2-Wire High Performance Programmable Hall effect sensor
PCB-Less、2-wire output interface、Compliant with ASIL-B
The SC2589X family, designed and produced on high voltage BCD process, is a chopper-stabilized 2-wire Hall Effect Sensor with current interfacethat offers a magnetic sensing solution with superior sensitivity stability over temperature and integrated protection features. The internal voltage regulator circuit of the chip can withstand a working voltage input voltage range of 4 to 24V, which is suitable for application in the industrial and automotive fields. At the same time, it makes the chip have strong electromagnetic interference (EMC) resistance and high reliability
SC25898-C Datasheet
Characteristics and advantages
AEC-Q100 qualified
ISO26262 ASIL-B SEooC
Current output latching Hall - effect sensor.
Up to 1MHz high chopping frequency
Reverse battery protection: -28V
High EMC/ESD immunity
Ordering Information
| Ordering Information | Mark | BOP(Gs) | BRP(GS) | Ambient, TA(℃) | Package | Packing | Quantity |
|---|---|---|---|---|---|---|---|
| SC25898SO-TR-Q | 25898 | 80 | -80 | -40 to 150℃ | SOT23-3L | Reel | 3000 pieces/reel |
| SC25898UA-BK-Q | 25898 | -80 | 80 | -40 to 150℃ | TO92S | Bulk | 1000 pieces/bag |
| SC25898CUB-BK-Q | 25898 | -80 | 80 | -40 to 150℃ | TO92S-UB(PCBLESS) | Bulk | 1000 pieces/bag |
Product Application
Seat Motor
Documents and Resources
Semiment Product Selection Guide
SC25898-C Datasheet
Application Note for SC25898-C
The SC2589X family, designed and produced on high voltage BCD process, is a chopper-stabilized 2-wire Hall Effect Sensor with current interfacethat offers a magnetic sensing solution with superior sensitivity stability over temperature and integrated protection features. The internal voltage regulator circuit of the chip can withstand a working voltage input voltage range of 4 to 24V, which is suitable for application in the industrial and automotive fields. At the same time, it makes the chip have strong electromagnetic interference (EMC) resistance and high reliability
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