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AW86564STR

High Sensitivity Micropower Linear Hall-effect Sensor

Datasheet :
Preview - AW86564STR - Datasheet
Ref.Price
  • 1-99￥3.24
  • 100-249￥2.66
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  • 500-999￥1.69
  • 1000+￥1.30

Product details

Output Type Analog
VDD (Min) (V) 2.5
VDD (Max) (V) 5.5
Sensitivity (mV/Gs) 2.5
Sleep Current (μA) -
BandWidth (kHz) 10
Noise(mVrms) 0.96
Temperature -40℃~125℃
linearity(%) ±1%
Package (mm) SOT23-3L
WBSOT23-3L(1.25)
Ratiometric linear hall effect magnetic sensor Analog output with VCC / 2 quiescent offset Operates from 2.5V to 5.5V power supplies Sensitivity(VCC = 3V): AW86564STR:2.5mV/Gs AW86565STR:5.0mV/Gs Temperature-stable quiescent voltage output and sensitivity Wide operating temperature range: –40°C to +125°C Fast 10-kHz sensing bandwidth SOT23-3L package
The AW8656XSTR is a linear Hall effect IC that respond proportionally to magnetic flux density. The quiescent output voltage of the device is 50 % nominal of the supply voltage VCC and the supply current of the device is 2.6 mA. The AW8656XSTR features magnet temperature compensation to counteract how magnets drift for linear performance across a wide -40°C to +125°C temperature range. The AW8656XSTR is available in 3 pin SOT and is rated over -40°C to +125°C. The package is available in a lead (Pb)free version.

Technical documentation
Type
Title
Date
Datasheet DS_AW8656XSTR_EN_V1.2   2024-09-11

Design & development

For additional terms or required resources, click any title below to view the detail page where available.

Hardware development

Evaluation board

AW8656XDNR EVB V2.0 — W8656XDNR EVB is Awinic's linear Hall EVB evaluation board, which can realize single-chip function demonstration and serve as a universal evaluation board for structural adaptation of magnetic field generators

Awinic linear Hall sensors Evaluation Board

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Hardware development

Evaluation board

AW8656XDNR EVB V2.0 — W8656XDNR EVB is Awinic's linear Hall EVB evaluation board, which can realize single-chip function demonstration and serve as a universal evaluation board for structural adaptation of magnetic field generators

Awinic linear Hall sensors Evaluation Board

View options