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dm-wifi-cli-frdm-mcxn947
Public- his demo application provides various Motor Control interfaces like fault detection (over, under voltage and active current limits etc ) , Fault detection control and Motor can be either control by PWM or SPI. Using PWM speed can be controlled by changing the duty cycles.
- This example provides CMSIS Compliant APIs to configure different device configurations of SJA1124. It also provides the APIS lmentioned below :LIN traffic send/receive in between commander and responder.Low power mode support . Device configuration support
- The 33926 is a SMARTMOS monolithic H-bridge power IC designed primarily for automotive electronic throttle control, but is applicable to any low-voltage DC servo motor control application within the current and voltage limits stated in this specification.
- The objective of this application note is to help developers migrating their applications from the RW612-FRDM board to their module-based board. This application note contains: An overview of what does imply to move your application to a different board with different Flash and pSRAM.Flash configuration files
- The EVSE-SIG-BRD is an add-on development board that supports electric vehicle supply equipment(EVSE) platform development. The board also supports the proximity pilot, ground fault circuit interrupter (GFCI), and relay drive features. The main host of the system is on a separate processor development board
- This Application Note shows you how to use the In-System Programming (ISP) feature of the RW61x family to program the external flash on the RW612-FRDM board. The RW family counts with on-chip ROM containing In-System Programming capability, supporting UART, SPI, I2C and USB flash programming (store application code and data)
- EasyEVSE is a simulated electric vehicle charging station, J1772 compliant, connected to the Microsoft Azure IoT Central over Ethernet or Wi-Fi communication. The provided application is available in 2 flavors. One is the basic enablement, available on github, while the full enablement can be found at nxp.com.
dm-lpc5536-evse-sigbrd
PublicThe EVSE-SIG-BRD is an add-on development board that supports electric vehicle supply equipment (EVSE) platform development. The board also supports the proximity pilot, ground fault circuit interrupter (GFCI), and relay drive features. The main host of the system is on a separate processor development boarddm-ml-openart
Public- This example demo describes how to configure low-power motion or magnetic wake-up sensor for tamper/theft detection and transmit ALERT to connected end user via BLE wireless UART using FRDM-MCXW71.Such use-case can find many applications where user would like to completely shut off power supply or put the device in power down mode etc.
- This is a Full Appliance Demo with LVGL on MIMXRT1170-EVKB with RK055HDMIPI4M 5.5" LCD panel. This Demo shows three appliances, an Oven, an Aircon and a Hood (each appliance has its own animations and can switch bettwen screens), it also has a central dashboard with the status of all appliances.
- This example demo provides CMSIS Compliant APIs to configure different operating modes of PCF85063AT RTC. It also provides APIs to perform below mentioned operations:<br><ul><li>RTC Start</li><li>RTC Stop</li><li>Get/Set Time and date </li><li>Minute/Half Minute Interrupt</li><li>Offset Modes </li><li>Correction Interrupts Get & Set Alarm etc.
dm-mcx-streamdeck
Publicdm-mcxn947-power-manager
PublicThe Power Manager example uses runtime menus to evaluate power modes power management features of MCX Nx4x.The example also uses the Power Manager component of MCUXpresso SDK, which provides a common framework of APIs for power management. For more details how to use this example , measure current, refer lab guide "MCXNx4x Power Management Lab.pdf"- This demo shows how to integrate the NXP sensors FXLS8974CF (3-axis accelerometer) and MPL3115 (absolute pressure) with FRDM-MCXN947 platform. Both sensors share the I2C bus of the Accel & Pressure click board, that is used in the demo for digital communication between the MCXN947 and the sensors.
- This demo describes how to configure NMH1000 magnetic switch sensor to enable magnetic wakeup usecase. Such usecase can find many applications where user would like to completely shut off power supply or put the device in power down mode based on magnetic field applied. Eg include, smart meters, shelf labels, reed switch replacement, smart home etc