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T3-DALS-16

T3-DALS-16

Teledyne LeCroy
Test Probes Teledyne LeCroy, MSO Logic Probe Lead Set, 16 Ch, 500 MSa/s, 14 Mpts for T3DSO700HD
Active4 in stock

Overview

The T3-DALS-16 is a 16-channel Mixed Signal Oscilloscope (MSO) logic probe lead set designed for use with Teledyne LeCroy T3DSO700HD series oscilloscopes. It adds digital timing analysis capabilities to the scope, allowing engineers to capture and decode up to 16 digital signals simultaneously alongside analog waveforms. The system supports high-speed acquisition at 500 MSa/s with a memory depth of 14 Mpts for capturing long serial data streams.

Why Choose This Part

This lead set provides a high sample rate of 500 MSa/s, ensuring accurate timing resolution for modern high-speed microcontrollers. The deep 14 Mpts memory allows for the capture of complex serial transactions without sacrificing sample rate, while the integrated support for multiple protocols simplifies the debugging of common industrial interfaces.

Applications

Serial Bus Debugging
Capture and decode multiple I2C, SPI, and UART lines to troubleshoot communication between microcontrollers and peripherals.
Mixed-Signal Timing Analysis
Correlate analog power rail startup sequences or sensor outputs with digital control signals on a single display.
Automotive Protocol Validation
Analyze CAN and LIN bus traffic in embedded automotive systems to verify frame integrity and timing.
Logic Verification
Monitor 16 individual GPIO pins or parallel data buses to verify state machine logic and signal transitions.

Getting Started

To use the T3-DALS-16, connect the probe lead set to the dedicated MSO interface on a compatible T3DSO700HD series oscilloscope. Once connected, enable the digital channels via the oscilloscope menu and configure the threshold levels for the specific logic family being tested, such as TTL or CMOS. The scope software will automatically provide options for decoding supported serial protocols like SPI or CAN.

Also Consider

J-Link EDU Mini SEGSEGGER - If your primary goal is software debugging and trace rather than physical layer timing analysis, this specialized debug probe is a cost-effective alternative.