Application Note
SUMMARY: This application note describes the configurations, key matrix matching with keyboard driver, and virtual key settings in HID_remote and HID_keyboard examples for ATM2/3, ATM33/e, and ATM34/e SoC series.
Read MoreSUMMARY: This document describes the system, software architecture, configurations, and state transitions of the Wakeup Receiver examples running on Atmosic ATM33/e platforms.
Read MoreThis application note describes the settings, functionality, and code flow of the CGM_sensor example in the Atmosic SDK to be used in the development of a Continuous Glucose Monitor based on ATM33/e and ATM34/e series.
Read MoreThis document describes the general-purpose ADC (Analog to Digital Converter) hardware operation of the ATM34/e Wireless SoC Series.
Read MoreSUMMARY: This application note describes the settings, functionality, and code flow of the (Human Interface Device) HID_remote example code running on an Atmosic ATM2, ATM3, or ATM33/e Wireless SoCs using RCU Reference platforms.
Read MoreSUMMARY: This document describes the Secure Journal operation of the ATM33/ATM33e Wireless SoC Series.
Read MoreATM32xx Energy Harvesting Application Notes ATM32xx-ANHV-P056(1).pdf (Release Date April 6, 2023) – added confidential watermark as Dylan decided not to post this for public access. ATM32xx Energy Harvesting Application Notes ATM32xx-ANHV-P056.pdf (Release Date April 6, 2023) ATM32xx Energy Harvesting Application Notes ATM32xx-ANHV-0055.pdf (Release Date April 4, 2023) ATM32xx Energy Harvesting Application Notes ATM32xx-ANHV-0054.pdf (Release Date […]
Read MoreSUMMARY: This document describes the General Purpose ADC (Analog to Digital Converter) hardware operation of the ATM33/ATM33e Wireless SoC Series.
Read MoreSUMMARY: This document introduces the software implementation of a digital biquad filter integrated with the HID_remote application. It will also present the actual frequency response and some software metrics of an example biquad filter measured with the ATM33/ATM33e Wireless SoC Series platform under various gain settings.
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