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General| CAN channels | 2 |
|---|---|
| PC connection | USB 2.0 |
| Operating voltage | 8 to 35 V DC |
| Operating temperature | -20 to 70 °C (-4 to 158 °F) |
| Supported CAN standards | CAN 2.0 A/B, CAN FD |
| Storage Temperature | -40 to +85 °C |
Overview of the device's general properties and core functions.
Details the items included in the PCAN-Diag 2 package.
Explains the CAN bus connection interface and pin assignments.
Details the methods for powering the PCAN-Diag 2.
Describes how to use the device's primary control interface.
Instructions for configuring the device's internal clock.
Explains icons indicating voltage supply and CAN bus communication status.
Configures automatic CAN bitrate detection on device startup.
Enables automatic detection of the connected CAN bus bitrate.
Allows selection of a CAN bitrate for the connected bus.
Enables configuration of custom CAN bitrates.
Controls the internal CAN bus termination resistor.
Sets the operating mode for the Single-wire CAN transceiver.
Activates monitoring mode without affecting CAN traffic.
Configures automatic CAN controller reset on BusOff state.
Displays the type of integrated CAN transceiver.
Shows incoming CAN messages in hexadecimal or symbolic format.
Interprets CAN data using symbol files for clarity.
Covers creation and management of symbol files for data interpretation.
Details how to send CAN messages periodically or manually.
Enables creation and configuration of lists for transmitting CAN messages.
Captures CAN bus traffic to the internal memory card.
Applies filters to record only specific CAN IDs.
Replays recorded CAN messages onto the CAN bus.
Explains how to convert and analyze recorded trace data on a PC.
Measures and displays the percentage utilization of the CAN bus.
Measures the resistance for CAN bus termination.
Measures voltage levels on the D-Sub connector pins.
Details the capabilities of the two-channel oscilloscope.
Identifies the key components and indicators on the oscilloscope display.
Controls the horizontal time axis view (zoom, delay, T=0).
Sets the voltage level for triggering signal capture.
Explains how to use cursors to measure time intervals.
Covers starting, stopping, and configuring signal sampling.
Interprets detected CAN frames within the signal course.
Generates an overview of properties for a decoded CAN frame.
Allows assigning custom actions to the F1 function key.
Saves scope screen as bitmap or buffer data as CSV.
Configures various parameters for oscilloscope operation.
Selects the signal source for measuring channel 1.
Selects the signal source for measuring channel 2.
Selects the event that triggers signal sampling.
Sets the oscilloscope's sampling rate for both channels.
Adjusts buffer size and sampling time for faster repetition.
Step-by-step guide for creating and transferring projects.
Customizes the startup screen with a bitmap file.
Procedure for updating the device's firmware.
Resets all settings to their default values.
Displays directories and files on the memory card.
Provides a trigger signal from the oscilloscope function.
Allows input of external signals for inspection or trigger.
Provides a separate voltage ground connection.
Safe procedure for disconnecting the USB cable.
Outlines the various uses of the USB connection.
Lists functions limited during active USB connection.
Describes the file structure on the device's memory card.
Details voltage and current consumption specifications.
Provides specifications for CAN transceivers and termination.
Lists technical parameters for the oscilloscope mode.
Specifies operating temperature, humidity, and ingress protection.
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