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General| Brand | Kingst |
|---|---|
| Model | LA1016 |
| Category | Measuring Instruments |
| Language | English |
Explains the fundamental principles and functionality of logic analyzers, including their operation and comparison to oscilloscopes.
Details the different product lines offered by Kingst, such as the LAx016 series with memory and the LA1000 series without.
Provides detailed technical specifications including sampling rate, bandwidth, storage, and input/output parameters for LAx016 models.
Guides users through the installation process of the Kingst VIS software and necessary hardware drivers.
Offers a high-level introduction to the main components and layout of the Kingst VIS software interface.
Explains how to change the display language within the Kingst VIS software application.
Introduces the demo function, allowing users to simulate device operation and explore software features without hardware.
Provides step-by-step instructions for physically connecting the logic analyzer to a computer via USB.
Details how to properly connect the logic analyzer to the system or circuit being tested.
Explains the multipoint grounding technique to enhance measurement accuracy and mitigate signal glitches.
Guides users on configuring sampling depth and sampling rate for optimal data acquisition.
Describes how to set trigger conditions to initiate data sampling based on signal events.
Details the process of starting the sampling function to capture and obtain waveform data.
Covers viewing and interacting with acquired waveforms, including zoom, pan, and navigation.
Explains how to use measurement tools to analyze parameters like width, period, and duty cycle.
Introduces the use of built-in protocol analyzers for decoding various communication standards.
Explains how to enable, disable, rename, and adjust settings for individual input channels.
Guides on saving configuration settings and acquired measurement data for future use.
Details how to export acquired data and analyzed results in various file formats.
Describes the functionality and configuration of the PWM waveform generator feature.
Covers configuration settings for UART, RS232, and RS485 protocol analyzers, including baud rate and bit settings.
Explains the setup and configuration options for the I2C protocol analyzer, including address display.
Details the configuration parameters for the SPI protocol analyzer, including data transfer modes.
Provides configuration details for the CAN protocol analyzer and discusses connection methods.
Describes the settings required for the Simple Parallel protocol analyzer, including port assignments.
Explains the configuration settings for the 1-Wire protocol analyzer.
Covers the configuration settings for the DMX-512 protocol analyzer.
Details the configuration options for the UNI/O protocol analyzer.
Information on creating custom protocol analyzers using the provided API and user manual.
Addresses common issues encountered during the driver installation process for the logic analyzer.
Addresses problems related to device recognition, unstable operation, or power supply limitations.
Explains the causes of signal glitches on channels and provides solutions like multipoint grounding.
Explains why the actual sample time might differ from expected values when using large sample depths.
Provides solutions for issues encountered with the software's automatic update feature.
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