Analyzers

A field guide to the Binho I3C Basic Protocol Analyzer for Saleae Logic I3C squeezes dynamic addressing, in-band interrupts, hot-join and 12.5 MHz transfers onto the same two wires as I²C. That power is exactly what makes it painful to debug. Here’s how a logic-analyzer plugin turns raw bus edges back into readable transactions. An I3C capture decoded: raw SCL/SDA edges resolved into a labeled transaction — Start, address, ACK, CCC, payload, Stop. (Illustrative, not bit-acc

In this article, I will show how I analyse I2C communication using a Saleae logic analyzer. This tutorial explains the basic setup, how to capture signals, how to enable the I2C protocol analyzer, and how to understand the decoded data. The same method can be used when debugging communication between a microcontroller and peripheral devices such as sensors, EEPROM, or display controllers. I2C is one of the most used serial communication protocols in embedded systems. It use

As modern vehicles and industrial automation systems become increasingly software-driven, the amount of data exchanged between electronic control units (ECUs) continues to grow rapidly. Features such as Advanced Driver Assistance Systems (ADAS), electric powertrains, battery management systems, central gateways, over-the-air (OTA) firmware updates, and high-speed diagnostics require significantly higher bandwidth than traditional in-vehicle networks were originally designed t

Table of Contents 1. What is CAN? 2. Problems Engineers Face Without CAN 3. How CANdo Solves These Problems 4. How to Use CANdo 5. Conclusion What is CAN? Imagine you are driving a modern car. Inside that vehicle, there are hundreds of electronic systems all talking to each other: the engine, brakes, transmission, dashboard, air conditioning, safety systems, and more. They all need to communicate quickly, reliably, and safely. CAN (Controller Area Network) is the "langua