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Tektronix CAN and LIN Timing and Protocol Decode Software

Nortelco Electronics har fått ny webside og webshop

Nortelco Electronics AS ble Adeptor AS fra 1. januar 2022, men dine kontaktpersoner er de samme! Endringen gjelder områdene Elektronikk og Automasjon, og vi har fått ny webside:

Produktnummer: CANandLIN

TDSVNM CAN and LIN Timing and Protocol Decode software transforms Tektronix real-time Windows oscilloscopes into sophisticated in-vehicle network management tools that provide trigger capabilities, oscillator tolerance, and simultaneous protocol decoding of CAN and LIN messages that help to ensure seamless and reliable operation of the network.

In addition to this software we also offer:

- CAN and LIN Triggering and Analysis Software (DPO4AUTO, DPO3AUTO, DPO2AUTO) for the DPO/MSO 2000, DPO/MSO 3000 and the DPO/MSO 4000 Series. This software quickly debug CAN and LIN serial buses with automatic trigger, decode and search on serial packet content. For more onformation, please contact us.

- Quickly debug FlexRay, CAN and LIN serial buses with automatic trigger, decode and search on serial packet content. Includes eye diagram analysis for FlexRay. For more onformation, please contact us.

Oscillator Tolerance Measurements help in Addressing Network Synchronization Issues
Simultaneous Protocol Decoding of CAN and LIN Messages helps in ensuring Communication Accuracy and Acceptable Latency between Two Network Segments
Ability to Link Decoded and Time-stamped CAN Messages to their Timing Waveform, to More Clearly Visualize Bus Functions
Integrated Search Functions help to Efficiently Debug Network Problems at the Data Link layer
CAN Eye Diagram Analysis Quickly Locates Noise in the CAN Message caused by Jitter, Amplitude Aberration, Spikes, and Glitches
Bus Traffic Measurement helps in Optimizing Network Performance for Different CAN Message Frames
CAN Single Wire, CAN Dual Wire, and CAN Fault Tolerance Capabilities provide Versatility
Setting Trigger Conditions to Detect Overload, Error, and Remote Frames helps to Quickly Identify CAN Network Communication Errors
Ability to Generate the ACK bit Removes the Need for a Receiving CAN Node when Testing a Single CAN Node