PDB (Programmable Delay Block) Peripheral in automotive microcontroller (NXP S32K144)
What is Programmable Delay Block(PDB) peripheral? PDB provides controllable delays from either an internal or an external trigger, or a
S32K144 Peripheral's
Blog
What are NXP Semiconductors S32K Automotive Microcontrollers || Why to get started with them and how?
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CAN Bit Timing Explained
Discover how CAN bit timings are calculated for CAN Nodes while using CAN Technology. Knowledge of synchronization between ECU’s while doing Controller Area Network Communication.
Introduction to CAN Communication
Basics About CAN technology and communication protocol || CAN frame formats || CAN protocol types and architecture
ADC Peripheral in Automotive MCU’s(S32K144)
ADC peripheral in S32K1xx MCU? ADC peripheral introduction in S32K1xx MCU? Features and specifications of ADC peripheral. Interlinking of PDB and TRGMUX with ADC peripheral
How to do CAN Communication using Automotive Microcontroller S32K144 via ElecronicsV3(Non-Autosar Driver)
Dwell into this blog to know how to do CAN communication with automotive microcontroller. Start your journey to learn CAN communication protocol with simple DIY project using ElecronicsV3 board and CAN analyzer tool
Autosar CAN MCAL Layer Explanation using NXP S32K144 MCU
CAN Driver of Autosar MCAL layer Explanation, Understanding and tutorial using ElecronicsV3 Development board
FlexCAN Peripheral Software Stack Explanation using NXP S32K144 MCU
FlexCAN Driver of CAN Peripheral in NXP S32K1xx and S32K3xx MCU’s, Understanding and tutorial using ElecronicsV3 Development board