Abstract: The present paper presents the design of a logic analyzer and its implementation in FPGA. It is able to simultaneously acquire up to 8 signals, in 32 to 128 samples bursts. Programmable ...

Last time, we looked into using a logic analyzer to decode SPI signals of LCD displays, which can help us reuse LCD screens from proprietary systems, or port LCD driver code from one platform to ...

Logic Analyzer, for Arduino, AVR, ESP8266 and STM32 with a very nice working processing interface, you could run it also on any Android device. A tool for passive data capture and reconnaissance of ...

Last time, we’ve used a logic analyzer to investigate the ID_SD and ID_SC pins on a Raspberry Pi, which turned out to be regular I2C, and then we hacked hotplug into the Raspberry Pi camera code with ...

Logic Analyzer, for Arduino, AVR, ESP8266 and STM32 with a very nice working processing interface, you could run it also on any Android device. A tool for passive data capture and reconnaissance of ...

DUBLIN--(BUSINESS WIRE)--The "Logic Analyzer Market by Type (Modular Logic Analyzers, PC-Based Logic Analyzers), Channel Count (2-32, 32-80, >80), Vertical (Electronics & Semiconductor, Automotive & ...

The logic analyzer is an advanced instrument that displays the content of numerous digital data streams simultaneously and in various formats. It is continuously evolving. Manufacturers are offering ...

Logic analyzers are a critical tool to be found on any serious digital system designer’s workbench, whether as standalone instrument, in a modular chassis, or PC-based. Just as the oscilloscope is the ...

A logic analyzer is the digital counterpart of an analogue oscilloscope; a signal analysis tool that is used to examine and debug digital designs. To do this, the logic analyzer captures the clock ...

Logic analyzers, long a mainstay of chip design, are finding new demand for IoT devices—and frequently in different forms than in the past. Once associated with big, bulky benchtop instruments, this ...