SLYA090B September 2024 – August 2025 TMAG5133 , TMAG5134 , TMAG5233
Advancements in sensing technologies are providing low-power devices that increase the overall system reliability. Hall-effect sensors such as TMAG5233 and TMAG5133 offer low-power magnetic detection at lower manufacturing costs than TMR and at comparable sensitivity thresholds.
| Parameter | Hall-effect | Hall-effect With Concentrator | TMR | Reed Switch |
|---|---|---|---|---|
| Cost | Lowest | Low | High | Highest |
| Sensing Direction | Vertical or in-plane (X,Y,Z) | Vertical or In-plane (X,Y,Z) | Typically in-plane (X,Y) | Vertical or in-plane depending on construction |
| Handling | Standard PCB assembly | Standard PCB assembly | Standard PCB assembly | Typically require manual installation |
| Current Consumption | As low as 0.55μA | As low as 0.5μA | <0.3μA | Zero Current |
| Typical Operating Threshold (BOP) | 1mT | 1mT | As low as 0.3mT | <5mT |
| Permanent Damage from strong fields | None | None | Some devices can be damaged with fields as low as 100mT | Uncommon |
To further explore low-power and in-plane magnetic switch options, please consider Table 3-2.
| Device | Grade | Sensitivity Direction | Package Options | Average Current (μA) |
|---|---|---|---|---|
| TMAG5233 | Commercial | In-plane | SOT23-3(DBV) | 2.7μA (40Hz) 0.55μA (5Hz) |
| TMAG5133 | Commercial | In-plane | X1LGA (ZFC) | 2.7μA (40Hz) 1.8μA (20Hz) |
| TMAG5134 | Commercial | In-plane | SOT23-3 (DBV) X1LGA (ZFC) | 0.5μA (1.25Hz) 0.6μA (5Hz) 0.9μA (10Hz) 1.4μA (20Hz) |
| DRV5032 | Commercial | Vertical | SOT23-3(DBV) TO-92(LPG) X2SON(DMR) | 5.7μA (80Hz) 1.6μA (20Hz) 0.69μA (5Hz) |
| TMAG5231 | Commercial | Vertical | SOT23-3(DBV) X2SON (DMR) | 16μA (216Hz) 2μA (20Hz) 1.3μA (10Hz) |
| TMAG5123 (Q1) | Commercial (Automotive) | In-plane | SOT23-3 (DBV) | 3.5mA (10kHz) |