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Documents Which version of the MAX32664 is compatible with the MAXM86161?
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  • -MAXM86161EFD+: FAQ
    • Do activity classifier, step counter, and energy expenditure features in MAXM86161 algorithm work for in-ear applications?
    • How do you monitor sudden DC shift in the ADC value on the MAXM86161?
    • Is it necessary to use 12 layers layout for MAXM86161 design?
    • Is there any filling inside the module of the MAXM86161?
    • What are the main differences between the MAXM86161 and the MAX86160?
    • What is the purpose of the LDO present on the MAXM86161?
    • What is the purpose of the sub-DAC tag on the MAXM86161?
    • When I use MAXM86161 to measure HR and SpO2, Where is the best location for the sensor module?
    • When measuring HR and SpO2 by MAXM86161, how long it will take to obtain reliable measurement results? MAXM86161 is an in-ear product, but how is the accuracy of the result when compared with the arm?
    • Which version of the MAX32664 is compatible with the MAXM86161?
  • +MAXM86161EVSYS#: FAQ

Which version of the MAX32664 is compatible with the MAXM86161?

Out of MAX32664 versions A, B, C and D, the versions B and C are compatible with the MAXM86161. These are Maxim's best current biometric sensor hub microcontroller for in ear heart rate monitoring with the MAXM86161.

Tags: MAXM86161 MAXM86161EFD+ KA-09424 max32664
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Related Content
  • Can I measure HRV and SPO2 by using MAXM86161 EVSYS?
    MSDAPI
    MAXM86161 EVSYS is the evaluation kit for MAXM86161. It includes MAXM86161 and MAX32664C. Users can measure SpO2 by MAXM86161 EVSYS, but as for HRV, MAXM86161 EVSYS cannot output it directly, so users...
  • What are the main differences between the MAXM86161 and the MAX86160?
    MSDAPI
    The main difference between the MAXM86161 and the MAX86160 is that the MAXM86161 has SpO2 measurement capabilities, and therefore a red LED integrated also. Both parts have green and IR LEDs. Apart from...
  • When measuring HR and SpO2 by MAXM86161, how long it will take to obtain reliable measurement results? MAXM86161 is an in-ear product, but how is the accuracy of the result when compared with the arm?
    MSDAPI
    Less than 10 seconds. MAXM86161 is in-ear oriented, but it can also be applied to other sites of the body. And our other sensors are mainly applied to wrist, fingertip, or abdomen, not arm. The accuracy...
 
Related Content
  • Can I measure HRV and SPO2 by using MAXM86161 EVSYS?
    MSDAPI
    MAXM86161 EVSYS is the evaluation kit for MAXM86161. It includes MAXM86161 and MAX32664C. Users can measure SpO2 by MAXM86161 EVSYS, but as for HRV, MAXM86161 EVSYS cannot output it directly, so users...
  • What are the main differences between the MAXM86161 and the MAX86160?
    MSDAPI
    The main difference between the MAXM86161 and the MAX86160 is that the MAXM86161 has SpO2 measurement capabilities, and therefore a red LED integrated also. Both parts have green and IR LEDs. Apart from...
  • When measuring HR and SpO2 by MAXM86161, how long it will take to obtain reliable measurement results? MAXM86161 is an in-ear product, but how is the accuracy of the result when compared with the arm?
    MSDAPI
    Less than 10 seconds. MAXM86161 is in-ear oriented, but it can also be applied to other sites of the body. And our other sensors are mainly applied to wrist, fingertip, or abdomen, not arm. The accuracy...
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