Teledyne LeCroy T3DSO2354HD-MS: 4/16-Channel, 350MHz, 2GS/s, 200Mpts MSO Oscilloscope

Teledyne LeCroy T3DSO2354HD-MS-sukma-trade

The Teledyne LeCroy T3DSO2354HD-MS Mixed Signal Oscilloscope (MSO) stands out as a cutting-edge tool that empowers engineers to seamlessly integrate both analog and digital signal analysis in a single device. Its advanced features cater to the increasing complexity of today’s electronic designs, making it a go-to instrument for engineers working across industries like automotive, aerospace, telecommunications, and consumer electronics.

Enhanced Mixed Signal Analysis:

The ability to analyze 4 analog channels alongside 16 digital channels sets the T3DSO2354HD-MS apart. This mixed signal capability enables simultaneous monitoring of analog waveforms, such as voltages or power signals, and digital signals like communication buses or clock lines. Engineers can efficiently debug both aspects of their designs without switching between instruments.

High-Frequency Signal Capturing:

Equipped with a 350 MHz bandwidth, this oscilloscope excels in capturing high-frequency signals, vital for applications that involve RF signals or fast-switching digital systems. Combined with the 2 GS/s sampling rate, it delivers accurate real-time signal acquisition, ensuring precise measurements of even the fastest transients or glitches.

Long Data Capture with 200 Mpts Memory:

The oscilloscope’s 200 Mpts memory depth per channel is a key feature for users who need to capture and analyze long-duration signals without sacrificing resolution. This deep memory supports extensive signal recording, making it easier to track down rare or intermittent issues that could otherwise be missed in shorter captures.

High Definition and Accuracy:

The T3DSO2354HD-MS features a 12-bit ADC, providing higher vertical resolution compared to conventional 8-bit scopes. This increased resolution translates into more precise signal measurements, offering engineers clearer insight into subtle signal variations that are critical in sensitive applications such as medical device development or high-precision instrumentation.

Powerful and Intuitive User Interface:

Teledyne LeCroy has equipped the T3DSO2354HD-MS with an intuitive interface, making it user-friendly for engineers of all experience levels. The clear on-screen measurements, combined with the responsive touchscreen, offer a smooth workflow. The extensive range of automatic measurement functions further simplifies the process of gathering key signal metrics.

Versatile Triggering and Decoding:

This oscilloscope boasts an extensive suite of triggering options, including edge, width, and serial protocol triggers, to isolate and examine specific signal events with ease. Engineers working on serial buses can leverage the protocol decoding feature for standards like I²C, SPI, UART, and CAN, simplifying the troubleshooting process in complex digital designs.

Applications and Industries:

  1. Automotive Systems: The multi-channel support is ideal for testing engine control units (ECUs), sensors, and infotainment systems.
  2. Aerospace and Defense: The high bandwidth and deep memory are critical for analyzing high-speed data buses and communication protocols used in avionics systems.
  3. Consumer Electronics: From mobile devices to smart home appliances, the mixed signal analysis enables engineers to test and optimize product performance under various conditions.
  4. Telecommunications: RF signal analysis and decoding of communication protocols make it a perfect tool for testing modems, transceivers, and network devices.

Conclusion:

The Teledyne LeCroy T3DSO2354HD-MS offers a blend of performance, precision, and versatility that empowers engineers to tackle the most challenging signal analysis tasks. Its combination of mixed signal capability, high-definition resolution, deep memory, and advanced triggering make it indispensable in industries where accurate signal characterization is crucial. This oscilloscope is designed to enhance productivity, providing engineers with the tools they need to ensure the reliability and functionality of their designs.

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