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Analog Devices MAX30009EVKIT# MAX30009EVKIT# Evaluation Kit MAX30009ENA+ Bioimpedance Measurement Medical - Health Platform

Rs24,926.96
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Analog Devices MAX30009EVKIT# MAX30009EVKIT# Evaluation Kit MAX30009ENA+ Bioimpedance Measurement Medical - Health Platform

Product details

MAX30009EVKIT# evaluation kit provides a platform to evaluate the functionality and features of the MAX30009 low-power, high-performance bioimpedance (BioZ) analogue front end. The EV kit allows for flexible hardware and software configurations to help the user quickly learn how to configure and optimize the MAX30009 for their applications. The MAX30009 is a complete Bioimpedance (BioZ) analogue front-end solution for wearable applications. It offers high performance for fitness, wellness, and clinical applications and ultra-low power for long battery life. The BioZ receive channel has ESD protection, EMI filtering, internal lead biasing, DC leads off detection, DRVN lead-off detection, and ultra-low power lead-on detection during standby mode. The BioZ receive channel also has high input impedance, low noise, high CMRR, programmable gain, various low-pass, and high-pass filter options, and two high-resolution analogue to digital converters for simultaneous I and Q acquisition.
  • Convenient platform to evaluate the MAX30009
  • Many easy-to-reach test points
  • Real-time monitoring and plotting
  • Data logging capabilities
  • Bluetooth® LE
  • Windows® 10 compatible GUI software
Contents

MAX30009_EVKIT_B sensor board, MAXSENSORBLE_EVKIT_B microcontroller board (assembled to MAX30009_EVKIT_B), 105mAh LiPo battery LP-401230 (assembled to MAXSENSORBLE_EVKIT_B), USB-C to USB-A cable, MAXDAP-TYPE-C programmer board, Micro USB-B to USB-A cable, Six electrode cables.

Other details

Brand ANALOG DEVICES
Part Number MAX30009EVKIT#
Quantity Each
Technical Data Sheet EN Download technical document - datasheet - Tanotis India

All product and company names are trademarks™ or registered® trademarks of their respective holders. Use of them does not imply any affiliation with or endorsement by them. Image is for illustrative purposes only. Please refer to product description.

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Product details

MAX30009EVKIT# evaluation kit provides a platform to evaluate the functionality and features of the MAX30009 low-power, high-performance bioimpedance (BioZ) analogue front end. The EV kit allows for flexible hardware and software configurations to help the user quickly learn how to configure and optimize the MAX30009 for their applications. The MAX30009 is a complete Bioimpedance (BioZ) analogue front-end solution for wearable applications. It offers high performance for fitness, wellness, and clinical applications and ultra-low power for long battery life. The BioZ receive channel has ESD protection, EMI filtering, internal lead biasing, DC leads off detection, DRVN lead-off detection, and ultra-low power lead-on detection during standby mode. The BioZ receive channel also has high input impedance, low noise, high CMRR, programmable gain, various low-pass, and high-pass filter options, and two high-resolution analogue to digital converters for simultaneous I and Q acquisition.
  • Convenient platform to evaluate the MAX30009
  • Many easy-to-reach test points
  • Real-time monitoring and plotting
  • Data logging capabilities
  • Bluetooth® LE
  • Windows® 10 compatible GUI software
Contents

MAX30009_EVKIT_B sensor board, MAXSENSORBLE_EVKIT_B microcontroller board (assembled to MAX30009_EVKIT_B), 105mAh LiPo battery LP-401230 (assembled to MAXSENSORBLE_EVKIT_B), USB-C to USB-A cable, MAXDAP-TYPE-C programmer board, Micro USB-B to USB-A cable, Six electrode cables.

Other details

Brand ANALOG DEVICES
Part Number MAX30009EVKIT#
Quantity Each
Technical Data Sheet EN Download technical document - datasheet - Tanotis India

All product and company names are trademarks™ or registered® trademarks of their respective holders. Use of them does not imply any affiliation with or endorsement by them. Image is for illustrative purposes only. Please refer to product description.

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