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Efficient Power Conversion
Accurately measures the full dynamic range and provides a cleaner signal.
Adoption of Wide Bandgap Transistors
Wide bandgap transistors such as GAN and SiC require high bandwidth current sensors which XtremeSense TMR achieves without sacrificing accuracy and resolution.
Reduce the Energy Footprint
Delivers the lowest power consumption in any magnetic sensing product category.
Efficient Power Conversion
Accurately measures the full dynamic range and provides a cleaner signal.
Adoption of Wide Bandgap Transistors
Wide bandgap transistors such as GAN and SiC require high bandwidth current sensors which XtremeSense TMR achieves without sacrificing accuracy and resolution.
Reduce the Energy Footprint
Delivers the lowest power consumption in any magnetic sensing product category.
Superior magnetic sensitivity, low power consumption, and compact size compared to other technologies, driving innovation in applications like renewable energy, electric vehicles, and consumer electronics.
Superior magnetic sensitivity, low power consumption, and compact size compared to other technologies, driving innovation in applications like renewable energy, electric vehicles, and consumer electronics.
| Document Type | Document Name |
|---|---|
| Application Note | What is XtremeSense TMR |
| Brochure | The Future of Sensing: XtremeSense™ TMR Technology |
| Brochure | DC Fast Charging: Faster and Farther |
| Guide | CTD455-BB-06B5 Evaluation Board User Guide |
| Document Type | Document Name |
|---|---|
| Third Party Tool | CT455 Programming Software |
XtremeSense(TM) TMR Current Sensor module utilizing the CT455, offering an ultra-low noise solution in a compact module for a wide range of high current sensing applications (EVCI).
