Choosing Peripherals for Embedded Systems
Guide to selecting peripherals in embedded systems: compare memory, clock sources, timers, communication interfaces, I/O and ADCs with factors like speed, power, and stability.
Guide to selecting peripherals in embedded systems: compare memory, clock sources, timers, communication interfaces, I/O and ADCs with factors like speed, power, and stability.
Technical analysis of SCH1633 G-sensitivity (0.0005 deg/s per g): test assumptions, error propagation in inertial navigation, sensor tiers, calibration and system compensation.
Learn to cross-compile GDB for the Allwinner T113. This guide provides steps to run GDB directly on your target board and fix common compilation errors.
Embedded inverter design for IP65 motors: thermal management, compact power modules and thick-film solutions for efficient, high-density drives.
TPS3806 dual voltage detectors for battery supervision with independent reset outputs and adjustable hysteresis via LSENSE/HSENSE; low 3 μA supply current, SOT-23.
Analysis of ARM-based SoC FPGA single-chip architectures for embedded systems: benefits in performance, power, cost, and a motor-drive control example.
Explore EMC certification management systems. Learn how this framework ensures device compatibility, its key functions, modules, and industry applications.
Overview of Renesas RA8E1 and RA8E2 microcontrollers, extending the RA8 lineup into higher-performance entry-level devices for embedded HMI, safety control, and IoT.
Automated face recognition using Baidu Cloud APIs: captures USB camera frames, converts images to base64, calls cloud Face Recognition, and displays results in a Qt interface.
Guide to choosing graphics display controllers: balance cost, performance, 2D/3D features, color depth, architectures for automotive & embedded
Explains FPGA fundamentals and how FPGAs integrate with embedded systems, covering programmable logic, hardware acceleration, and their complementary roles.
Technical overview of water quality monitoring systems, detailing sensor measurement principles (pH, dissolved oxygen, turbidity, COD), specs, communication and applications.
Overview of five level translation methods for embedded systems, comparing resistor dividers, level-translation ICs, diode clamps, bipolar transistors and MOSFET level shifters.
Learn how to apply object-oriented design in C using structs and function pointers with a linked-list example for readable, maintainable code.
Guidance on protecting malloc under an RTOS, redirecting malloc/free in legacy C and overriding C++ new/delete to add mutex protection and tracing.
Describes a core-set enhancement to semipartitioned multicore real-time scheduling for embedded systems, improving locality, load balance, and reduced contention.
Overview of RTOS vs bare-metal scheduling: polling, foreground-background, and multithreaded models, trade-offs in real-time responsiveness, complexity, and resource use.
Overview of embedded microprocessor architectures (CISC vs RISC), trade-offs, advantages and limitations for embedded system design, power, performance, and integration.
Explore RISC-V: an open, modular ISA offering simplicity, scalability, and customization for embedded systems, accelerators, and growing ecosystem.
Learn C language: history, characteristics, uses, C11 features, and tips for system programming, compilers, OS and modern applications.