SO-8 50

The SENIS® SENCS1D02 is a programmable current sensor that uses a combination of linear Hall sensor and Coil to increase the measurement bandwidth and to improve the signal-to-noise ratio, i.e. to increase resolution. This combination allows the highest frequency bandwidth of this kind of sensor on the market. The sensor provides and analog output voltage proportional to the applied magnetic field density. The transfer characteristic of the sensor is factory trimmed over temperature and is programmable (offset, sensitivity, filtering) during end-of-line customer calibration beyond the default factory trimming. In a typical current sensing application, the sensor is used in a combination with a ring shaped soft ferromagnetic core. This core is recommended to be laminated for high bandwidth applications.