BSL Equipment
Home / Oscilloscopes / Oscilloscope Accessories / UNI-T UPO7000L-SENT Automotive Sensor Bus Decode and Trigger Option

UNI-T UPO7000L-SENT Automotive Sensor Bus Decode and Trigger Option

UNI-T · Model: UPO7000L-SENT Made to order
UNI-T UPO7000L-SENT Automotive Sensor Bus Decode and Trigger Option
Request a quote

UNI-T UPO7000L-SENT adds SENT protocol decode and trigger capabilities to UPO7000L oscilloscopes for automotive sensor diagnostics, ECU integration, and automotive wiring validation.

Model UPO7000L-SENT
Manufacturer UNI-T
Category Oscilloscope Accessories
Availability Made to order

Overview

The UNI-T UPO7000L-SENT is a software option that adds decoding and trigger capabilities for the SENT (Single Edge Nibble Transmission) protocol to the UPO7000L Series oscilloscopes. SENT is a unidirectional, point-to-point automotive communication protocol used to transmit high-resolution sensor data from components such as throttle position sensors, pressure sensors, and temperature monitors. With this option, users can decode and analyze SENT messages at the bit level, including fast channel data, slow channel updates, status bits, CRC values, and more.

Key Features

  • Trigger on sync pulse, nibble value, CRC, status flags, or frame length
  • Decode both fast and slow channel message formats
  • Visual overlay of decoded fields directly on waveform trace
  • Support for user-defined tick times and nibble mappings
  • Exportable decoded frame logs with time-correlated events
  • Long capture support for full system testing and startup event analysis

Applications

  • Automotive throttle, pressure, and temperature sensor diagnostics
  • ECU integration and validation with real-world sensor data
  • EMI validation and noise tolerance testing
  • In-vehicle testing and validation of sensor wiring integrity
  • Educational demonstration of low-level automotive data formats
UNI-T UPO7000L-SENT Automotive Sensor Bus Decode and Trigger Option

Request a quote

UNI-T UPO7000L-SENT Automotive Sensor Bus Decode and Trigger Option

Response within 24 hours
No obligation
Direct communication

By submitting this form, you agree to the processing of your personal data in accordance with our privacy policy.