Texas Instruments TMCS1133/TMCS1133-Q1 Hall-Effect Current Sensors
Texas Instruments TMCS1133/TMCS1133-Q1 Hall-Effect Current Sensors are galvanically isolated with multiple sensitivity options ranging from 25mV/A to 150mV/A. The output voltage, proportional to the input current, provides superior low drift and linearity at all sensitivity options. These sensors operate from a single 3V to 5.5V power supply and eliminate ratiometry errors. The TMCS1133/TMCS1133-Q1 sensors feature 80ARMS high continuous current capability, robust reinforced isolation, 1MHz signal bandwidth, and 50ns propagation delay. The sensors offer high immunity to external magnetic fields and can sense bi- and unidirectional current ratings. These sensors are used in EV charging, power supplies, industrial AC-DC, and solar energy applications. The TMCS1133 sensors are available in a 10.3mm x 10.3mm DVG (SOIC, 10) package. The TMCS1133-Q1 devices are AEC-Q100 qualified for automotive applications.The TMCS1133/TMCS1133-Q1 sensors offer high immunity to external magnetic fields and can sense bi- and uni-directional current ratings. These sensors are used in EV charging, power supplies, industrial AC-DC, and solar energy applications. The TMCS1133 sensors are available in a 10.3mm x 10.3mm DVG (SOIC, 10) package. The TMCS1133-Q1 devices are AEC-Q100 qualified for automotive applications.
Features
- High accuracy
- ±0.1% sensitivity error
- ±20ppm/°C sensitivity thermal drift
- ±0.2% sensitivity lifetime drift
- ±0.2mV offset error
- ±10μV/°C offset thermal drift
- ±0.2mV offset lifetime drift
- ±0.1% non-linearity
- High immunity to external magnetic fields
- Fast response
- 1MHz signal bandwidth
- 120ns response time
- 50ns propagation delay
- 100ns over-current detection response
- Bi-directional and uni-directional current sensing
- Multiple sensitivity options ranging from 25mV/A to 150mV/A
- 3V to 5.5V operating supply range
Applications
- EV charging
- Power supplies
- Industrial AC-DC
- Solar energy
Typical Application Diagram
Block Diagram
Opublikowano: 2024-06-19
| Zaktualizowano: 2025-05-15
