MS49E is a linear Hall sensor whose output voltage is controlled by the applied power supply and varies linearly with the applied magnetic field.
AH546 is a Hall switch sensor designed based on BCDMOS technology.
AH545 is a Hall switch sensor designed based on BCDMOS technology.
AH544 is a Hall switch sensor designed based on BCDMOS technology.
AH543 is a Hall switch sensor designed based on BCDMOS technology.
AH542 is a Hall switch sensor designed based on BCDMOS technology.
AH541 is a Hall switch sensor designed based on BCDMOS technology.
AH512 is a high-sensitivity unipolar Hall switch chip designed based on BCDMOS technology.
AH511 is a high-sensitivity unipolar Hall switch chip designed based on BCDMOS technology.
AH510 is a high-sensitivity unipolar Hall switch chip designed based on BCDMOS technology.
AH509 is a high-sensitivity unipolar Hall switch chip designed based on BCDMOS technology.
AH508 is a high-sensitivity unipolar Hall switch chip designed based on BCDMOS technology.
AH507 is a high-sensitivity unipolar Hall switch chip designed based on BCDMOS technology.
AH506 is a high-sensitivity unipolar Hall switch chip designed based on BCDMOS technology.
AH505 is a high-sensitivity bipolar Hall switch chip designed based on BCDMOS technology.
AH504 is a high-sensitivity bipolar Hall switch chip designed based on BCDMOS technology.
AH503 is a high-sensitivity unipolar Hall switch chip designed based on BCDMOS technology.
AH502 is a high-sensitivity bipolar Hall switch chip designed based on BCDMOS technology.
AH501 is a high-sensitivity bipolar Hall switch chip designed based on BCDMOS technology.
ZW402 is a high-voltage-resistant bipolar Hall switch chip manufactured using high-voltage bipolar process technology.
AH452 is a high-voltage-resistant, high-sensitivity omnipolar Hall switch chip designed using bipolar semiconductor technology.
AH451 is a high-voltage-resistant, high-sensitivity omnipolar Hall switch chip designed using bipolar semiconductor technology.
AH431 is a Hall effect sensor switch chip designed and manufactured based on bipolar semiconductor technology.
AH423 is a high-voltage-resistant, high-sensitivity unipolar Hall switch chip designed using bipolar semiconductor technology.
AH422 is a high-voltage-resistant, high-sensitivity unipolar Hall switch chip designed using bipolar semiconductor technology.
AH421 is a high-voltage-resistant, high-sensitivity unipolar Hall switch chip designed using bipolar semiconductor technology.
AH402H is a high-voltage-resistant bipolar Hall switch chip manufactured using high-voltage bipolar process technology.
AH402G is a high-voltage-resistant bipolar Hall switch chip manufactured using high-voltage bipolar process technology.
AH402F is a high-voltage-resistant bipolar Hall switch chip manufactured using high-voltage bipolar process technology.
AH401N is a high-voltage-resistant bipolar Hall switch chip manufactured using high-voltage bipolar process technology.
AH401G is a high-voltage-resistant bipolar Hall switch chip manufactured using high-voltage bipolar process technology.
AH401F is a high-voltage-resistant bipolar Hall switch chip manufactured using high-voltage bipolar process technology.
AH475 is a micro-power, high-sensitivity omnipolar Hall switch chip designed and manufactured using CMOS technology.
AH474 is a micro-power, high-sensitivity omnipolar Hall switch chip designed and manufactured using CMOS technology.
AH473 is a micro-power, high-sensitivity omnipolar Hall switch chip designed and manufactured using CMOS technology.
AH472 is a micro-power, high-sensitivity omnipolar Hall switch chip designed and manufactured using CMOS technology.
AH471 is a low-power, high-sensitivity bipolar Hall switch chip designed and manufactured using CMOS technology.
AH470 is a low-power, high-sensitivity bipolar Hall switch chip designed and manufactured using CMOS technology.
AH469M is a low-power, high-sensitivity bipolar Hall switch chip designed and manufactured using CMOS technology.
AH469 is a low-power, high-sensitivity bipolar Hall switch chip designed and manufactured using CMOS technology.
AH468M is a low-power, high-sensitivity bipolar Hall switch chip designed and manufactured using CMOS technology.
AH468 is a low-power, high-sensitivity bipolar Hall switch chip designed and manufactured using CMOS technology.
AH467 is a low-power, high-sensitivity omnipolar Hall switch chip designed and manufactured using CMOS technology.
AH466M is a low-power, high-sensitivity omnipolar Hall switch chip designed and manufactured using CMOS technology.
AH466 is a low-power, high-sensitivity omnipolar Hall switch chip designed and manufactured using CMOS technology.
AH465 is a low-power, high-sensitivity unipolar Hall switch chip designed and manufactured using CMOS technology.
AH464M is a low-power, high-sensitivity omnipolar Hall switch chip designed and manufactured using CMOS technology.
AH464 is a low-power, high-sensitivity omnipolar Hall switch chip designed and manufactured using CMOS technology.
AH463 is a low-power, high-sensitivity omnipolar Hall switch chip designed and manufactured using CMOS technology.
AH462M is a low-power, high-sensitivity omnipolar Hall switch chip designed and manufactured using CMOS technology.
AH462 is a low-power, high-sensitivity omnipolar Hall switch chip designed and manufactured using CMOS technology.
AH951 is an open-loop current sensor module based on the Hall effect principle, providing a more economical and precise solution for AC or DC detection.
The AH950 series is an open-loop current sensor module based on the Hall effect principle, providing a more economical and precise solution for AC or DC detection.
AH910W is a high-performance Hall effect isolated linear current sensor chip that can effectively measure AC or DC current, widely used in industrial applications.
AH910 is a high-performance Hall effect current sensor that can effectively measure AC or DC current.
AH810S is a monolithic programmable Hall effect linear sensor manufactured using advanced BCD technology.
AH810 is a monolithic programmable Hall effect linear sensor manufactured using advanced BCD technology.
AH712 is a speed and direction sensor series with 2 built-in Hall effect elements.
AH711 is a speed and direction sensor series with 2 built-in Hall effect elements.
AH710 is a speed and direction sensor series with 2 built-in Hall effect elements.
