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General| Brand | DDC |
|---|---|
| Model | TR122 |
| Category | Control Unit |
| Language | English |
Detailed overview of the TR122 module's key technical specifications and capabilities.
Guides users through the physical installation of the TR122 module and the software setup process.
Describes the physical connectors and indicators present on the TR122 module's front panel.
Allows users to adjust display colors, tick marks, and lines between samples for optimal viewing of measurement data.
Explains how to use the software interface in an oscilloscope-like manner for setting up measurements.
Configures vertical parameters like Volts/Div and Bit Mag for data display, including input impedance and probe settings.
Sets horizontal parameters such as Sec/Div, influencing timebase and data compression for display.
Defines trigger source, level, and edge for capturing specific events, mirroring oscilloscope functionality.
Details how to save waveform images and instrument settings from oscilloscope mode for later use.
Describes the operational mode for capturing and analyzing transient events.
Explains how to set sample rate and memory geometry for capturing transient events efficiently.
Guides users on initiating, stopping, and viewing transient recordings, including sample memory profiling.
Covers saving transient record data in text or binary formats for post-processing and analysis.
Discusses the availability and implications of the TR122 software source code.
Details the layered design and data flow of the TR122 software and hardware components.
Explains the Application Programming Interface for controlling the TR122 instrument.
Details API functions for managing instrument calibration data, including gain, offset, and serial number.
Describes core API functions for controlling instrument modes, sample rate, and status.
Explains API functions for manipulating device-independent bitmaps to manage display elements.
Covers the API's auto thread for continuous data collection and display in oscilloscope mode.
Introduces the software's calibration features, accessible via a command-line argument.
Guides adjustment of front-end compensation components to ensure accurate gain over frequency.
Explains loading, saving, and clearing calibration data stored in non-volatile memory.
Provides a systematic approach to adjusting gain and offset calibration points for each channel and attenuator setting.
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